Blind where it counts
An unsanctioned AI tool used in a browser tab produces no network signature worth alerting on. Neither does a browser extension that silently gained a new permission overnight.
SanCipher watches the four places work actually happens — the browser, the cloud, the codebase and your AI agents. Analysis runs on the device or in your own VPC. Only the finding record ever crosses the boundary.
No agent on the endpoint. No raw data off the network. Deploys in a day.
Built for teams that answer to a regulator
People paste into a chatbot tab. Engineers ship to cloud from a laptop. Agents call tools nobody registered. Four separate products will each see a slice, charge you separately, and hand you the same incident three times.
An unsanctioned AI tool used in a browser tab produces no network signature worth alerting on. Neither does a browser extension that silently gained a new permission overnight.
A leaked key in a repo, live in your cloud, pasted in a browser is one incident. Most stacks file it three times, in three queues, owned by three people who never speak.
To find sensitive data, most platforms ship it to their cloud first. That is a new copy of your regulated data, in someone else's tenancy, for the rest of its retention window.
Start with the module that hurts most. Add the others when you're ready — no second rollout, no second contract, and every finding lands in the same queue.
The last mile where people meet data. Extension risk, paste and upload control, shadow AI discovery — all analysed on the device.
Posture management that ranks by blast radius instead of rule name, and tells an owner one story rather than nine tickets.
SAST, dependencies, IaC, secrets and leak monitoring in one module — filtered down to what is actually reachable.
Continuous red-teaming for agents, models and MCP servers — with a deterministic replay of every exploit that worked.
Every other platform asks you to ship content to their cloud so they can inspect it. SanCipher inverts that. Classification and model inference run in the browser sidecar or on a node inside your VPC. What crosses the boundary is a finding record — severity, rule, redacted context — and nothing else.
Modules surface findings in context, but the record lives in one global queue. A leaked key found in code, seen live in cloud and observed being pasted in a browser is a single item, ranked by exploitability, owned by one person.
Push the browser sidecar through your existing MDM, connect a cloud account with a read role, install the source-control app. Permission preview and dry run come first, always.
Coverage shows what is connected against what exists — including the identities with no protected browser. We deliberately show the gap rather than hide it.
Every rule that can block real work — browser policy, pipeline gate, runtime guardrail — replays against your last 30 days before you turn it on.
We had three tools that each found half of the same problem. The part that sold us was the simulation tab — we could see exactly what a block rule would have done last month before we let it near anyone's workday.Head of Security Engineering European payments platform · 2,400 employees
A 30-minute working session. We connect one cloud account or one repo, and you leave with a real findings list — not a slide deck.
No credit card. No agent on the endpoint. Nothing leaves your network.