Built for money that has to stay settled
Everything below rests on two properties of chain 2800: a block is final in about half a second with no reorgs by design, and since block 14,050,000 no block finalizes without post-quantum validator signatures. Pick the door that matches your problem.
Prove it to your regulator
The post-quantum migration testbed: exercise Falcon, ML-DSA and SLH-DSA on a live public chain and take home a reproducible conformance report. Private deployments and pilots for teams under NIST migration mandates.
Start with verification, not slides PaymentsPayments that stay settled
Settled in about half a second, no reorg to undo it, and the receipt sits under a post-quantum anchor. No consensus chargebacks, no confirmation-depth policies, no float held against the ledger changing its mind.
How settlement works here TokenizationReceipts that outlive the cryptography
Assets live for decades; NIST has scheduled classical signatures for retirement well inside that horizon. A register on chain 2800 stays provable across that migration, which is the property a tokenized asset actually needs.
The time-horizon problem, solved SettlementQuantum-safe settlement
Why a settlement ledger needs post-quantum evidence in the block record itself, not only at the application layer, and exactly what ours carries at every 32nd header.
The pitch, in depth NotarizationTimestamps that outlive their cryptography
Anchor a document hash on chain 2800 and get a proof of existence whose durability does not depend on the algorithms that made it. No file leaves your hands.
Notarize a document The foundationSix layers, measured
The whole post-quantum stack, layer by layer, each marked live or validating, each with the number that backs it and the block it went live at.
See what is real