Artificial Intelligence
Custom AI algorithms, deep learning models, and intelligent systems for real-world deployment.
AI · FPGA · ASIC · Embedded Systems
Accelerating Intelligence: AI to Silicon
We develop AI algorithms, FPGA prototypes, ASIC solutions, embedded systems, medical imaging applications, and industry-focused engineering training.
15+
Years Experience
200+
Projects Delivered
50+
Industry Partners
What We Do
Our Services
Comprehensive engineering services spanning the full spectrum from AI algorithms to silicon implementation.
FPGA Design
High-performance FPGA architectures, prototyping, and acceleration for compute-intensive workloads.
ASIC Design
Full-cycle ASIC development from RTL design to tape-out and silicon validation.
Embedded Systems
Robust firmware, RTOS integration, and hardware-software co-design for embedded platforms.
Medical Imaging
Advanced imaging pipelines, diagnostic algorithms, and FDA-ready medical device software.
PCB Design
Multi-layer PCB layout, signal integrity analysis, and manufacturing-ready design files.
Industry Training
Hands-on programs in VLSI, FPGA, embedded systems, AI, and semiconductor engineering.
Why GoldLighT
Why Choose Us
A trusted engineering partner with deep expertise across AI, semiconductor, and embedded domains.
15+ Years Experience
Deep expertise across semiconductor design, AI, and embedded engineering domains.
Research Driven
Cutting-edge R&D in AI accelerators, medical imaging, and edge computing technologies.
Industry Experts
Team of seasoned engineers with proven track records in leading technology companies.
End-to-End Engineering
Complete solutions from concept and algorithm design to silicon and deployment.
AI to Silicon
Unique capability bridging AI software with hardware acceleration and ASIC implementation.
Hands-on Training
Industry-aligned training programs with real projects, labs, and certification pathways.
Industries
Industries We Serve
Delivering tailored engineering solutions across diverse industry verticals.
Healthcare
Medical imaging, diagnostic AI, and FDA-compliant device development.
Industrial Automation
Smart factory systems, predictive maintenance, and edge AI controllers.
Robotics
Vision-guided robotics, real-time control, and sensor fusion platforms.
Automotive
ADAS systems, in-vehicle computing, and functional safety engineering.
Consumer Electronics
IoT devices, wearables, and power-efficient embedded product design.
Aerospace
Radiation-tolerant designs, avionics systems, and mission-critical firmware.
Education
University partnerships, research collaborations, and STEM training programs.
Research
Research Highlights
Pioneering research in AI hardware acceleration, medical imaging, and edge computing.
AI Accelerators
Custom neural network accelerators optimized for inference and training workloads.
CNN Hardware
Dedicated CNN processing units with optimized memory hierarchies and parallelism.
Medical Imaging
Deep learning for MRI, CT, ultrasound reconstruction and diagnostic assistance.
Edge AI
Ultra-low-power AI inference on embedded and FPGA platforms at the edge.
YOLO
Real-time object detection optimized for hardware acceleration and deployment.
U-Net
Semantic segmentation architectures for biomedical and industrial imaging.
ASIC Prototyping
Rapid ASIC prototyping flows from FPGA validation to silicon tape-out.
Portfolio
Featured Projects
A showcase of our engineering achievements across AI, FPGA, ASIC, and embedded domains.
FPGA · Verilog · TensorFlow
Neural Edge Accelerator
Custom FPGA-based CNN accelerator achieving 10x inference speedup for edge deployment.
CUDA · Python · Medical Imaging
Medical CT Reconstruction
GPU-accelerated CT reconstruction pipeline with AI-based artifact reduction.
YOLO · Embedded Linux · OpenCV
Industrial Vision System
Real-time defect detection system using YOLO on embedded ARM + FPGA platform.
SystemVerilog · UVM · ASIC
ASIC Memory Controller
High-bandwidth DDR4 memory controller IP block for 28nm ASIC tape-out.
TinyML · C · TensorFlow Lite
TinyML Sensor Hub
Ultra-low-power anomaly detection on ARM Cortex-M with on-device learning.
Altium · RF Design · SI/PI
Multi-layer RF PCB
8-layer high-speed PCB design for 5G baseband processor with SI/PI validation.
Ready to Build Your Next Innovation?
Partner with GoldLighT Technologies to transform your ideas from AI algorithms to silicon-ready solutions.
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