Clawvisor vs Push Security
Side-by-side comparison of features, pricing, and ratings
At a glance
| Dimension | Clawvisor | Push Security |
|---|---|---|
| Focus | AI agent security gateway with task-level authorization | Browser-based attack detection and AI tool security |
| Deployment | Self-hosted open-core gateway | Cloud-based browser extension |
| Pricing | Freemium (open-core, no seat caps) | Freemium (paid tiers undisclosed) |
| Target Users | Engineering & security teams running agents | Security & identity teams |
| Key Protection | Credential theft, unauthorized tool calls, cost overruns | AiTM phishing, session hijacking, AI data leakage |
| Notable Integration | MCP servers, Gmail, GitHub, Slack | Okta, Azure AD, Google Workspace |
Choose Push Security if you need to defend against browser-based attacks (AiTM, session hijacking) and control AI tool usage across employees. Choose Clawvisor if you run production AI agents and need a safe, auditable gateway that approves tasks once without per-call friction. They solve different problems: one is a browser security platform, the other an agent control plane.
Task-level authorization for AI agents: approve the purpose once, every tool call is scoped to it.
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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: Clawvisor 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.
Clawvisor
23 mentions across 2 sources · 35% positive — critical (averaged across 2 sources)
Hacker News, YouTube
What users praise
- • Task-level approval reduces approval fatigue, matching a real pain point.
- • Fail-closed by default offers secure zero-access starting point for agents.
- • Credential vault keeps secrets away from agent, good security posture.
- • Per-task cost attribution helps track spending by tool calls and tokens.
What frustrates them
- • Almost no direct user feedback to validate real-world performance.
- • Agent identity overhead might overcomplicate simpler use cases.
- • Lack of community discussion makes it hard to assess reliability.
- • YouTube banter is all about OpenClaw, not Clawvisor.
Researched Aug 31, 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
Who should pick which
- Security team defending against phishingPick: Push Security
Push Security detects and blocks AiTM, ClickFix, and session hijacking attacks using browser telemetry, which is core to its value.
- Engineering team running Claude Code agentsPick: Clawvisor
Clawvisor provides task-level authorization and credential isolation specific to agent tool calls, ideal for production agent safety.
- Organization securing employee AI tool usagePick: Push Security
Push Security offers AI tool visibility, clipboard DLP, and OAuth controls for browsers, directly addressing data leakage to LLMs.
- DevOps team using MCP serversPick: Clawvisor
Clawvisor integrates deeply with MCP and common tools, offering per-task cost attribution and audit trails for agent actions.
- Identity team hardening SSO adoptionPick: Push Security
Push Security's in-browser MFA registration and password change guardrails help enforce identity policies without endpoint lock-in.
Frequently Asked Questions
Clawvisor vs Push Security: which should you choose?
Choose Push Security if you need to defend against browser-based attacks (AiTM, session hijacking) and control AI tool usage across employees. Choose Clawvisor if you run production AI agents and need a safe, auditable gateway that approves tasks once without per-call friction. They solve different problems: one is a browser security platform, the other an agent control plane.
Can Push Security block AI agent tool calls?
No. Push Security focuses on human browser activity and AI tool usage via web interfaces, not agent API calls. For agent-level controls, use Clawvisor.
Does Clawvisor protect against browser phishing?
No. Clawvisor is a gateway for agent-to-tool interactions, not for browser-based attacks like AiTM or session hijacking.
Is Push Security available on-premises?
No, Push Security is cloud-based as per its description. Clawvisor supports self-hosted deployment.
Do both tools integrate with identity providers?
Push Security integrates with Okta, Azure AD, and Google Workspace. Clawvisor does not mention IdP integration; it uses RBAC/ABAC policies.
Can I use both tools together?
Yes. They are complementary: Push Security protects browser and AI tool usage by humans; Clawvisor secures agent actions. No known conflicts.
Which tool provides audit trails?
Both. Push Security logs browser telemetry; Clawvisor logs every tool call, argument, and decision. Clawvisor focuses on agent actions.
What does "fail-closed" mean for Clawvisor?
Agents start with zero access; every tool call must be explicitly authorized within an approved task scope. This prevents accidental or malicious access.
Does Push Security detect malicious browser extensions?
Yes, malicious browser extension detection is a listed feature. Clawvisor does not cover browser extensions.
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Last reviewed: July 3, 2026