Autonomous Driving Systems - Tech4LYF Corporation | Custom Software, IoT & ERP Development Company in Chennai
AI-Powered Intelligence for the Vehicles of Tomorrow

Autonomous Driving Systems

From ADAS to Full Autonomy—One Platform, Many Possibilities

Engineering the Brain Behind Driverless Mobility

At Tech4LYF, we develop and integrate core components of Autonomous Driving Systems (ADS)—including computer vision, sensor fusion, path planning, and vehicle control algorithms. Whether you’re building an ADAS-enabled car or a fully autonomous EV prototype, our systems connect LiDAR, radar, cameras, GPS, and AI models to create safe, reliable, and real-time decision-making capabilities on the road.

12+ types
Sensor Modules Integrated
Including LiDAR, radar, GPS, cameras, IMUs
25+
ML Models Deployed
For object detection, lane keeping, obstacle avoidance
30+
Autonomous Prototypes Powered
Across 2W, 4W, and delivery bots
< 50ms
Real-Time Inference Speed
Achieved with onboard AI edge computing
Modular, Scalable, Safety-First Driving Intelligence

Core Capabilities of Our Autonomous Stack

Use AI/ML to detect vehicles, pedestrians, lanes, signs, and obstacles with 360° awareness.

Merge data from multiple sensors (LiDAR, radar, IMU, GPS) to create accurate environmental maps.

Generate safe and optimized driving paths with dynamic re-routing and obstacle avoidance.

Make millisecond-level decisions based on road context, rules, and predictive modeling.

Implement adaptive cruise control, lane keeping, auto braking, and driver alerts.

Train and validate models in real-world-like conditions before field deployment.

“Tech4LYF’s engineering team helped us build a robust ADAS prototype with LiDAR, real-time obstacle detection, and edge inference—all integrated into our electric scooter pilot.”

— Abhay Kulkarni,

CTO, GlideMotion Mobility Pvt. Ltd.

We would love to hear about start your new project?

Start project
Deep Tech + Safety + Automotive-Grade Standards

Why Choose Tech4LYF for Autonomous Systems?

01

Optimize ML models for NVIDIA Jetson, Raspberry Pi, Qualcomm, and other edge devices.

02

Build on ROS, Apollo, OpenPilot, or Carla with full customization.

03

Implement fail-safe mechanisms, sensor backups, and compliance-ready controls.

04

Capture real-time performance and push software updates remotely.

05

Partner-ready systems for prototyping, PoC pilots, and product innovation.

Annai Printers Logo
Deejos Logo
DICS Logo
ICICI Bank Logo
IORTA Logo
Panuval Logo
Paradigm Logo
Quicup Logo
SPCET Logo
SRM Logo
Thejo Logo
Trilok Logo
Wingo Logo
Zealeye Logo
Scroll