Veria Labs vs Push Security
Side-by-side comparison of features, pricing, and ratings
At a glance
| Dimension | Veria Labs | Push Security |
|---|---|---|
| Pricing | Contact for pricing | Freemium |
| Primary Focus | Autonomous AI pentesting (code + cloud vulnerabilities) | Browser security (AiTM phishing, AI data loss, session hijacking) |
| Deployment | Cloud-connected to Git repos and cloud providers | Cloud-based browser extension |
| Integrations | Git, GitHub, GitLab, Bitbucket, AWS, GCP, Azure | Okta, Azure AD, Google Workspace, Slack, Splunk, Snowflake |
| Best For | Engineering teams needing continuous vulnerability discovery in code and cloud | Security teams detecting browser-based attacks and controlling AI tool usage |
| Latest News | Discovered critical bugs in Aleo, Pydantic, Kraken, Goose; raised $3.2M seed | Experienced poisoned tenant attack; promotes browser security over training vs. AI regulations |
Choose Push Security if you need to stop browser-based attacks (AiTM, session hijacking) and control employee AI tool usage across all browsers without forcing a migration. Choose Veria Labs if your priority is continuous, autonomous penetration testing of your code and cloud environments – especially for fast-moving engineering teams that ship frequently and want real vulnerabilities with exploit PoCs, not just SAST reports. They address completely different attack surfaces: end-user browser vs. application/cloud infrastructure.
Autonomous AI pentester that maps attack surfaces, proves exploits, and drafts fixes.
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What real users say: Veria Labs 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.
Veria Labs
2 mentions across 2 sources · 40% positive — mixed
Hacker News, Lemmy
What users praise
- • Founded by top-ranked US competitive hacking team — elite security expertise.
- • Y Combinator F25 backing adds credibility and growth resources.
- • Autonomous, continuous testing adapts to code changes in real time.
- • Generates proof-of-concept exploits, not just theoretical findings.
What frustrates them
- • No meaningful community feedback available — trust relies on marketing.
- • Pricing is hidden — no free trial or public tier to evaluate.
- • Beginner skill level claim may oversimplify complex security findings.
- • Limited to AWS, GCP, Azure — excludes other cloud providers.
Researched Jul 3, 2026
Push Security
36 mentions across 3 sources · 30% positive — critical
Hacker News, YouTube, Lemmy
What users praise
- • Deploys as extension across all major browsers, avoiding enterprise lock-in
- • Autonomous hunting agents detect and block zero-day threats in real time
- • Addresses emerging AiTM phishing, ClickFix, and session hijacking attacks
- • Provides shadow AI discovery and governance, a growing need
What frustrates them
- • Limited independent reviews and community deployment case studies
- • Extension-based agent may impact browser performance on low-end devices
- • Pricing for advanced features likely steep for SMBs
- • Configuration complexity requires skilled security engineers
Researched Aug 18, 2026
Who should pick which
- Security Operations AnalystPick: Push Security
Push Security provides real-time detection of browser-based attacks (AiTM, session hijacking) and integrates with SIEM/SOAR tools (Splunk, Snowflake) for automated response.
- Engineering Lead at Fintech StartupPick: Veria Labs
Veria Labs autonomously finds critical vulnerabilities in code and cloud (e.g., authentication bypasses), generates exploit PoCs, and integrates with GitHub CI/CD – ideal for fast-moving teams shipping frequently.
- CISO at Large EnterprisePick: Push Security
Push Security hardens unmanaged identities with in-browser MFA guardrails, detects ghost logins, and controls AI tool data leakage across all browsers without requiring a single enterprise browser.
- Startup Founder (No Security Team)Pick: Veria Labs
Veria’s continuous autonomous pentesting catches bugs before production without needing in-house security expertise, and the actionable reports help developers patch quickly.
Frequently Asked Questions
Veria Labs vs Push Security: which should you choose?
Choose Push Security if you need to stop browser-based attacks (AiTM, session hijacking) and control employee AI tool usage across all browsers without forcing a migration. Choose Veria Labs if your priority is continuous, autonomous penetration testing of your code and cloud environments – especially for fast-moving engineering teams that ship frequently and want real vulnerabilities with exploit PoCs, not just SAST reports. They address completely different attack surfaces: end-user browser vs. application/cloud infrastructure.
Can Push Security replace my EDR?
No – Push complements EDR by focusing on browser-side attacks (AiTM, session hijacking) that EDRs often miss. Per their news, attackers bypass EDR via browser, so Push closes that gap.
Does Veria Labs do static analysis (SAST)?
Veria is not traditional SAST; it performs autonomous penetration testing – mapping attack surfaces, chaining logic flaws, and generating exploit PoCs. It finds real, exploitable vulnerabilities, not just patterns.
What browsers does Push Security support?
Push works across all major browsers (Chrome, Edge, Firefox, etc.) via browser extension – no single browser migration needed.
How does Veria Labs integrate with CI/CD?
Veria connects via Git integration (GitHub, GitLab, Bitbucket) and triggers scans on code changes. It provides real-time alerts and reports directly in the pipeline.
Is Push Security suitable for mobile devices?
Push detects mobile phishing via SMS/QR codes, but its primary extension-based protection is for desktop browsers.
Can Veria Labs test cloud configurations?
Yes – it analyzes cloud environments (AWS, GCP, Azure) for vulnerabilities such as misconfigurations and authentication issues.
Does Push Security offer on-premises deployment?
No – Push is cloud-based. This may be a barrier for organizations with strict on-prem requirements.
What types of vulnerabilities does Veria Labs discover?
Veria finds code-level bugs (logic flaws, auth bypasses) and cloud vulnerabilities. Recent examples include proof forgery in Aleo, sandbox escape in Pydantic, and 1-click RCE in Goose AI agent.
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Last reviewed: July 3, 2026