Innovative Solutions for Authentication Vulnerabilities

We specialize in advanced threat modeling and protocol development to enhance IoT security across various sectors, including smart cities and healthcare.

Close-up view of a computer circuit board featuring a Wi-Fi module with labels and a QR code. The module is connected to the board with visible soldered connections and surrounding electronic components.
Close-up view of a computer circuit board featuring a Wi-Fi module with labels and a QR code. The module is connected to the board with visible soldered connections and surrounding electronic components.
A white Wi-Fi router with two antennas positioned vertically. The router is seen from the back, showing ports and connectors including Ethernet ports, a power switch, and a power input. The device is placed on a dark surface against a light background.
A white Wi-Fi router with two antennas positioned vertically. The router is seen from the back, showing ports and connectors including Ethernet ports, a power switch, and a power input. The device is placed on a dark surface against a light background.
A USB security key marked with the name 'Titan', featuring various certification symbols and model number K40T, lies on a dark surface. The lighting creates a moody atmosphere with emphasis on the metallic texture of the key.
A USB security key marked with the name 'Titan', featuring various certification symbols and model number K40T, lies on a dark surface. The lighting creates a moody atmosphere with emphasis on the metallic texture of the key.
Threat Modeling

Mapping MITRE ATT&CK tactics to identify and mitigate authentication vulnerabilities in IoT environments.

Protocol Development

Building robust authentication frameworks using advanced cryptography and behavior analysis for enhanced security compliance.

A breadboard setup featuring an electronic circuit. Two tactile push buttons and an ESP8266 module are connected with several jumper wires. The breadboard rests on a surface with a green cutting mat and a notepad visible in the background.
A breadboard setup featuring an electronic circuit. Two tactile push buttons and an ESP8266 module are connected with several jumper wires. The breadboard rests on a surface with a green cutting mat and a notepad visible in the background.
AuthChain Development

Building AuthChain with crypto layer, behavior engine, and policy orchestrator for enhanced security compliance and device management.

A blue Arduino MKR WiFi 1010 microcontroller board placed on a gray fabric surface. The board features numerous metal pins along one side and is marked with white text identifying its model and specifications.
A blue Arduino MKR WiFi 1010 microcontroller board placed on a gray fabric surface. The board features numerous metal pins along one side and is marked with white text identifying its model and specifications.
Testbed Deployment

Deploying a 10,000+ device network for smart city, IIoT, and healthcare IoT applications.

Security

Innovative solutions for IoT authentication vulnerabilities.

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