FractalAI is an AI-native Layer 1 blockchain built from scratch in Rust. It features post-quantum signatures (CRYSTALS-Dilithium / ML-DSA-65, FIPS-204), Proof of Fractal Work consensus, WASM smart contracts, and a public JSON-RPC API.

What is the FRAC token?

FRAC is the native utility token of the FractalAI blockchain with a fixed supply of 1 billion tokens. It is used for staking, governance, gas fees, and DeFi. FRAC is purely deflationary with a 61.8% fee burn rate based on the golden ratio.

How does Proof of Fractal Work differ from Proof of Work?

Proof of Fractal Work (PoFW) requires validators to perform fractal analysis instead of hash puzzles. Validators whose fractal dimensions approach the golden ratio (φ = 1.618) receive higher rewards, making it computationally meaningful rather than wasteful.

Is FractalAI quantum-resistant?

FractalAI signs with CRYSTALS-Dilithium (ML-DSA-65, NIST FIPS-204) in production today — resistant to known classical and quantum attacks, not "unbreakable". ML-KEM (Kyber) key encapsulation for encrypted transport is in active development (not yet wired). Crypto-agile by design.

How can I buy FRAC tokens?

FRAC tokens are available through the presale at fractalai.net.co/presale. You can pay with USDC on Base, USDT on Celo, USDT0 on Arbitrum or Polygon, or USDC on Stellar when available; card checkout is not available yet. The presale has 4 phases starting at $0.25 (Seed) up to $0.80 (Public). No return or listing price is promised.

What is the AURUM protocol?

AURUM is FractalAI's commodity tokenization protocol that enables gold, silver, platinum, and 5 other commodities to be tokenized on-chain with phi-bonding curves that grow at 1.618% per epoch.

FRAC presale: check the current server quote, availability and allocation terms — Buy Now

MIDAS / VERIFY

A decision. Its evidence.

Follow a record to its source and inspect what can be verified.

01Record
02Integrity
03Verification

MIDAS/Verify

Read live from the production node

Verifiable track-record

Post-quantum signed commitments, read live via the public RPC. This page is honesty-gated: where the node has data, you see it; where it does not, you see an explicit empty state — never a placeholder. On-chain roots give non-equivocation and a public timestamp; they do not re-execute our state (accountability, not trustlessness).

Signed decision ledger — is there an edge?

BUY/SELL/HOLD calls on ETH and BTC, signed and hash-chained BEFORE the outcome, scored only against Chainlink.

Querying the live node…

Signed forecast ledger

Post-quantum signed volatility forecasts committed before the horizon resolves, scored against Chainlink.

Querying the live node…

Checkpoint bundle — signed state roots

The atomic root-set the node signs (ML-DSA-65) and the relayer anchors on Base. Accountability, not a validity proof.

Querying the live node…

MIDAS attestation key (PQC)

The public key that verifies every MIDAS attestation. Verify signatures offline with pqc-dilithium / pqcrypto-dilithium.

Querying the live node…

Trade attestations register

Each executed trade emits a signed attestation. The register is empty until trades execute — shown honestly.

Querying the live node…

Daily commitment & on-chain finality

The day's trades are committed to a Merkle root; the node's finalized head is read live.

Daily trades Merkle root

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Finalized head (consensus)

Querying the live node…