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platform · automation

Automation powered by operational context.

Coordinate workflows, remediation, approvals, Agent Teams, and operational execution across connected systems.

Omnix Automation understands systems, ownership, dependencies, and operational risk before taking action.

Book a consultation with your Omnix product specialist Explore the platform
  • Workflows
  • Agent Teams
  • Remediation
  • Approvals
  • Policy

the problem

Automation fails when systems lose context.

Traditional automation reacts to isolated events without understanding ownership, dependencies, operational impact, or organisational risk.

Omnix Automation connects workflows and Agent Teams to the operational graph, so execution happens with context.

without omnix

Six tools, six triggers, no coordination.

  • trigger · webhook Fires on a payload. No idea what owns it.
  • runbook · pdf Steps copied from a doc. Stale by Tuesday.
  • script · cron Runs at 03:00. Nobody remembers why.
  • bot · slack Pings the channel. Not the on-call.
  • rule · alert Auto-rolls back. Across the wrong service.
  • agent · autonomous Acts in isolation. No approval path.

with omnix automation

One execution layer. The context already attached.

  • Owner

    Routes to the team accountable from live ownership.

  • Blast radius

    Knows what's downstream before it touches anything.

  • Approval path

    High-risk steps gate to a human. Low-risk runs unattended.

  • Audit trail

    Every action carries the operational context it ran in.

agent teams

Agent Teams that pick up real engineering work.

Agent Teams pick up well-defined work items from your existing tracker and ship pull requests. They read ownership, dependencies, and operational risk before they act, and they run inside the same policy and approval model as the rest of Automation. Same execution layer whether the ticket comes from your backlog or from an Omnix-surfaced insight.

archetypes · reusable role blueprints
Create archetype dialog: a reusable role blueprint with name, description, system prompt, soft Standards, hard Rules, preferred model, and tool permission checklist.

  • Archetypes, not personalities

    Each agent role is a reusable archetype: system prompt, standards, rules, model, and tool permissions. Defined once, bound to many agents.

  • Standards vs Rules, separated by design

    Standards are soft guidance for how work should be performed. Rules are operational lines an agent must never cross. Mixing them is how AI agents either ignore constraints or behave like bureaucratic toasters.

  • Permissions live with the role

    Reviewer reads and grep, never commits. Engineer writes inside its branch. Permissions are tied to the archetype, not buried in agent overrides.

A working roster, every role yours to rewrite.

Specialised agents collaborate inside an Agent Team. The default roster ships ready to run; fork any role, tighten the rules, swap the model, or compose your own.

  • Planner

    /blueprint

    Reads the work item, drafts a blueprint of the change: files touched, data model edits, test plan, risks.

    scope Read-only on the repo. Cannot commit.

  • Engineer

    /implement-task

    Implements the blueprint. Edits files, runs tests, iterates until the suite is green.

    scope Write access scoped to the task branch.

  • Reviewer

    /review-task

    Checks the diff against your standards: missing tests, drift from patterns, AI slop. Bad path loops back.

    scope Read + grep. Cannot commit. Cannot approve PRs.

  • Integrator

    PR + status

    Opens the pull request, fills the description from the blueprint, posts the status update back to the source ticket.

    scope PR-create only. Human reviewer still merges.

where work comes from

Tickets in. Pull requests out. Backlog or Omnix insight, same flow.

  • Notion databases, boards, sprint pages
  • Azure DevOps boards, work items, repos
  • Linear issues, cycles, projects
  • Jira issues, epics, sprints
  • GitHub issues, projects, PRs
  • Omnix insights action button → ticket → team

Same Agent Team, same policy, same audit trail. Whether the ticket comes from your existing tracker or from an Omnix-surfaced insight, the work runs through your branch policy and human review.

Not autonomous AI personalities. Controlled execution units, ownership-aware, policy-governed, and accountable to the same humans the rest of your engineering work is.

See Agent Teams in depth

category

Agentic engineering, not vibe coding.

Vibe coding tools generate a fresh app from a prompt, in a sandbox. Useful for prototypes, throwaway demos, the first 80% of a landing page. Omnix Agent Teams sit in a different category: agentic engineering. They operate on the codebase you already have, the backlog you already track, the branch policy you already enforce.

vibe coding

Lovable · Bolt · v0

Vibe coding apps

  • Generate a fresh app from a prompt
  • Live in a sandboxed builder
  • One generative agent autocompleting the whole thing
  • Generic AI patterns regenerated each turn
  • Demo-quality output you eject and clean up later
agentic engineering

Production · Reviewed · Shipped

Omnix Agent Teams

  • Pick up tickets from your existing tracker
  • Branch, commit, open PRs in your repo
  • Role-scoped team Planner, Engineer, Reviewer, separate permissions
  • Bound to your archetypes standards and rules
  • Production work through your branch policy and human review

Different category, different shape. Not a faster way to throw a prototype together. A way to chip down the backlog of work your engineers don't have time to ship.

context-aware automation

Execution with operational understanding.

Omnix Automation connects triggers, orchestration, and execution across every system the org runs on. Every action carries the operational graph it ran in.

automation orchestration · across the organisation
Omnix Automation overview: triggers and inputs (incidents, changes, reliability signals, requests, cost) feed into the orchestration core (understand context, decide and prioritise, plan execution, execute safely), which executes across any system (work and backlogs, code and repos, CI/CD, operations, communication, approvals, cloud, security, documentation, data and analytics). Outcomes row at the bottom: faster execution, fewer errors, consistent and compliant, aligned teams, continuously improving. Foundation strip names Atlas, Intelligence, Operations, Automation.

human + ai coordination

Humans and automation working together.

Omnix Automation coordinates human operators, Agent Teams, workflows, approvals, and remediation systems together. Oversight, control, and operational safety are first-class.

  • Human-in-the-loop execution

    Sensitive steps pause for an approver. The team sees what's about to happen and what changes if they decline.

  • Approval workflows

    Approval requests carry full operational context: owner, blast radius, recent incidents, related deploys.

  • Escalation coordination

    Escalations follow real ownership and rotations. Hand-offs preserve timeline, comms, and runbook progress.

  • Assisted remediation

    Agents propose moves; humans confirm or steer. Mid-run intervention is a first-class action, not a kill switch.

  • Operational orchestration

    Workflows, Agent Teams, runbooks, and approvals share one execution model with one audit trail.

  • Controlled automation

    Per-tool permission modes: confirm-before, auto-approve, or block. Tuned per skill, per team, per risk.

Not autonomous AI replacing teams. A coordinated execution layer where humans and automation share the same context, the same controls, and the same record.

operational workflows

Operational workflows across the engineering organisation.

Connect incident response, remediation, deploy coordination, security escalation, and operational approvals into one execution layer that runs with the context Atlas, Intelligence, and Operations already share.

  1. 01

    Incident detected

    Severity, signal, and timestamp captured the moment the alert lands.

  2. 02

    Atlas identifies ownership

    Service, owner, dependencies, and recent change attached automatically.

  3. 03

    Intelligence evaluates impact

    Blast radius, reliability posture, and likely cause surface alongside.

  4. 04

    Operations coordinates response

    Runbook selected by service plus symptom. On-call paged from the live rotation.

  5. 05

    Automation executes remediation

    Agent Teams and workflows run with full operational context and policy guardrails.

  6. 06

    Humans approve escalation

    High-stakes moves stay with the team accountable. Audit trail attached on close.

Backlog → Architecting
Agent Teams board: Backlog and Architecting lanes with FEATURE, TECH DEBT, SPIKE, BUG cards. Each lane labelled Auto or Manual.
In Dev → Human Review
Agent Teams board continued: Needs Input, In Dev, Agent Review, Human Review lanes. Escalation lane shown for blocked work.
  • Incident response
  • Rollback orchestration
  • Deploy coordination
  • Reliability remediation
  • Security escalation
  • Capacity workflows
  • Operational approvals

automation intelligence

AI that acts with context.

Most automation systems trigger actions without understanding operational relationships. Omnix Automation reasons across ownership, dependencies, incidents, reliability, deployments, and organisational context before executing workflows.

  • Ownership-aware execution

    Routes work to the team accountable, with the context they need to act.

  • Dependency-aware remediation

    Reasons across upstream and downstream services before suggesting a move.

  • Context-aware workflows

    Each workflow inherits live operational state: posture, recent change, owner.

  • Operational prioritisation

    Severity reflects real impact: services, customers, SLO burn. Not alert volume.

  • Human approval coordination

    Approval requests carry the operational context the approver needs to decide.

  • Organisation-wide orchestration

    Hands work between agents, runbooks, and humans without losing the timeline.

Embedded, not bolted on. Calm, controlled, and operationally aware.

policy & governance

Controlled automation with operational governance.

Define policies, approvals, execution boundaries, escalation rules, and operational safeguards across workflows and Agent Teams. Governance is wired into the execution layer, not bolted onto it.

  • Approval gates

    Per-skill confirm-before, auto-approve, or block. Tune per team, per risk, per environment.

  • Scope policies

    Bound what an agent or workflow can touch: services, branches, environments, blast radius.

  • Escalation rules

    Bad-path branching loops failing reviews back instead of forward. Stuck work routes to Needs Input.

  • Audit trail

    Every action carries the operational context it ran in: owner, scope, approver, related incidents.

  • Operational safety

    High-stakes moves require live approver, with the context to decide. No silent autonomy.

  • Auditability

    Reviews start with a complete record. Decisions, owners, and timeline already there.

lane settings · governance configured per lane
Lane settings drawer: Agent Review lane in Auto mode running the code-review skill. Target lane (Good Path) set to Human Review, Bad Path Lane set to In Dev. Permission Mode is Confirm. Complexity thresholds shown.

differentiation

Beyond workflow automation.

Traditional automation triggers actions in isolation. Omnix Automation understands what changed, what's impacted, who owns it, what depends on it, and what action should happen next.

traditional automation

A trigger-and-action loop.

  • Trigger and action workflows
  • Isolated execution
  • No operational understanding
  • Limited context
  • Manual coordination

omnix automation

An operational execution layer.

  • Operational graph awareness
  • Context-aware execution
  • Ownership-aware coordination
  • Dependency-aware remediation
  • Human plus AI orchestration
  • Policy-aware automation

Atlas

provides structure

Intelligence

provides understanding

Operations

coordinates response

Automation

executes action

Atlas provides the operational graph. Intelligence provides understanding. Operations coordinates response. Automation executes action.

see it in action

See automation that knows what it's touching.

Book a 30-minute walkthrough. We'll show you how workflows, Agent Teams, approvals, and remediation look when they all run on top of one operational graph.
  • Read-only access. We never push, comment, or merge.
  • SOC 2 Type II in progress. Audit period H2 2026.
  • Code stays in your VCS. We read metadata, not your repo contents.