Secure Credentials

Secure Credentials

Secure Credentials

Done Right

Done Right

Done Right

Replace passwords, MFA tokens, SSH keys, and keycards with a single, secure

mobile experience. Have your security and your usability too! 🎂

Replace passwords, MFA tokens, SSH keys, and keycards with a single, secure

mobile experience. Have your security and your usability too! 🎂

We developed Allthenticate's patented, decentralized technology at MIT Lincoln Laboratory working with the US Department of Defense

Security is the foundation, not an add-on.


At Allthenticate, we eliminate the root cause of most breaches: stolen credentials.

🚨 Stop Credential Theft Once and For All

🚨 Stop Credential Theft Once and For All

Allthenticate eliminates the root cause of breaches: stolen credentials.

🔐 Stolen Credentials are THE problem

Globally, 86% of breaches involved attackers simply logging in with stolen credentials… not hacking, just walking in the front door.


Companies are spending an average of $5.2 million per year on password resets, helpdesk tickets, and credential-related incidents.


Despite all the security tools, phishing training, and MFA prompts…

Credential theft remains the single biggest security gap in the world.

Allthenticate makes traditional, tedious MFA obsolete

We Built a System That Solves This at the Core.

Allthenticate eliminates the root of the problem:

  • No passwords to steal

  • No shared secrets to phish

  • No push prompts to spam

  • No central database to breach

Instead, credentials live on your device’s secure hardware—unphishable, unguessable, and locked to you.

Rescue Missions

Rescue Missions

Allthenticate's proprietary self-service recovery solution

What happens if you lose your phone?

Rescue Missions let you recover your identity using people you trust—not the cloud. Here’s how it works:

Rescue Missions let you recover your identity using people you trust—not the cloud. Here’s how it works:

Rescue Missions let you recover your identity using people you trust—not the cloud. Here’s how it works:

🔐 Split your key: Your private credential is cryptographically split into multiple encrypted pieces.

👥 Distribute to trusted contacts: Store those pieces with friends, family, or coworkers. They can’t read or misuse them.

🧠 Reassemble with a quorum: Need to recover access? Reconnect with a majority (i.e., 3 of 5) to instantly restore your credentials. No IT ticket. No waiting. No lockout.

This recovery system is:

✅ Decentralized

✅ Easy to use

✅ Impossible to phish

✅ Resilient, even if your device is destroyed

What Makes Our Security Different?

Device-Bound Credentials

Your credentials never leave your phone’s secure element. No cloud sync. No central vault. No compromise.

✅ Phishing-Proof

There’s nothing to phish—no passwords, no MFA codes, no magic links.

✅ Man-in-the-Middle Resistant

Our architecture prevents session hijacking, replay attacks, and prompt fatigue exploitation.

✅ Hardware-Backed by Design

FIDO2, Secure Elements, and cryptographic proof of presence—all built in.

Inside Allthenticate’s Security Architecture

Allthenticate eliminates credential theft by removing what attackers exploit: passwords, shared secrets, and synced tokens. Instead of relying on the cloud, your credentials live securely on your phone’s hardware — unphishable, unrecoverable by attackers, and validated locally.

Allthenticate eliminates credential theft by removing what attackers exploit: passwords, shared secrets, and synced tokens. Instead of relying on the cloud, your credentials live securely on your phone’s hardware — unphishable, unrecoverable by attackers, and validated locally.

Layer

How it Works

Why it Matters

Local Credential Vault

Credentials are stored on the user’s phone inside hardware-secured elements (e.g., TEE or Secure Enclave).

No centralized vault, no synced passkey to breach.

Proximity-Based Login

Devices authenticate directly with nearby computers, doors, and services using BLE + public key cryptography.

No Shared Secrets

Allthenticate uses asymmetric cryptography (FIDO2, X.509, OTP fallback), meaning nothing reusable is ever transmitted.

Prevents phishing and replay attacks by design.

Layer

How it Works

Why it Matters

Local Credential Vault

Credentials are stored on the user’s phone inside hardware-secured elements (e.g., TEE or Secure Enclave).

No centralized vault, no synced passkey to breach.

Proximity-Based Login

Devices authenticate directly with nearby computers, doors, and services using BLE + public key cryptography.

No Shared Secrets

Allthenticate uses asymmetric cryptography (FIDO2, X.509, OTP fallback), meaning nothing reusable is ever transmitted.

Prevents phishing and replay attacks by design.

Layer

How it Works

Why it Matters

Local Credential Vault

Credentials are stored on the user’s phone inside hardware-secured elements (e.g., TEE or Secure Enclave).

No centralized vault, no synced passkey to breach.

Proximity-Based Login

Devices authenticate directly with nearby computers, doors, and services using BLE + public key cryptography.

No Shared Secrets

Allthenticate uses asymmetric cryptography (FIDO2, X.509, OTP fallback), meaning nothing reusable is ever transmitted.

Prevents phishing and replay attacks by design.