Project health at a glance
Latest pipeline status, recent commits, open merge requests, and active branches — all above the fold.
- Latest pipeline#4821 · running
- Open MRs3 open · 1 draft
- Active branches7 branches
- Last commit4 minutes ago
TL;DR CyrumOps is a CI/CD operations and autofix platform for GitLab and GitHub. CyrumOps watches pipelines on the branches that matter and routes alerts across Discord, Slack, email, and browser push. With autofix enabled, AI reads the failure, proposes a change, and (per your approval rules) applies it and re-runs the pipeline.
Connect GitLab or GitHub, pick the branches that matter, and CyrumOps watches every pipeline. When something breaks, the right people hear about it on the channel they actually use — and if autofix is on, AI proposes the fix before they finish reading the alert.
Connect your GitLab and GitHub delivery systems, let CyrumOps analyze failures, then review generated pipeline and remediation changes before teams ship.
Connect GitLab or GitHub via OAuth or PAT. Add the projects you maintain. Self-hosted GitLab works the same way.
Pick the branches that matter. Backend creates the webhook automatically. Failures fan out to Discord, Slack, browser push, and email.
Turn on autofix per project. AI proposes the fix, applies it, re-runs the pipeline, and tells your team when it goes green.
Opt-in per project. Choose review-then-apply or apply-then-notify. Turn it off any time.
Webhook fires. Discord, Slack, email, and browser push fan out within seconds.
Autofix reads the failure context and proposes a concrete change. Approval rules decide whether it applies on its own.
Re-run goes green. The same channels get a success notification — no one had to chase it.
Every dimension of a GitLab project accessible from a single tabbed surface.
Latest pipeline status, recent commits, open merge requests, and active branches — all above the fold.
Pipeline runs, project drilldown, and webhook health — for whichever platform your team is on. Click anything below to explore.
$ docker build . Step 1/12: FROM node:18-alpine Step 4/12: COPY package.json . … running …
Per-event routing across Discord, Slack, email, and browser push. Tone preview shows where role-aware messaging is heading.
| Event | Alex (dev) | Mira (lead) | #ops |
|---|---|---|---|
| Pipeline failed | discord | slack | discord |
| Production deploy | push | slack | |
| Autofix applied | discord | discord | |
| Member joined | — | — |
Try the toggle — message rewrites for the role
frontend-app · feat/profile-fix · job: build:docker · runner exhausted disk on stage 4/12. Autofix proposed: bump node-alpine base, regenerate lockfile.
+ Custom webhooks for any tool — on the near-term roadmap.
No invented integrations. No fabricated social proof. Just the features that ship.
Pick the branches that matter. CyrumOps creates and maintains the webhooks, watches every pipeline run, and surfaces the failures worth knowing about.
OAuth or PAT into GitLab.com, self-hosted GitLab, or GitHub. Add projects in seconds, no manual webhook setup.
Opt-in per project. Autofix reads the failure, proposes a change, and (with your approval rules) applies it and re-runs the pipeline.
Per-event routing rules so the right people hear about the right thing — not the whole channel every time a job fails.
Owners invite, change roles, and remove members. Role-based access keeps admin-only events out of non-owner UIs.
Only real integrations — no invented logos or fabricated partnerships.
Connect target
OAuth or PAT into GitLab.com. Pick projects, track branches, and CyrumOps creates the webhook for you.
Connect target
OAuth or PAT into GitHub. Watch workflow runs across repos with the same autofix loop.
Connect target
Bring your own GitLab instance. Same OAuth/PAT flow, same webhook automation, no SaaS lock-in.
Alert channel
Pipeline failures and autofix updates land in the channel your team already lives in.
Alert channel
Per-event Slack routing for failures, autofix applied, and member changes.
Alert channel
Browser push for the on-call seat and email subscriptions for everyone who wants the digest.
Honest comparison — what you get with CyrumOps versus relying only on native CI screens or rolling your own scripts.
Exact prices confirmed at launch. Limits metered live from your workspace.
Find your plan
Recommended: Free
$0/ month
Connect one GitLab or GitHub workspace and try the watch + alert loop.
$49/ month
For small DevOps teams that want AI autofix on tracked branches and multi-channel alerts.
$199/ month
For organizations with multiple teams and large GitLab + GitHub DevOps estates.
Clear answers about DevOps automation, GitLab, GitHub, CI/CD pipelines, access, and auditability.
CyrumOps is a CI/CD operations and autofix platform. Connect GitLab or GitHub, pick the branches you care about, and CyrumOps watches every pipeline, alerts the right people on the right channel, and (when autofix is on) proposes and applies the fix on its own.
No. CyrumOps supports GitLab.com, self-hosted GitLab, and GitHub Actions through the same connect → watch → autofix loop.
When a tracked pipeline fails, autofix reads the failure context (logs, recent diff, environment), proposes a concrete change, and — based on the per-project approval rules you set — either waits for review or applies the fix and re-runs the pipeline. It is opt-in per project and can be turned off at any time.
Each event type (pipeline failed, autofix applied, member changes, and more) routes to the channels you choose: Discord, Slack, email, or browser push. Owners control which events are admin-only, and members subscribe to the rest.
Discord, Slack, email, and browser push are the supported channels today. Webhook-based custom channels are on the near-term roadmap.
The Free plan covers one workspace with a small project and member quota and includes pipeline watching plus alerts. Team adds more projects, more members, and autofix. Scale removes the quotas and adds priority support.
Connect GitLab or GitHub, watch the branches that matter, and let AI autofix the failures before your team finishes reading the alert.