Polaris is a post-quantum blockchain for global payments, compliant real-world assets, and trusted record verification — deterministic finality in seconds, secured by NIST-standardized cryptography from genesis.
Money moves on infrastructure designed decades ago, secured by cryptography with a countdown, and paired with records no one can independently verify. Polaris closes all three gaps at the protocol level.
Legacy payment rails authorize in seconds but settle in days, through layers of intermediaries that each add cost, delay, and reversal risk. Finality — the moment value truly moves — was never the design goal. On Polaris it is the design goal: a payment is final, on-ledger, in seconds.
Adversaries can record classically signed data today and attack it once quantum computers mature. A ledger meant to hold value and proofs for decades cannot depend on cryptography with a known expiry. Polaris closes that window: no quantum-breakable signature ever enters its permanent record.
Certificates, titles, and institutional documents are still verified by phone call, PDF, and goodwill. Institutions need a way to prove a record is authentic — and detect when it is not — decades after issuance, without publishing the record itself.
Polaris is a credibly neutral network that a consumer can use to pay a merchant, an institution can use to issue and settle a tokenized bond, and a government or enterprise can use to prove a record is authentic decades from now. Everything runs on the same post-quantum ledger, settles in the same asset, and inherits the same finality.
Permissionless, irreversible POLA payments with deterministic finality in seconds. Flat, published fees with no gas auctions — and fee sponsorship, so a payer may never need to hold POLA to transact.
See how payments workIssuance and settlement of tokenized real-world assets whose compliance rules travel with the asset itself. The asset leg and the POLA cash leg settle atomically — both or neither.
Explore real-world assetsVerified issuers register post-quantum proofs of documents on-chain. The confidential document never leaves the issuer's systems; anyone authorized can verify it in seconds, today or decades later.
Explore the Trust RegistryPolaris pairs production-proven Byzantine fault-tolerant (BFT) consensus with a deliberately narrow execution model and post-quantum cryptography throughout.
Validators propose blocks in parallel — no single leader to bottleneck throughput or become a point of control. Validator participation is stake-based and broadens as the network matures.
A committed transaction is final in seconds. There are no probabilistic confirmations to wait out and no ledger-level chargebacks: paid means paid, for a market stall and an institutional settlement desk alike.
Everything on Polaris executes through native protocol operations — value transfer, identity, asset issuance, compliance, settlement, and registry operations — rather than user-deployed smart contracts. Less complexity, more predictability, and a minimal attack surface.
Every signature and block that enters the ledger is post-quantum from block zero — not retrofitted later. The cryptography, and how accounts stay upgradeable, is covered in Security below.
Post-quantum algorithms are embedded at the protocol level from genesis, not added as an afterthought — so no quantum-breakable signature ever enters the permanent record.
Every transaction and block is signed with ML-DSA (FIPS 204), the NIST-standardized post-quantum signature scheme, with post-quantum hashing throughout the protocol.
Accounts can upgrade to newer signature schemes in a single operation without changing address, and the network can adopt future standards without a disruptive fork. The cryptography can evolve; the ledger does not have to break.
Because Polaris is post-quantum across signatures, transport, and record proofs from block zero, it closes the harvest-now window that classically signed chains cannot. Its payments and proofs are built to stay verifiable — and unforgeable — for decades.
POLA is the native settlement asset of Polaris. Its monetary policy is deliberately boring: fixed at genesis, immutable by governance, and designed for decades of predictable operation.
Fees follow a flat, published schedule, so costs are known before a transaction is sent — and sponsored fees let users transact without first acquiring POLA. Instead of burning fees, the network recirculates them to sustain validator security, keeping supply fixed and stable rather than deflationary.
Polaris separates what governance may steward from what it may never touch.
Validator participation is stake-based and broadens over time as adoption and network maturity increase. The network moves toward broader decentralization where it is safe to do so — deliberately, not performatively.
At genesis, governance is held by a defined council of legally accountable, vetted, audited institutions. The Council admits the trusted issuers who may create regulated assets and register institutional records — an audit responsibility that cannot rest with anonymous participants.
Total supply, decimals, and allocations are permanently immutable. No governance action can ever mint, seize, or move user funds — no such transaction type exists to vote on. Native POLA payments remain permissionless; compliance applies to issued assets and registered records, which carry their own rules by design.
Roadmap items describe current design objectives and their sequence, not promises of dates.
Polaris is live on testnet. Explore the network, read the documentation, and see what deterministic, post-quantum settlement feels like.