The blockchain
that gets lighter
Unused state evaporates. The chain compresses to a constant-size proof. Quantum-resistant from genesis. This is how blockchains should work.
Every blockchain has
an expiry date.
Chains that never forget end up drowning in their own history. Three fundamental flaws, compounding every day.
Infinite state, finite hardware
Every transaction adds data that lives forever. Archive nodes require terabytes. New validators can't keep up. The chain is drowning.
Verification is broken
To trust the chain, you replay it from genesis. That takes days. Most people just trust someone else — defeating the whole point.
Tomorrow's threat, today
Quantum computers will break current cryptography. Migrating live chains is nearly impossible. By then it's too late.
Four breakthroughs.
One chain.
Thermodynamic State Decay
Every state object has energy that depletes. Unused state evaporates automatically — the chain can actually shrink. A first in blockchain history.
Constant-Size Chain Proofs
Every block folds into a recursive proof via Nova IVC. Ten years of chain history costs the same to verify as ten minutes. One proof. Milliseconds.
Decay-Native Smart Contracts
Six contract templates with thermodynamic decay built in. Tokens that expire. NFTs with lifespans. Escrows that evaporate if unclaimed.
Post-Quantum From Day One
ML-DSA signatures (NIST FIPS 204) protect every transaction from genesis. When quantum computers arrive, EvaporChain is already safe.
Proven technology.
Novel combination.
Every component is production-tested individually. The innovation is composing them into something no chain has done before.
Read the technical whitepaperConsensus
Mysticeti DAG-BFT · Sub-second finality · Multi-producer rotation
Execution
Move-compatible · Parallel execution · Decay-native contract runtime
State
Verkle trie for active state · MMR accumulator for evaporated · Dual commitment scheme
Proof
Nova IVC recursive folding · Thermodynamic circuit · Constant-size chain proof output
Contracts that
live and die.
Six templates. Infinite possibilities. All thermodynamically aware.
Expiring Tokens
Fungible tokens where balances decay. Loyalty points, time-limited credits, currencies that punish hoarding.
Mortal NFTs
Digital assets with lifespans. Event tickets, seasonal collectibles, access passes that die gracefully.
Evaporating Escrow
Conditional payments that evaporate if unclaimed. No dead capital. Inaction has consequences.
Self-Cleaning Auctions
Auctions that auto-finalize and evaporate. Zero cleanup. Zero gas wasted on stale state.
Use-It-Or-Lose-It Staking
Stake and earn. But claim your rewards — unclaimed rewards decay back to the pool.
Ephemeral Governance
Proposals that auto-finalize and evaporate. No permanent governance spam. Clean decisions.
Custom rules engine included. Move VM integration coming soon.
Proven. Not promised.
Real numbers from real benchmarks. Not theoretical throughput.
The path forward.
Research & Prototype
- Whitepaper published
- Benchmark prototype
- Core architecture design
Testnet
- Smart contract engine
- Multi-node network
- Developer tooling & SDK
Audit & Harden
- Third-party security audits
- Move VM integration
- Public testnet launch
Mainnet Genesis
- Mainnet launch
- Ecosystem grants
- Governance activation
Research & Prototype
- Whitepaper published
- Benchmark prototype
- Core architecture design
Testnet
- Smart contract engine
- Multi-node network
- Developer tooling & SDK
Audit & Harden
- Third-party security audits
- Move VM integration
- Public testnet launch
Mainnet Genesis
- Mainnet launch
- Ecosystem grants
- Governance activation
Build on
what's next.
Join the developer waitlist. Be the first to build contracts that live, decay, and evaporate.