Sentry vs Push Security
Side-by-side comparison of features, pricing, and ratings
At a glance
| Dimension | Sentry | Push Security |
|---|---|---|
| Primary job | Debug production errors, traces, logs, replays | Block browser phishing + control shadow AI |
| Primary buyer | Full-stack, mobile, and AI-agent developers | Security / identity teams |
| Pricing model | Freemium; Seer AI debugging is a separate subscription | Freemium, ~$5/user/month (under 500 seats) |
| Deployment | SDK lines or one wizard command, no agents | Browser extension, no endpoint agent or browser migration |
| Notable integrations | GitHub, Slack, Jira, Linear, GitLab, Vercel, Cloudflare | Okta, Google Workspace, M365, Sentinel, Splunk, Datadog |
| Standout current capability | Agent Tracing GA + Ruby SDK 7.0.0 logs/metrics by default | AiTM, ClickFix, device-code, consent-phishing blocking |

Sentry connects errors, logs, traces, replays, and profiles on one trace so developers can debug from issue to fix faster.
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Push Security is browser security for the AI era — it stops AiTM phishing, ClickFix attacks, session hijacking and shadow AI inside the
Visit WebsiteWhat real users say: Sentry vs Push Security
Not marketing copy and not our opinion — a structured sweep of public discussion (reviews, forums, communities and video comments), showing what people praise and what they complain about for each tool.
Sentry
109 mentions across 8 sources · 67% positive (averaged across 8 sources)
Reddit, Hacker News, YouTube, Product Hunt, App Store, Stack Overflow, GitHub, Lemmy
What users praise
- • Industry standard for error tracking with broad language and framework support.
- • Detailed stack traces and context (breadcrumbs, user, release) accelerate debugging.
- • Deep integrations with GitHub, Slack, Jira, and Linear streamline workflows.
- • Session replay and performance tracing provide end-to-end visibility.
What frustrates them
- • Pricing scales with event volume and can get very expensive for high-traffic apps.
- • Some users report sluggish UI, especially when navigating large issue lists.
- • Self-hosting is complex and requires significant time and resources.
- • Alerting can be noisy without fine-tuning, leading to alert fatigue.
Researched Aug 5, 2026
Push Security
30 mentions across 3 sources · 51% positive — mixed (weighted across 3 sources)
Hacker News, YouTube, Lemmy
What users praise
- • Browser-extension delivery means no endpoint agent and no forced enterprise-browser migration
- • Cross-browser coverage including Chromebooks and AI/enterprise browsers
- • Published $5/user/month Standard pricing with self-serve trial lowers evaluation friction
- • Detections target modern browser-layer threats: AiTM, ClickFix, BitB, device-code phishing
What frustrates them
- • Essentially no independent user reviews anywhere in the scraped community data
- • Extension-based security is itself a supply-chain risk that HN commenters flag
- • Clipboard, prompt and file-upload monitoring raises privacy and data-residency objections
- • Autonomous agent deployment of blocks may conflict with change-control processes
Researched Oct 14, 2026
Feature-by-feature
The two products don't overlap on a single capability, which is exactly why they shouldn't be shortlisted against each other. Push Security lives in the browser and defends against attacks that target the user's session: behavioral phishing detection, AiTM reverse-proxy detection and real-time blocking, cloned-login and Browser-in-the-Browser detection, ClickFix clipboard-injection blocking, device-code phishing kits that bypass passkeys, and consent phishing via malicious OAuth integrations. It also covers malicious browser extensions (detection, risk scoring, allowlisting), agentic browsers like Comet, Atlas, and Dia, and ghost-login detection for SSO bypass and password fallback paths. On the AI side, it monitors prompts and data inputs, blocks clipboard use, flags AI file uploads, reviews AI OAuth/agent permissions, and discovers shadow AI apps with policy enforcement. Sentry is developer observability: error monitoring with stack traces and alerts, distributed tracing across services and spans, session replay, logs with JSONL/CSV export, application and custom business metrics, continuous and UI profiling, cron and uptime monitoring, and agent tracing for AI workflows, plus Seer for root-cause analysis, Autofix merge-ready patches, and AI Code Review that correlates PRs against error and performance history. Push's integrations point at Okta, Google Workspace, M365, Sentinel, Splunk, Datadog, and Slack; Sentry's point at GitHub, GitLab, Jira, Linear, Vercel, Cloudflare, Slack, and PagerDuty. One secures the browser session; the other explains why code failed in production.
Pricing compared
Both are freemium, but the cost drivers are different enough that you can't line them up side by side. Push Security is positioned for mid-market security teams under 500 seats at a predictable $5/user/month, with the extension as the delivery mechanism — meaning no enterprise browser migration and no endpoint agent rollout cost to absorb. For a 300-person org that's roughly $1,500/month of predictable, per-seat security spend. Sentry's freemium model is usage-based rather than per-seat: you can consolidate onto the free Developer plan with real error search, but high-volume event ingestion gets expensive because overages bill per event and per GB. Sentry also calls out that Seer, its AI debugging agent, is a separate subscription — so teams who want AI-assisted root cause and Autofix should budget above the base plan rather than assuming it's bundled. On the security side, the notable gap is that Push doesn't replace an email security gateway, and it isn't full endpoint DLP outside browser data flows, so it's additive to controls you may already pay for. Net: Push is a per-seat line item with a clear ceiling; Sentry is a consumption line item that scales with your event volume and AI add-ons. Different cost curves, different owners.
Who should pick which
- Security team seeing AiTM phishing and ClickFix bypass email/SWGPick: Push Security
Push blocks these in the browser in real time — the layer where the reverse-proxy page, cloned login, and clipboard injection actually land.
- Identity team hunting SSO bypass via ghost loginsPick: Push Security
Ghost-login detection and password-fallback visibility are built for exactly this hunt, using browser telemetry your IdP logs miss.
- Org that needs shadow AI inventory and prompt/upload/clipboard policyPick: Push Security
Shadow AI app discovery plus AI prompt, file-upload, and OAuth/agent permission review with clipboard blocking sits in this one extension.
- Full-stack or mobile dev rooting out production errorsPick: Sentry
Errors, logs, traces, replays, and profiles hang off the same trace, so Issue-to-Fix stays in a single tool with a few SDK lines of setup.
- AI agent builder monitoring model calls, tool use, and spendPick: Sentry
Agent Tracing is now GA, tracking model calls, tool executions, and agent handoffs inside existing traces with a Conversations view.
Frequently Asked Questions
Could Push Security and Sentry ever be bought by the same person?
Yes, but as additive spend out of different budgets — security/identity for Push, engineering for Sentry. Neither replaces the other's function.
Does Push Security's extension conflict with Sentry's SDK-based setup?
No. Push is a browser extension; Sentry instruments your application code via SDKs. They operate in different layers and don't require coordination to coexist.
What does Sentry's Ruby SDK 7.0.0 change for teams already on older versions?
Logs and metrics now come enabled by default, and OTLP setup is the default configuration path — so upgrading changes what telemetry you get without opting in.
Is Sentry's AI debugging included in the free tier?
No. Seer, the AI debugger that reads logs, commits, and stack traces to explain failures and produce patches, is a separate subscription from the base plan.
Can Push Security replace an email security gateway?
No. Push explicitly is not a standalone email security gateway replacement — it covers the browser layer that phishing techniques reach after email and SWG controls.
Does Push Security cover endpoint DLP everywhere?
No. Its data-flow controls are browser-scoped; organizations needing full endpoint DLP outside browser data flows need a separate tool.
Who should avoid Sentry on cost grounds?
Teams with high-volume event ingestion on a tight budget, since overages bill per event and per GB, and teams needing self-hosted or air-gapped deployment.
Who should avoid Push Security?
Environments where endpoint policy blocks browser extensions outright, or teams with minimal browser attack surface and little employee AI usage — the coverage wouldn't justify the seat cost.
More Sentry or Push Security comparisons
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Last reviewed: September 26, 2026