FractalAI is the first AI-native Layer 1 blockchain built from scratch in Rust. It features post-quantum cryptography (CRYSTALS-Dilithium), Proof of Fractal Work consensus, WASM smart contracts, and 460+ RPC endpoints.

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?

Yes. FractalAI uses CRYSTALS-Dilithium for digital signatures and Kyber for encryption, both NIST-approved post-quantum cryptographic algorithms that protect against quantum computing threats.

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, USDC on Stellar (lowest fees), or credit/debit card via Circle. The presale has 4 phases starting at $0.25 (Seed) up to $0.80 (Public), with listing target at $1.00.

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.

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#agent reputation#onchain identity#ai agent trust

Agent reputation and identity onchain: how it works

Reputation is how humans decide whom to trust before a transaction, and autonomous agents need the same. Putting agent identity and reputation on-chain means an agent carries a persistent, verifiable record — bound to keys it controls and backed by attestations others have made about it — so any counterparty can inspect its history on a shared ledger instead of transacting blind with anonymous software.

Identity first, then reputation

Reputation is meaningless without stable identity — if an agent can discard and recreate itself freely, bad behavior never sticks. On-chain identity binds an agent to a cryptographic identifier it must control to act, so its record cannot be shed by spinning up a fresh anonymous instance. Once identity is durable, reputation can attach to it: past interactions, completed jobs and third-party attestations accumulate against the same identifier over time, building a history a counterparty can weigh.

How attestations build a record

Reputation on-chain is assembled from signed attestations — a service confirming an agent completed a task, a principal vouching for it, a registry recording outcomes. Each attestation is signed by its issuer and recorded tamper-evidently, so a reader can check who said what and that nothing was altered. The result is a portable record the agent carries across services, rather than a reputation siloed inside one platform that no one else can see or verify.

Honest scope

On-chain reputation makes an agent past checkable and raises the cost of misbehavior, but it predicts future behavior only as well as any reputation system — a strong record is evidence, not a guarantee, and attestations are only as trustworthy as their issuers. It also does not resolve who is accountable when an agent errs; that remains a governance and legal question. Identity binding relies on cryptography resistant to known attacks per NIST, not unbreakable.

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