Alma vs Push Security

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

Analysis reviewed Live tool data as of 2026-08-23
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At a glance

DimensionAlmaPush Security
PricingFreemium (free for up to 3 users; paid self-hosted tiers)Freemium (free tier available; paid starts at $20/user/mo estimated)
Deployment modelSelf-hosted open-core binary (no phone-home)Cloud-based browser extension
Primary focusAI agent governance, least-privilege enforcement, audit trailsBrowser-based attacks (AiTM, ClickFix, session hijack) + AI tool DLP
Policy engineCedar-based RBAC/ABAC, deny-closed default, hash-chained ledgerReal-time controls (blocks, guardrails) via browser telemetry
Target personaPlatform/DevOps engineers, security architectsSecurity teams, identity teams
Latest news highlights2026-06-30: v0.1.0-alpha.1 pre-release; access map; kill switch; FinOps2026: poisoned tenant attack lessons; agentic threat hunting pipeline

Choose Push Security if your primary threat is browser-based attacks (AiTM, ClickFix, session hijacking) and you need to control AI tool data leakage across any browser without migration. Choose Alma if you're a DevOps or security team governing AI agents (Claude Code, MCP servers) in a self-hosted environment and require least-privilege enforcement with an immutable audit trail. They are complementary: Push protects the user endpoint; Alma protects the agent infrastructure.

Alma
Alma

Self-hosted, vendor-neutral AI agent governance with passive discovery, policy enforcement, and cryptographic audit.

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Push Security
Push Security

Browser security for the AI era: detect and block AI-powered attacks.

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Pricing
Freemium
Freemium
Plans
$0/mo
Price at launch
$5/user/month (annual) or monthly per user
Custom
Popularity
4 views
7.5k views
Skill Level
Intermediate
Advanced
API Available
Platforms
WebAPICLI
Web
Categories
🛡️ AI Governance & Guardrails🔒 Security & Privacy
🚨 Threat Detection & SOC🔒 Security & Privacy
Features
Passive agent discovery without proxies or agents
Real-time read/write access map (permitted vs observed)
Cedar-based RBAC/ABAC policy engine with deny-closed defaults
Append-only audit ledger with Ed25519 cryptographic chaining
Emergency kill switch for agent or model session revocation
FinOps with per-agent and per-model budget enforcement
Drift detection with confidence levels
Claude Code integration via OpenTelemetry gen_ai telemetry
MCP server governance with OAuth 2.1
Policy Enforcement Point (PEP) for Claude Code hooks
Workload identity federation with short-lived JWT tokens
SAML 2.0 / OIDC identity federation
Compliance evidence module (SOC 2, ISO 27001, NIST) with OSCAL export
SLSA Build Level 3 provenance attestation on releases
mTLS between all internal components
AitM / reverse-proxy phishing detection
ClickFix / clipboard injection blocking
Session hijacking detection and blocking
Malicious OAuth consent flow blocking
Ghost login discovery (password fallback paths)
Shadow AI app discovery and inventory
AI prompt and data input monitoring
AI file upload monitoring and blocking
Agentic browser detection (Comet, Atlas, Dia)
Autonomous threat hunting agents
In-browser MFA registration and password change guardrails
Illicit browser extension detection and blocking
Extension allowlisting with default-deny management
Device code phishing detection
Shadow SaaS discovery and control
Integrations
Claude Code
OpenTelemetry
OIDC
SAML 2.0
PostgreSQL
Sigstore
Fulcio
Rekor
CyberArk Conjur
NATS
Okta
Google Workspace
Microsoft 365
Microsoft Teams
Microsoft Sentinel
Datadog
Splunk Cloud
SentinelOne
Slack
Webhooks
REST API

What real users say: Alma 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.

Alma

69 mentions across 4 sources · 30% positive — critical

Hacker News, Product Hunt, App Store, Lemmy

What users praise

  • Deny-closed default with Cedar-based RBAC/ABAC is security-best-practice approach.
  • Passive discovery of agents and MCP servers without proxies or agents.
  • Tamper-evident audit ledger with cryptographic chaining ensures compliance readiness.
  • Emergency kill switch for instant session revocation adds critical safety.

What frustrates them

  • No community feedback available to validate actual usability or stability.
  • Feature claims are extensive but unverified in real-world deployments.
  • AGPL license with 3-user cap may complicate evaluation and adoption.
  • Documentation and onboarding experience cannot be assessed from data.

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 team facing browser-based attacks
    Pick: Push Security

    Push detects and blocks AiTM, ClickFix, session hijacking, and malicious OAuth – the top browser threats – without changing browsers.

  • Platform team governing AI agents (Claude Code, MCP)
    Pick: Alma

    Alma provides passive discovery, least-privilege access maps, and kill switch for AI agents on self-hosted infrastructure.

  • CISO needing AI tool DLP for employees
    Pick: Push Security

    Push offers in-browser DLP for AI tools (clipboard, file upload) and real-time AI usage control – critical for data leakage prevention.

  • DevOps team with air-gapped environment
    Pick: Alma

    Alma is self-hosted, no phone-home, supports air-gap – ideal for strict data residency or compliance.

  • Identity team hardening unmanaged logins
    Pick: Push Security

    Push provides in-browser MFA registration guardrails and detects ghost logins/shadow SaaS – directly addresses identity attack surface.

Frequently Asked Questions

Alma vs Push Security: which should you choose?

Choose Push Security if your primary threat is browser-based attacks (AiTM, ClickFix, session hijacking) and you need to control AI tool data leakage across any browser without migration. Choose Alma if you're a DevOps or security team governing AI agents (Claude Code, MCP servers) in a self-hosted environment and require least-privilege enforcement with an immutable audit trail. They are complementary: Push protects the user endpoint; Alma protects the agent infrastructure.

Are Push and Alma competing or complementary?

Complementary. Push protects the browser endpoint (attacks, AI data loss); Alma governs AI agents on infrastructure. They can work together.

Does Alma require a cloud connection?

No. Alma is self-hosted, offline-capable with Ed25519 license verification – no phone-home.

Can Push Security work with any browser?

Yes, Push deploys as a browser extension across major browsers – no forced migration to a single enterprise browser.

What is Alma's latest release?

Alma released v0.1.0-alpha.1 on 2026-06-30 with core governance, access map, kill switch, FinOps, Claude Code/MCP support.

Does Push Security detect AI agent usage?

Yes, Push provides real-time AI tool visibility and in-browser DLP (clipboard, file uploads) for AI tools like ChatGPT.

Does Alma support identity federation?

Yes, via SAML 2.0 and OIDC with scoped delegation.

Which tool is better for compliance?

Both: Push helps with AI regulation compliance (US/EU/UK); Alma provides an append-only audit ledger with hash chaining for SOC 2/ISO 27001.

Can I use both tools together?

Yes, they cover different layers – browser (Push) and agent infrastructure (Alma) – and can be deployed simultaneously.

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Last reviewed: July 3, 2026