Platform

Platform overviewWorkflow orchestrationGitOps configurationGovernance and AAAAI and MCPRuntime and executionEvidence and monitoring

Use cases

All use casesProduction incidentRelease preparationHotfix to productionSecurity scan triage
Why NopsAIIntegrationsSecurity

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All resourcesAI agent governanceMCP governanceMCP securitySelf-hosted platforms
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02 · GitOps configuration

Keep platform intent reviewable, promotable and reproducible.

NopsAI synchronizes operational definitions from a global configuration repository and delegated team repositories while preserving validation, drift visibility and runtime snapshots.

Git-ownedOperational definitions and platform intent
ValidatedSchema and reference checks before use
TraceableSource metadata and runtime snapshots

How it works

GitOps configuration, end to end.

The flow stays explicit enough for operators to inspect, secure, automate and improve.

  1. Define repository ownership

    Bind a global configuration repository and delegated team repositories to the team paths they govern.

  2. Review a normal change

    Teams edit declarative files, run validation and merge through their existing pull-request workflow.

  3. Synchronize and validate

    NopsAI parses supported resources, resolves references, reports drift and applies accepted definitions.

  4. Snapshot runtime intent

    Runs preserve the resolved pipeline, access, scope, knowledge and profile context used at execution time.

Pipelines list showing GitOps-sourced pipelines with team, version and identifier.

Platform capabilities

What teams can standardize.

These are current NopsAI platform primitives, not a future-state feature list.

Broad configuration coverage

Synchronize pipelines, reusable steps, schedules, triggers, webhook sources, scopes, access, knowledge, LLM, MCP, auth, mail and runtime settings.

Proposal-first assistant

The assistant prepares commit-ready file plans without silently applying Git-managed changes.

Drift visibility

Inspect repository sync state and compare stored platform configuration with its declared source.

Immutable release planning

Render digest-pinned Kubernetes deployments and write a release lock after a compatible deployment succeeds.

Configuration

Declared once, reviewed like code.

The example is declarative and Git-reviewable. Runtime behavior still passes through live AAA, credential, compatibility, execution and monitoring boundaries.

setting/system/mcp.yamlYAML
mcp_servers:
  github:
    display_name: GitHub MCP
    enabled: true
    provider: github
    transport: streamable_http
    url: https://api.githubcopilot.com/mcp/x/all/readonly
    auth_type: bearer_token
    credential_ref: credential://system/mcp/github-readonly
    timeout: 30s
    allowed_scopes: ["dev", "prod"]

mcp_profiles:
  github-readonly:
    description: Read-only GitHub tools for goal-based tasks
    enabled: true
    servers:
      - server: github
        tools:
          - "*"
    allowed_scopes: ["prod"]

Enterprise controls

Configuration stays inside the governance model.

AAA remains authoritative

Git ownership does not bypass runtime authorization; callers still need permission to use referenced resources.

Secrets stay protected

Git stores encrypted payloads or credential references, while clear values remain in protected runtime storage.

Compatibility is checked

CLI, API, runner protocol and platform bundle ranges are validated before mutating release operations.

Changes stay auditable

Repository history, sync status, source metadata and platform audit records provide complementary evidence.

Bring a real gitops configuration workflow.

We can map the configuration, authorization, runtime and evidence boundaries against your current platform model.