Solutions

Built for the way machines and agents actually work.

Non-human identity is now the majority of your attack surface — autonomous agents, MCP servers, CI/CD tokens, cloud roles, and leaked credentials. TrustFix governs every one of them as a first-class identity, and proves each fix with a signed, offline-verifiable receipt. Jump to the use case closest to your problem.

01Use case

Govern every autonomous agent as a first-class identity.

Issue every agent a signed Agent Passport that pins its purpose, its tool ceiling, and an expiry — then watch its behavior, so an agent that starts acting outside its mandate is caught, not trusted by default.

  • A signed Agent Passport per agent: scoped purpose, tool ceiling, and expiry — issued, not assumed
  • Behavioral detection of agentic attacks — agents acting outside their granted mandate are flagged for your review
  • Built on real standards: W3C Verifiable Credentials 2.0 and did:key, revocable via a Token Status List
Explore AI Agent Security
verifiable trust receiptVERIFIED
Agent Passport
W3C VERIFIABLE CREDENTIAL
subjectdid:key:z6Mk…ag01
purposereconcile invoices
tool ceilingread · 3 of 47
expiresin 11h 42m
proofW3C VC · did:key
siged25519:9f3a·c71e·b042·8d6f·a915·2c80·e7b3·14df
signature verifies · offline · /trust-receipt/…
02Use case

Verify the agent supply chain.

Inventory every MCP server an agent can reach, see exactly which tools and credentials each one exposes, capture every tool-call, and govern what an agent is actually allowed to invoke.

  • A live inventory of MCP servers and the tool + credential scope each one exposes
  • Every tool-call captured — so the agent supply chain is auditable, not a black box
  • Govern what an agent may invoke: pin its allowed tools to its Agent Passport ceiling
Explore MCP Server Security
mcp server · postureOSCAL
CONTROLSCOV.
Tool inventory100%
Pinned versions93%
Scope ⊆ purpose100%
Supply chain86%
attestedcontinuoussigned covered partial
each cell links to a signed, replayable artifact
03Use case

Find the identities that ship to prod before one breaks.

CI/CD tokens, OIDC trust policies, and pipeline service accounts are machine identities with production reach. TrustFix discovers them, shows their exact exposure, and proposes a fix that only narrows access — never widens it.

  • Discover CI/CD tokens, OIDC trust relationships, and pipeline service accounts that reach prod
  • See the exact exposure on a wildcard trust policy — which branches and repos can actually deploy
  • A proposed fix you can ship as a pull request, scoped down to least privilege
Explore CI/CD Identity Security
policy diff · attack path−4+3
1policy "svc-acct-prod" {
2- grant: agent → svc-acct
3- reach: → s3:prod (crown jewel)
4- effect: ALLOW kms:*
5+ grant: scoped — read-only
6+ effect: ALLOW kms:Decrypt
7+ reach: ✕ s3:prod (severed)
8 review: human approver
9}
path severed: agent → s3:prod no longer reachable
previewed & confirmed before the PR merges
04Use case

Map who-can-reach-what across every cloud.

Roles, service accounts, and keys — discovered agentlessly with read-only access on AWS today (GCP and Azure connectors in preview), mapped into a graph of who can reach what, and scoped down to least privilege.

  • Agentless, read-only discovery of roles, service accounts, and keys — live on AWS today, with GCP and Azure connectors in preview
  • A reach graph that shows the real blast radius — not just the policy on paper
  • Over-scoped paths surfaced and ranked by the exposure they actually create
Explore Cloud NHI Security
live trust graphdrill any node
IDENTITIESWORKLOADSRESOURCESDATAai-agentci-tokenoauth-appwebhookfn:lambdasvc-acctiam-rolek8s-sas3:prodkmsrdsecrsecretspii-storeanalyticsai-agent · DRILLEDpurpose · reconcile-invoicestool ceiling · 3 of 47last attested · 11h ago
15 nodes · 2 crown jewels · 2 reachable attack paths surfaced
05Use case

Find the leaked credential — and the exact exposure on it.

Leaked, over-scoped, and unrotated credentials are the shortest path to a breach. TrustFix finds them, shows the precise access each one carries, and proves the fix only narrows that access.

  • Surface leaked, over-scoped, and never-rotated credentials across your clouds and code hosts
  • See the exact exposure on each one — the specific actions it grants and which go unused
  • Tighten or rotate, then prove the change only narrowed access with a signed receipt
Explore Secrets & Credential Leaks
trust ledger · tamper-evidenthash-chained
#4,182decision · allowa91f…3e7SIGNED
#4,181remediation · merged7c0e…b12SIGNED
#4,180passport · issuedd5b2…9afSIGNED
#4,179delegation · receipt0f3a…6c1SIGNED
#4,178attestation · renewedb418…22dSIGNED
#4,177policy · narrowede90c…f54SIGNED
replayable offline · /trust-receipt/… · no account needed
06Use case

Turn live posture into auditor-ready evidence.

Map your live identity posture to SOC 2, ISO 27001, NIST, and the EU AI Act, then export it as signed evidence — in the open OSCAL format an auditor can verify offline, with no vendor in the loop.

  • Live posture mapped to SOC 2, ISO 27001, NIST, and EU AI Act controls — not a point-in-time PDF
  • Each control links to a real, signed, replayable artifact — not a screenshot
  • Exportable as open, signed OSCAL, so evidence isn’t locked to one vendor’s format
Explore Compliance Evidence
control coverage · signed evidenceOSCAL
CONTROLSCOV.
SOC 2100%
ISO 2700193%
NIST 800-53100%
OWASP ASI86%
ISO 42001100%
NIST AI RMF100%
EU AI Act Annex IV100%
OSCAL exportOCSF feedreplayable ledger covered partial
each cell links to a signed, replayable artifact
One platform · every identity

See your machine identities the way an attacker already does.

Agentless, read-only, and human-approved. Bring your clouds, code hosts, and agents — leave with a signed, offline-verifiable picture of what can reach what, and proof that every fix only narrowed it.

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Solutions | TrustFix