ScreenMind vs Push Security

Side-by-side comparison of features, pricing, and ratings

Analysis generated Live tool data as of 2026-11-13
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ScreenMind or Push Security: which should you choose?

DimensionScreenMindPush Security
CategoryLocal screen-capture AI memory (macOS)Browser security / anti-phishing + shadow AI governance
PricingFree, MIT-licensed (bring your own hardware)Paid — from $5/user/month (mid-market under 500 seats)
PlatformmacOS app (Windows/Linux not the target)Browser extension across popular, AI and enterprise browsers plus Chrome OS
DeploymentOn-device; no cloud calls after initial model download, no telemetryNo endpoint agent, no network appliance, no enterprise browser migration
Primary buyerIndividual macOS users, developers, researchersSecurity and identity teams under 500 seats
Key integrationsClaude Desktop, Cursor, VS Code, Obsidian, Notion, Slack, Discord, IFTTTOkta, Google Workspace, Microsoft 365, Sentinel, Splunk, Slack, REST API
ScreenMind
ScreenMind

ScreenMind builds a local, searchable AI screen memory with on-device Gemma 4 vision analysis.

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Push Security
Push Security

Browser security extension that blocks AiTM phishing and ClickFix while giving teams shadow AI visibility

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Pricing
Free
Paid
Plans
Open Source (MIT)Free
Standard$5/user/mo
EnterpriseCustom
Popularity
14 views
7.5k views
Skill Level
Advanced
Advanced
API Available
Platforms
Desktop
Web
Categories
📝 Notes & Knowledge Management💾 Local & On-Device AI
🚨 Threat Detection & SOC🔒 Security & Privacy
FeaturesScreenMindPush Security
Content-change screen capture using pHash instead of a fixed timer
On-device Gemma 4 vision analysis: app, activity, mood, scene, spatial layout
Hybrid search combining MiniLM embeddings with FTS5 keyword matching
Conversational RAG chat over screen history with follow-up context
Voice memos via Ctrl+Shift+V, transcribed by Gemma 4's audio encoder
Meeting transcription for Zoom, Teams, Webex, Slack, Discord, Google Meet
Three analysis modes: Accurate (~76s), Balanced (~40s), Fast (~12s)
Per-app pHash cache with 3-tier app-aware staleness windows
Sensitive data filter redacts credit cards, SSNs, API keys, passwords
AES encryption at rest with key in the OS keyring, plus PBKDF2 dashboard PIN
Incognito mode and auto-delete retention (default 7 days)
In-app Model Hub for Gemma 4 E2B, E4B, 12B in Q4_0, Q8_0, or BF16
MCP server exposes screen history to Claude Desktop, Cursor, VS Code
Agent Platform for Markdown or Python automation agents
Day Rewind timelapse playback and analytics dashboard with hourly heatmap
Real-time AiTM reverse-proxy phishing detection and blocking in the browser
Cloned login page, Browser-in-the-Browser and Browser-in-the-Middle detection
ClickFix clipboard injection blocking at the point of interaction
Device code phishing detection via OAuth 2.0 Device Authorization Grant abuse
ConsentFix and malicious OAuth consent monitoring, blocking and app removal
Session hijacking and credential attack blocking with custom detection rules
Malicious browser extension detection, risk scoring, removal and default-deny allowlisting
Extension supply chain change monitoring for ownership transfers and permission escalations
Shadow AI app discovery and agentic browser detection
AI prompt and data-input monitoring plus AI clipboard monitoring and blocking
AI file upload monitoring and AI OAuth / agent permission monitoring
AI usage policy enforcement blocking unsanctioned AI tools
Data loss prevention enforced at the point of interaction in the browser
Autonomous threat hunting agents that write detection rules and deploy blocks
Browser telemetry investigation and response across tabs and popups; REST API for custom integrations
IntegrationsScreenMindPush Security
Claude Desktop
Cursor
VS Code
Obsidian
Notion
Slack
Discord
IFTTT
Proofpoint
Okta
Google Workspace
Microsoft 365
Microsoft Teams
Microsoft Sentinel
Datadog
Splunk
SentinelOne

How do ScreenMind and Push Security compare feature by feature?

Push Security and ScreenMind are different product classes, so 'features' mean entirely different things. Push is a defensive browser extension: it detects and blocks Adversary-in-the-Middle reverse-proxy phishing, cloned login pages, Browser-in-the-Browser, Browser-in-the-Middle, ClickFix clipboard injection, device-code phishing, and consent phishing — including OAuth monitoring, blocking and malicious app removal. It inventories and risk-scores browser extensions, watches supply-chain changes (ownership transfers, permission escalations, delisting), detects infostealer delivery, credential stuffing across SaaS logins, QR/SMS mobile phishing, and 'ghost logins' on password fallback paths that bypass SSO. It also covers shadow-AI discovery and control over prompts, clipboard use and LLM uploads, and integrations span Okta, Google Workspace, Microsoft 365, Sentinel, Splunk, Datadog and SentinelOne. Recent research (ConsentFix v3, LLMShare abusing AI chatbot share features to host malware, AiTM kits targeting TikTok business accounts) shows the threat surface it targets keeps expanding. ScreenMind is the opposite: a recording-and-recall tool. It uses pHash content-change detection instead of a fixed timer, runs Gemma 4 vision analysis for app/activity/mood/scene/spatial labels, and offers hybrid search (MiniLM embeddings plus FTS5). It does conversational RAG over your screen history, voice memos transcribed by Gemma 4's audio encoder, auto-detected Zoom/Teams/Meet transcription with summaries, three analysis modes (~76s/~40s/~12s), per-app caching, sub-1-second chat-first GPU priority, auto-pause for games/editors/3D software, redaction of cards/SSNs/API keys/passwords, and AES encryption at rest. One is an organizational control plane; the other is a personal memory tool.

Which is cheaper, ScreenMind or Push Security?

The pricing models share nothing. Push Security is paid enterprise software with a stated entry point of $5/user/month for mid-market security teams under 500 seats — the kind of per-seat, per-month line item a security budget absorbs because it replaces or augments email/SWG controls and avoids an enterprise browser migration or endpoint agent rollout. Total cost scales with seats and the integrations you wire in (Okta, Microsoft 365, Google Workspace, Splunk, Sentinel). There is no free tier described and no consumer motion. ScreenMind is free and MIT-licensed; its cost is hardware and your time. You need a macOS machine, and it runs on any GPU with 4GB VRAM or CPU-only with no NPU required, so modest hardware works. The trade is that you self-host, self-support, and accept an early-stage project: roughly 216 GitHub stars, 16 forks, 90 commits, and explicitly no vendor SLA or paid support. Push's price buys institutional trust, integrations and a support relationship; ScreenMind's price of zero buys you a tool you maintain yourself. Comparing '$5/user/month vs $0' is apples-to-oranges — one is a recurring security line item protecting many users, the other is a no-cost app one person installs. Neither is 'cheaper'; they just aren't sold into the same budget or decision.

Who should pick ScreenMind, and who should pick Push Security?

  • Security team seeing AiTM/ClickFix/consent phishing slip past email and SWG controls
    Pick: Push Security

    It detects those specific attacks in-browser and removes malicious OAuth grants.

  • Identity team hunting ghost logins and password fallback paths around SSO
    Pick: Push Security

    Ghost login, credential-stuffing and session-hijack detection target non-SSO paths.

  • Mid-market org under 500 seats wanting phishing defense on a per-seat budget
    Pick: Push Security

    Stated $5/user/month entry, no endpoint agent or browser migration.

  • Privacy-first macOS user wanting Recall-style screen memory
    Pick: ScreenMind

    Local Gemma 4 analysis, AES at rest, no telemetry, no cloud calls.

  • Developer or researcher wanting searchable, chat-able screen history and automations
    Pick: ScreenMind

    Hybrid search, RAG chat, MCP/Agent platform and integrations like Cursor and VS Code.

Frequently Asked Questions

Could a company reasonably buy both?

Conceptually yes but not as alternatives: Push Security protects the organization's browsers, while ScreenMind is an individual's local screen-memory app. They'd land in different budgets and owners, so there's no either/or decision.

Does ScreenMind protect against phishing the way Push Security does?

No. ScreenMind captures, analyzes and stores your screen activity locally; it is not a security control and does not detect or block AiTM, ClickFix or consent phishing.

Does Push Security require an endpoint agent or enterprise browser?

Per the provided data, it ships as a browser extension supporting popular, AI and enterprise browsers plus Chrome OS, with no endpoint agent, network appliance or enterprise browser migration.

Where does ScreenMind run?

It is positioned as a macOS app despite cross-platform autostart code in the project; Windows and Linux primary users are explicitly not the target, and there's no cloud sync or multi-device access.

What kind of support does each offer?

Push Security is commercial software sold to teams and integrates with enterprise tooling. ScreenMind is MIT-licensed with no vendor SLA or paid support — you rely on the open-source project.

Is ScreenMind really free?

Yes, it's free and MIT-licensed; your costs are macOS hardware (any GPU with 4GB VRAM or CPU-only works) and self-maintenance. Push Security is the paid product here, starting at $5/user/month for smaller teams.

What else are ScreenMind and Push Security compared with?

Where can you read more about ScreenMind and Push Security?

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