Clawdstrike vs Push Security
Side-by-side comparison of features, pricing, and ratings
At a glance
| Dimension | Clawdstrike | Push Security |
|---|---|---|
| Pricing | Contact for pricing | Freemium |
| Deployment | Lightweight endpoint agent (<1% CPU) | Browser extension + cloud, no endpoint agent |
| Attack Focus | Workstation and agent fleet threats (behavioral anomalies, supply chain, misconfigurations) | Browser-based attacks (AiTM, ClickFix, session hijacking, OAuth phishing, ghost logins) |
| AI Security | Designed for autonomous agent fleets, ML workflow monitoring | AI tool visibility and usage control, data loss prevention for LLMs, clipguard |
| Best For | DevOps/SRE, ML platforms, fintech/crypto with dev workstations | Security teams, identity teams, organizations securing AI tool use |
| Integrations | Splunk, ELK Stack, Slack, PagerDuty, Jira | Okta, Azure AD, Google Workspace, Slack, Splunk, Snowflake |
Push Security and Clawdstrike address different security layers. Push focuses on browser-based threats and AI tool governance without endpoint agents, making it ideal for identity and security teams managing unmanaged devices and shadow AI. Clawdstrike is an EDR purpose-built for developer workstations and agent fleets, offering low-friction behavioral detection for technical teams. Choose Push if your priority is browser attack prevention and AI data loss; choose Clawdstrike if you need lightweight endpoint detection for DevOps environments.
AI-native EDR aimed at developer workstations and the autonomous agent fleets that run alongside them.
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Push Security delivers browser security for the AI era — stopping AiTM, ClickFix and consent phishing while governing shadow AI
Visit WebsiteWhat real users say: Clawdstrike 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.
Clawdstrike
3 mentions across 2 sources · 55% positive — mixed (averaged across 2 sources)
Hacker News, GitHub
What users praise
- • Lightweight agent with under 1% CPU impact on dev machines.
- • Swarm detection correlates events across multiple endpoints for coordinated attacks.
- • Open-source and free to inspect, fork, and extend.
- • Designed specifically for AI agent fleets and containerized environments.
What frustrates them
- • Very early-stage with 57 open issues — stability is questionable.
- • Tied to the niche OpenClaw ecosystem, limiting broader adoption.
- • No clear pricing or support model for enterprise deployment.
- • Documentation and tutorials are sparse or non-existent.
Researched Jul 5, 2026
Push Security
30 mentions across 3 sources · 34% positive — critical (weighted across 3 sources)
Hacker News, YouTube, Lemmy
What users praise
- • Interaction-level detection catches ClickFix, OAuth consent phishing and pastes that URL-reputation tools miss
- • Explicit AiTM, BitB and BitM reverse-proxy coverage addresses the phishing class that beats MFA
- • Shadow-AI discovery and policy enforcement is a genuinely differentiated control for 2025-era risk
- • No endpoint agent, no network appliance — deployment is extension-based and fast
What frustrates them
- • Nearly no independent community reviews — Reddit, Product Hunt and GitHub data is essentially absent
- • Browser-extension-only coverage leaves non-browser auth paths and mobile-first flows unmonitored
- • Blocking at the paste/upload/consent level risks interrupting legitimate workflows and generating tickets
- • Autonomous threat-hunting agents risk adding noise to already-overloaded SOC alert queues
Researched Oct 7, 2026
Who should pick which
- Security team managing remote identities and unmanaged devicesPick: Push Security
Push detects AiTM phishing, session hijacking, and ghost logins without endpoint agents, ideal for unmanaged browser environments.
- SOC analyst hunting browser-based attacksPick: Push Security
Push provides agentic threat hunting with browser telemetry for AiTM, ClickFix, and OAuth attacks.
- AI governance officer controlling LLM data leakagePick: Push Security
Push offers real-time AI tool visibility, clipboard/file upload DLP, and usage policy enforcement.
- DevOps engineer protecting CI/CD workstationsPick: Clawdstrike
Clawdstrike's lightweight agent monitors developer workflows and containerized environments with low false positives.
- ML platform operator securing autonomous agent fleetsPick: Clawdstrike
Clawdstrike is built for agent fleets with behavioral monitoring and swarm detection across endpoints.
Frequently Asked Questions
Clawdstrike vs Push Security: which should you choose?
Push Security and Clawdstrike address different security layers. Push focuses on browser-based threats and AI tool governance without endpoint agents, making it ideal for identity and security teams managing unmanaged devices and shadow AI. Clawdstrike is an EDR purpose-built for developer workstations and agent fleets, offering low-friction behavioral detection for technical teams. Choose Push if your priority is browser attack prevention and AI data loss; choose Clawdstrike if you need lightweight endpoint detection for DevOps environments.
Can Push Security work without an endpoint agent?
Yes, Push Security is a browser security platform using a browser extension and cloud service, no endpoint agent required.
Does Clawdstrike support containerized environments?
Yes, Clawdstrike supports container and ephemeral environment monitoring.
Which tool is better for AI tool usage control?
Push Security offers dedicated AI tool visibility, data loss prevention, and usage control for browser-based AI tools.
Can Clawdstrike detect browser-based phishing like AiTM?
No, Clawdstrike focuses on endpoint behavioral monitoring; browser-based attacks like AiTM are outside its scope.
Is Push Security a replacement for EDR?
No, Push Security complements EDR by covering browser-layer attacks not visible to endpoint agents.
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Last reviewed: July 5, 2026