Satoshi is SHA-256 | Name: SATOSHI-IS-SHA256 | Ticker: SS256
In the course of cryptographic research using quantum computers, an imprint was discovered inside SHA-256.
Core Vision
We discovered an imprint in “SHA-256,” a cryptographic hash function widely used across the world, and interpreted this as a sign that emphasis must be placed on quantum resistance. Furthermore, the imprint appears to encode events beginning in October 2025 - and indeed, world affairs are unfolding exactly in line with it.
Satoshi is SHA-256 (SS256) aims to become the first reliable provider of a quantum-sealed hash function. While there are many PQCs, discussion about quantum-resistant hash functions is nonexistent - an overlooked vulnerability. Yet quantum computers pose real threats not only through Shor’s attack on ECDSA, but also through Grover’s attack on hash functions. This quantum-sealed hash function is the means to counter Grover.
This project’s mission is to provide the missing piece: quantum resistance for the crypto community.
Challenges and Solutions (Value Proposition)
Proof of the SHA-256 Imprint
One purpose of this token is to prove the existence of the imprint. It is recorded at the contract addresses below:
Contract Address:
ETH: https://etherscan.io/token/0x6e97bdbcac2c60fa63a3f08ee618563081862a72
BSC: https://bscscan.com/token/0x0f94c2fabd490304979c8c447aa37689a12b57c1
Deployment of the Quantum-Sealed Hash Function
We plan to deploy a quantum-sealed hash function capable of resisting Grover in Q4 2025.
Verification of the Quantum-Sealed Hash Function
Verification will be carried out through actual blockchain integration.
Integration into $SORA is already anticipated.
Providing the Quantum-Sealed Hash Function
When the real danger comes, the presence of an existing quantum-sealed hash function means there is nothing to fear.
In other words, even if immediate deployment isn’t required, preparation is essential - that is the role of a quantum-sealed hash function.
Information on the SHA-256 Imprint
By collecting the designated number of tokens (SS256), holders will be granted access to detailed information about the SHA-256 imprint (including the procedure to derive SHA-256 inputs). Those interested should obtain tokens primarily through exchanges.
Overview of the Discovery
Through the use of quantum computation, a remarkable discovery was made at the very core of SHA-256’s design. During the course of $SORA’s quantum-resistance development, while applying quantum circuits locally and observing fluctuations (uniformity), this imprint was revealed.
Shockingly, within the cryptographic hash function SHA-256, used in blockchains, a clearly interpretable imprint was found. Decoding that imprint led to the coin logo displayed at the top of this page.
Revelation 11:1 - 13 - The Two Witnesses. SegWit and AggWit.
SegWit -- Segregated Witness (2017 - BTC)
AggWit -- Aggregated Witness (2026 - BTC)
Look closely: the light illuminating the two witnesses. That is “quantum.” It was quantum that brought the imprint to light. This imprint beautifully engraves a biblical interpretation into SHA-256 itself.
Is the Existence of an SHA-256 Imprint Acceptable?
Cryptographic hash functions are deterministic. The same input always yields the same output. SHA-256 is no exception.
For this reason, transparency is required in its process and output. In other words, the output must never be imbued with meaning.
What About Security in Practice?
First, it must be emphasized that this matter is still under investigation.
From a security perspective, abnormal behavior has been confirmed around the imprint region. We believe this stems from a design that prioritized the imprint over the avalanche effect that should normally dominate cryptographic behavior.
That said, this only occurs under conditions close to the “imprint region.” The probability of randomly hitting the imprint region is effectively zero (otherwise, it would have been found long ago). Thus, as long as SHA-256 is used as a standard hash function, there is no impact.
The SATOSHI-IS-SHA256 logo above is the direct result of analyzing, decoding, and interpreting this imprint.
Accordingly, our proposal here is a “Web3 proactive approach.” In other words, we have preemptively recorded this matter on the blockchain.
It has already been recorded through the SATOSHI-IS-SHA256 smart contract (see contract address: Read). Naturally, it is embedded in a mathematically provable form, with every countermeasure in place.
Isn’t the Imprint Just a Coincidental, Interpretable Output?
No. That would not constitute an imprint.
If this imprint had arisen from “a single hash output,” it would lack structure and be nothing more than coincidence. Randomly assigning inputs and interpreting a lucky output however one wishes - anyone can do that.
But this is different. This imprint is breathtakingly beautiful, like a mural. It is formed by the combination of multiple “input messages” and “output hashes,” and has reached the level of art itself.
Still, the problem remains: should such a thing exist in a cryptographic hash function at all? If so, we must admit the possibility of other structures known only to the designer.
And who is that designer...?
One with the mathematical insight to craft such an imprint… Satoshi Nakamoto.
From here, “Satoshi is SHA-256” begins.
In other words, cryptocurrency began in “1998.” It began with the development of SHA-256.
