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Perfect autonomous security.

Perfectly secure software has always been out of reach. There was always one more dependency, one more drifted config, one more convincing phone call. Autonomous agents change the math. We deploy them on every layer an attacker could use, from your first commit to the people who run production, and they never stop working.

agents · live
  1. supply-chaincolorize-lite@2.4.1 added a postinstall network callblocked
  2. “CFO” email asking AP to change wire detailsquarantined
  3. vulnapi/auth.ts:42 — SQL built from request bodyPR opened
  4. serverprod-web-03 — SSH password auth re-enabledhardened
  5. identityAWS access key pushed to a public gistrotated
Illustrative example

Why perfect is possible now

Breaches live in the gaps. Agents close them.

Almost every incident traces back to something nobody had time to look at. People can't review every package, every host and every login, every hour of every day. Agents can.

  • Complete coverage

    Nothing sits outside the model.

    Code, dependencies, builds, servers, cloud accounts, identities and the people behind them, all in scope from day one.

  • Continuous

    Not quarterly. Not annual. Always.

    Every commit, deploy, config change and login is checked as it happens, not months later in an audit.

  • Closed loop

    Found, fixed, verified, kept fixed.

    Finding a problem is half the job. Agents ship the fix, prove it works and watch for it coming back.

Platform

Every layer an attacker could use. Covered.

Most teams stitch together a scanner, a CSPM, an SCA tool, a SIEM and annual phishing training, then triage the gaps by hand. We put agents on every layer, technical and human, and give them a shared picture.

Vulnerability discovery

Agents read your code the way an attacker would, tracing data across services to surface issues that are actually exploitable, not just pattern matches.

Supply-chain defense

Every dependency, build step and release artifact is inspected. Malicious packages and tampered builds are caught before they ship.

Server hardening

Every host is held to a hardened baseline: patches, SSH, services, kernel settings. Drift is detected, explained and corrected.

Cloud & containers

Public buckets, over-broad IAM roles and privileged containers are found across every account and cluster, then locked down.

Identity & secrets

Leaked keys, stale accounts and excess permissions are found and rotated, revoked or narrowed automatically.

Social engineering protection

Email, chat and helpdesk requests are screened for phishing, impersonation and pretexting. High-risk asks like wire changes and MFA resets are verified before anyone acts.

Monitoring & response

Lightweight agents watch runtime behaviour, correlate signals across your stack, and contain threats the moment something looks off.

Automated remediation

Findings arrive as ready-to-review pull requests and runbooks, with the reasoning attached. You approve; the agent handles the rest.

One connected picture

Code, infrastructure, identities and runtime live in one model, so a CVE in a transitive dependency maps straight to the servers that are actually exposed.

How it works

Connect once. The agents take it from there.

  1. 01

    Connect

    Link repositories, cloud accounts, CI, hosts and your identity and email providers. Access starts read-only, and you widen it only when you're ready.

  2. 02

    Understand

    Agents build a live map of your software, infrastructure and people: what runs where, who can reach what, and what an attacker could use.

  3. 03

    Act

    Real risk gets prioritised, fixed where it's safe to, and escalated where it isn't, with a full audit trail for every decision.

Data handling

Your data, handled the way we'd want ours handled.

A security platform sees a lot. These are the standards we're building the platform to from the start. Full security and privacy documentation will be published before general availability.

  • Encrypted everywhere

    TLS in transit, strong encryption at rest, and per-customer keys.

  • Minimal by design

    Agents collect only what a task needs, and analyse in place where they can instead of copying.

  • Never used for training

    Your code, logs and findings are not used to train models, ours or anyone else's.

  • Isolated per customer

    Each customer's data, credentials and agents are kept separate from every other customer's.

  • You set retention

    Choose how long findings and logs are kept. Deletion on request, confirmed in writing.

  • Data residency

    Choose the region your data is stored and processed in.

  • Every access logged

    Any access to your data, by an agent or by our staff, is recorded and visible to you.

  • Independently tested

    Regular third-party penetration tests and audits, with reports available to customers.

Principles

Autonomy you can actually trust.

  • Human in the loop by default

    You decide which actions agents may take on their own and which need sign-off.

  • Every action explained

    Each finding and fix comes with evidence and reasoning a reviewer can check.

  • Least privilege, always

    Scoped, revocable credentials. Agents never hold more access than the task needs.

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