Researching the technologies shaping the future of mobility
Research is an extension of engineering. We deeply investigate connected systems, automated driving protocols, and advanced vehicle cybersecurity architectures to construct next-generation mobility systems.
Research at the intersection of mobility
Pioneering security, wireless protocols, and system reliability paradigms across modern connected vehicle architectures.
Automotive Cybersecurity
Threat modeling, firmware reverse engineering, and defensive architectures to protect smart ECUs against direct and remote exploits.
Vehicle Access Systems
Analyzing keyless entry protocols, Ultra-Wideband (UWB) distance bounding, and secure BLE handshake implementations.
ADAS
Evaluating sensor fusion pipelines, camera stream spoofing mitigations, and neural network resilience in autonomous driving modules.
Connected Mobility
Analyzing C-V2X channels, vehicle-to-cloud signaling paths, and telemetry stream protection mechanisms against active interception.
In-Vehicle Networks
Deep auditing of internal communication protocols, including high-speed CAN, Automotive Ethernet, LIN, and FlexRay, isolating anomalies and developing real-time intrusion prevention architectures.
Research published across emerging automotive domains
Explore our latest peer-reviewed contributions to secure, connected, and intelligent mobility.
BLE-Based Secure Vehicle Access Control
- Dr. L. Carter, et al.
- AutoSec Journal
- Nov 2023
- ISSN 2042-9811
CAN Bus Real-Time Intrusion Detection
- Prof. M. Zhao
- IEEE Connected Veh.
- Aug 2023
- ISSN 1932-4412
V2X Communication Protocols Analysis
- S. Al-Mutairi
- Mobility Systems
- Jan 2024
- ISSN 2211-873X
EV Battery State of Charge Estimation
- Dr. E. Dupont
- ElectroChem Trans.
- Dec 2023
- ISSN 1554-3202
Lidar Point
Cloud 3D Segmentation
- A. Kovalenko
- AI Autonomous Dr.
- Feb 2024
- ISSN 2640-1120
The future of mobility is also a question of security
As automotive engineering transitions to software-defined architectures, cybersecurity is no longer an optional layer—it is the foundation. Connected mobility demands absolute V2X verification, real-time signal integrity, and ultra-low latency encryption to safeguard lives on tomorrow’s highways.
SECURE DATA IN TRANSIT
Rigorous cryptographic standards applied to high-speed vehicular telemetry, delivering verifiable authenticity without sacrificing performance.
V2X Authenticity Rate
80
.9%
Encryption Overhead
<
0
ms
Engineering ideas, protected as intellectual property
Defending automotive innovations with rigorous technical precision and global patent standards.
VEHICLE ACCESS
Ultra-wideband keyless entry systems, biometric authentication layers, and robust smartphone integrations secured by cryptography.
ADAS
Sensor fusion models, active obstacle detection, highway pilot controllers, and computer vision patents driving safe autonomy.
AUTOMOTIVE ELECTRONICS
High-voltage distribution systems, optimized micro-controller networks, and vehicle bus encryption protocols (CAN-FD & Ethernet).
OTHER SYSTEMS
Advanced thermal management systems, smart suspension technologies, active aerodynamics, and custom physical hardware patents.
OUR EVOLUTION
From embedded systems to intelligent mobility
A quarter-century of pioneering technological milestones in automotive systems and connected ecosystems.
1997
Engine Management System
Pioneered our first digital micro-controller engine management system, streamlining real-time combustion efficiency and lowering powertrain emissions.
1998
CAN-Bus Diagnostics Integration
Implemented localized Controller Area Network diagnostics, enabling seamless cross-module data exchange for system-wide failure analysis.
2000
First Telematics Platform
Launched our first cellular-connected vehicle gateway. Integrated active GPS tracking, geofencing, and remote hardware monitoring capabilities.
2007
Automotive Cybersecurity Lab
Established a dedicated research center auditing embedded security, addressing critical vulnerabilities in cellular-connected ECU architecture.
2009
Connected V2X Prototype
Pioneered vehicle-to-everything (V2X) wireless modules, enabling early low-latency warnings for traffic events and automated intersections.
Today
Intelligent Mobility Orchestration
Deploying scalable Edge AI environments. Dynamically managing automated fleets, secure OTA diagnostics, and predictive safety analytics globally.