Vocab unit f

THE HARMONY OF ENERGY
Abstract
Introducing the "Harmony of Energy" (HoE) model, a novel formalism that posits the universe operates according to a fundamental pattern. This pattern consists of energy, defined as the smallest unit anything can be, existing as a fluid form in space, interacting with its environment through a specific method or structure, and then moving out of that space. Space, in turn, is the dynamic environment that energy occupies and moves through, filling it with positive and negative energy that affects its properties and behavior. According to the HoE model, energy moves into space, reacts to its environment, and then moves out of that space, with no time limit for how long it takes to react. This pattern is universal, applying to all aspects of the universe, and nothing escapes it.
The Origin of the Universe
The HoE model posits that the universe began as a singular entity, containing all forms of energy as one unified energy. This singularity can be represented mathematically as: U = ∫∫∫E(x,y,z)dxdydz, where U is the total energy of the universe, E is the energy density, and x, y, z are the spatial coordinates.
As the singularity expanded, the unified energy converted into distinct positive and negative energies. Positive energy is a high-frequency, high-information-potential state that retains its unique signature and individual form, capable of producing heat and maintaining its distinct properties. Negative energy is a low-frequency, low-information-potential state that loses its unique signature and individual form, characterized by a pulling force and a tendency to condense and simplify.
Initially, the universe moved in a straight line, with energy compact and cold. However, this linear movement resulted in a direct head-on collision with the void, a solid structure that hindered its passage.
This collision led to a limitation and subsequent conversion of energy, transforming it from a linear motion to a wave-like motion. The new wave motion created heat and allowed energy to break the pattern of "follow the leader" and collide with the void at an angle, shattering its edge into pieces.
This process of fragmentation can be described by the equation: F(θ) = Σ[nEⁿ * sin(nθ)], where F is the fragmentation function, θ is the angle of collision, n is an integer, and E is the energy density. For reasons yet unknown, possibly due to the singularity's energy reaching its final place or a transformation driven by cosmic "boredom," this conversion occurred, giving rise to the diverse universe we observe today.
The Void and the Ultimate Negative
Outside of the expanding universe lies the void, a region devoid of energy and matter, existing in a state of complete stillness and stationarity. This void represents the ultimate negative, a state of complete absence and zero energy density, unchanging and unyielding. As a whole, it exerts a compressive force on the expanding universe, potentially leading to contraction and eventual return to the singularity. This dynamic interplay between the universe and the void can be described by the equation: F = -G * (M * m) / r² where F represents the force, G represents the gravitational constant, M and m represent the masses, and r represents the distance between them. The void's stationary and unchanging nature, lacking any internal rotation or energy, makes it inhospitable to life as we know it.
Magnetism and Attraction: A Shift in Perspective
Initially, I viewed magnetism through the conventional lens, seeing it as a fundamental force of attraction between positive and negative entities. However, as my understanding evolved, I came to realize that magnetism operates under a different principle. Positive and negative entities are not attracted to each other; instead, they represent the intrinsic structure of things. The true nature of attraction is frequency-based, with entities drawn to higher vibrations and shorter wavelengths. This phenomenon can be described by the following equations:
F = ∫∫(μ₁⋅μ₂)/(4πr²⁾ dt dt (1)
where F is the force of attraction, μ₁ and μ₂ are the magnetic moments of the entities, r is the distance between them, and the integral is taken over time.
Additionally, the frequency-based attraction can be represented by:
f = γB (2)
where f is the frequency, γ is the gyromagnetic ratio, and B is the magnetic field strength.
Furthermore, the smaller wave's faster movement can be expressed as:
v = λf (3)
where v is the velocity, λ is the wavelength, and f is the frequency.
Energy and its Properties
Energy is the fundamental unit of everything. Energy can be thought of as an individual entity with an electrical signature vibrating at a specific frequency, carrying information from its originating source. If we were to dissect a piece of energy, we would find its genetic makeup consists of various parts, similar to binary code. One constant aspect of energy in our universe is the signature of this universe, which is present in all forms of energy, whether positive or negative. This underlying frequency distinguishes energy from our universe versus parallel universes.
Positive Energy (PE): - Oscillates through space with a frequency (f) and wavelength (λ): PE = f × λ - Exhibits wave-like behavior: PE(x,t) = A × sin(kx - ωt)
Negative Energy (NE): - Vibrates at a slower frequency (f'/2): NE = (f'/2) × λ' - Exhibits a slower, more stable behavior: NE(x,t) = B × cos(k'x - ω't)
Energy Interactions and Signature Changes
When positive and negative energies interact, their unique signatures can become altered. As energies combine, their signatures merge, releasing redundant information about the universe signature and creating an opening for new information to be stored. This process enables efficient storage and transmission of energy signatures, allowing for:

• Signature refinement and evolution
• Information exchange and updating
• Adaptation to changing environments and conditions

This process could be crucial for understanding how energy signatures evolve and adapt, and how they influence the behavior and properties of energy in various contexts.
The Formation and Evolution of the Universe
Initial Energy Interactions
In the beginning, a vast amount of fluid energy quickly interacted with the largest newly created pieces of the void, described by the wave-particle duality equation (E = hf = ℏω).
Star Formation and Signatures
As these interactions occurred, the largest of the solid structures of the universe began to form, stars, governed by the Lane-Emden equation (d^2P/dr2 + (2/r)(dP/dr) + (4πG/c^2)P = 0). Each new star held with it an old habit divulged from the singularity, a universal frequency (f = 1/T = ω/2π, where T is the period of oscillation and ω is the angular frequency). Old habits die hard, so each new star offered its own diverse and unique signature (S = Σf = ∫ψ(x)² dx, where ψ(x) is the wave function and x represents the position).
Energy Collisions and Prime Numbers
As structures formed, a group of energy travels through space with an even number of internal parts (E = 2nℏ, where n is an integer and ℏ is the reduced Planck constant). This group collides with another group of energy with an odd amount of internal parts (E = (2n + 1)ℏ), and the total sum of the newly combined group equals a prime number (P = E1 + E2 = 2nℏ + (2m + 1)ℏ, where m is an integer). New Equation: Prime Number Formation (P = E1 + E2 = 2nℏ + (2m + 1)ℏ)
Schrödinger Equation and Physical Reality
The prime number is crucial, as the extra piece gets stuck in the space it is occupying, acting as an anchor, attracting other parts to breach their negative shell and combine as one, described by the Schrödinger equation (iℏ(∂ψ/∂t) = Hψ). This converts the fluid energy to be contained into the space it is in, which is broken pieces of the void that do not have a universal size, and gives us physical reality, forming particles with diverse unique signatures (S = Σf = ∫ψ(x)² dx).
Refining Space and Transferring Signatures
As energy continued to interact with space, it further refined and shaped that space into a sphere (V = (4/3)πr^3, where r is the radius), adding the discarded portions of size to the diverse field that is the universe. During this refinement, energy was transferred to these pieces, and the signature of the star was embedded in them, forming the galaxy clusters and solar systems we know today.
Smooth Surfaces and Celestial Bodies
As any piece of something breaks, its edges are rigid, and the interaction of energy against this rigid surface knocks off the rough edges, providing a smooth surface (E = Δx/Δt = ℏ/Δx, where Δx is the change in position and Δt is the change in time). New Equation: Smooth Surface Formation (E = Δx/Δt = ℏ/Δx)
The pieces that were knocked off still contain a portion of energy that put in the work to knock it off, and this process contributed to the formation of celestial bodies and the transfer of signatures. This, in turn, led to the creation of galaxies, planets, and other celestial bodies, each with their unique characteristics and properties, shaping the diverse and complex universe we observe today.
The Cartwheel Structure and Energy Movement
The cartwheel structure represents the dynamic movement of energy in the universe, with its rotating wheel and radiating arms symbolizing the harmonious interaction of positive and negative energies. When creation occurred, energy learned how to pass through stationary space (the void) by changing its movement pattern from a straight line to a wave (λ = v/f, where λ is wavelength, v is velocity, and f is frequency). This new wave movement allowed energy to create heat (Q = mcΔT, where Q is heat, m is mass, c is specific heat capacity, and ΔT is temperature change), which was the tool that gave energy the ability to "shatter" the void and interact with the broken pieces to perform a new movement, the cartwheel. As energy moves through space, it rarefies and decreases in temperature (T = k-B, where T is temperature, k is Boltzmann's constant, and B is the energy density), causing it to slow down and change frequency (f = ΔE/h, where f is frequency, ΔE is the energy change, and h is Planck's constant).
The Block and Cartwheeling Bar Analogy
The block and cartwheeling bar analogy provides a conceptual framework for understanding the dynamic interaction of energy in the universe. Imagine a box (representing space) containing blocks of varying sizes, each symbolizing a specific energy frequency (f = 1/T, where f is frequency and T is time). The cartwheeling bar, rotating within the box, represents the harmonious movement of energy between its positive (E+) and negative (E-) forms. Each block must be 100% filled, with positive and negative energy proportions varying as the bar rotates. For example, when positive energy occupies 99% of a block and negative energy occupies 1%, the rotation of the bar causes a gradual shift, resulting in a change to 98% positive and 2% negative, and so on. This constant interaction and adjustment maintain the balance of energy in the universe.
Fundamental Forces Explained

• Strong Force: The repulsion from negative electrons being attracted to and pressing against the nucleus. This force can be described by the equation: F = k * (q1 * q2) / r²
  
• Weak Force: The outgoing frequency created by the positive nucleus, similar to energy congregating at the sun's nucleus, reacting to its environment, and breaking down before leaving (possibly as radioactive decay). This force can be described by the equation: F = (G * m1 * m2) / r²
  
• Gravity: Exists between the outer negative sphere of electrons exerting a pushing force against the positive pushing force of the nucleus, similar to the solar system's dynamics. This force can be described by the equation: F = (G * m1 * m2) / r²
  
• Electromagnetism: Energy in action, manifesting as the dynamic interplay between electric and magnetic forces. This force can be described by the equations: E = f * λ and B = (E / c)
  

Present State of the Universe
The universe currently exists in a state of dynamic equilibrium, with observable patterns and structures perpetually renewing themselves through the interactions of energy (E = hf, where E is energy and h is Planck's constant). This self-sustaining cycle is evident in the formation and evolution of celestial bodies, galaxies, and other cosmic entities, governed by the laws of thermodynamics (ΔE = Q - W, where ΔE is the change in energy, Q is the heat added, and W is the work done). The universe's present state is characterized by the harmonious coexistence of diverse energy frequencies (f = 1/T, where f is frequency and T is time), which govern the behavior and properties of matter at various scales. This balance is maintained through the continuous conversion of energy between its positive (E+) and negative (E-) forms, allowing the universe to adapt and evolve in response to internal and external influences (E+ + E- = 0, representing the conservation of energy)."
Entropy and the Conversion of Positive to Negative
The physical dimensions of positive and negative energy in a block are equal, with 1% negative energy occupying the same space as 99% positive energy. This equality stems from the different speeds of energy and their individual properties. When negative energy is at 1%, it has condensed the equivalent of 99% positive energy into a single, compact form (E = hf, where E is energy, h is Planck's constant, and f is frequency). As the proportions shift, such as 60% positive and 40% negative, the space occupied remains a 50/50 split. This is because positive energy travels at the speed of light (c = λν, where c is the speed of light, λ is wavelength, and ν is frequency), while negative energy moves at a pace relative to terminal velocity (v = √(2gl), where v is velocity, g is acceleration due to gravity, and l is length). Each form dominates at the 50% mark (T = λ/v, where T is time, λ is wavelength, and v is velocity). The percentages represent available positive energy, while the cartwheel symbolizes space or the ultimate negative in motion, influenced by energy's presence. Negative energy, with its depleted charge, occupies space that needs to be filled and recycled into a positive state. At higher percentages, collisions with negative energy slow down the flow, similar to the concept of crab mentality, where negative energy draws down the percentages.
Energy Dynamics and Galactic Harmony
The 50% Threshold
The 50% mark is a critical threshold that distinguishes between positive and negative energy. Above 50%, energy is considered positive and can produce heat beyond its negative shell. Below 50%, energy is considered negative and cannot produce heat past this shell.
Compressed Positive Energy
When the percentage of positive energy drops below 50%, it becomes compressed and can exceed the speed of light (c = λν, where c is the speed of light, λ is wavelength, and ν is frequency). This allows it to navigate through the "cracks" of negative energy:
v > c (where v is velocity and c is the speed of light)
Quantum Mirroring
Alternatively, the positive energy can align with the negative energy, resulting in a quantum mirroring effect. This enables instantaneous information transfer between entangled particles, regardless of distance:
E = hf (where E is energy, h is Planck's constant, and f is frequency)
Retaining Frequency Signatures
In this alignment, the negative energy retains its unique frequency signature to avoid interacting with other signatures:
Δx * Δp >= h/4π (where Δx is position uncertainty, Δp is momentum uncertainty, and h is Planck's constant)
The Cavendish Experiment and Energy Interaction
The Cavendish experiment, a groundbreaking study on gravity, offers an intriguing analogy for understanding energy interaction with space. Imagine the suspended spheres as representative of space itself, devoid of energy. When energy interacts with this motionless space, it's as if the spheres begin to rotate, symbolizing the introduction of energy into the internal area of space.
As energy engages with space, it's gradually consumed, much like the reduction of energy in the Cavendish experiment. This process can be described by the equation:
G = (2πLθ) / (MT)
Where G is the gravitational constant, L is the length of the torsion wire, θ is the twist angle of the wire, M is the mass of the lead spheres, and T is the time period of oscillation.
This equation, derived from the Cavendish experiment, reveals the intricate relationship between energy, space, and gravity. By exploring this analogy, we can deepen our understanding of how energy shapes the very fabric of our universe.
Energy Absorption and Frequency
Energy absorption occurs when energy slows down, allowing it to be perceived and observed. This process involves energy being absorbed by an atom and reflecting what was not absorbed. As energy slows down, it can still be observed as a wave, but just before it becomes a particle. This phenomenon is fascinating, as it reveals the transition from wave-like to particle-like behavior.
The conversion of positive to negative states is due to positives' ability to produce heat and maintain an individual form. Negative energy, on the other hand, does not produce heat and lacks an individual form, instead traveling at a pace relative to terminal velocity. This process can be described by the quantum mechanical formula: ℏω = ΔE = hf, where ℏ is the reduced Planck constant, ω is the angular frequency, ΔE is the change in energy, h is Planck's constant, and f is the frequency of the energy.
Furthermore, the frequency of the energy can be related to the velocity of the particle using the formula: f = (1/2π) * √(k/m), where k is the spring constant and m is the mass of the particle. Additionally, the energy absorption rate can be calculated using the formula: dE/dt = (2π/h) * V_uv² * δ(E_u - E_v), where V_uv is the transition matrix element, E_u and E_v are the energies of the initial and final states, and δ is the Dirac delta function.
The Conversion of Positive to Negative States and Planetary Motion
The conversion of positive to negative energy states is rooted in their distinct properties. Positive energy produces heat and maintains an individual form, whereas negative energy lacks heat and an individual form, instead traveling at a pace relative to terminal velocity. This process is reversible, as seen in fusion reactions, or can be influenced by external forces like microwave ovens.
In the context of our solar system, the sun's positive energy release generates heat and propels planets into their orbital tracks. Conversely, the incoming energy from the universe, considered negative, is cold and stabilizes planets in their tracks. Initially, I focused solely on the positive push dictating orbital paths. However, I now recognize the significant influence of negative energy and use it as the basis for understanding abnormal tracks.
Here's an added equation to illustrate the relationship between energy and orbital motion:
F = G * (m1 * m2) / r²
Where F is the force of gravity, G is the gravitational constant, m1 and m2 are the masses of the objects, and r is the distance between them.
This equation shows how the force of gravity (F) is influenced by the masses (m1 and m2) and distance (r) between objects, which is relevant to understanding planetary motion and the balance between positive and negative energy.
Gravitation and Time: Frequency's Role
Time is intimately tied to the frequency of the universe, and this relationship is governed by the laws of gravitation. Imagine the cartwheel's bar having notches, each representing a different frequency. Each notch would experience time at a unique pace, described by the formula:
t = 1/f
Where t is time and f is frequency.
If we could halt the cartwheel's motion, time would appear to pause, as described by the relativistic time dilation formula:
t' = γ(t)
Where t' is the time experienced by an observer in motion, t is the time experienced by an observer at rest, and γ is the Lorentz factor.
The passage of time is directly governed by the oscillations in the wave, or simply its frequency. By altering the frequency, we can change the flow of time itself, as described by the gravitational redshift formula:
f' = f * √(1 - 2GM/rc²⁾
Where f' is the observed frequency, f is the emitted frequency, G is the gravitational constant, M is the mass of the gravitational source, r is the radial distance from the source, and c is the speed of light.
Gravity and Energy Dynamics
Gravity can be understood in various ways through these thoughts. One perspective is that gravity operates similarly to the orbital planets, but with a twist. Instead of orbiting in space, we orbit at a subterranean frequency. This frequency attracts similar energies, leading to bonding and the formation of matter. For instance, atoms bond to form rocks, and separate rocks may bind together due to similar vibrations. However, other frequencies simply pass through, unable to bind due to differences in energy vibrations and the negative fields surrounding our bodies and the ground.
Our bodies are attracted to the Earth's core, with a force described by the equation:
F = G * (m1 * m2) / r²
Where F is the force of attraction, G is the gravitational constant, m1 and m2 are the masses of our bodies and the Earth, and r is the distance between them.
The vibrations of our energy and the negative field surrounding us can be described by the wave equation:
∇^2E = μ * ∂^2E/∂t2
Where E is the energy field, μ is the permeability of the medium, and ∂^2E/∂t2 is the second derivative of the energy with respect to time.
The incoming cosmic energy pushes us downward, with a force described by the equation:
F = (E * A) / c
Where F is the force of the incoming energy, E is the energy density of the cosmos, A is the cross-sectional area of our bodies, and c is the speed of light.
The outgoing energy from Earth moves faster than the incoming energy from the cosmos, as observed in the formation of clouds with flat bases and more sporadic tops. This can be described by the equation:
v_out = v_in * (1 + (E_out / E_in))
Where v_out is the velocity of the outgoing energy, v_in is the velocity of the incoming energy, E_out is the energy density of the outgoing energy, and E_in is the energy density of the incoming energy.
Galactic Cycles and Black Holes
The Milky Way galaxy has a supermassive black hole at its center, with a mass described by the equation:
M = (1.989 x 10³⁰⁾ * (G / c²⁾
Where M is the mass of the black hole, G is the gravitational constant, and c is the speed of light.
As the galaxy spirals towards the center, enough mass will be collected to trigger the black hole to become a large star, described by the equation:
M = (4.383 x 10³⁰⁾ * (G / c²⁾
Where M is the mass of the star, G is the gravitational constant, and c is the speed of light.
When this happens, the black hole will shed its outer shell to create the galaxy that spirals around it, and the process begins again. This cycle can be described by the equation:
t = (2 * π * G * M) / c³
Where t is the time period of the cycle, G is the gravitational constant, M is the mass of the black hole or star, and c is the speed of light.
The opposite of a black hole is a white hole, but why hasn't this phenomenon been observed? According to this article, it has been observed but misunderstood. With the theme of balancing the universe, would a large star be surrounded by much smaller black holes? Would these smaller black holes feed the larger star by way of quantum bridge or wormhole, and vice versa for smaller stars and larger black holes? This can be described by the equation:
E = (ℏ * ω) / 2
Where E is the energy transferred between the star and black holes, ℏ is the reduced Planck constant, and ω is the frequency of the quantum bridge or wormhole.
Energy Flow and Balance
Energy moves in and out of everything, maintaining a delicate balance. It enters as a positive force and exits as a negative force. Our sun emits energy at 99% strength and high frequency, which combines with an equally sized negative force at 1% strength, filling the space completely. This balance is crucial, as positive energy moves faster than negative energy due to entropy's diminishing effects over time and distance.
As positive energy travels, it loses a piece of itself, converting to negative energy. This process is directly related to gravitational forces and time dilation. When positive energy reaches 50%, it has a certain probability of converting to negative energy, which is then attracted back to a positive source with a corresponding probability of being converted back to positive energy.
This cycle of energy flow and balance is the foundation of the universe's harmony, and understanding it can reveal the intricate web of forces that shape our reality.
Information Transmission through Energy and Light
Energy transfer is not just a physical phenomenon but also an exchange of information. Positive energy (Pos) carries a complete signature of universal information, updated through interactions, and represents the pure form. Negative energy (Neg) represents a degraded form of this signature, still carrying the universal signature, but lacking the capacity to transfer information.
Initial Information and Illumination
Initial information travels at a speed potentially faster than light and is invisible to us. As this energy slows down, it interacts with atoms, exciting them to display colors they don't need. This illumination is a manifestation of the information being transmitted.
I = E × S (Initial information is transmitted through energy and carries the universal signature)
Cosmic Scale and Consciousness
The universal information, carried by positive energy, is infused with the celestial signature, shaping the cosmic context. This process potentially gives rise to consciousness in living beings, linking them to the universe and its harmonies.
C ∝ U (Consciousness potentially arises from the universal information carried by positive energy)
U = S × f × P (The universal information is infused with the celestial signature, shaping the cosmic context)
Information Transfer and Energy Forms
The universe relies on a delicate balance of energy forms to facilitate information transfer. Positive energy (Pos) serves as the primary carrier of information, transmitting universal signatures and cosmic context. Negative energy (Neg), on the other hand, carries a degraded or attenuated version of the universal signature, lacking the capacity for information transfer. However, Neg can be transformed back into Pos, restoring its information-carrying ability.
P = S × f (Positive energy carries the complete universal signature at a high frequency f)
N = S × (1 - f) (Negative energy carries a degraded or attenuated version of the universal signature at a lower frequency)
E = P + N (The universe relies on a delicate balance of positive and negative energy forms to facilitate information transfer)
Frequency and Speed of Information Transfer
The frequency and speed of information transfer play a crucial role in the harmony and balance of the universe. Positive energy (Pos) transmits information at a high frequency and speed, allowing for efficient and accurate transfer of universal signatures and cosmic context. Negative energy (Neg), on the other hand, transmits information at a lower frequency and speed, resulting in a degraded or attenuated signal.
v ∝ f (The speed of information transfer is directly proportional to the frequency of the energy form)
P: v = c × f (Positive energy transmits information at a high frequency and speed, potentially approaching the speed of light c)
N: v = c × (1 - f) (Negative energy transmits information at a lower frequency and speed)
Transformation and Balance
Negative energy can be transformed back into positive energy, restoring its information-carrying ability.
N + T → P (Negative energy can be transformed back into positive energy, restoring its information-carrying ability)
This transformation maintains the harmony and balance of the universe, ensuring that information is not lost but rather recycled and rebalanced.
_Conclusion _
"In conclusion, the Harmony of Energy (HoE) model offers a novel perspective on the universe, revealing a intricate web of energy dynamics that underlie all aspects of existence. By exploring the interplay between positive and negative energy, we gain insight into the fundamental forces that shape our reality. From the smallest subatomic particles to the vast expanse of the cosmos, energy is the unifying thread that binds everything together.
Through the HoE model, we've seen how energy's harmonious movement gives rise to the patterns and structures we observe in the universe. We've also delved into the fascinating relationships between energy, space, and time, and how these interactions govern the behavior of matter at various scales.
As we continue to refine our understanding of the HoE model, we may uncover new secrets of the universe and gain a deeper appreciation for the beauty and harmony that underlies all of existence. Ultimately, this knowledge can inspire new perspectives, new technologies, and a new era of human understanding and cooperation, as we work together to harmonize our own energy with the energy of the universe."
MAG
Here is the Harmony of Energy Equation (HoEE) with descriptions:
HoEE = (∫[E(x,t) ⊗ S(x,t) ⊕ f(x,t) ∘ P(x,t)]dxdt) + (∑[G × Mi × ri^2] ⊕ ∑[ℏ × ωi] ⊕ ∑[c × λi] ⊕ ∑[T × kB] ⊕ ∑[Fi × G × Mi × mi] ⊕ ∑[Qi × mi × ci] ⊕ ∑[Vi × ri^3] ⊕ ∑[Pi × ℏ] ⊕ ∑[Ni × S(x,t) ∧ (1 - f(x,t))]) + (∫[I(x,t) ∘ E(x,t) ⊗ S(x,t)]dxdt) + (C × U)
Where:

• E(x,t) is the energy density at point x and time t
• S(x,t) is the universal signature at point x and time t
• f(x,t) is the frequency at point x and time t
• P(x,t) is the positive energy at point x and time t
• G is the gravitational constant
• Mi is the mass of the ith object
• ri is the radius of the ith object
• ℏ is the reduced Planck constant
• ωi is the angular frequency of the ith object
• c is the speed of light
• λi is the wavelength of the ith object
• T is the temperature
• kB is Boltzmann's constant
• Fi is the force on the ith object
• mi is the mass of the ith object
• Qi is the heat transfer to the ith object
• ci is the speed of light at the ith object
• Vi is the volume of the ith object
• Pi is the prime number associated with the ith object
• Ni is the negative energy of the ith object
• I(x,t) is the initial information at point x and time t
• C is consciousness
• U is the universe

Operations:

• ⊗ represents tensor products (combining energy and universal signature)
• ⊕ represents direct sums (accumulating energy components)
• ∘ represents function composition (interacting frequency and positive energy)
• ∧ represents logical conjunction (connecting negative energy and universal signature)
• ∫ represents integration (over space and time)
• ∑ represents summation (over discrete objects)

TL:DR Unless there is some change to ADR 85 that is not publicly available, most* imported cars will be compliant with ADR 85. (I'm not an engineer, nor am I in the know in relation to imported cars unlike the guys at Iron Chef or GoGarage)
There were a couple of comments on some threads recently which claimed that the Australian Government was proposing 'new laws' or already starting to stop the import of Kei Cars, because they would not comply with ADR 85.
https://www.reddit.com/CarsAustralia/comments/1cure3suzuki_spacia_hybrid/
https://www.reddit.com/CarsAustralia/comments/1cvnc98/major_changes_to_sevs_import_laws/
What is ADR 85?
Link: https://www.legislation.gov.au/F2015L02109/latest/text
ADR 85 tests the Pole Side Impact performance (PSI) of a car - essentially a test car is flung into a pole at speed and its safety is measured.
ADR 85 has prevented cars such as the Lexus IS and RC from being sold (presumably because it cannot meet the new standards.\
What cars need to comply with ADR 85?
For imported cars, an ADR will apply if:

• the date of original manufacture falls on or before the ADR applicability date
• the build date range of the model starts on or after the new model applicability date

Source: https://www.legislation.gov.au/F2021L00838/latest/text (section 10)
The date of original manufacture date is the date on which the vehicle was first made available to a consumer in any market in the world.
The ADR85 applicability date is 1 November 2021 .
The ADR85 new model applicability date is 1 November 2017.
How to comply with ADR 85?
ADR 85 is essentially a regulation standardised by the United Nations' World Forum for Harmonisation of Vehicle Regulations. Section 7 of ADR 85 states that UN Regulation 135, is equivalent to the technical requirements of this standard.
Surely, those tiny Kei cars can't meet these ADRs that a big Lexus can't?
Japan has adopted UN Regulation 135 for all new cars since 15 June 2018. (Australian Source - https://www.drive.com.au/news/adr-85-everything-you-need-to-know/, Japanese Source - https://car.watch.impress.co.jp/docs/news/707164.html )
Japan proposed a cheeky amendment just so that Kei Cars could pass UN Regulation 135 - it lobbied for the vehicle speed for the test to be lowered from 32 km/h to 26 km/h for vehicles which were less than 1.5m wide (Annexure 3, paragraph 8.7 here https://unece.org/fileadmin/DAM/trans/main/wp29/wp29regs/2015/R135e.pdf )
Here's the Japanese trying to justify it to the UN here: https://unece.org/DAM/trans/doc/2012/wp29grsp/PSI-05-06.pdf
So why the rumours?
Right now, neither the model report nor the SEVS approvals for the Suzuki Spacia have been suspended or revoked.
The Spacia's date of original manufacture and build date range both start in December 2017 - so ADR 85 applies but it was prior to Japan adopting the equivalent UN Regulation 135. Hmmm....
Will Kei cars come to Australia?
It's clear that Mitsubishi is clearly considering launching their newest EV kei car in Australia - see the most recent Chasing Cars review of it here - https://www.youtube.com/watch?v=F_XpWwwHxKc

This is not me responding to you not responding Hasbro cuz I don't think you own Dungeons & Dragons when this happened you only owned it knowing that I was coming one day and were prepared like Eminem and the other rappers., you think I expect you to admit a story from a f****** board game when you went that far to cover it and now you have Eminem., @potus

Hi !
I'm currently working on a script that changes the camera view of a player from 3rd to 1st person view when a player is fired near whever that be himself, another player, or a IA unit.
The script in itself work the problem I have is that when the player dies and respawn in the delay that he is affected by the script, when he respawn, and press his key to be in 3rd person, the camera is locking on his previous dead body in 1st person.
I thought of multiple way of doing that, at first the script was in initPlayerLocal.sqf.
Then I switched it to onPlayerRespawn.sqf and put a condition that checked if the player was alive, if so then the script would reset and unlock the 3rd person, sadly i have another script that need to be executed only when you respawn and not when the game start (the option respawnOnStart in description.ext needs to be at -1)
So now i'm kind of locked i don't really know what do to. The script always put the camera on the old dead body, I could delete the dead body but I don't think it's a good solution.
There is the script :

player addEventHandler ["FiredNear", { params ["_unit", "_firer", "_distance", "_weapon", "_muzzle", "_mode", "_ammo", "_gunner"]; countdownTime = time + 60; _unit spawn { if((vehicle _this == _this))then{ while{round(countdownTime - time) > 0}do{ if(cameraView == "EXTERNAL")then{ hintSilent parseText " "; _this switchCamera "INTERNAL"; sleep 0.25; }; }; }; hintSilent parseText " "; sleep 1; hintSilent ""; }; }]; 

Does anyone has an idea of how i could resolve this problem ? Thanks in advance for you help !

Hi, I’m an Indian male currently residing in the United States 17 yo and would be an incoming Freshman to college on an H4 visa. My father Is on an H1B while my mother is on H4. According to H4 visa terms I age out of the visa around about a few months before senior year of college begins. My father's H1B visa expires in 2029 after extensions. I know I have to transfer on to F1 but would it be an issue as both my parents and immediate family members are in the US and proving ties to my home country would be an issue as the F visa is a non immigrant intent visa category compared to the H one? Like I’m not sure what to do so could Reddit help me out?

Hi, I’m an Indian male currently residing in the United States 17 yo and would be an incoming Freshman to college on an H4 visa. My father Is on an H1B while my mother is on H4. According to H4 visa terms I age out of the visa around about a few months before senior year of college begins. My father's H1B visa expires in 2029 after extensions. I know I have to transfer on to F1 but would it be an issue as both my parents and immediate family members are in the US and proving ties to my home country would be an issue as the F visa is a non immigrant intent visa category compared to the H one? Like I’m not sure what to do so could Reddit help me out?

Hi, I’m an Indian male currently residing in the United States 17 yo and would be an incoming Freshman to college on an H4 visa. My father Is on an H1B while my mother is on H4. According to H4 visa terms I age out of the visa around about a few months before senior year of college begins. My father's H1B visa expires in 2029 after extensions. I know I have to transfer on to F1 but would it be an issue as both my parents and immediate family members are in the US and proving ties to my home country would be an issue as the F visa is a non immigrant intent visa category compared to the H one? Like I’m not sure what to do so could Reddit help me out?

Wade held Jasmine in his arms as he flew a low height down the long road to another section of the staryard, Tina on his back and Nathan and F right behind them in the air. Together, the five glided across the base grounds, taking care as to not irritate the aerial security during their search for the meeting room. Being outside for the flight, the group considered it a blessing that Wade's 'enhanced cooling unit' allowed his body to tolerate the breaching sun in the still cloudy sky, which, according to F, was dangerous to drones like her due to the inefficient cooling she and disassembly drones like her suffered from. Given F's physical fault, she had to fly under shady areas in order to safely traverse the base at day.
Originally, Wade and his friends had planned to walk to the meeting zone, but after running into a trooper experiencing a health mishap, the group did what they could to help the distressed officer. By the time he was brought to the medical ward by other soldiers, Wade found that him and his team would be at least a few minutes late if they kept on their way with their walk.
Deciding to speed things up, Wade, understanding the concern for performing such an effort, opted to carry the Fowleys around the base to the meeting area. Reluctantly, F decided to come along, carrying Nathan in a similar manner that Wade was carrying Jasmine. Taking notice of the time on his HUD, which read, "9:47 AM", Wade scouted for the building he and his friends were directed to. "8072" He said to himself, the number being for the building that would house the imminent meeting.
"They said it was down here, right?" Wade asked aloud to Tina before stopping himself in mid-air, the girl holding onto him tightly as he tried to speak over the growing sound of a retrofit Apache flying overhead.
Looking about, Tina nodded as she spotted the target building. "Yes, I believe that's the one over there!" Pointing past his head, Wade followed her finger to a large building ahead at his right. The structure was moderately tall, only about two stories high, with several soldiers and officers going in and out of the building. Wade smiled as he noticed the target number, as well as the big, bold words describing the building's designation. "8072, Briefing Center B"
"Good eye, honey. Hang on!" Continuing his low glide, Wade zoomed towards the building's entrance before stopping just meters above the ground, his two friends close behind as they slowed down as well. The troopers around them initially looked startled by the sudden arrival of Wade and his group, but quickly regained their composure as Wade hovered still above them.
"At ease! Just visitors." One of the soldiers declared as they identified the newcomers, who touched down before Wade let Jasmine down to her feet, Tina hopping onto the ground along with her.
Putting his hands up, Wade apologized for his swift surprise. "Sorry for the scare, we got delayed for a meeting we're invited to."
The soldier gave an understanding nod as he replied to the former worker drone sternly. "I can see that, just be a bit more careful next time, Mr. Carter. You gave the boys here quite a scare."
Wade returned the gesture in embarrassment as F put a hand to his back, chuckling at his efforts as Tina questioned the officer. "Is Mrs. J in there? She's the one who called for us."
The guard gave his reply as Wade and Tina pulled out their IDs for clearance. "Yes she is, Miss. The meeting's set to begin in under ten minutes." Checking the two drones' IDs, Jasmine and the others pulled out theirs as well, the watchman motioning another trooper over to verify the group. Once the guard finished checking the five's cards, he nodded in approval as the watchman spoke once more. "You're clear to enter."
"Thank you Sir, again, sorry about that spook back there." Wade replied with a smile as the trooper gave one of his own, the disassembly drone and his allies making their way towards the office door before stopping upon the call of a voice.
"Hey, Felice!" Wade turned to find the origin of the voice, F doing the same as the two quickly spotted a quartet of soldiers walking excitedly towards F. The disassembly drone glanced to her friends with a smile before turning back to the approaching entourage.
Wade examined the four troops as they got closer: Two human men, one woman, and a male worker drone. One of the male soldiers had short, blonde hair, and a small scar to the right side of their face. The second man bore a tan skin tone and had black hair, with blue strips that went down slightly in a mullet style. The woman bore a set of long, dark green hair, with the hair going down and over her left shoulder. As for the worker drone, he wore the standard green soldier helmet, single eye visor and all. He had no hair on him from what Wade could tell, and bore a pair of whiteish purple eyes on his visor.
As F walked over to the soldiers, the same one that called to her spoke again. "Felicity, I didn't expect to see you around here today! Where you been?"
The girl soldier interrupted his initial chatter. "Hang on Carlos, do you even know if she remembers us?"
"Aye, don't she have one o' them memory locks, or sumthin?" The drone added in a heavy Scottish accent.
F waved her hand as she replied to the group. "Easy, everyone. Thankfully I still got my memories, courtesy of my technician back at Central." Lowering her hand, F let down her usual persona as she gave a wide smirk to the soldiers, clearly pleased to see them. "Good to see you guys around here."
The soldiers gave light cheers to F as they all embraced her, the group having a surprise reunion as Wade and the others watched in surprise. These must've been F's old colleagues from when she was in the service, Wade thought. Quite the coincidence for them to be here at this base of all places.
Not bothering with the convenience of the matter, Wade shook the thought off as he and his friends watched F and her old friends breaking the hug, Tina wrapping an arm around her boyfriend as the second male human spoke to her in what the two discerned as Spanish. "Ay, who your new friends, F?"
"Oh, these guys?" F replied in the same language, quietly startling Wade and the others as they had never heard her speak like that until now. Glancing over to Wade, F motioned him and the others to come over. "Everyone, these are some friends I made in the past few days. Wade, Nathan, Tina, and Jasmine." She pointed her hand to the four as she said each of their names. "I met the boys here during my time on Ceres. Jasmine and Tina here are sisters."
The four soldiers gave various forms of excitement, ranging from hearty laughs to low woops and even a whistle from one of the guys. As F stood next to her old teammates, they each introduced themselves to Wade and his friends. The blonde soldier went first. "Well, it's a pleasure to meet you all, name's Carlos, Lieutenant Marksman."
"I'm Private Alvaros, good with close-range and stealth operations." Said the tan soldier with a salute.
"Sergeant Lucia Vasquez, usually the one who leads this bunch around these days." The female warrior stated with a humorous smirk.
"And Corporal Duncan Wallace, at your service!" The soldier drone stated proudly as he saluted to the bunch in front of him, who gave warm smiles as Wade shook his hand.
"Quite honored to meet you all, seems you have quite the history with F." The former worker drone said as Carlos patted F on her back.
"Oh, we do! She's the one who took charge when we didn't! Did you all hear of the Pasting of Nola VI?" Jasmine and Tina gave nods of affirmation while Wade, not as familiar with such history, held his hand up in a questioning manner.
"I think, wasn't that the battle where the Navy just barely held the outpost in that system? From the Stryker Clan?" Wade asked as Carlos nodded approvingly to him.
"That's right, and if Felice weren't there, WE would've been the ones getting pasted!" Carlos' statement brought victorious cheers and "oorahs" from the group, F letting a blush loose as she chuckled at her team's praise of her efforts.
"Well, that's not wrong." Although she didn't want to break off from her friends and discuss the past few years since they'd last met, F remembered the briefing. Clearing her throat, she continued. "And as much as I'd like to chat about the good times, I've been called to a meeting here, as have Wade and his crew."
The soldier group gave understanding looks to F as Lucia spoke up. "Thought so, Carl here was real eager to see you, though."
"Maybe we can talk after the meeting?" Nathan proposed as the soldiers collectively nodded in agreement, F readying a smartcomm attachment before turning to face her friends again.
"We're probably getting low on time, you all go in, I'll catch up in a sec." Wade nodded in acknowledgement before taking Tina's hand, the lover drones continuing towards the briefing center as Jasmine and Nathan followed behind them.
Passing through the door, the four guests observed a short hallway, which seemed to split into two paths as they came closer to the other end. Looking to a sign on the wall above, they saw arrows pointing to two separate areas, "Primary Briefing Room; Main Lobby + Secondary & Tertiary" Going to the right, they entered the moderately active lobby, several officers walking and standing about in mass chatter. Walking over to the desk up against the wall to their left, Wade and his group waved a hand to the occupying attendant.
"Welcome, what do you need?" The desk attendant asked as Tina raised a finger to reply.
"We're here for a meeting, Mrs. J called us here."
The attendant nodded in understanding before directing an arm towards the other end of the room, where a single door stood. "She should be in the second briefing room down that way."
"Thank you." Tina replied warmly before she and Wade began walking towards the door, their friends behind them as they proceeded into the room.
The room beyond the door was quite sizable, a large circular table occupying the middle with several chairs surrounding it. The walls went up a few meters, with four whiteish blue lights illuminating the room. On the wall opposite to Wade and Tina were three monitor screens, all of which showed the USN in bright blue. In several of the seats were faces both familiar and unfamiliar, several men and women in varying styles of uniforms conversing about quietly or taking notice of the recent visitors. Standing up near the monitors were three people: A decorated officer whom Tina identified as a ship captain, and the so-called operatives, Tessa, albeit as a hologram, and J.
Walking slowly into the room, Wade gave a low wave of his hand as he tried to hide his nervousness. Noticing his shyness in front of the officers, Tina held his hand and rubbed his arm comfortingly while returning a pleasant smile to the staff in the room.
"Ah, Wade, Tina. Glad to see you all here." J stated with a smile as she scanned the group, raising a digital eyebrow as she noticed one missing guest. "Or, most of you, I see. Did F run off somewhere?"
Wade shook his head as he replied to his fellow disassembly drone. "Oh, no. She just ran into some old friends, she should be back-"
"Right now." F finished aloud as she entered the room, seemingly having heard Wade speaking about her absence. The warrior drone fast walked to Wade's team, taking a seat near them as they prepared to do the same. "Not too late, are we?"
"Not at all." The standing officer answered as the group took their seats, Wade and Tina sitting next to each other as they got comfortable. The captain examined the lot for a moment, glancing to J as he asked about them. "So, these are the ones you helped rescue from the Mojave?"
"Yes Captain, and they helped us out greatly in turn. This is Wade Carter, one of the captured drones whom became a disassembly drone before we could mount the rescue. The luckiest one, if you ask me." Motioning her arm over the others, she continued. "And there's his girlfriend, Mrs. Tina Fowley, and her sister Jasmine." Smirking to F and Nathan, she finished her friends' introductions. "And these two are Serial Designation F and Mr. Nathan, whom I've heard were once under your ranks."
The military captain gave a welcoming smile to the five as they returned the gesture, eyeing F and Nathan specifically before speaking to them. "Indeed they were, we still have records on their contributions to the colonies." Eyeing F, he continued. "Though, in Mrs. F's case, I won't blame her if she doesn't remember us. We've been very well aware of JCJenson's 'memory suppression' protocols when it comes to their DDs."
F laid back in her seat with a smug look as she replied to her former superior. "Well, my friend on the station's a good tech gal. She's... waived that hindrance from me."
"I see, that means your still with us, am I right, Mrs. Lee?" Unlike her friends next to her, F was not startled by her original name being said aloud, rather smiling proudly as she saluted to the captain. "Good to see you again."
"Pleased to be here, Sir." F replied as she lowered her arm, glancing to her companions next to her as J spoke up.
"Everyone, I'd like you to meet Captain Preston Mitchell, commander of the USNV Vickers down at the stardock."
Wade gave a respectful salute to Preston as he spoke first. "It's an honor to meet you, Sir."
"Thank you, Mr. Carter. I've heard about your efforts from J, you did an admirable job back there, son." Wade failed to hide an embarrassed blush from the compliment, but it quickly faded as a beep sounded from a small device on the table. It was swiftly silenced by the captain as he tapped a button on the small, pyramid shaped timer, then facing Wade's group before continuing. "Though, as much as we could use some small talk, it'll have to wait till later."
"Indeed, we're running late at this point." Said another officer, a highly decorated member of the base with dark skin, dark grey hair and a thin beard. He immediately won the attention of everyone in the room as he spoke up. "I'm General Hugh Hood, overseer of this base. I'm certain you know some of the reasons you're here with us, correct?"
Wade nodded as he spoke to Hood. "Yeah, it's cause of those rogue agents from the JCJenson corporation." Glancing to J, the corporate drone nodded in affirmation before speaking herself.
"Tessa and I spent the last hours of yesterday evening clearing up the matter with General Hood, along with several other officials stationed here." She stopped as the middle monitor behind her flashed with a banner at the top, reading, "INCOMING TRANSMISSION", and in place of the USN emblem was a textless version of the JCJenson logo. Below the profile image was another two lines of text. "N. Jenson (Company Exec); Comms Source: Yottrite IV"
"And also told our boss about what happened here too, he wanted to give his say on this ordeal." Looking to the general, J asked him, "May I put him on?"
Hood only gave a nod of approval to the corporate drone before she picked up a remote on the table and tapped a button, accepting the call as the picture shifted to show a middle-aged man in a pristine-looking business suit on the screen.
Wade and Tina glanced to each other before J introduced their guest on the screen. "Ladies and Gentlemen, the CEO of JCJenson: Mr. Noor Jenson."
Jenson gave a pleased nod to his subordinate as he spoke to J. "Thank you for the pleasantries, J. I see we are ready to discuss our plans on dealing with this 'recall' disaster I've bore witness to on the news this morning?"
J nodded as she replied to her boss. "Indeed, I've explained to General Hood here about our efforts yesterday, and, as of recent, we've just received a message from a source we believe to be close to the company."
Mr. Jenson looked down to J attentively as he spoke to her. "Well, that's quite intriguing news, J. Do you have this message available for us to view?" J and Hood both nodded in affirmation, but didn't get an immediate reply as Jenson gazed to Wade and his friends. "...And I presume these are some of the drones rescued from one of the factories?"
Again, J nodded to her superior before explaining her colleagues. "Yes Mr. Jenson, the two drones at the front in particular were among those taken by the Administrator and their subordinates." Pointing an arm to Wade and Tina, she introduced the drone couple. "The disassembly drone here is Mr. Wade Carter, a brother to his-technically speaking-owner, the late Ron Carter. The latter helped us recover Wade during an initial raid inside the Nevada facility." When bringing up Ron, J gave an apologetic look to Wade as to show she did not mean to be offending on him and his brother's relationship. "And this is his romantic partner, Mrs. Tina Fowley. I heard she and her sister Jasmine are pilots."
Jenson looked over the two drones as his obedient employee described them to him, quietly sighing as Wade and Tina returned the gaze with nervous smiles. Once J finished, Jenson spoke to Wade. "I... would say it's a pleasure to meet you, Mr. Carter. But, given recent events, I don't hold fault to you for feeling frustrated at me for my... former subordinate's actions."
Wade shook his head lightly, taking Jenson's light apology with a faint smile as he replied to the CEO. "Actually, I don't. The only person I have such feelings put towards is," He hesitated for a moment, his anger at Dr. Halloway returning for a short moment before he eased himself. "..That bastard Halloway."
"The feeling's mutual, Mr. Carter. Dr. Halloway has been trying my patience for years now, especially with you and your fellow disassembly drones." Looking to J, then F, he returned his gaze to Wade before questioning him on his new body. "I don't know if J has told you of this, but if there's one truth my company has admittedly not held up to for a while, it's our quality. Recently, some of my research staff here made blueprints for an upgraded variant of the disassembly drone design. It's intended to fix several faults we expected to be nonexistent previously, most notably that atrocious cooling unit."
As a schematic pulled up on the left monitor, everyone glanced to the improved design before F spoke up about it. "If I may ask, Mr. Jenson, how big of an improvement is this new cooling unit supposed to be?"
"Good question, F. Frankly, it's supposed to do away with the issue entirely. Saves us from sacrificing enormous supplies of oil for the poorly built unit in the previous iterations. We even tested it with a repaired drone just a few days ago, and it worked flawlessly." Then, glancing to Wade again, he questioned the former worker drone on his new form. "Speaking of, how does your enhanced body feel, Mr. Carter? I'm certain it feels better to not have to-"
"Actually, Mr. Jenson," Wade interrupted, pulling out one of his canteens as he answered the CEO on his upgrades. "I guess Halloway changed up the blueprints, cause unfortunately this new cooling unit didn't cure the overheating problem. I... kinda learned that the hard way." Wade glanced to Tina apologetically, still feeling bad from her seeing him eat the corpse of the dead murder drone back at the factory.
The corporate CEO grimaced in frustration as he took in Wade's statement, already intolerant of the head researcher's actions as he replied. "...I was worried about that, Edgar always likes to run things his own way, making excuses for that 'Administrator' he watches over." Taking an agitated breath, he continued on with his spew on the two culprits of yesterday's events. "It was only because of all the very impressive creations and enhancements she and her research team provided that I tolerated them for so long, but this..." Sitting up straight in front of the camera, Jenson finished sternly. "J said the Administrator... Cyn, I believe? She was apparently something worse than we presumed originally, and I'm very inclined to believe so after yesterday."
"As well as the program tied to the Administrator, the AbsoluteSolver." J clarified before receiving an agreeing nod from Mr. Jenson, standing corrected on his placing of blame.
Raising a hand, Nathan asked about the supposed plans. "Yeah, about this "Solver Project", what do we plan to do about that?"
"Good question, Nate." Tessa replied as she crossed her arms before looking to Jenson and beginning her explanation. "Initially, we were going to investigate the other factories spread across Earth in order to get some more info on the Administrator before things get worse. But, just this morning, it seems someone else saved us the trouble." Just as Tessa neared the end of her sentence, J held up the remote again, tapping a few buttons before the left monitor shifted to show a slightly grainy video onscreen.
The video only showed a single being, a worker drone, dressed in a chrome suit and bearing a set of yellow eyes. Behind them was what appeared to be a vacant room, a few shelves holding many books within them standing still in the back. The drone's visage indicated they were filled with immense anxiety, terrified of being caught as they spoke quietly to the camera.
"I can only hope someone gets this in time, they're gonna be on me once they find out the transmitter screens are down!" Turning the camera, he showed what appeared to be a large factory room, several more of the mysterious conveyor belts like at the factory slotted next to each other. It was hard to discern every detail due to not only the window reflection, but also the dark lighting in the inactive conveyor room. Filming the room beyond, the drone continued. "Dr. Halloway's a madman, he's got more of those stolen drones being brought here and he's going to be overseeing it in the afternoon tomorrow! I've seen what happened back in Nevada, I can't take this any longer! I'm at coordinates ##.######, -###.###### Please, send someo-"
The suspicious, partially scrambled transmission immediately cut off to static, leaving Wade, Tina, and their friends with confused expressions as Tessa spoke up. "Yeah, that caught me by surprise too."
"So, that guy says they got more drones being sent 'there', but... where is there, exactly?" Jasmine asked with immense curiosity.
"I was hoping you'd ask that, Mrs. Fowley." The technician replied as she glanced to J, who tapped a few more buttons on the remote before speaking over her boss-friend.
"While the transmission itself isn't much to work off of, our friends from Comms over here managed to intercept the signal earlier, and even better, discern where it originated from." As J started her explanation, the screen shifted once more to show a large city, with one skyscraper highlighted in red as it was zoomed towards on the screen. "That scrambled audio wasn't a simple glitch, it was intentionally done so as to hide key information for us to uncover. Upon cleaning up the message, we managed to recover a set of coordinates, which direct to this structure here, in San Francisco."
Wade and his friends stared at the building in shock, examining the tall structure as it stood over the shorter buildings in the city. Tina broke the silence in her gaze. "So, this is another factory? It looks... terribly different from the one we got out of."
"Not exactly, Mrs. Fowley." Mr. Jenson answered, Tina and the others looking to him as he continued. "THAT is the Administrator's main laboratory, its location was kept on the down low so other authorities and terrorist groups wouldn't find out what the buildings true purpose was." Sighing, Jenson completed his reply. "But, with this recent mistake of Halloway's, that place has lost all purpose for us at the company."
Wade raised a hand to speak. "So, we're going to pounce on that place? Get Halloway before he runs off again?"
"Exactly." General Hood replied as he looked up to Mr. Jenson. "This whole 'recovery/recruitment' effort has gotten out of hand all across Sol. We've gotten countless reports of people being killed because of this, be it the brutal robberies here in Nevada or the bloodbath on Ceres. Even if Mr. Jenson refuses to cooperate, this has become a dire matter for us now. One way or another, this insanity will be stopped with due haste."
The CEO nodded in acknowledgement before explaining his own plans for the mission. "Speaking of cooperation, upon seeing what was happening at Earth, I ordered a detachment of our corporate starships in orbit at the time to depart for Sol in order to help with investigating the situation. They're not warships, but they are well-armed. I'll dispatch them to your authority upon concluding this call." Glancing to Wade and his team for a moment, Jenson continued. "As for the mission, I may not have much of a say, but let it be known that you have my blessing to do whatever it takes to end this madness. I don't care what you do with Halloway or any of his lackeys, or what happens to that facility down there... I want that program shut down."
"Thank you for the extra hands, Mr. Jenson. We'll make sure this Administrator is dealt with." Hood replied gratefully as Wade sat firm in his seat, Tina and the others following suite.
"General?" The former worker drone said aloud, catching Hood's attention before he made his request. "I know I'm not a soldier, but I want to help with dealing with Halloway and his grunts. After what he did, after losing my brother, I can't rest until I see that man stopped."
Tina raised a finger as well. "As do I, Wade could use a hand with those people, and given how we did during our escape run out of that place, I think the two of us make quite the duo." She glanced to Wade with a smirk as she referenced their combat prowess when flying together.
Nathan and F stood up before the latter gave her own request. "Sir, I wish to take part in this mission as well. I can also recommend Wade for you too, as I fought alongside him during the factory raid."
"Wouldn't mind giving a hand myself! And I'm sure my pal Kurtis would love to help, he's here at the base too!" Nathan added with a confident smirk, the group's determination encouraging Jasmine to stand up as well.
"I'd like to help too." She stated simply, a smile on her face as the general and his companions observed the five guests.
Admittedly, Hood knew it would be a bit absurd to allow these people to take part in an operation which would certainly involve bloodshed, especially considering most of them merely had civilian status at the moment. But, upon careful evaluation of the five, their desire to see this problem dealt with, and the fact that some of them had experience on the field...
He paused his train of thought as Captain Mitchell spoke to him. "General? I read up on the Fowleys' files when we recovered Mrs. Jasmine here, they provided service in their early careers." He smirked to the pilot sisters as he finished adding his say. "And to be frank, we need more people like them here. The records we have of them showed them to be damn fine pilots."
Tina blushed at the praise from Mitchell as she spoke to the general. "That is true, we uh... did get discharged for our... 'fancy maneuvering'."
"Sir?" Jasmine said, the general's attention on her as she added to the conversation. "Even if our flying is a bit out of protocol, Tina saved a lot of people on that starjet a few days back. I can promise you, she's an excellent woman to have at the wheel."
Glancing to Wade again, Hood took in his face, one of begging desperation as he spoke once more. "Please, Sir. My brother, the troops he brought from the Coalition, Halloway's gotten them all killed cause of this. I want to do this. I HAVE to do this, at least for them."
The good general took a deep, quiet breath, considering his decision once more before finally revealing it to Wade and his friends. "Mr. Carter, Fowleys? I'm probably making myself a fool for saying this, but you're permitted to assist us in this mission."
The drone couple contained their gratefulness in the form of ecstatic grins as Wade replied to the general. "Thanks, General. We won't let you down."
"And Mrs. Lee?" Hood said as he glanced to F, who returned the gesture as he told her, "You're technically under Mr. Jenson's authority, whatever his answer is, it's mine as well."
Bringing her yellow-orange eyes to her CEO, F awaited Mr. Jenson's answer. "F, yes? I heard Mr. Hood call you by a different name just now, I assume you have some experience with the army?"
The warrior drone nodded as she explained herself. "I once inherited the name of Felicity Lee, Mr. Jenson. I served under the USN Defense Forces before joining the DD Division." Then, glancing to the military staff near her, she finished with, "I had hoped to provide my enhancements to the Force one day."
Jenson gave a hint of a proud smile as he finally gave his decision. "Well, it seems you'll finally get that chance. From now on, even after this mission on Earth is over with, you're hereby dispatched to serve under the USN."
F admittedly couldn't hide her excited smirk as she flung a salute to her now former boss. "Thank you Sir!"
Looking up to Jenson, General Hood asked the CEO, "Mr. Jenson, how long until your ships can reach Earth?"
Jenson glanced down at his communication console as he answered the military leader. "At max speed, their Ion drives should be able to bring them into orbit in as little as one to two days. I believe there should be some ships within the system that could help as well."
"Signal them when you can, Mr. Jenson. We could use all the help we can get from them." The CEO nodded to Hood as he stood firmly to the viewer, the general turning to face Wade and his colleagues. "And Mr. Carter? We'll be mobilizing our forces immediately after this meeting concludes. It'll be a minute, but I want you to gather whatever items and belongings you'll need for this operation. Be ready to head to the flight pads in no more than three hours."
"Understood Sir!" Wade said with a salute, Tina, Jasmine and Nathan giving their own as Jasmine raised a finger.
"What about the area around the lab? That place looks like it's in the middle of the city."
J raised a finger as she told Jasmine and the others about their resolution of the civilian obstacle. "Shortly after reporting our findings on the transmission, Hood told us that they were sending in some teams to clear out the civilian population within several miles of the facility. Once we get there, it should be of no concern."
Jasmine sighed in relief as Tina spoke up. "So the people should be safe from any sort of danger?"
"Correct, Mrs. Tina." Preston answered before continuing. "Given the resistance Halloway and his men showed during the Coalition's raid, they most certainly won't hold back there."
"One more thing, Sir." Nathan asked. "The Coalition's going to help us out with this too, right?"
"You can count on it, Mr. Nathan." The Vickers' captain replied as he looked to J, then to Jenson as he spoke further. "I met the leader of the Coalition's detachment working with us when I was introduced to J and Mrs. Elliott here, they intend to see this conflict finished. I highly doubt they're willing to sit back and let us do this by ourselves."
"And their help will be much appreciated." Hood added, everyone's attention returned to him as he looked to Tessa, curious eyes scanning her holographic form. "And Mrs. Elliott, if I may. Do you mind heading down here to assist us in our investigations later on?"
"Funny you say that, General. I'm almost done with my own snooping around on the JCJ up in orbit, Cyn has some small departments of hers aboard, and I thought I'd gather some more intel before coming down." Glancing to Mr. Jenson, she saw him giving an understanding nod before returning her gaze to the military staff. "I should be down there by the evening, judging by where you're located."
"Do what you must, Mrs. Elliott. We could use whatever you find." Hood replied firmly as he turned once more to the JCJenson CEO. "Thank you for your time, Mr. Jenson. We will get to the bottom of this."
"It's my pleasure, General." Glancing to J and Tessa, he spoke to them once more. "J? Contact me when you've finished with Halloway and his Administrator."
"It'll be done, Mr. Jenson." The obedient servant answered before saluting firmly, receiving a final nod from her boss before he ended the transmission.
With their off-world guest out of the way, Hood looked to Wade and his friends, J, Tessa and Captain Mitchells sharing the gaze with them as the general spoke to them in finality. "Well, you know what comes next everyone. You're all dismissed for now. And remember, landing zone by 1300."
"We'll be there Sir." Wade said with a nod as he and his friends stood up, pushing in their chairs before making their way out to the door.
As they neared it, Wade stopped for a moment as they heard Hood call to one of his friends. "And F?" The soldier drone looked to the general as he continued. "Before we depart, would you mind changing your uniform? I believe it could help with identifying you from the other disassembly drones more easily." Glancing to J, then back to F, he finished with, "I recall hearing about the most formidable drones having clones prepared, yes?"
"Correct, Sir. I'll stop by the nearest barracks while I can." F replied before turning back to the door with her colleagues, Wade opening the door for them all as they passed through. After them, Wade passed through himself, shutting the door to the meeting room as he returned to the lobby.
Walking about together, F spoke to Wade and the others. "Well, that went smoothly. I'll be heading down to the barracks, then head over to your place to help out."
"Actually," Wade replied, raising a finger up as he asked his fellow murder drone, "You think you could bring your friends over? We could get to know each other while we're getting ready."
F glanced to Nathan with a smile before returning her eyes to Wade. "I could see about that. You're gonna like them, I can promise you that."
Taking Tina's hand, Wade walked with his girlfriend alongside Jasmine and the others, nearing the hallway they came through as they prepared for the walk back to the apartment.

Hello everyone, Covenant, Wei, and Duodex here to go over the rest of our technology changes in this new Progress Report. We will go over the rest of the completed changes in each part of our tech trees and doctrines. There are some uncompleted sections that will be finished in a future version, but this will not have any impact on the gameplay. We will start by covering the small changes to trees already covered in Part 1 or trees that are very similar to vanilla.
The Infantry Tech Tree:
The infantry tree has one relatively major change since the last PR. We have decided that Mechanized equipment and Amtracs should be included in the infantry tree. Originally they were going to be in the tank tree back when we were considering making an NSB equivalent for the tanks but with the choice to only do base game tanks it made more sense to include the Mechanized in the infantry tree instead.
The Air Tech Tree:
The air tree has one small change since the last PR, we have moved scouts to be connected to air interceptors instead of as a subtech. Due to scout planes only being available with the La Resistance DLC we needed to add an alternate tech for players who didn't own LaR but this proved impossible in the old implementation. Instead we have attached them to the tree.
The Artillery Tech Tree:
The Artillery Tech tree is an expansion of the vanilla tree. This choice was made not out of laziness but because artillery, conventional anti-tank, and conventional anti-air guns did not develop that much between 1948-1964 OTL. With that in mind the Kalterkrieg artillery tree will be an extension/light modification of the vanilla tree to fit the timeline and that's it. Missile-based anti-air and anti-tank weapons are in the missiles tech tree instead of this one to not over complicate/confuse everything.
Electro-Mechanical Engineering Tree:
Much like the artillery tree the Electro-Mechanical Engineering Tree (or Electronics in game) will effectively be a time shifted version of the vanilla tree with one small change. The growing importance of aircraft and air warfare made us consider adding a tech related to air-traffic control as post-ww2 there were a number of developments in this field that came with the improvements in radio and radar technologies. The 1946, 1952, 1956, and 1960 radar technologies will have a technology connected to each named Air Control (4 in total) that will improve stats such as mission efficiency, accident chance and bad weather penalty.
There is also the rocketry tree that is on the right of the side. The original plan was to incorporate a space race mechanic to the later rocketry techs but instead of developing a half-assed mechanic or delaying release to finish it we have decided to leave it to the future. The early techs do however improve rocket artillery and are required to unlock the first missiles tech (much like vanilla).
Now let's cover tech that is quite different from vanilla…
Armour Tree:
The armour tree is not an extension of vanilla in any way and has two branches in it, Light Armour and Main Battle Tanks. The tanks in each also have subtechs to represent variants of these tanks with the light tanks having amphibious tanks as a subtech and the MBT’s have a subtech for Self-Propelled Anti-air and Self-Propelled Artillery. There are also a number of intermediate upgrade techs that improve certain stats.
There are 4 light tank models researchable, a 1945, 1948, 1952, and a 1960 model with each having an amphibious tank subtech. In between tank 2 and 3 and 4 there are gun and speed upgrades which improve soft attack and speed respectively.
For Main Battle tanks there are 3 models, (though the first model is considered a medium tank) a 1945, 1948 and 1960 model. Between 1948 and 1960 there are 2 upgrades for armor, gun and chassis as well as a general upgrade. The general upgrade is required before the 1960 model can be researched and the general upgrade requires at least both of one upgrade line be researched. Each MBT model has subtechs for SPAA and SPA/SPG which benefit from the upgrade techs.
Some of you may be wondering why there are no heavy tanks or tank destroyers. I assure you this was not a mistake but a conscious choice. We decided that both lost their use post-war and it would be useful to add each to the tech tree. While some heavy tanks were developed by the allied powers post WW2 they were very quickly made obsolete in favour of Main Battle Tanks. The same thing happened with Tank destroyers though they were also hampered by the creation of improved anti-tank weapons like RPGs.
Industry Tree:
While the industry tree is inspired by vanilla some explanation is required due to some effects used in the tree. There are 4 branches to the industry tree, Construction, Industry, Resources, and Oil.
The construction branch is simple. There are 4 techs that improve construction speed with 3 mutually exclusive choices in-between. The choice you make is between improving the land cultivation in a state or receiving improving the civilian economy in a random owned state. Due to some limitation with the engine the location of the factory is only shown in the hover tooltip and not the research effect window.
The production branch has 4 techs that improve efficiency and 3 pairs of techs that improve dockyard and factory output. The dockyard and factory techs are not mutually exclusive (though I don't recommend researching it if you are a landlocked nation).
The resources branch has 4 techs that extraction and in-between them are 3 sets of techs that add steel, chromium, tungsten or aluminium if certain conditions are met. You will gain 5% production of the specific resource in each state that produces 20 or more of said resource. Due to the aforementioned engine issue the states that gain extra resources are only available by hovering over the tech.
The Oil branch is simple, it has 4 techs that each improve how much fuel is gained from oil and refineries.
Missiles Tree:
Missiles are obviously an important part of any Cold War mod and as such that has earnt them their own tree. There are 3 (technically 4 but the 4th is smaller) branches to the missile tree, ballistic missiles, surface-to-air missiles, air-to-air missiles, and anti-tank missiles. Ballistic and SAMs require the basic guided missiles (like from vanilla to be researched).
Ballistic missiles and SAMs both have basic and improved tech as well as an intermediate upgrade. Ballistic missiles use the vanilla mechanic for missiles while SAM equipment are used for a SAM support battalion. The reason neither has a unique mechanic (yet) is that we felt that having a half-finished or buggy to use mechanic would be more frustrating than just using vanilla. Ballistic missiles also have 2 subtechs, cruise missiles which right now just increase the strategic bombing strength of ballistic missiles but I hope in future to add cruise missiles (this is yet another limitation created by Paradox where we can’t make unique versions of rocket sites). Ballistics and SAMs also share a subtech that is ship-based missiles that add both anti-ship and ship-based SAM equipment modules.
The air-to-air branch has 3 techs that each improve air attack. As we have chosen not to make a BBA version of the air tree (I, Covenant do not want to deal with balancing BBA planes and NSB tanks so that's why. I also just don't like it in general) the air-to-air techs just add general improvements to attack. There are also 2 IR (infra-red) air-to-air missile techs that improve night attack. These require the research of 2 IR experimentation techs that improve other stats.
Lastly the anti-tank missiles branch has a pre-req tech, optical guidance that you need to research to unlock anti-tank gun 3 which you need to unlock basic anti-tank missiles. Our justification for this is that anti-tank missiles only started to become viable after 1960 which is outside the mod timeframe.
Secret Weapons Tree:
The secret weapons tree is our least complete tree and we will explain why but first the branches. There are 3 branches, atomic weapons, biological warfare, and flamethrowers. Currently the atomic weapons branch has only some techs working, biological warfare is unfinished whereas flamethrowers have actual effects.
The atomic weapons branch is currently, if effectively a retooling of the vanilla atomic techs. You must research basic atomic research, then atomic piles (which allows the building of reactors), then bomb research (which adds research speed), then finally the atomic bomb actually unlocks nukes. The other atomic techs do not do anything but we plan on working on custom nuclear mechanics after release.
The flamethrowers branch has 4 techs, each improves the soft-attack of all infantry and motorized units but it also has a negative impact. Whenever a nation researches flamethrowers that nation gains a -20 opinion modifier with every other nation on earth. This is to illustrate that since the end of the war (and its rampant usage by Russia and Japan) the world now sees flamethrowers as cruel weapons and a war-crime. As such any nation who is seen to be improving their flamethrowers is viewed negatively. Nations that start with flamethrowers will not have this opinion modifier though. We plan to do something similar for biological weapons research.
Land Doctrines:
For our land doctrines we decided to have 4 choices for land doctrines, those being combined operations, maneuver warfare, deep battle and asymmetrical warfare. Instead of covering every element of these doctrines, which would take forever I will give an overview of what each doctrine entails and tease a few of the bonus each gives.
Combined operations encompass the intricate orchestration of diverse military elements, pooling resources and expertise across multiple branches or services of a nation's armed forces, alongside potential collaboration with allied forces. This synergy fosters a unified approach towards achieving strategic objectives, leveraging the unique strengths of each component to enhance operational effectiveness on land, at sea, and in the air.
Maneuver warfare epitomizes a dynamic military strategy characterized by fluidity, agility, and rapidity in troop movements. It emphasizes exploiting enemy vulnerabilities, disrupting their cohesion, and seizing advantageous positions, rather than relying solely on brute force or attrition. Through swift and decisive actions, maneuver warfare seeks to outmaneuver and outwit adversaries, capitalizing on the element of surprise to gain tactical superiority and achieve operational success.
Deep battle embodies a strategic doctrine aimed at penetrating deep into enemy territory to target their rear areas, lines of communication, and critical infrastructure. By striking at the heart of the opponent's logistical and organizational support systems, deep battle disrupts their ability to sustain military operations, eroding their resilience and weakening their overall combat effectiveness. This approach emphasizes the importance of coordinated and synchronized offensives across multiple fronts, enabling forces to exploit vulnerabilities and capitalize on fleeting opportunities.
Asymmetrical warfare signifies a paradigm shift in military engagement, where conventional power differentials are challenged by asymmetric tactics and unconventional strategies. In asymmetric conflicts, weaker forces often employ guerrilla warfare, insurgency, terrorism, or other irregular methods to undermine the strengths of more conventionally powerful adversaries. By leveraging innovation, adaptability, and asymmetry in tactics, asymmetrical warfare seeks to offset numerical or technological disadvantages, maximizing the impact of limited resources and achieving strategic objectives through asymmetric means.
Naval Doctrines:
Naval doctrines similarly also have 4 choices for doctrine. These are brown water navy, green water navy, blue water navy, and naval supremacy (with a shared escort related tree between the last two). I will do the same as army doctrine and explain each while teasing some effects.
Brown water navies primarily operate in inland or shallow coastal waters, focusing on riverine and littoral areas. Their vessels are typically smaller and more maneuverable, optimized for navigating rivers, estuaries, and other confined waterways where larger naval vessels may struggle to operate effectively. Brown water navies are often tasked with patrolling and securing waterborne trade routes, conducting riverine warfare, and supporting ground operations in coastal regions, playing a vital role in maintaining maritime security and stability in these environments.
Green water navies operate in the near-coastal zones and littoral regions of the open ocean, possessing the capability to project power and influence within a limited range from their home shores. These navies typically deploy a mix of surface combatants, submarines, and maritime patrol aircraft to safeguard territorial waters, protect maritime trade routes, and deter potential threats in their immediate maritime vicinity. While green water navies may lack the global reach of blue water navies, they play a crucial role in defending coastal territories and exerting maritime control over critical strategic areas.
Blue water navies are capable of operating across vast oceanic expanses and projecting power on a global scale. Equipped with aircraft carriers, cruisers, destroyers, and submarines, blue water navies possess the capability to conduct sustained naval operations far from their home bases, projecting force and protecting national interests worldwide. Blue water navies are essential for power projection, sea control, and maritime dominance, enabling nations to influence events in distant regions, respond to crises, and protect vital sea lanes of communication crucial for global trade and commerce.
Naval supremacy represents the pinnacle of maritime power projection, embodying unparalleled dominance and control over the world's oceans. Exemplified by nations like the United States during the Cold War and the Royal Navy from during Britain's Imperial Century, naval supremacy entails not only the capability to operate globally but also the unrivaled ability to dictate the terms of maritime engagement and shape international affairs through naval strength alone. Beyond the capabilities of a traditional blue water navy, a nation with naval supremacy commands an overwhelming advantage in both conventional and strategic terms, with a fleet comprising advanced aircraft carriers, stealthy submarines, state-of-the-art surface combatants, and comprehensive maritime surveillance and reconnaissance capabilities. Such a navy not only safeguards vital sea lanes and strategic choke points but also projects influence across all maritime domains, ensuring unrivaled deterrence and the ability to decisively intervene in any maritime theater of operations. Naval supremacy confers not just military superiority but also significant diplomatic leverage, shaping the geopolitical landscape and underpinning a nation's status as a global maritime hegemon.
Air Doctrines:
For now we are using vanilla air doctrines. We understand this may be disappointing but none of us possessed enough knowledge of different cold war air doctrines to create something good enough. Air doctrines of the cold war is also not something that is documented in an easy to access and absorb place like the others so for now nothing is in place but we will endeavour to produce something post-release.
I hope you all enjoy messing around with the tech we have created for Kalterkreig. I am sure you will find weird and wonderful ways to break them and which equipment is meta and which is not.

Hey got an old drill press on Facebook marketplace. Dude got it broken 40 years ago, repaired to functionality, and used it a ton. Had to disassemble it to move it. Got it two days ago. So far working on identification because cuase I can’t find any record of it online, paint stripping, and figuring out how to measure the speeds because it doesn’t seem to have a speed table. Or it’s buried under rust on inside of the top cover. Old guy advised me the quill bearings are starting to go.
I’m new to this and learning as I go along all I know right now is it’s a 2hp floor standing delta drill press. Hoping for help with identification and possibly either findings a manual or schematics. This will be an ongoing project if you guys want to follow along.

Best way to succeed in startups is copying already successful startups. You don't need to be a genius to find an original idea. After all, everything is a remix.
But where do you find these successful startups making millions? Well, its quite simple.
100s of Indiehackers have been tooting their own revenue on Twitter with the #buildinpublic hashtag. You can find them through it but its a tedious process. We can make it much simpler.
Enter Acquire.com, previously known as MicroAcquire.
Acquire is a marketplace for Startup Founders to sell their profit-generating Startups. These are usually small ones that are made by a team of 1-10 people. Since they are small, they are easy to copy.
Acquire shows you everything from Revenue to Profit to Competitors to the Cost it takes to run. What they don't tell you is the exact startup domain.
But if you are smart enough, you can find the exact domain through your OSINT and SOCMINT Skills.
Just sign up at Acquire. Click on your Avatar on top right and click Explore Marketplace.
You can find extremely good ideas on Acquire but I'll list a few that caught my eye:

1. Twitter outreach tool to find, reach and nurture prospects as well as grow your audience

Link: https://app.acquire.com/startup/zq3DbEFLHnZscyLRbTlxE1BosXv2/0wfJfThkimzDeVmJuieS?source=marketplace
This product is a Cold DM tool that has $185 mrr.
The total profit is $1k and the asking price is $30k.
If you scroll down a bit, you'll find the founding date, the team size, the tech stack, the business model, the competitors, and the growth opportunities.
The best part is when you scroll down a little further. You can find the exact Acquisition channels as it connects with Google Analytics.
This is a good idea to build because let's be honest, every business needs leads.
And what better way to get leads than to automate it with a Twitter outreach tool.

2. AI-Powered Roleplay Site running custom LLM model based off Meta's Llama

Link: https://app.acquire.com/startup/fMWCklAW4PPxiJ4xxpGKzu2Prct2/gvkmQYR8o3GFhG9pbYkS?source=marketplace
Notice on the right there are 15 buyers interested. This shows demand. Investors are mostly interested in the fastest-growing startups.
AI-Powered Roleplay is a huge market. AI Girlfriends are a massive Billion Dollar Business and with the recent release of Llama 3, there will be more alternatives like this.
This product is a 1-person product launched last year in June 2023. It has $5k in profit and $520 mrr but massive potential. If you scroll a bit, we get a Chartmogul graph of ARR, MRR, Customers, and Churn rate.

3. AI Photography Studio

Link: https://app.acquire.com/startup/daNCPe3tsEOyluwxQ5PybYIRVA53/KI3d9vSNWsE499iQjQqW?source=marketplace
AI Photography Studios are all the rage launched during the 2nd wave (text-to-image) of AI.
This one made $2.1m profit and $76k MRR. It had a TikTok go viral so you can assume they are acquiring customers to TikTok. Shouldn't be too hard to find, eh?
They have said the competitors are Aragon and Headshot so you can cut those of your list now. There are only so many alternatives. You can nail this startup down even further. The metrics are 100,000+ customers. I'm sure they are boasting it on their landing pages. You can easily find this one.

4. A lead generation platform for businesses to generate and build email lists. 100% Organic Traffic.

Link: https://app.acquire.com/startup/nEOrnThIWNgtBK07TTdQ4Wbn3f73/eB78ZuQwKlVXFaszdnVJ?source=marketplace
This one has 43 serious buyers. The description is extremely enticing. Hands-off and automated with traffic from Google? Of course, who doesn't like that.
4.7 rating on Trustpilot with 380 reviews. And the competitor is Uplead.
Metrics are incredible. ~$50k mrr ($578k / 12 months) with 100-1000 customers. The traffic is consistent.
Try copying the description we found above and paste it into Google:

An all-in-one platform designed for businesses aiming to generate leads by extracting data from various social media channels and quickly building email lists, with an amazing Trustpilot rating of 4.7 based on over 380 reviews from satisfied customers.

And scroll down a bit to see Outscraper and LeadSwift recommended. Open them both up in the New Tab.
Remember the listing had Tech Stack? Yep, we'll use that to nail it down further.
Install Wappalyzer on your platform of choice. I use Chrome so I installed the Chrome Extension.
Reload the websites (Outscraper and LeadSwift) so the extension loads. Now, you'll see only Outscraper is using WordPress and jQuery while LeadSwift only uses jQuery.
But remember, they might be using React for their dashboard which you can only find after login. But I've found an important datapoint. Outscraper was founded earlier than 2022. You can check the Oldest Tab on their YouTube channel.
Therefore, it might be Leadswift.
A few tips:

1. Find their founding date and compare.
2. Find Trustpilot ratings and sort by reviews. Don't forget to search for "leads"
3. Stalk the founders on Linkedin to find their company starting date. You can also do that through YouTube Oldest Search.
4. Reverse-engineer their SEO strategy
5. Check their location on the website. The location in the listing is United States (Florida)

If you just want to build a startup in this niche, then the approximation is more than enough to get an idea of what to build.
However, every listing gives enough info to find them. Some numbers might be misinterpreted to misdirect you. This is basically how you find successful startup ideas. Now you can build them and start marketing them. If you build it and nobody buys it, then you know your marketing sucks. Once you know that, you can improve your marketing skills by reverse-engineering your competitors.
What do you use to reverse-engineer companies? Semrush, SimilarWeb, SensorTower, Chrome Extensions, or anything else?
PS: If you'd like to read the full post with images, you can do so here.
PPS: Bdw, you can also see another post on reverse-engineering business model here.

I am trying to create a KOTH like safezone:

1. Each safezone has a side. If the playevehicle and side match, the player is protected (works).
2. If player or player vehicle leaves, they become vulnerable (works).
3. If a player or player vehicle re-enters their own safezone, there is a 10 second delay, then they are made invulnerable. (works).
4. If a player / playervehicle enters a safezone that isn't theirs, missiles are spawned and fired at the player / playervehicle (does NOT work).

FULL SCRIPT HERE.
I can see the missiles firing on empty vehicles, but they won't fire on me when I enter a safezone.
All MP PVP mission, fwiw
_trigger = _safezoneTrigger;
// Function to initiate cruise missile strike on any player or vehicle from an opposing side entering the safezone _initiateCruiseMissileStrike = { params ["_unit", "_side"]; if (!alive _unit) exitWith {}; // Check if the unit is alive
private _targetPos = getPos _unit; // Get the position of the unit or vehicle
// Parameters for missile strike private _numberOfMissiles = 3; // Number of missiles private _timeBetweenMissiles = 0.75; // Time between each missile private _spawnSpread = 50; // Spread of missile spawn private _spawnHeight = 150; // Height of missile spawn private _targetSpread = 1; // Spread of missile target private _missileType = "M_NLAW_AT_F"; // Type of missile
// Loop to spawn missiles for [{_i = 0}, {_i < _numberOfMissiles}, {_i = _i + 1}] do { // Calculate spawn position with random spread private _spawnPosition = [ (_targetPos select 0) - _spawnSpread + (random (_spawnSpread * 2)), (_targetPos select 1) - _spawnSpread + (random (_spawnSpread * 2)), _spawnHeight ];
// Calculate target position without random spread private _targetPosition = [ _targetPos select 0, _targetPos select 1, getTerrainHeightASL _targetPos ];
// Spawn missile private _missile = _missileType createVehicle _spawnPosition;
// Get missile position private _missilePosition = getPosASL _missile;
// Calculate direction to target private _direction = [_missilePosition, _targetPosition] call BIS_fnc_vectorFromXToY;
// Set missile direction _missile setVectorDirAndUp [_direction, [0, 1, 0]];
// Set missile velocity _missile setVelocity ([_direction, 1200] call BIS_fnc_vectorMultiply);
// Wait before spawning next missile sleep _timeBetweenMissiles; }; };
[_trigger, _side, _initiateCruiseMissileStrike] spawn { params ["_trigger", "_side", "_initiateCruiseMissileStrike"];
private _old_safezone = [];
while {true} do { private _new_safezone = ((allUnits + vehicles) - allDead) select {(_x inArea _trigger) and !(_x in _old_safezone)}; private _left_safezone = _old_safezone select {!(_x inArea _trigger)}; _old_safezone = (_old_safezone select {_x inArea _trigger}) + _new_safezone;
// Handle units/vehicles entering the safezone { private _unit = _x; private _vehicle = vehicle _unit; private _unitSide = side _unit; private _vehicleSide = _vehicle getVariable ["NUP_vehicleSide", sideUnknown];
if ((_unitSide == _side) (_vehicleSide == _side) (_unitSide == sideUnknown) (_vehicleSide == sideUnknown)) then { // Apply invulnerability only to units in their own safezone if (_unitSide == _side) then { if (local _unit) then { if (_unit getVariable ["NUP_safezoneDelay", false]) then { systemChat "Safezone Protection Initializing in 10 seconds."; sleep 10; systemChat "Safezone Protection: Activated."; _unit setVariable ["NUP_safezoneDelay", false]; } else { systemChat "Safezone Protection: Activated."; }; _unit allowDamage false; if (!isNull _vehicle && {_vehicle != _unit}) then { _vehicle allowDamage false; }; } else { [_unit, false] remoteExec ["allowDamage", _unit]; if (!isNull _vehicle && {_vehicle != _unit}) then { [_vehicle, false] remoteExec ["allowDamage", _vehicle]; }; }; } else { //[_unit, _side] call _initiateCruiseMissileStrike;
}; };

}; 

} forEach _new_safezone;
// Handle units/vehicles leaving the safezone { private _unit = _x; private _vehicle = vehicle _unit;
if (local _unit) then { _unit allowDamage true; systemChat "Safezone Protection: Deactivated."; _unit setVariable ["NUP_safezoneDelay", true]; if (!isNull _vehicle && {_vehicle != _unit}) then { _vehicle allowDamage true; }; } else { [_unit, true] remoteExec ["allowDamage", _unit]; if (!isNull _vehicle && {_vehicle != _unit}) then { [_vehicle, true] remoteExec ["allowDamage", _vehicle]; }; }; } forEach _left_safezone;
sleep 1; }; };