AI agents with provenance.
Every team in your organization is deploying AI tools. You need to know what they're doing in real time, prove it after the fact, and stop them when they cross scope — without saying no to capability. Tymeline gives you AI Employees in your IdP, every action audit-anchored, scope policies enforced at runtime.
AI agents acting without scope. Audits assembled after the fact.
Your organization is deploying AI faster than your security posture can govern it. Each team picks its own AI vendor. Each vendor offers its own audit logs in its own format. When an incident happens, you reconstruct what happened from a dozen different system logs by hand — and the regulatory bodies asking the questions don't care that the integration layer was always going to break.
AI Employees with scope, identity, and cryptographic provenance.
Every Tymeline AI Employee is provisioned in your IdP like a human hire. Scope policies enforced at runtime, not just configured. Every action anchored to a tamper-evident ledger as it happens. You can prove what any AI Employee did, when, on what authority, and within what scope — instantly.
What you control per AI Employee.
For a CISO deployment, the standard pilot is a full security posture review — one AI Employee deployed against one program, with scope policies, runtime enforcement, and audit anchoring all visible from your security console. Eight weeks to operational fabric.
Four shifts in how you govern AI deployment.
These aren't projected outcomes. They're what CISOs describe within the first quarter of running Tymeline as their AI governance layer — what they were defending before, and what they can now actually prove.
When the data cannot cross a network boundary.
For most deployments, SaaS or VPC with runtime scope and ledger anchoring is the right posture. But some programs sit under a harder constraint — where the security requirement is not "encrypt the traffic" but "there is no traffic." Classified programs. Sovereign wealth infrastructure. National labs. Semiconductor IP at 3nm and below. For those, Tymeline ships Patrick — a sovereign AI appliance that runs the entire platform sealed inside your walls.
Every AI Employee decision is computed locally on the appliance. No cloud call, no telemetry, no external touch points. The model that generated the answer never left the building.
The same tamper-evident ledger you get in SaaS — but anchored on the appliance itself. Chain of custody starts and ends inside Patrick. Nothing to exfiltrate, because nothing leaves.
A sealed enclosure with hardware integrity guarantees, powered by Element 31's sovereign AI infrastructure. Air-gapped by design — disconnect it from the network entirely and every AI Employee keeps operating.
This is the deployment posture that removes cloud AI from your threat model entirely. For ITAR, CMMC, classified, and data-residency programs where "air-gapped" is a policy line, not a preference.
Explore Patrick →Security teams running Tymeline where the auditor is already in the room.
Tymeline is in production with security teams in regulated industries — semiconductor design, identity platforms, document AI under compliance regimes. These deployments don't treat audit posture as a feature. They treat it as the precondition for the platform existing inside the perimeter at all.
In production, Tymeline AI Employees deploy through customer IdPs (Okta, Entra), with scope policies enforced at runtime. Every action streams to customer SIEM in real time and anchors to a tamper-evident ledger. Sector compliance is met by architecture: SOC 2 Type II + ISO 27001 + GDPR baseline, NIST AI RMF aligned, with ITAR-aware and CMMC-ready paths for defense and regulated semiconductor.
Bring your compliance regimes. Bring your audit questions.
A 60-minute security review specifically for CISOs and security leadership. Bring the regimes you're defending — SOC 2, ISO 27001, NIST AI RMF, ISO 42001, ITAR, CMMC, sector-specific. We'll show you exactly how an AI Employee gets provisioned, scoped, monitored, and audited end-to-end — and how your auditor would interrogate it.