How does it work, really?
We're big on transparency and will always try to explain exactly how our products work
How does it work, really?
We're big on transparency and will always try to explain exactly how our products work
How does it work, really?
We're big on transparency and will always try to explain exactly how our products work
The technology in all of our products was born in one of the Department of Defenses's top research institutions, MIT Lincoln Laboratory, with security as the #1 criteria that was initially considered. Indeed, we used a rigorous framework to ensure that we didn't make any oversights with the fundamental system design.
No single point of failure
Resistant to both software and physical hardware attacks
Extremely easy to use
The technology in all of our products was born in one of the Department of Defenses's top research institutions, MIT Lincoln Laboratory, with security as the #1 criteria that was initially considered. Indeed, we used a rigorous framework to ensure that we didn't make any oversights with the fundamental system design.
No single point of failure
Resistant to both software and physical hardware attacks
Extremely easy to use
The technology in all of our products was born in one of the Department of Defenses's top research institutions, MIT Lincoln Laboratory, with security as the #1 criteria that was initially considered. Indeed, we used a rigorous framework to ensure that we didn't make any oversights with the fundamental system design.
No single point of failure
Resistant to both software and physical hardware attacks
Extremely easy to use
Decentralized
Any system that is going to actually solve some of fundamental shortcomings of our modern Internet must be decentralized, with no single point of failure.
Therefore, our patented architecture has no central server and no need for any 3rd party dependencies.
Any two devices in our ecosystem can pair and authenticate with each other directly. This makes it almost impossible for an attacker to launch a large-scale attack.
Hardware-backed Security
"What happens if my phone gets compromised?" was definitely the hardest research question to answer.
However, by leveraging Trusted Execution Environments (TEEs) and Secure Elements (SEs), we can confidently store an use private keys securerly on modern smartphones.
The only attack left is to "come and take it," as we say in Texas.
Even then, the physical attacks required are expensive, error-prone, and destructive.
We also know a thing or two about physical glitching attacks, and how to defend against them.
Smart-phone based
We all know how miserable a clunky security product can be, and we would never want to do that to people.
Thankfully, smartphones finally allow us to do security in a way that is painless, scalable, and intuitive.
We have already conducted multiple user studies and are continuously soliciting feedback to make the authentication experience as dreamy as possible.
Decentralized
Any system that is going to actually solve some of fundamental shortcomings of our modern Internet must be decentralized, with no single point of failure.
Therefore, our patented architecture has no central server and no need for any 3rd party dependencies.
Any two devices in our ecosystem can pair and authenticate with each other directly. This makes it almost impossible for an attacker to launch a large-scale attack.
Hardware-backed Security
"What happens if my phone gets compromised?" was definitely the hardest research question to answer.
However, by leveraging Trusted Execution Environments (TEEs) and Secure Elements (SEs), we can confidently store an use private keys securerly on modern smartphones.
The only attack left is to "come and take it," as we say in Texas.
Even then, the physical attacks required are expensive, error-prone, and destructive.
We also know a thing or two about physical glitching attacks, and how to defend against them.
Smart-phone based
We all know how miserable a clunky security product can be, and we would never want to do that to people.
Thankfully, smartphones finally allow us to do security in a way that is painless, scalable, and intuitive.
We have already conducted multiple user studies and are continuously soliciting feedback to make the authentication experience as dreamy as possible.
Decentralized
Any system that is going to actually solve some of fundamental shortcomings of our modern Internet must be decentralized, with no single point of failure.
Therefore, our patented architecture has no central server and no need for any 3rd party dependencies.
Any two devices in our ecosystem can pair and authenticate with each other directly. This makes it almost impossible for an attacker to launch a large-scale attack.
Hardware-backed Security
"What happens if my phone gets compromised?" was definitely the hardest research question to answer.
However, by leveraging Trusted Execution Environments (TEEs) and Secure Elements (SEs), we can confidently store an use private keys securerly on modern smartphones.
The only attack left is to "come and take it," as we say in Texas.
Even then, the physical attacks required are expensive, error-prone, and destructive.
We also know a thing or two about physical glitching attacks, and how to defend against them.
Smart-phone based
We all know how miserable a clunky security product can be, and we would never want to do that to people.
Thankfully, smartphones finally allow us to do security in a way that is painless, scalable, and intuitive.
We have already conducted multiple user studies and are continuously soliciting feedback to make the authentication experience as dreamy as possible.
The Technology That Makes It All Possible
The Technology That Makes It All Possible
Bluetooth Low Energy
Security, without cables and USB dongles
After extensive user studies, Bluetooth was the clear winner for convinence and user happiness. Sorry, NFC, Wi-Fi, and UWB...
BLE isn't just about wireless convenience; it's a strategic choice:
Energy Efficiency
Low power consumption means your phone's battery isn't drained
Range
Short-range communication adds an extra layer of security
Support
Universal support across modern devices ensures broad compatibility
This allows our Allthenticator app to automatically connect when you approach and disconnect (lock) when you walk away. Try to do that with a USB key.
Bluetooth Low Energy
Security, without cables and USB dongles
After extensive user studies, Bluetooth was the clear winner for convinence and user happiness. Sorry, NFC, Wi-Fi, and UWB...
BLE isn't just about wireless convenience; it's a strategic choice:
Energy Efficiency
Low power consumption means your phone's battery isn't drained
Range
Short-range communication adds an extra layer of security
Support
Universal support across modern devices ensures broad compatibility
This allows our Allthenticator app to automatically connect when you approach and disconnect (lock) when you walk away. Try to do that with a USB key.
Bluetooth Low Energy
Security, without cables and USB dongles
After extensive user studies, Bluetooth was the clear winner for convinence and user happiness. Sorry, NFC, Wi-Fi, and UWB...
BLE isn't just about wireless convenience; it's a strategic choice:
Energy Efficiency
Low power consumption means your phone's battery isn't drained
Range
Short-range communication adds an extra layer of security
Support
Universal support across modern devices ensures broad compatibility
This allows our Allthenticator app to automatically connect when you approach and disconnect (lock) when you walk away. Try to do that with a USB key.
X.509 Certificates
Your Digital Identity, Bound to Your Phone
Created in the 1980s and the current linchpin of web security, X.509 certifications and OpenSSL are battle-hardened technologies, and perfect for what we want to achieve: secure, resilient authentication across numerous resources
The web of trust is poised to make a return…
Each user's phone generates a self-signed X.509 certificate
This certificate resides in your phone's hardware-backed secure element and usage can be protected by a PIN or biometric
Every authentication uses this certificate, ensuring a uniform identity across all resources in an organization
This means seamless transitions between physical access control, computer logins, and web applications - all with a single, secure identity.
X.509 Certificates
Your Digital Identity, Bound to Your Phone
Created in the 1980s and the current linchpin of web security, X.509 certifications and OpenSSL are battle-hardened technologies, and perfect for what we want to achieve: secure, resilient authentication across numerous resources
The web of trust is poised to make a return…
Each user's phone generates a self-signed X.509 certificate
This certificate resides in your phone's hardware-backed secure element and usage can be protected by a PIN or biometric
Every authentication uses this certificate, ensuring a uniform identity across all resources in an organization
This means seamless transitions between physical access control, computer logins, and web applications - all with a single, secure identity.
X.509 Certificates
Your Digital Identity, Bound to Your Phone
Created in the 1980s and the current linchpin of web security, X.509 certifications and OpenSSL are battle-hardened technologies, and perfect for what we want to achieve: secure, resilient authentication across numerous resources
The web of trust is poised to make a return…
Each user's phone generates a self-signed X.509 certificate
This certificate resides in your phone's hardware-backed secure element and usage can be protected by a PIN or biometric
Every authentication uses this certificate, ensuring a uniform identity across all resources in an organization
This means seamless transitions between physical access control, computer logins, and web applications - all with a single, secure identity.
FIDO Passkey
Phishing-resistant Authentication Standard
Phishing-resistant Authentication Standard
The Allthenticator app is also a certified FIDO2 passkey, which allows seamless integrations with Microsoft Entra and numerous consumer websites
The Allthenticator app is also a certified FIDO2 passkey, which allows seamless integrations with Microsoft Entra and numerous consumer websites
Swipe above to see the integration benefits for both personal and professional use
Swipe above to see the integration benefits for both personal and professional use
Specifically, our implementation is a "device-bound" passkey. This means the private key is bound to the device in hardware, and is never synced with external servers. This ensures the highest level of security for you enterprise with no risk of employees sharing or leaking their credentials.
Indeed, a unique passkey is created for every service ensuring your privacy is protected when used across multiple sites or organizations.
FIDO passkeys have already been deployed by many large enterprises, with a great ROI.
A wireless security key for Windows
Simple Entra integration
Unlock computer and login to your Microsoft environment
A wireless security key for Windows
Simple Entra integration
Unlock computer and login to your Microsoft environment
A wireless security key for Windows
Simple Entra integration
Unlock computer and login to your Microsoft environment
Use it outside of work
Supported by many popular websites
Trusted storage for your personal credentials
Use it outside of work
Supported by many popular websites
Trusted storage for your personal credentials
Use it outside of work
Supported by many popular websites
Trusted storage for your personal credentials
User-Friendly
No passwords to remember, seriously
Simply answer prompts on your phone to login
User-Friendly
No passwords to remember, seriously
Simply answer prompts on your phone to login
User-Friendly
No passwords to remember, seriously
Simply answer prompts on your phone to login
How do we make our products so reliable?
We built our own open-source Bluetooth library from scratch: ABle
While we love Bluetooth, we are not beholden to it. Whenever possible, we leverage every possible interface for redundancy
We have zero critical third-party dependencies in our communication stack
How do we make our products so reliable?
We built our own open-source Bluetooth library from scratch: ABle
While we love Bluetooth, we are not beholden to it. Whenever possible, we leverage every possible interface for redundancy
We have zero critical third-party dependencies in our communication stack
How do we make our products so reliable?
We built our own open-source Bluetooth library from scratch: ABle
While we love Bluetooth, we are not beholden to it. Whenever possible, we leverage every possible interface for redundancy
We have zero critical third-party dependencies in our communication stack
Allthenticate vs. Other Methods
Features
Allthenticate
OTP
USB
Push
Card
Decentralized
Biometrics
Passwordless
Unphishable
Anti-theft
Presence
Intent
Identification
Allthenticate vs. Other Methods
Features
Allthenticate
OTP
USB
Push
Card
Decentralized
Biometrics
Passwordless
Unphishable
Anti-theft
Presence
Intent
Identification
Allthenticate vs. Other Methods
Features
Allthenticate
OTP
USB
Push
Card
Decentralized
Biometrics
Passwordless
Unphishable
Anti-theft
Presence
Intent
Identification
New Security Paradigm, New Hardware
After exploring, and actively exploiting, numerous access control products, it was abundantly clear that a major overhaul was needed — the industry is beyond broken.
Isolated microcontrollers are too difficult to upgrade if a vulnerability is discovered
If we want an incredible user experience, a little 13.56 Mhz radio isn't going to cut it
Putting ugly hardware on the outside of the door degrades the office appearance and opens it up to physical attack
Our hardware runs an advanced microprocessor and uses one of the best BLE microcontrollers on the market, enabling over-the-air updates and a user-experience that is second to none.
Thanks to the range of BLE, we can also install the reader, almost invisibly, on the inside of your office, which is more aesthetically pleasing and far more secure.
We understand that access control is not something you change overnight, so you can still plug in all of your favorite legacy readers while you are transitioning your company.
New Security Paradigm, New Hardware
After exploring, and actively exploiting, numerous access control products, it was abundantly clear that a major overhaul was needed — the industry is beyond broken.
Isolated microcontrollers are too difficult to upgrade if a vulnerability is discovered
If we want an incredible user experience, a little 13.56 Mhz radio isn't going to cut it
Putting ugly hardware on the outside of the door degrades the office appearance and opens it up to physical attack
Our hardware runs an advanced microprocessor and uses one of the best BLE microcontrollers on the market, enabling over-the-air updates and a user-experience that is second to none.
Thanks to the range of BLE, we can also install the reader, almost invisibly, on the inside of your office, which is more aesthetically pleasing and far more secure.
We understand that access control is not something you change overnight, so you can still plug in all of your favorite legacy readers while you are transitioning your company.
New Security Paradigm, New Hardware
After exploring, and actively exploiting, numerous access control products, it was abundantly clear that a major overhaul was needed — the industry is beyond broken.
Isolated microcontrollers are too difficult to upgrade if a vulnerability is discovered
If we want an incredible user experience, a little 13.56 Mhz radio isn't going to cut it
Putting ugly hardware on the outside of the door degrades the office appearance and opens it up to physical attack
Our hardware runs an advanced microprocessor and uses one of the best BLE microcontrollers on the market, enabling over-the-air updates and a user-experience that is second to none.
Thanks to the range of BLE, we can also install the reader, almost invisibly, on the inside of your office, which is more aesthetically pleasing and far more secure.
We understand that access control is not something you change overnight, so you can still plug in all of your favorite legacy readers while you are transitioning your company.
Open-Source Software
We will always be as open as possible
ABle
Check out our multi-platform BLE library
Able stands for Allthenticate's BLE Peripheral Library. It serves the purpose of enabling the abstraction of using a BLE Peripheral on Ubuntu, macOS, and Windows based systems without having to adapt your software to have platform specific support.
Open-Source Software
We will always be as open as possible
ABle
Check out our multi-platform BLE library
Able stands for Allthenticate's BLE Peripheral Library. It serves the purpose of enabling the abstraction of using a BLE Peripheral on Ubuntu, macOS, and Windows based systems without having to adapt your software to have platform specific support.
Open-Source Software
We will always be as open as possible
ABle
Check out our multi-platform BLE library
Able stands for Allthenticate's BLE Peripheral Library. It serves the purpose of enabling the abstraction of using a BLE Peripheral on Ubuntu, macOS, and Windows based systems without having to adapt your software to have platform specific support.
Want to experience it for yourself?
Check out our pricing and choose the right package for you.
Want to experience it for yourself?
Check out our pricing and choose the right package for you.
Want to experience it for yourself?
Check out our pricing and choose the right package for you.