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TrustOps

TrustOps — open-source trust operations

Continuous compliance in your cloud.
Read-only evidence collection, deterministic control tests, and audit-ready proof — in one self-hosted platform.

Product tour · Connectors · Architecture · API & agents · Deploy

TrustOps turns read-only source data into evaluated controls and audit-ready proof

What TrustOps does

One operating loop: collect evidence read-only, evaluate controls with deterministic rules, operate the findings, prove posture with immutable snapshots.

Regulatory requirements are consolidated into a Common Control Framework: you operate one safeguard, and it satisfies every requirement mapped to it across frameworks. The catalog holds 942 requirements across 13 frameworks; run security-lakehouse frameworks safeguards for current coverage.

Evidence stays in your environment. Models may summarize and prioritize; they do not silently change evidence or decide pass/fail.

Quickstart

# PyPI (Python 3.11+) — console + API
pip install 'trustops-security-data-lake[server]'
security-lakehouse platform seed-dev --lake ./lake
security-lakehouse serve --server --lake ./lake   # http://127.0.0.1:8787/console/

# Container image
docker run -p 8787:8787 ghcr.io/msaad00/trustops:latest

# Kubernetes (Helm)
helm install trustops deploy/helm/trustops

See deploy/README.md for production configuration, and the Product tour for what to do once it is running.

Surfaces — console, API, CLI, MCP, CI
Surface Purpose
Console Posture, controls, evidence, findings, workflows, and audit room
API Versioned /api/v1 contract
CLI Local pipelines, validation, snapshots, and server operations
MCP & agents Read posture and propose governed actions with approval boundaries
CI Block releases when posture or control-test thresholds regress
Connectors — least-privilege, read-only

AWS · Azure · GCP · GitHub · GitLab · Okta · Snowflake · ClickHouse, plus the scanner, ticketing, and AI-platform entries in connectors/catalog.json.

Product preview

Trust Home Audit room
TrustOps Trust Home TrustOps audit room
Evidence Connectors
TrustOps evidence room TrustOps connector registry

More views: frameworks · insights · workflows · trust center

Quick start

Requires Python 3.11+ and Node 22+ (the console is built from source; it is not committed to the repository).

python -m venv .venv
source .venv/bin/activate
pip install -e ".[dev,server]"

make web-install web-build   # builds the console into src/security_lakehouse/web/dist

security-lakehouse fixtures load --company golden --out build/lakehouse
security-lakehouse db upgrade --lake build/lakehouse
security-lakehouse serve \
  --lake build/lakehouse \
  --server \
  --allow-insecure-no-auth \
  --port 8787

Open http://127.0.0.1:8787/console/dashboard/.

Skipping the console build leaves that URL a 404: the server mounts /console/ only when a built console is present, and falls back to a single status page. make demo-local runs the whole sequence in one step.

--allow-insecure-no-auth is for local development only. Production deployments require configured authentication; see server authentication.

Connect a live source

The default path is agentless and read-only; no pre-existing data lake is required.

  • Console: open Connectors, choose a source, then run Discover → Test → Enable → Sync.
  • Headless: follow the connector setup playbook for API, CLI, and MCP flows.
  • Existing lake: connect Snowflake or ClickHouse when evidence already lives there.

Cloud connectors use short-lived provider credentials or workload identity. No connector requires pasted long-lived cloud keys. TrustOps stores non-secret identifiers, redacted fingerprints, sync history, and evidence hashes.

Connector security contracts:

  • AWS uses STS AssumeRole, one External ID per deployed role, short-lived session credentials, and read-only IAM posture APIs. Temporary credentials expire after each session; TrustOps stores no long-lived access keys. Scale rollout with CloudFormation StackSets or Terraform workspaces; Bulk account import is the next operator surface.
  • Azure uses a customer-owned Entra application, managed identity, or federated workload identity with Reader scope. Tokens are short-lived, and no Azure password or raw client secret is stored.
  • Snowflake supports browser SSO for human proof or a read-only service identity with a key-pair or OAuth token reference held by the runtime secret manager. TrustOps stores account, role, and view identifiers — not passwords or private-key contents. Snowflake is the existing security-data-lake path.

TrustOps AWS STS AssumeRole lifecycle

Architecture

read-only source → raw observation → normalized fact → deterministic evaluation
                 → finding/current posture → immutable snapshot → governed action

TrustOps collection, evaluation, and proof architecture

The console, CLI, MCP server, agents, and CI gate share the same API and assessment engine. This keeps browser output and headless automation consistent.

What ships

Area Included
Compliance SOC 2, NIST AI RMF, FedRAMP, ISO, CIS AWS, HIPAA, PCI DSS, GDPR, and EU AI Act packs
Evidence Freshness SLAs, provenance, SHA-256 verification, tags, and saved views
GRC workflows Remediation, policies, attestations, vendor risk, access reviews, and approvals
Identity OIDC, SAML, API keys, RBAC, tenant boundaries, and SCIM scaffolding
Deployment Local, Docker, Helm, EKS reference IaC, Snowflake, and ClickHouse
Exports Snapshots, executive PDF, trust shares, OpenAPI, MCP, and GitHub posture gate

See the product shape for shipped, partial, and planned capability status.

Verify

make smoke       # backend, contracts, docs, brand, pipeline, API
make web-ci      # install, typecheck, production build
make security    # dependency audits and pre-commit checks

Regenerate documentation screenshots with make demo-screenshots-full.

Repository map

src/security_lakehouse/   assessment engine, API, auth, connectors, MCP
app/web/                  Next.js console
controls/ frameworks/     control catalogs, packs, and mappings
deploy/                   Docker, Helm, cloud, warehouse, and IaC examples
docs/                     product, architecture, operations, and API guides

Documentation

Apache-2.0 licensed. Third-party visual assets and usage terms are documented in THIRD_PARTY_ASSETS.md.

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