Enterprise Identity & Access Management  for the AI Era.

Ensurity helps enterprises strengthen identity security through hardware-backed, phishing-resistant authentication and enterprise credential management.

Traditional password-based authentication can expose organisations to phishing, credential theft, account takeover and social engineering attacks. Even multi-factor authentication can be targeted through techniques such as MFA fatigue, session hijacking and adversary-in-the-middle attacks.

Ensurity addresses these risks through:

• ThinC-AUTH FIDO2 security keys: Hardware-backed authentication using cryptographic credentials rather than reusable passwords.
• AuthAMS: Credential and asset lifecycle management, including key and machine binding.
• XSense IdP: Enterprise identity and access management for controlling and managing authentication across enterprise applications.

Together, these capabilities help organisations reduce their dependence on passwords, strengthen privileged access and implement more secure passwordless authentication solutions.

AuthAMS is Ensurity's Authentication and Asset Management System, designed to manage authentication credentials and associated assets across their lifecycle.

Enterprise environments have to manage multiple security keys, credentials, machines and access points. Without centralised credential lifecycle management, organisations can struggle to maintain visibility and control over these assets.

AuthAMS helps enterprises manage this environment through capabilities such as:

• Credential and asset lifecycle management.
• Security key and machine binding.
• Credential association with authorised devices.
• Management of authentication assets across their lifecycle.

AuthAMS complements FIDO2 authentication by adding an enterprise management layer to passwordless authentication security. It helps organisations strengthen control over the credentials and devices used to access critical business systems.

Cross-OS authentication enables users to authenticate securely across different operating systems and computing environments without depending on a separate password-based authentication method for every platform.

Enterprises often operate across multiple environments, including Windows desktops, macOS devices, remote desktop infrastructure and other supported enterprise systems. Managing different authentication methods across these environments can increase complexity and create security gaps.

Ensurity's passwordless authentication solutions are designed to support authentication across supported operating systems and enterprise use cases through hardware-backed FIDO2 security keys.

This helps organisations establish a more consistent authentication experience across their IT infrastructure, including supported desktop, remote access and enterprise application environments.

Sandboxed biometric authentication is an approach in which biometric processing is isolated within a protected environment, helping reduce exposure of sensitive biometric information to other applications or processes.

Traditional biometric authentication relies on characteristics such as fingerprints or facial recognition to verify a user's identity. However, biometric data needs to be handled carefully because, unlike passwords, biometric characteristics cannot simply be changed if compromised.

Ensurity incorporates sandboxed biometric authentication into its security approach to strengthen the protection of biometric verification. By isolating biometric processing, the approach helps limit exposure while supporting secure authentication.

When combined with FIDO2 authentication and hardware-backed cryptography, biometric passkeys can provide a convenient and secure way to authenticate users without relying on reusable passwords.

Yes. Ensurity supports authentication use cases for environments where systems operate without direct connectivity to the public internet, including air-gapped networks, subject to the deployment architecture and application requirements.

Air-gapped environments are used by organisations that need to isolate critical infrastructure from external networks. However, users and administrators still require secure access to these systems.

Ensurity's FIDO2-based authentication approach and hardware security keys can support suitable on-premises authentication deployments, helping organisations reduce dependence on passwords even in restricted network environments.

This makes hardware-backed passwordless authentication relevant for critical infrastructure, secure enterprise networks and other environments where conventional cloud-dependent authentication may not be suitable.

Machine binding and device binding are security mechanisms that associate authentication credentials with authorised machines or devices.

A credential that can be used without sufficient device-level controls may create additional exposure if it is copied, transferred or used from an unauthorised environment.

With AUTHAMS, Ensurity provides key and machine binding capabilities that help enterprises establish stronger relationships between authentication credentials, security keys and authorised machines.

These controls support enterprise credential management by helping organisations maintain greater control over where and how authentication credentials are used.

Machine binding and device binding are particularly relevant for privileged accounts, administrator access, financial systems and other critical enterprise applications.

Credential lifecycle management refers to the processes involved in managing authentication credentials throughout their lifecycle, from provisioning and onboarding to usage, maintenance, revocation and retirement.

Enterprises manage a growing number of credentials, including passwords, FIDO2 security keys, passkeys, API keys, session credentials and other authentication assets. Without effective management, credentials can remain active beyond their intended use or become difficult to track.

Ensurity's AUTHAMS provides credential and asset lifecycle management capabilities that help enterprises manage authentication assets and strengthen control over their usage.

Effective credential lifecycle management is an important part of passwordless authentication security, particularly when organisations deploy FIDO2 security keys and passkeys at scale.

No. Continuous authentication does not replace the initial sign-in process. It complements it by providing additional verification of trust during an active session.

Initial authentication establishes a user's identity when access is requested. Continuous authentication can then help assess whether the user's access should remain trusted as the session progresses, depending on the signals and controls implemented by the organisation.

This is particularly relevant for sensitive applications, privileged accounts and critical enterprise systems where access risk can change after the initial login.

By combining strong initial authentication with continuous authentication and appropriate access controls, organisations can build a stronger identity security framework.

XSense IdP is Ensurity's enterprise Identity Provider (IdP), designed to support enterprise identity and access management.

An Identity Provider manages user authentication and helps organisations control access to applications and enterprise resources. It plays a central role in establishing and enforcing authentication policies across an organisation.

XSense IdP forms the enterprise identity layer within Ensurity's authentication ecosystem. It works alongside ThinC-AUTH FIDO2 security keys and AUTHAMS to support passwordless authentication, stronger identity verification and controlled access.

Together, these capabilities help enterprises move beyond traditional passwords towards a more secure and manageable identity and access architecture.