What We Do:
FPGA based application Development
Embedded Firmware/Software Development
Hardware design + Prototype fabrication
Sensor & Device Integration
Troubleshooting & Debugging
Overflow Engineering Support
Connectivity to integrate systems
Mechanical Engineering/ low volume production/ packaging/ fulfillment
Embedded Engineering Applications:
Connected embedded systems & IOT
Secure Embedded
Mobile and web applications
Controllers and smart home systems
Integration of sensors
managing data, audio, and video
embedded linux operation system
What is an FPGA?
An FPGA (Field-Programmable Gate Array) is a special type of computer chip that engineers can program to do exactly what they need. Unlike regular processors, FPGAs can be changed or updated at any time—even after they’re built into a product.
Why FPGAs Matter:
Custom Functionality – They can be programmed to do specific tasks very efficiently.
Fast & Powerful – Great for handling things like video, radar, or real-time data.
Flexible – Can be reprogrammed as needs change.
Compact – Small in size, but big on performance.
FPGAs are used in advanced systems like satellites, medical devices, drones, and defense tech—anywhere speed, accuracy, and adaptability are critical.
Some Recent Work:
Ultrasonic In-Line Inspection
Delivered a high-speed UT-based pipeline inspection system for a Fortune 500 company
End-to-end design: firmware, FPGA (RTL), and custom PCB
Achieved sustained data capture >300 MS/s directly to SSD
Advanced Driver Assistance Systems (ADAS)
Supported a Tier 1 automotive supplier with real-time pedestrian detection
Integrated high-speed image processing directly into FPGA fabric
Enabled rapid, reliable object detection for enhanced vehicle safety
Custom LiDAR for Autonomous Vehicles
Consolidated multiple PCBs into a compact single-board solution
Delivered hardware for high-precision LiDAR sensing in a $2B+ AV startup
Engineered for tight space and high-reliability performance
Autonomous Drones for Smart Agriculture
Built intelligent UAV systems with thermal and vision sensors
Enabled automatic detection of greenhouse faults and anomalies
Supports sustainable crop management through AI-based insights
More Technical About FPGA Development
FPGA Development & RTL Design
Expertise in Xilinx (Zynq, UltraScale, RFSoC) and Intel FPGAs
High-speed interface development (PCIe, JESD204, Ethernet, LVDS)
Digital signal processing (DSP), beamforming, and modulation logic
Embedded Firmware & SoC Integration
Bare-metal, RTOS, and Linux driver development
FPGA/CPU system integration for MPSoC and RFSoC platforms
Low-SWaP, deterministic control systems
Secure Communications & Signal Processing
Real-time protocol handling, crypto pipeline integration (FIPS 140-3 alignment)
Digital IF (DIFI) and VITA 49.2 implementation support
Support for waveform mod/demod, encryption, and custom PHY logic
Rapid Prototyping & Subsystem Development
End-to-end hardware/firmware development for custom subsystems
Mission payload integration for UAV, SATCOM, and sensor platforms
Hardware-in-the-loop (HIL) test systems and simulation interface design
