Incidents do not keep office hours
A five-person team has no rotation to hide in. The same engineers who ship the feature get woken up when it breaks, and the next day of roadmap quietly disappears.
Orbit is the platform that builds, deploys, and runs your applications, with AI agents watching every release around the clock. You spend your error budget on shipping, not on firefighting.
Building for a regulated industry? Orbit also runs inside your own VPC.
THE PROBLEM
Every team wants production reliability. Few can afford the nights, the toil, and the slowdown it usually costs. The tax shows up in three places.
A five-person team has no rotation to hide in. The same engineers who ship the feature get woken up when it breaks, and the next day of roadmap quietly disappears.
Certificates, scaling events, noisy alerts, database maintenance, deploy babysitting. None of it differentiates your product, and all of it grows every time you win a customer.
When a bad deploy costs a weekend, teams stop deploying on Fridays, then on Thursdays. Velocity dies by caution, and the error budget gets spent on standing still.
An error budget is the amount of unreliability your SLO allows in a month. It turns reliability from an argument into arithmetic: if budget remains, you can ship. Try the math your team would run on.
ORBIT, THE PLATFORM
Connect a repository and Orbit builds, deploys, and scales your application. The platform pieces you would otherwise assemble and maintain yourself come standard.
Push to your branch and Orbit builds and releases it. No pipeline YAML to babysit, no deploy scripts to keep alive.
Databases provisioned alongside your app, with backups, scaling, and maintenance handled by the platform instead of your roadmap.
Every pull request gets a live, production-like environment of its own, so review happens on running software, not screenshots.
Capacity follows demand in both directions. Traffic spikes stop being incidents, and quiet nights stop being invoices.
AI agents watch every deployment, catch incidents early, and fix what they can within guardrails you set. The pager gets quieter.
Logs, metrics, and traces for every service in one place, wired up by default. When an agent explains an incident, it cites the same data you see.
HOW IT WORKS
Link the repository and Orbit detects your stack, provisions the services and data stores it needs, and sets sensible defaults.
orbit init, connected
Every push builds and releases. Pull requests get preview environments, production gets autoscaling and a watched rollout.
git push orbit main
Agents monitor the release, spot trouble, and remediate inside your guardrails. Anything consequential waits for your approval.
agent: watching v214
AGENT OPERATIONS
Most platforms stop at deployment. Orbit keeps going. Agents stay on watch after the release, and the boring, brutal first minutes of an incident stop depending on who happens to be awake.
Agents track error rates, latency, and saturation against your SLO from the moment a release lands, and flag regressions in minutes, not at the next dashboard check.
Diagnosis correlates the change that shipped with the signals that moved, and presents the evidence, not just a hunch, so the fix is obvious.
Known failure modes get known fixes, applied automatically inside limits you define. Anything consequential, a config change in production, a rollback with data impact, waits for a human to approve it.
A walkthrough of a routine night on Orbit, start to finish.
Release v214 pushes the error rate from 0.4% to 3.1%. The agent opens an incident before any customer reports it.
The deploy changed a config flag; the database connection pool is exhausted under normal load. Evidence attached to the incident.
Raise the pool limit and roll back the flag. Production changes need a human yes, so the on-call engineer approves from the notification.
Error rate back to baseline. Total cost: 6 minutes of this month's error budget, and nobody's whole night.
ORBIT ENTERPRISE
Some workloads cannot leave the building. For regulated industries and data-residency mandates, including directives like Nigeria's CBN data-localization rules, Orbit is licensed to run entirely inside your own infrastructure.
The complete Orbit stack, dashboard, management API, operator, and data plane, runs inside your VPC on your compute. Your data never leaves your boundary.
You receive signed container images, Helm charts, and a license key. Updates arrive as signed pulls your agent verifies. Source code is never handed over.
An agent inside your environment dials out over a single encrypted, outbound-only connection for health telemetry, license check-ins, and update pulls. There is no inbound vendor connection to audit, because there is none.
Enterprise licensing is scoped per deployment with the teams we work with, not sold off a price list. If residency or regulation is your constraint, start the conversation early.
VISION
Orbit is what we sell today. These are the research directions behind it, stated plainly as directions, not roadmap promises.
Agentic operations should not be locked to one vendor's platform. We are exploring a neutral layer where reliability agents from different builders run under shared rules and shared accountability.
If agents are going to touch production, they need trust artifacts: provenance, permissions, and a track record a team can inspect before granting access. We are working on what that standard looks like.
Today, every operations agent claims to work. We are building incident replays, real failure scenarios rerun in simulation, to measure how agents actually perform before they meet your production.
Tell us about your team and your stack. We will show you what Orbit takes off your plate, on the hosted platform or inside your own VPC.