Apex vs Push Security
Side-by-side comparison of features, pricing, and ratings
At a glance
| Dimension | Apex | Push Security |
|---|---|---|
| Pricing | Contact for pricing | Freemium |
| Primary Focus | Continuous adversarial security testing (agent-based pentesting) | Browser security (phishing, AI tool control, identity protection) |
| Key Differentiator | Autonomous AI agents that exploit vulnerabilities and auto-remediate via PRs | Adversary-in-the-middle phishing detection and real-time AI tool DLP |
| Deployment | CI/CD integration (config file), terminal CLI | Browser extension (multi-browser), cloud-based |
| Best For | DevOps teams with CI/CD pipelines, shift-left security | Security teams combating browser-based attacks and AI tool risks |
| Integrations | GitHub, Slack | Okta, Azure AD, Google Workspace, Slack, Splunk, Snowflake |
Autonomous offensive-security agents that continuously find, exploit, and patch vulnerabilities in your apps, APIs, and AI agents.
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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: Apex 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.
Apex
82 mentions across 6 sources · 31% positive — critical (weighted across 6 sources)
Hacker News, Product Hunt, App Store, Stack Overflow, GitHub, Lemmy
What users praise
- • Continuous adversarial testing after each deployment is a fresh, proactive approach.
- • Autonomous agents produce real PoCs, proving vulnerabilities, not just flags.
- • Auto-remediation through PRs saves security teams significant manual effort.
- • Open-source CLI lets researchers test the engine for free personally.
What frustrates them
- • Almost no direct community feedback exists to validate claims or efficacy.
- • Only two documented integrations (GitHub and Slack) limit broader ecosystem fit.
- • Auto-fixing PRs may undermine developer control and security review processes.
- • Dependence on AI agents could generate false positives requiring human oversight.
Researched Sep 9, 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
- DevOps/Security Engineer in a fast-moving CI/CD environmentPick: Apex
Apex integrates directly into CI/CD pipelines, runs tests after every deployment, and auto-remediates via PRs—perfect for shift-left security without slowing down releases.
- Security team fighting AI-powered phishing and session hijackingPick: Push Security
Push detects AiTM, ClickFix, and session hijacking in real-time across browsers, and its freemium model lets you start immediately.
- Identity team hardening MFA/SSO and detecting shadow SaaSPick: Push Security
Push discovers ghost logins, shadow SaaS, and provides guardrails for MFA registration and password changes—directly addresses identity risks.
- Organization needing to control employee AI tool usage and prevent data leakagePick: Push Security
Push provides AI tool inventory, usage policies, and in-browser DLP (clipboard, file uploads) to stop data exfiltration to LLMs.
- AppSec team needing to scale beyond manual pentesting for custom business logicPick: Apex
Apex's custom threat modeling and autonomous exploitation cover business logic vulnerabilities, with PoC evidence and auto-fix PRs.
Frequently Asked Questions
Are Apex and Push Security competitors?
No. Apex focuses on continuous application security testing (vulnerability discovery and auto-remediation) while Push Security focuses on browser-based threats (phishing, session hijacking, AI tool control). They solve different security problems.
Does Apex offer a free tier?
No, Apex's pricing is contact-based. There is no mention of a free tier in the provided data.
Does Push Security require deploying a proprietary browser?
No. Push Security works as a browser extension on Chrome, Edge, Firefox, Brave, and others—no enterprise browser needed.
Can Apex test AI agent attack surfaces?
Yes. Apex includes adversarial testing for AI agents, covering prompt injection, tool misuse, data exfiltration, and more.
Does Push Security detect malicious browser extensions?
Yes, malicious browser extension detection and blocking is a listed feature of Push Security.
What integrations does Apex support?
GitHub and Slack are listed integrations. It also offers a config file (.pensar.yml) for CI/CD integration and an open-source CLI.
Does Push Security support SIEM integration?
Yes, Push integrates with Splunk and Snowflake for SIEM/SOAR workflows.
Can Apex retest specific endpoints?
Yes, Apex has a retest capability for specific endpoints, allowing verification of fixes.
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Last reviewed: July 5, 2026