Signal families
6
Self-hosted error monitoring
Self-host error monitoring and bug triage with Logister.
Logister gives teams a forkable Rails app for grouped production errors, ownership, and runtime telemetry. Run it with PostgreSQL, Redis, and Sidekiq, connect Ruby, .NET, Python, JavaScript, Android, iOS, CFML, Cloudflare Pages, or direct HTTP clients, then inspect what arrives from the web UI or CLI.
Open source
Forkable
Versioned registry images
CLI read tools
Self-host first
Ruby, .NET, Python, JS, Android, iOS, and CFML
Real product screenshots
Integration paths
9
Required app processes
2
Inbox
Bug tracking and error grouping in one queue
Use one inbox for unresolved, resolved, ignored, and archived issues, with owner assignment and occurrence history built around engineering triage.
Context
Trace-linked detail with stacktrace and related logs
Pivot from an exception to nearby logs and transaction traces without switching tools or tabs.
Self-hosting
Docs, releases, and Docker images for operators
Use public docs, explicit environment references, Docker self-hosting paths, versioned GHCR and Docker Hub images, and optional Quay mirrors instead of piecing together a private deployment recipe.
Why teams choose Logister
Built for teams that want ownership, not another closed SaaS dependency.
Forkable source
Run the public Rails app as-is, inspect the implementation, or fork it when your team needs different operational defaults.
Versioned releases
Self-hosters can track GitHub Releases and pull matching Docker images from GitHub Container Registry or Docker Hub.
Documented operations
Deployment, environment variables, SES email, Redis jobs, PostgreSQL, optional ClickHouse, SDK setup, and CLI read workflows are documented for repeatable installs.
How it works
Three steps from setup to owned triage
Create project + key
Create a project, mint a key, and send your first event from production or staging.
Choose your integration
Use logister-ruby, logister-dotnet, logister-python, logister-js, or direct CFML HTTP ingestion to capture errors, logs, metrics, spans, and check-ins with minimal setup.
Triage with confidence
Group duplicates, confirm regressions per release, inspect issue context from the CLI, and drive fixes from a single inbox.
Connect and inspect
bundle add logister-ruby
dotnet add package Logister.AspNetCore
pip install logister-python
npm install logister-js
LOGISTER_API_KEY=your_key_here
npm install -g logister-cli
logister auth login --host https://logister.example.com
MIT-licensed source, versioned Docker images, public SDK packages, CLI read tools, and practical self-hosting docs keep the operating model inspectable.
Proof links
FAQ
Can Logister be self-hosted?
Yes. The documented baseline is a Rails web process, a Sidekiq worker, PostgreSQL, and Redis. SMTP, ClickHouse, S3-compatible archives, Turnstile, and analytics are optional.
FAQ
What does Logister collect?
Logister stores application errors, logs, metrics, transactions, spans, and check-ins, then turns repeated failures into grouped issues that can be assigned and reviewed.
FAQ
Is the hosted app required?
No. The hosted app is optional. The primary product path is open source and self-hosted, with public source, Docker images, and deployment documentation.
Run it yourself