# Into: Enigma A Bittensor subnet that pays open bounties to break things: RSA encryption, quantum proofs, and other deep-tech targets, with the winning exploit published for everyone. // Break it, prove it on-chain, take the pot --- > New to Bittensor? Start here. Experienced users can skip to the full analysis. ### What is Enigma? Enigma is Subnet 63 on Bittensor. It runs open technical challenges with real prize pools and rewards whoever solves them first. The targets are hard problems in security and computing: factoring the large numbers behind RSA encryption, stress-testing quantum proofs, and similar deep-tech puzzles. When someone wins, their solution is open-sourced so the rest of the field can learn from it. **The simple version:** It's like a bug-bounty board crossed with a competitive coding contest, except the prize money sits in an on-chain treasury and the winning exploit gets published instead of locked away. **Centralized equivalent:** Think HackerOne or Kaggle competitions, or Immunefi for crypto bug bounties. Enigma's difference is that the prize pool, the proof of who won, and the released code all live on-chain. **How it works:** - **Miners** are the solvers. They submit working solutions (code and exploits) to whatever challenge is live, and they can resubmit as many times as they want until something passes. - **Validators** check those submissions. They run the solver's code, verify it actually works, and score it. A dedicated validator then directs the prize and emissions through the subnet's treasury. --- ### Why This Matters - **The problem it solves:** Serious security research is expensive and usually happens behind closed doors. Results stay private, and there is rarely a transparent record of who proved what, when. Enigma turns a slice of that work into an open, verifiable competition with funded incentives. - **The opportunity:** Cryptographic and quantum challenges are exactly the kind of problem where a global pool of researchers, hackers, and students can outperform any single lab. A first-valid-solution-wins structure rewards the breakthrough rather than the effort, and the open-sourcing afterward compounds back into the ecosystem. - **The Bittensor advantage:** The prize pool is an on-chain treasury, the win is provable on-chain, and the released solution is public by design. That removes the trust problem that usually sits between a bounty sponsor and the people doing the work. - **Traction signals:** Two challenges are live according to the project's repository: Breaking RSA and Hardening Quantum Proof. The subnet reports 39 active miners, and the public codebase has seen recent commits. Independent search corroborates the project as an active SN63 challenge platform run by qBitTensor Labs. --- ## Full Analysis **Category:** Other (Adversarial Security Research and Cryptanalysis) | **Centralized Competitor:** HackerOne, Kaggle, Immunefi Subnet 63 used to carry the identity "Quantum Innovate," focused narrowly on quantum-algorithm contests. Its current on-chain identity, confirmed through TaoSwap, is Enigma, run by the same owner. The scope has widened: instead of quantum simulation alone, Enigma frames itself as a general challenge platform for pressure-testing foundational technology, with cryptography and post-quantum security now front and center. The quantum heritage is still visible in one of the two live challenges. **Mechanism:** The flow described in the Enigma repository is straightforward. A challenge is posted with a prize pool denominated in the subnet's alpha token. Solvers (miners) submit code and exploits, with unlimited resubmissions. Validators run and verify each submission, and the first valid solution takes the pool. Proof of the win is recorded on-chain, and the winning code is open-sourced after verification. The funding layer is the part that is genuinely novel. Enigma uses a Treasury Wallet implemented as a smart contract on Bittensor's EVM layer. Per the repo, miner emissions are routed into this treasury, which accumulates alpha and pays out challenge prizes through a Governor contract with voting, quorum, and timelock delays. Validators participate in that governance by setting up an EVM wallet and voting on treasury proposals. It is an unusual design: most subnets distribute emissions straight to participants, whereas Enigma pools them to fund bounties. The two live challenges show the range. Breaking RSA asks solvers to factor large semiprimes, the math that RSA encryption rests on; submissions run in Docker containers on validator GPU hardware with a four-hour wall-time limit and no network access. Hardening Quantum Proof asks solvers to find the "peaked state" of a quantum circuit, an output with a disproportionately high measurement probability. Peaked circuits can act as verifiable proofs that a real quantum computer solved something a classical machine could not, so making them hard to crack classically is the point. The hardware split is worth noting for anyone considering participation. Per the repo's minimum-compute file, validating is heavy (an RTX PRO 6000 class GPU with 96 GB of VRAM and 96 GB of RAM), while mining is lightweight and needs no GPU at all. That keeps the door open for solvers while concentrating the verification cost on validators. On the market side, the readings are modest. The alpha token trades around 0.00807 TAO, with roughly 14,577 TAO of depth in the pool. The subnet's current emission share is 0%. Under Bittensor's Taoflow model (live since November 2025), a subnet earns emissions from its net TAO inflows smoothed over time, and a subnet with non-positive net flows receives no emission share until that turns around. That is the single most important number here, and it feeds directly into the risk section below. --- ### Risk Factors - **Deregistration:** Subnet 63's emission share is currently 0% across both TaoSwap and TAO.app readings, and it is past its four-month immunity window. Bittensor automatically deregisters the lowest-EMA-price non-immune subnet when a new one registers, which now happens roughly every two days. A sustained 0% emission share is the condition that puts a slot at risk, so this is the headline risk to watch. - **Smart-contract and governance complexity:** The treasury is an on-chain EVM contract governed by voting and timelocks. That adds an attack surface and an operational burden that most subnets do not carry, and it makes correct validator participation more involved than a standard setup. - **Validator hardware barrier:** A 96 GB-VRAM GPU is a steep requirement to validate. A small, well-resourced validator set is easier to bootstrap but harder to decentralize, which is worth weighing for a subnet whose whole premise is open, trustworthy verification. - **Concentration and liquidity:** Development in the public repository currently comes from a single contributor, and the alpha pool is relatively thin, so larger positions can move the price and slippage on entry or exit can be meaningful. --- Another subnet, unpacked. Into the next one.