AI Security suite
AI security, anchored in hardware
Eliminate the new attack surface
Block AI-powered credential theft and phishingGPT's with passwordless, device-bound authentication that cryptographically ties every login to a specific device.
See your entire AI ecosystem
Prevent compromised devices from accessing resources, committing code, or building with AI agents.
Prevent unauthorized agent actions
Identify deepfake attacks in real-time by continuously verifying both the user and their device during meetings and chats.
Audit and provenance
Secure non-human identities and AI agents with the same device-bound authentication and continuous posture verification applied to human users.
Hardware-bound
Hardware-bound agent identity
Eliminate credential and API key sprawl. Keys never leave hardware.
MCP Discovery
MCP server discovery
& control
Map and control every MCP server across your environment. Enforce which servers are allowed, what they can do, and who can invoke them.
continuous enforcement
Continuous posture verification
Autonomous trust enforced continuously. Evaluate the security posture of every agent and device.
activity details
Agent activity tracing
Log the complete identity chain for every agent transaction: which agent, which device, which tool, which user.
granular policies
Policy-based tool authorization
Define granular policies controlling which agents can invoke which tools and access what data based on device posture, user identity, and organizational role.
Built to protect every agent,
on every device
AI agents run everywhere. Traditional security was not designed for non-human identities that act autonomously.
Understand your AI attack surface
Catalog every agent: what it does, where it runs, what tools it uses, who it acts for. Visualize relationships between AI agents, users, MCP servers, and data sources.
Build the foundation for what's next
AI security is evolving. Soon you will need to answer "what data influenced this decision." Hardware-anchored identity is the foundation for context-aware security.
Ensure agents only run on trusted devices
Apply device trust verification to agent infrastructure. Managed or unmanaged, cloud or on-prem, every device must meet your posture requirements.
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AI security, anchored in hardware
Every agent, action, tool traces back to verified identity.
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Eliminate the new attack surface
Ensure every autonomous action is cryptographically tied to an identity and verified device.
See your entire AI ecosystem
Discover every MCP server, every agent, and every tool connection across your environment.
Prevent unauthorized agent actions
Enforce deterministic policy on tools, MCP servers, and data accessed.
Audit and provenance
Every agent action, tool invocation, and data access is bound to identity and device context.
Hardware-bound agent identity
Eliminate credential and API key sprawl. Keys never leave hardware.
MCP server discovery
& control
Map and control every MCP server across your environment. Enforce which servers are allowed, what they can do, and who can invoke them.
Continuous posture verification
Autonomous trust enforced continuously. Evaluate the security posture of every agent and device.
Agent activity tracing
Log the complete identity chain for every agent transaction: which agent, which device, which tool, which user.
Policy-based tool authorization
Define granular policies controlling which agents can invoke which tools and access what data based on device posture, user identity, and organizational role.
Why Beyond Identity?
Traditional MFA providers leaves organizations exposed to modern threats. Beyond Identity’s phishing-resistant MFA solution prevents those threats at the source.
Validating both users and devices continuously, as separate
but equally important requirements for risk-based authentication.
Single-point in time authorization of users only, oftentimes using phishable factors that can leave organizations open to risk.
Frictionless
Authenticates users through built-in biometrics or device unlock — no codes, links, or second devices required.
Frustrating
Adds friction with passwords, OTPs, push notifications, and secondary devices.
100% Phish-resistant
100% resistant — uses tamper-proof, device-bound cryptographic passkeys.
Vulnerable
Relies on phishable factors like SMS, OTP, or push approvals.
operation
100% Passwordless
Passwords are fully eliminated across devices and operating systems.
Relies on passwords
Passwords are required for setup or fallback authentication.
validation
User and device
Authenticates both user identity and device posture (e.g., OS version, encryption, firewall).
Users only
Focuses on user identity only; device trust is ignored.
Always-on
Monitors user and device compliance after login; revokes access if the user or device drifts out of policy.
Static
Performs static checks at login — no reevaluation post-authentication.
Continuous
Continuously enforces fine-grained policies across managed and unmanaged devices.
Static
Provides no visibility into device security posture.
integration
Fully integrated
Integrates natively with CrowdStrike, Intune, Jamf, Okta, SentinelOne, and others to enforce conditional access.
Limited
Limited or surface-level integrations, often lacking enforcement.
Enhanced
Exports cryptographically linked user-device logs to SIEMs (JSON/syslog) for forensic investigation.
Siloed
Siloed logging; minimal context for incident response.
policy enforcement
Easy
Built-in controls enforce Zero Trust and compliance frameworks (e.g., NIST 800-207) by design.
Complicated
Admins must manually configure controls; inconsistent and hard to scale.
Compliant
Designed from the ground up to enforce Zero Trust — no implicit trust, continuous validation of users and devices.
Immature
Still perimeter-based; lacks continuous trust evaluation.
