INTRICATELABRF · EMBEDDED · SOFTWARE · AI
Let’s build something
RF · HIGH-SPEED PCB · APPLIED AI / DHAKA, BANGLADESH
We design VHF/UHF radios, high-speed PCBs up to 10 layers and agentic AI systems—connecting electronics, embedded code and software.
Design. Build. Integrate.
One engineering partner.
Engineering for
national institutions.
Bangladesh
Bangladesh
Bangladesh Atomic
BCSIR01 / OUR EXPERTISE
Complex products cross disciplines. We connect RF, electronics, embedded computing and software to take your idea from first principle to deployed system.
RF / SIGNAL CHAIN
VHF/UHF transceivers and DMR radio built around CML Microsystems devices. RF front ends, 50 W power amplifiers, LNAs, messaging and encrypted digital radio integration.
Explore RF projects ↗
PCB / PRECISION ROUTING
Complex multilayer boards, from schematic and layout to fabrication, assembly and bring-up. Experience includes 10-layer Zynq SoC designs, DDR3 fly-by routing, Ethernet, USB, STM32 and ADC circuits.
See the hardware ↗
FPGA / PROGRAMMABLE LOGIC
Hardware and embedded software co-design using AMD Xilinx Zynq, Vivado and Vitis. Custom ADC circuit integration and FPGA IP development, connecting acquisition hardware to processing logic.
Explore FPGA systems ↗
VISION / EDGE INFERENCE
Linux-based edge AI on Rockchip RK3588 and Raspberry Pi. YOLOv8 object detection, automatic number plate recognition and four-camera parking systems built for on-device operation.
See vision applications ↗.jpg)
SOFTWARE / CONNECTED OPERATIONS
Software that connects operations to the physical world. Vehicle tracking with Autosol, ERP development, Odoo integration and custom platforms that complement embedded products.
Discover our software ↗
AI / KNOWLEDGE + TOOLS
Requirement-led AI agents that connect knowledge, tools and business workflows. RAG retrieval, MCP integrations and agent orchestration with modern stacks, including OpenClaw and Hermes.
Explore intelligent systems ↗From the first signal.
To the final system.
02 / SELECTED ENGINEERING
The engineering is in the details. Explore the circuits, boards, interfaces and software behind our most demanding work.
01 COMMUNICATION / DEPLOYED SYSTEM
VHF/UHF communication for Bangladesh Coast Guard.
A complete radio system, developed with very little external help and carried through commercial deployment. We brought the RF chain, custom electronics and embedded software together under one engineering scope.
RF signal chainCML Microsystems devices, a low-noise amplifier and a 50 W power stage, with complete PCB design.
Embedded functionalityMessaging and DMR encryption integration, with the embedded code developed as part of the complete product.
System deliveryFrom circuit development and board implementation through commercial deployment for Bangladesh Coast Guard.
02 FLAGSHIP HARDWARE / ZYNQ SoC
A custom Zynq SoC board with high-speed interfaces.
Dense digital design demands more than fitting components on a board. Our Zynq platform brings multilayer stack-up planning, DDR3 fly-by routing, power architecture and peripheral integration into a single system.
High-speed PCB architectureCustom Zynq SoC layout with DDR3, Ethernet and USB. The public hardware repository includes dedicated DDR, processing system, programmable logic and power schematics.
Logic and acquisitionCustom ADC circuit and FPGA IP development using the Vivado and Vitis toolchain.
Public engineering workExplore the actual KiCad board repository and our SystemVerilog frequency-counter work on PYNQ-Z2.
03 BOARD ENGINEERING / SICOMM + MCU
RF boards, STM32 controllers and custom ADC electronics.
From a radio signal path to a microcontroller product, the PCB carries the design decisions that make a system possible. We work across schematics, layout, fabrication, assembly and implementation.
Radio electronicsSICOMM radio board development and RF PCB work using CML Microsystems devices.
A wider hardware practiceSTM32 MCU boards, ADC circuits and commercial embedded designs built with KiCad and EasyEDA.
Practical production supportLayout, manufacturing preparation, assembly coordination and board bring-up, connected to the intended application.
04 EDGE AI / PARKING INTELLIGENCE
On-device vehicle detection and automatic number plate recognition.
Computer vision becomes useful when it fits the hardware and the operational environment. We implemented Rockchip-based YOLOv8 detection and a four-camera parking system, with Linux at the edge.
Vehicle awarenessAutomatic number plate recognition and object detection for parking applications.
Embedded deploymentLinux-based processing on Rockchip hardware, with Raspberry Pi also part of our embedded vision practice.
Hardware meets inferenceSystem design connects camera inputs, inference software and the surrounding application workflow.
05 AUTOSOL / VEHICLE & ASSET TRACKING
Autosol brings vehicles, telemetry and operators together.
A vehicle and asset tracking ecosystem spanning hardware integration, mobile interfaces, backend services and reporting. The actual Autosol screens shown here show geofence configuration and remote engine control.
Location intelligenceVehicle tracking, location reporting and geofencing support day-to-day fleet operations.
Operational controlMobile interfaces connect vehicle state and control functions with backend infrastructure.
Software beyond mobilityOur wider software practice includes custom ERP, Odoo integration and full-stack business systems. Public ERP frontend and backend projects show that breadth.
06 AGENTIC AI / KNOWLEDGE SYSTEMS
AI systems designed around requirements, data and tools.
We start with the workflow: what the system needs to know, which tools it can use, and where a person should stay involved. Then we connect retrieval, models and orchestration into a practical agentic architecture.
Searchable knowledgeOur public Bangla video embedding project processes Bangla and Banglish video content into embeddings.
Connected toolsMCP integrations and modern agent frameworks, including OpenClaw and Hermes, connect AI to the tools a workflow requires.
Requirement-led designKnowledge sources, tool permissions and expected outcomes shape the architecture from the beginning.
Founder · Engineer · System designer
03 / THE PEOPLE BEHIND THE CIRCUITS
Intricate Lab is led by Asif Rahman, with over 15 years of experience developing software and embedded systems. We bring a design team and a software system team to the problems that demand both.
Our work connects radio electronics, high-speed boards and programmable logic to Linux, connected products and AI. We stay close to the engineering—because a product only works when its parts work together.
THE DESIGN TEAM
RF design, multilayer PCBs, FPGA integration and embedded firmware. From the component level to a working product.
THE SOFTWARE SYSTEM TEAM
Linux edge systems, computer vision, custom applications and agentic AI. Software designed around the way a system is used.
04 / THE TOOLBOX
A working stack, from the schematic to the cloud. The choice of technology follows the engineering problem.
STM32
ESP32
KiCad
Altium
Python
React
Angular
Node.js
PostgreSQL
MongoDB
Docker
AWS
Azure
Firebase
DevOps
CI/CD
INSIDE INTRICATE LAB / THE GALLERY
The boards, the radio and the interfaces. Explore our original PCB renders, hardware photographs and application screens. Select an image to inspect it.
AI EDITORIAL VISUAL
FIELD NOTES / RADIO FREQUENCY
05 / THE STORY BEHIND THE SIGNAL
How a difficult RF challenge became a commercially deployed VHF/UHF radio system for Bangladesh Coast Guard.
With very little external help, we developed a radio set that could carry messages and support DMR encryption. It called for much more than a circuit that worked on a bench: the amplifier, receiver front end, PCB and embedded code had to work together as one product.
Working with CML Microsystems devices, we developed VHF/UHF DMR radio electronics and a transceiver for Bangladesh Coast Guard. The scope included a 50 W amplifier, low-noise amplifier, complete PCB design and embedded code.
The hard part of an RF product is the relationship between its parts. Board layout affects the signal path; firmware must coordinate the hardware; the complete assembly must behave as a system. Bringing these responsibilities together gave us direct ownership of the development from electronics through implementation.
The project reached commercial deployment. That experience shapes how we approach new work: define the complete system, connect the disciplines early and carry the design through implementation. For clients seeking an RF engineer in Bangladesh, this is the depth of responsibility Intricate Lab brings.
Project account supplied by Intricate Lab founder Asif Rahman.We provide RF engineering, VHF/UHF DMR radio development, high-speed PCB design up to 10 layers, Zynq FPGA development, Linux-based computer vision, custom software and agentic AI system design.
Yes. Our scope includes schematics, PCB layout, fabrication and assembly coordination, board bring-up and implementation. Projects include Zynq SoC boards with DDR3 fly-by routing, Ethernet and USB, plus STM32, ADC and RF designs.
Yes. Our experience includes VHF/UHF radio systems using CML Microsystems devices, 50 W RF amplifiers, LNAs and embedded firmware. We also develop Zynq systems and custom ADC IP using Vivado and Vitis.
We work with Linux, Rockchip RK3588 and Raspberry Pi. Application experience includes YOLOv8 object detection, automatic number plate recognition and four-camera parking systems.
We design requirement-led RAG and agentic workflows, including MCP tool integration and orchestration with modern agent frameworks such as OpenClaw and Hermes. We start by understanding your data, workflow and intended outcome.
Visit Road #2, House #8, Mirpur-12, near Pallabi Thana, Dhaka-1216, Bangladesh. Call or WhatsApp +8801719086713 with your requirements, existing design and the engineering challenge you want to solve.
YOUR NEXT ENGINEERING CHALLENGE
A new product. A stubborn engineering problem.
A system that needs to go further. Tell us about it.
Based in Dhaka. Built for real-world challenges.
FIND THE LAB / MIRPUR, DHAKA
Map shows the Mirpur-12 / Pallabi area. Call us for the exact entrance.