Public Engineering Roadmap

What's shipping next

Dated milestones for the next 24 months. We publish the plan publicly — including the post-quantum signature roadmap (MLIP-1) — because the alternative is being one of the chains that pretends quantum is solved when it isn't.

Last updated: 2026-04-18 All dates conservative Slips published openly
Q2 2026

Foundations

  • Mainnet launch (April 2026)
  • CPU + NVIDIA CUDA GPU miner shipping
  • iOS / Android / Windows / macOS wallet (TestFlight + APK)
  • Block explorer + miner dashboard
  • Public testnet stand-up
  • Treasury transparency dashboard
  • Paid consensus-diff audit (Quarkslab / Cure53 scope)
  • GPG-signed reproducible builds (≥3 independent signers)
Q3 2026

Mining + community

  • Reference mining pool (Stratum v1 server)
  • Hardware-wallet integration (Ledger first, Trezor next)
  • Multisig wallet support
  • AMD GPU mining (ROCm) — community-funded contribution
  • Block-explorer API documentation + rate-limited public endpoints
  • CoinMarketCap + CoinGecko listings (60-day operational milestone)
Q4 2026

Post-quantum signatures (MLIP-1 testnet)

  • MLIP-1 draft: SLH-DSA-128f-SHAKE-256 addresses, full spec + test vectors
  • Reference implementation in Go + reference wallet integration
  • MLIP-1 activation on public testnet
  • Independent cryptographer review of MLIP-1
  • First exchange listings (tier-3 EU, then expanding)
2027

MLIP-1 mainnet + ecosystem

  • MLIP-1 mainnet activation (post-quantum signatures live)
  • MLIP-2 draft: Falcon / FN-DSA alternative addresses (contingent on FIPS 206)
  • Wikipedia stub (post-notability bar)
  • arXiv / IACR ePrint paper on MLRTHash design rationale
  • Tier-1 exchange listings (Binance, Coinbase, Kraken — process is theirs, not ours)

Spotlight

MLIP-1 — Post-quantum signatures

Today, Malairte signatures use ECDSA on secp256k1 — the same primitive as Bitcoin. ECDSA is vulnerable to a sufficiently powerful quantum computer running Shor's algorithm. We're addressing this with MLIP-1: an opt-in address format using SLH-DSA-128f-SHAKE-256 (NIST FIPS 205).

SLH-DSA is the stateless hash-based signature standard NIST finalised August 2024. We chose it over Falcon (FN-DSA, FIPS 206 draft) and Dilithium (ML-DSA, FIPS 204) because it's hash-based — coherent with our SHA-3 hash function — and stateless, preserving normal wallet UX.

Trade-offs disclosed:

  • • Signature size: ~17 KB (vs ECDSA's 64 bytes)
  • • Block-space cost rebalanced — fewer transactions per block, larger transactions
  • • Wallet, miner, exchange integration required — 12-month lead time
  • • Backward-compatible — ECDSA addresses continue to work indefinitely

The full draft will live at github.com/computervirtualservices/malairte/blob/main/docs/mlip/mlip-1.md when published.

Roadmap FAQ

About the roadmap itself