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Our patented process elminated all matching token files on IoT devices by utilizing instruction level metadata.
Without passwords, hackers can not gain access to a device.
...a revolutionary approach in security
Over 80% of all system breaches are from compromised credentials. In IoT that number is closer to 90%.
With 31 billion IoT devices estimated to be in service by the end of 2021 there is a huge threat potential in all sectors utilizing these devices.
The reason passwords are insecure is because credentials are static. A bad actor can steal and use static credentials while device can't detect the legitimate from the fake user.
Passwords are the most common use for authentication, consequently passwords are the most common point of security compromise.
The Solution
Our patented process eliminates the use of password credentialing on secured devices. Our technology foundation amends processes that starts with the modern digital age instead of building on existing data layers which have only increased data insecurity.
In our system every command is verified independently before execution. We validate the command not the user; there is no requirement for static credentials. Thus a bad actor can't, anticipate, or reuse previously verified commands.
Without credentials rogue agents are simply locked out.
How it's done
Hackerproof Security for IoT abandons the notion that security must be executed only on the device which is being secured. It’s an old idea that doesn’t work, yet is pursued by competitors.
Fact: IoT devices simply don’t have sufficient resources to provide solid security by themselves.
For us, the solution is to pair the server and device. Working together they both must cooperatively authenticate all device activity before execution.
By offloading security burden in a shared process, matching static tokens like passwords can be permanently eliminated, thusly creating an entirely new impenetrable paradigm of device security.
To prevent compromise, device identity is always changing and never duplicated or reused.
Even though Hackerproof Security for IoT is always in flux and not predictable, the server-side algorithm can decode the absolutely identity of one single device from millions of otherwise identical devices without any static matching token files, serial numbers, usernames or passwords.
Real-time Preattack responses:
All real-time device activity is monitored and recorded for audit, both legitimate and unauthorized. Suspicious activity initiates instant analysis, launching automatic, real-time defenses before breach.
Preattack threat intervention is based upon a multi tiered threat level. Our instant response is unlike any other security system with built-in customizable defenses:
- Detect and quarantine
- Analyze threat level: low, medium, high
- Respond appropriately
Features
Firmware Management
With tens of billions of IoT devices in existence the second biggest problem after security is accurately tracking and maintaining firmware. Hackerproof Tech deployment parameters allow constant monitoring of all protected devices. Best practices for on-line hygiene include firmware management and control, automatically. Out of date software is no longer a problem, it’s automatically updated.
Hackerproof.Tech
Hackerproof Tech for IoT owns the only two patents ever issued which totally eliminates IoT user credentials.
Contact Us
We do actually listen, and want to understand your security concerns. Together we can identify and secure all your IoT devices.