Allthenticate Knowledge Base
Authentication attacks have plagued enterprises for decades.
We built our de-centralized ecosystem to mitigate entire classes of attacks. Dig in below to see how we are upgrading the authentication landscape.
Man-in-the-Middle
Attackers intercept communications between systems to steal credentials and data. Our hardware-backed certificate pinning and custom Bluetooth protocol make interception mathematically impossible.
Session Hijacking
Stealing authentication tokens to impersonate users. Our continuous cryptographic verification and device-bound credentials make sessions impossible to replicate.
MFA Fatigue
Overwhelming users with authentication prompts until they approve malicious access. Our proximity-based system eliminates prompts entirely while maintaining security.
Ransomware
Malware that encrypts systems until payment. Our hardware-bound security model prevents unauthorized access that enables ransomware deployment.
Phishing
Social engineering tricks users into giving away credentials. With Allthenticate, there are no passwords to steal, and authentication requires physical presence verified by hardware.
Access Control
Exploiting physical security systems by using cloned cards or intercepted signals is a concern. Our ALL-IN reader, installed inside doors, creates an unbypassable trust chain from hardware to access.
Allthenticate Knowledge Base
Authentication attacks have plagued enterprises for decades.
We built our de-centralized ecosystem to mitigate entire classes of attacks. Dig in below to see how we are upgrading the authentication landscape.
Man-in-the-Middle
Attackers intercept communications between systems to steal credentials and data. Our hardware-backed certificate pinning and custom Bluetooth protocol make interception mathematically impossible.
Session Hijacking
Stealing authentication tokens to impersonate users. Our continuous cryptographic verification and device-bound credentials make sessions impossible to replicate.
MFA Fatigue
Overwhelming users with authentication prompts until they approve malicious access. Our proximity-based system eliminates prompts entirely while maintaining security.
Ransomware
Malware that encrypts systems until payment. Our hardware-bound security model prevents unauthorized access that enables ransomware deployment.
Phishing
Social engineering tricks users into giving away credentials. With Allthenticate, there are no passwords to steal, and authentication requires physical presence verified by hardware.
Access Control
Exploiting physical security systems by using cloned cards or intercepted signals is a concern. Our ALL-IN reader, installed inside doors, creates an unbypassable trust chain from hardware to access.
Allthenticate Knowledge Base
Authentication attacks have plagued enterprises for decades.
We built our de-centralized ecosystem to mitigate entire classes of attacks. Dig in below to see how we are upgrading the authentication landscape.
Man-in-the-Middle
Attackers intercept communications between systems to steal credentials and data. Our hardware-backed certificate pinning and custom Bluetooth protocol make interception mathematically impossible.
Session Hijacking
Stealing authentication tokens to impersonate users. Our continuous cryptographic verification and device-bound credentials make sessions impossible to replicate.
MFA Fatigue
Overwhelming users with authentication prompts until they approve malicious access. Our proximity-based system eliminates prompts entirely while maintaining security.
Ransomware
Malware that encrypts systems until payment. Our hardware-bound security model prevents unauthorized access that enables ransomware deployment.
Phishing
Social engineering tricks users into giving away credentials. With Allthenticate, there are no passwords to steal, and authentication requires physical presence verified by hardware.
Access Control
Exploiting physical security systems by using cloned cards or intercepted signals is a concern. Our ALL-IN reader, installed inside doors, creates an unbypassable trust chain from hardware to access.