Better Stack vs GlitchTip: A Complete Comparison for 2026

GlitchTip is honest about what it is. It's a lean, open-source Sentry alternative that handles error tracking, basic performance monitoring, and uptime checks without surprising you with a bill at the end of the month. If you're running a small project, want to self-host your monitoring stack, or simply prefer software that isn't backed by venture capital, GlitchTip makes a genuine case for itself. The hosted plans top out at $250/month for 3 million events, and you can run the whole thing on your own server for free.

Better Stack is a different kind of tool. It covers the same error tracking ground, but it also gives you distributed tracing, log management, infrastructure metrics, incident management with on-call, status pages, real user monitoring, and an AI SRE, all under one roof. Where GlitchTip deliberately scopes itself to application errors and uptime, Better Stack is a full-stack observability platform that prices by data volume rather than seat count.

This comparison covers both honestly. GlitchTip is a legitimate choice if you only need error tracking and uptime. Better Stack is the stronger pick when you need error tracking as part of a wider observability picture. Here's a breakdown of where each platform excels and where each falls short.

Quick comparison at a glance

Platform architecture

GlitchTip is a focused tool by design. It runs on Django, PostgreSQL, and Redis (or Valkey), and the entire deployment fits into a single docker-compose file. Version 6.1 added DuckDB as an optional cold storage layer, which offloads older events to compressed Parquet files and keeps PostgreSQL lean without requiring an extra service or container. The whole thing is MIT-licensed and can run anywhere from a Raspberry Pi to a cloud VM.

Better Stack takes the opposite approach. It's a managed SaaS platform built on a unified data warehouse where logs, metrics, traces, and errors share the same storage and query layer. You don't operate any infrastructure yourself; Better Stack handles that. You trade self-hosting control for operational simplicity and a broader feature set.

Better Stack: unified observability platform

Better Stack's architecture is built around a single collector, a shared data warehouse, and one query language for all telemetry. The eBPF-based collector operates at the kernel level, capturing traces, logs, and metrics without any application code changes:

Deploy the collector to Kubernetes and it automatically discovers services, instruments database calls to PostgreSQL, MySQL, Redis, and MongoDB, and builds distributed traces without you touching a single line of application code. All ingested data lands in the same warehouse, queryable via SQL or PromQL from a single interface.

Where this matters most is during incidents. When an alert fires, you get service maps, logs, metrics, and traces together in one view. You're not jumping between a separate error tracker, a log tool, and an uptime dashboard while an outage is actively happening.

GlitchTip: focused error tracking with optional extras

GlitchTip's architecture is deliberately minimal. PostgreSQL stores everything by default, and Redis or Valkey handles the job queue. Version 6.1 introduced DuckDB as an optional layer for cold storage and spans data, running inside the existing Python process without spinning up a separate container. That keeps self-hosting complexity low, which is part of what makes GlitchTip appealing.

The focused scope is a genuine feature if error tracking and uptime alerts are all you actually need. Where it becomes a limitation is when you want log aggregation at scale, infrastructure metrics, or distributed tracing across services. At that point you're either bolting on separate tools or moving to a broader platform.

Pricing

GlitchTip's hosted pricing is genuinely simple. You pay $0 for up to 1,000 events per month, $15 for 100k, $50 for 500k, and $250 for 3 million. Self-hosting is free with no event cap, and enterprise support licenses are $15 per user per month.

Better Stack prices by data volume rather than event count. The free tier includes 3 GB logs, 3 GB traces, 100,000 exceptions, and 5,000 session replays. Paid tiers start at a single responder license at $29/month, which unlocks the full incident management and on-call stack. Telemetry then scales at $0.10/GB ingestion and $0.05/GB/month retention on top of that.

Better Stack: volume-based pricing

Better Stack charges based on actual data ingested and stored:

• Logs: $0.10/GB ingestion + $0.05/GB/month retention (all searchable)
• Traces: $0.10/GB ingestion + $0.05/GB/month retention
• Metrics: $0.50/GB/month
• Error tracking: $0.000050 per exception (roughly 6x cheaper than Sentry)
• Responders: $29/month per license (unlimited phone/SMS)
• Monitors: $21/month per 50 additional monitors

There are no cardinality penalties, no per-seat fees for team members, and no charges for querying cached data. If you want to simplify the math, bundles help: the Nano bundle at $25/month billed annually includes 40 GB each of logs, traces, and metrics with 30-day retention.

GlitchTip: event-based pricing

The $250 Large plan includes a Business Associate Agreement on request, which is what makes it the practical option if you have HIPAA requirements. EU hosting is available across all plans for data sovereignty in Germany.

For pure error tracking at small to medium scale, GlitchTip is cheaper. 500k errors per month costs $50 on GlitchTip versus roughly $25 on Better Stack at $0.000050/exception, though that Better Stack figure assumes you already have a responder license. At larger volumes, Better Stack's per-exception pricing wins. At smaller volumes, the difference is close. The real pricing gap opens up when you need incident management, log aggregation, or on-call on top of error tracking. Better Stack bundles all of that in; GlitchTip doesn't have those features.

Error tracking

Both platforms accept Sentry SDK payloads, which means you can use either without rewriting your instrumentation. The real difference is in what happens after you send an error.

Better Stack: AI-native error tracking

Better Stack Error Tracking is priced at $0.000050 per exception and accepts Sentry SDK payloads natively, so you can migrate without touching your existing instrumentation. Errors surface in the same interface as your logs, traces, and metrics, which means when an exception fires, the full distributed trace for that request is one click away instead of a tab switch.

The AI-native debugging workflow is a practical difference. Better Stack generates debugging prompts for Claude Code and Cursor that summarize error context automatically. Instead of reading through a stack trace manually, you copy the prompt into your AI coding agent and start from a hypothesis with all the relevant context already assembled. The MCP server takes that a step further because your AI assistant can query error data directly, without you copying anything at all.

GlitchTip: open-source, Sentry-compatible error tracking

GlitchTip's error tracking covers the core workflow well. It collects exceptions from Sentry-compatible SDKs, groups them into issues, surfaces them in a dashboard, and alerts you via email or webhook. Version 6.1 added logging support using the Sentry SDK's new logging integration, along with improved stacktrace rendering that now includes minidump and Java source context support.

The MCP server, also added in 6.1, lets you connect Claude Code, Zed, or any MCP-compatible client to your own error data directly. It's opt-in, disabled by default, and not bundled with any AI upsell. The GlitchTip team is direct about their philosophy: "GlitchTip doesn't force AI on you. We don't sell it ourselves. But MCP is there if you want it."

Performance monitoring in GlitchTip covers transactions and, as of v6.1, spans. Span data requires DuckDB to be enabled because of volume considerations, while transactions work without it. The frontend for the new spans data is still in progress as of the 6.1 release. The data is available via API and MCP, with the UI coming in later releases.

What GlitchTip doesn't have is AI-generated debugging prompts, integration with an incident lifecycle, or a route from an error to the backend trace that caused it in the way Better Stack's eBPF-based tracing provides.

Performance monitoring

GlitchTip's performance monitoring is intentionally simple. You get slow request detection and transaction tracking out of the box without needing to build or configure any dashboards. Version 6.1 adds spans support, though DuckDB is required for it and the frontend is still catching up to the backend. It's a reasonable starting point for finding bottlenecks in a single service.

Better Stack's APM works at a different level. The eBPF-based collector instruments HTTP, gRPC, and database traffic at the kernel level without any SDK installation on your part. Here's how distributed traces look once data is flowing:

For a monolithic application, GlitchTip's transaction-level visibility is often enough. For microservices environments where a request crosses multiple service boundaries, say a frontend calls an API gateway, which calls a user service, which queries PostgreSQL, Better Stack shows you the full request path end to end automatically, without you configuring sampling or maintaining per-service SDK versions.

OpenTelemetry is native to Better Stack with no premium charges. GlitchTip uses Sentry's SDK for performance data, and OTel ingestion is not a primary focus there.

Log management

GlitchTip added log collection in version 6.1 using the Sentry SDK's new logging integration. Logs land in PostgreSQL hot storage and move to DuckDB/Parquet cold storage when they're older than whatever you set for GLITCHTIP_LOG_HOT_DAYS. The team explicitly recommends enabling DuckDB before turning on logging because log volume grows quickly. There's a new logs page in the UI as of 6.1 to go along with it.

Better Stack's log management predates GlitchTip's by years and operates at a meaningfully different scale. Every log you send is immediately searchable via SQL or PromQL. There's no indexing step, no upfront decision about which logs to keep searchable, and no separate query language to learn for logs versus metrics.

A typical SQL query against Better Stack logs looks like this:

SELECT
  service_name,
  COUNT(*) as error_count,
  AVG(duration_ms) as avg_duration
FROM logs
WHERE level = 'error'
  AND timestamp > NOW() - INTERVAL '1 hour'
GROUP BY service_name
ORDER BY error_count DESC

Multiple ingestion methods are supported, including the eBPF collector, Vector log pipelines, OpenTelemetry collectors, and direct HTTP ingestion. If you run frequent queries or filters, you can save them as presets so you're not rebuilding the same view every time:

GlitchTip's log support is new and intentionally simple.

If your primary use case is aggregating and searching structured logs across services at production volume, Better Stack is the more mature choice. If you want application-level log capture alongside errors from the same Sentry SDK integration you're already using, GlitchTip's new logging feature covers that use case without adding another tool.

Uptime monitoring

This is an area where both platforms compete directly, though not on equal terms. GlitchTip supports HTTP(s) checks, ping checks, and heartbeats for cron job monitoring, with email and webhook alerts. Better Stack's uptime monitoring covers more ground: HTTP, TCP/UDP ports, DNS, SSL certificates, POP3/IMAP/SMTP, TLD expiration, and Playwright-based transaction monitoring that runs a full browser instance against your application.

Better Stack's monitors can send unlimited phone and SMS alerts when something breaks, and a failed check automatically triggers the incident management workflow. Your on-call rotation fires, the escalation policy kicks in, and the status page can update, all from a single monitor going red. GlitchTip sends email and webhook alerts, but phone delivery and incident escalation aren't built in.

Both platforms support heartbeat monitoring for verifying that scheduled jobs ran on time. Better Stack goes to 1-second check resolution; GlitchTip's heartbeats work well for standard cron intervals. Setting up a new monitor in GlitchTip is straightforward: you pick your check type, set an interval, and optionally associate it with a project for email notifications.

Incident management

GlitchTip doesn't have incident management. There's no on-call scheduling, no escalation policies, no phone or SMS delivery, no incident timeline, and no post-mortems. Alerts go to email or webhooks, and you build the rest of the incident workflow yourself with whatever tools you already have.

Better Stack's incident management is a first-class product included in the responder license at $29/month. Here's a walkthrough of the full incident lifecycle:

On-call rotations, timezone-aware scheduling, and automatic handoffs are built in and ready to configure:

Slack-native incident management creates a dedicated channel per incident with investigation tools built right in, so you can work the problem without leaving Slack:

Post-mortems generate automatically from incident timelines, so you're not assembling a timeline from memory after the fact:

If you already have PagerDuty or Opsgenie handling on-call and you only want error tracking from an additional tool, GlitchTip's gap here is manageable. If you're consolidating tools or want to avoid paying for a separate on-call platform, Better Stack bundles it in at $29/responder/month.

Status pages

GlitchTip doesn't include status pages. If you need a public or private page showing service health to your customers or internal teams, you'll need to add a separate tool to cover it.

Better Stack status pages are built into the platform and sync automatically with incident management. When you declare an incident, status page updates publish as part of the same workflow, so there's no separate login to switch to and no manual copy-paste involved.

Subscriber notifications go out via email, SMS, Slack, and webhook. You get full custom branding, custom domains, password protection, SSO access control, and multi-language support. One status page is included per account, and additional pages start at $12/month.

AI SRE and MCP server

Both platforms now have MCP servers, and the comparison is more interesting than it first looks given how differently the two products approach AI.

Better Stack: AI SRE and production-ready MCP

Better Stack's AI SRE activates automatically when incidents fire. It queries your service map, reviews recent deployments, analyzes logs and traces, and delivers a root cause hypothesis before you've had time to get your bearings in the dashboard. The practical value of this is highest at 3am when you're paged in cold with no context.

The Better Stack MCP server connects Claude, Cursor, and any MCP-compatible client directly to your observability stack. You can query logs with SQL, check who's on-call, acknowledge incidents, or build dashboard charts via natural language without leaving your AI assistant:

Getting connected is a single JSON block:

{
  "mcpServers": {
    "betterstack": {
      "type": "http",
      "url": "https://mcp.betterstack.com"
    }
  }
}

The MCP server is generally available to all Better Stack customers. It's not a preview feature and it's not restricted to an allowlist.

GlitchTip: opt-in MCP for privacy-first error access

GlitchTip's MCP server, added in version 6.1, takes a noticeably different stance. From the GlitchTip team's own blog post: "GlitchTip doesn't force AI on you. We don't sell it ourselves. But MCP is there if you want it." It's disabled by default, fully opt-in, and designed so you can pull your own error data into Claude Code, Zed, or any MCP-compatible tool without that data passing through GlitchTip.

The current MCP toolset covers error data and performance monitoring queries. You can triage issues, identify slow SQL queries, and prompt an agent to investigate and fix errors. It doesn't cover logs, metrics, incident management, or on-call because GlitchTip doesn't have those features to expose.

If you want full control over what your AI tools can access and you'd rather not route any data through a third-party AI system, GlitchTip's opt-in, self-hosted MCP is a genuinely privacy-respecting option. Better Stack's MCP covers more ground simply because the underlying platform is broader.

Self-hosting and deployment

GlitchTip's self-hosting story is one of its genuine strengths. The standard deployment is a docker-compose file with PostgreSQL, Redis or Valkey, the web service, and a worker. If you want managed self-hosting without running your own infrastructure, GlitchTip officially supports Railway, PikaPods, and Elest.io. The entire codebase is MIT-licensed, which means no license compliance questions, no vendor lock-in, and no surprise pricing changes down the road.

Version 6.1 adds DuckDB cold storage, which runs inside the existing Python process and stores data as Parquet files on a local volume or an S3-compatible bucket. There's no extra container and no extra service. Storage costs drop considerably for any deployment that keeps historical event data. The GlitchTip team notes this requires roughly 128MB of additional RAM, which they pointedly contrast with the 32GB some competitors recommend for similar columnar storage setups.

Better Stack doesn't offer self-hosting. The platform runs on Better Stack's infrastructure, and that's the only option. If you're in a regulated industry, Better Stack offers custom VPC deployment and an optional bring-your-own-S3-bucket add-on for telemetry data storage, but the control plane stays hosted regardless.

Enterprise readiness

Better Stack covers the standard enterprise checklist: SOC 2 Type II, GDPR compliance, SSO via Okta, Azure, and Google (SAML), SCIM provisioning, RBAC, audit logs, and a dedicated Slack channel with a named account manager for support. Custom VPC deployment and custom data residency are available for enterprise accounts.

GlitchTip's hosted Large plan includes a Business Associate Agreement on request, which makes it one of the few affordable error tracking options that can satisfy HIPAA requirements. EU hosting is available on all plans. Generic SAML SSO works for self-hosted deployments; on the hosted version, SSO goes through standard OAuth providers. Enterprise support is $15/user/month directly from the GlitchTip team.

If you're in healthcare or have HIPAA requirements, GlitchTip's BAA availability at $250/month is a practical option that Better Stack can't match right now. Better Stack doesn't offer HIPAA compliance at this time.

Final thoughts

This comparison comes down to scope, not quality. GlitchTip is a well-maintained, genuinely open-source error tracking tool with honest pricing and a strong self-hosting story. If you need error tracking, basic performance monitoring, and uptime checks, and you want to self-host or keep things as simple as possible, GlitchTip is a credible choice that doesn't oversell itself.

Better Stack is the right answer when you need error tracking as part of a wider observability platform. Log management, infrastructure metrics, distributed tracing, incident management with on-call, status pages, real user monitoring, and an AI SRE all live under one roof, priced by data volume rather than per seat. The eBPF-based instrumentation removes the SDK maintenance overhead that GlitchTip's Sentry-compatible approach still requires.

If error tracking is your whole need, evaluate GlitchTip honestly because it does that job well and cheaply. If error tracking is one piece of a larger observability picture, Better Stack handles the full stack at a cost that's still a fraction of more expensive alternatives.

Start your free trial and see how Better Stack fits your monitoring stack.

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