Platforms
Operations, audit and security, built to the same standard.
The shared foundation
- Deployment that fits the risk
- On-premises, self-hosted or a dedicated tenant, depending on what the data demands.
- Minimal data
- Hashes, fingerprints and public keys in place of content and secrets.
- Deterministic outcomes
- Versioned rules and fixed verdicts, not a model's opinion or a risk score.
- Tamper-evident evidence
- Append-only, hash-chained records that a third party can verify.
Loan operations
Available nowTake the stare-and-compare out of the back office.
Loan closing, boarding and funding still run on people comparing documents by hand and re-keying values into the core. Our operations platform does the comparing and the keying, and leaves the judgement and the approvals with your staff.
What it delivers
- Cross-document disagreements surfaced as findings with every source attached
- Core records built from executed documents instead of re-keyed
- Execution gaps caught before funding, not after the wire
- Runs inside the bank's network; loan documents never leave
Bookend — Closing validation and boarding for community banks.
Audit evidence
In developmentAudit trails an examiner can verify without trusting anyone.
Most audit logs are only as trustworthy as the system that keeps them. Our audit platform records events as they happen and returns cryptographic proof that they existed, in that order, unaltered. An auditor or examiner can check that proof independently, without taking our word or yours for it. It is built for the systems banks now have to account for, including AI agents acting on the bank's behalf.
- RFC 6962
- RFC 3161
- Ed25519
- MCP
In development. Talk to us about piloting it.
What it delivers
- Hash-linked event records with inclusion and consistency proofs verified client-side
- Signed tree heads, anchored hourly to external witness logs and RFC 3161 timestamps, so history cannot be backdated
- Dedicated database, sequencer and signing keys per institution
- Record events over a REST API, a CLI or an MCP server, with no changes to agent code
Security · Email security
In developmentLet every customer check whether a message really came from you.
Impersonation fraud works because customers cannot tell a real bank email from a convincing fake. Domain authentication like DMARC proves which domain a message came from, not that your institution actually sent it. Our email security platform registers outbound messages as you send them. Customers forward anything suspicious, or paste a screenshot, and get a definitive answer from your own domain.
- STIX 2.1
In development. Talk to us about piloting it.
What it delivers
- Three fixed verdicts (Verified, Not verified or Known fraud), answered from your domain
- No customer accounts or apps: forward the message or paste a screenshot
- Stores a verification code, a recipient hash and a message fingerprint, never addresses or message bodies
- Failed checks yield attacker domains, links, phone numbers and QR codes as CSV or STIX 2.1
Security · Identity
In developmentSign in and approve with a phone. No passwords, no account to breach.
Passwords and shared identity accounts are what attackers go after. Our identity platform puts the identity on the customer's or employee's phone and unlocks it with their biometric. The phone derives a unique key for each site, so there is no master account to steal. The same approval covers sign-in, step-up checks and signed authorization of specific actions such as a wire transfer.
- OpenID Connect
- WebFinger
In development. Talk to us about piloting it.
What it delivers
- Passwordless sign-in that issues standard OpenID Connect tokens
- Fresh biometric step-up for new locations, sensitive pages and admin consoles
- Transaction signing bound to the exact action text, so an approval cannot be replayed or altered
- Servers hold public keys and audit events only, never private keys or passwords; managed, self-hosted or federated
How can customers tell whether an email really came from their bank?
Our email security platform, now in development, registers each outbound message when the bank sends it. A customer forwards a suspicious message, or pastes a screenshot, and receives one of three fixed answers from the bank's own domain: Verified, Not verified or Known fraud. No account or app is needed, and the platform stores fingerprints and hashes rather than email addresses or message content.
How can a bank prove what its systems and AI agents did?
Our audit evidence platform, now in development, records events as they happen and returns cryptographic proof that they existed, in order and unaltered. The proofs follow RFC 6962 and are anchored to external witness logs and RFC 3161 timestamps, so an auditor or examiner can verify them independently. Agents can record events through a REST API, a CLI or an MCP server without code changes.
Can customers and staff sign in without passwords?
Yes. Our identity platform, now in development, lets people sign in and approve actions with their phone and biometric instead of a password. It issues standard OpenID Connect tokens, supports step-up checks for sensitive actions, and can sign a specific transaction, such as a wire, so the approval is bound to its exact details.
Does Trivium Labs software run in the cloud?
It depends on the platform and on what your risk team requires. Bookend runs entirely inside the bank's network. The identity platform can be self-hosted, federated or managed, and the audit platform gives each institution its own database and signing keys. Across all of them we hold as little data as possible: hashes and fingerprints instead of content, public keys instead of secrets.
Next step
Start with a workflow review
Forty-five minutes with the people who run the process. We map it end to end, count the touches and pull three recent exceptions. You leave with a one-page map, whether or not you go further.