Crafting Innovative Hardware Solutions

Unique expertise in building embedded systems with sensors, embedded processing (microcontrollers), and wired and wireless communication

Our Expertise

Softpal IoT Lab offers turnkey design services for development of connected sensor applications from initial prototype to design for manufacturing to firmware development, order fulfillment and quality control. Most importantly, true to its IS360 model, Intellectsoft handles all challenges connected to integration into the existing technology stack for your complete custom solution and flawless performance.

Our services include

Rapid prototyping for market testing
Custom firmware development
Algorithm optimization to eliminate constraints to bandwidth, battery life and compute
AI on the edge
Real-time application
Design for manufacturing (DFM)
Assistance with fab selection
Assistance with order fulfillment and quality control

We build

Smart (and not so smart) wearables

Industrial / home automation controllers

Security cameras

Health monitoring devices

Sports and activity trackers

Connected consumer products

Constrained sensor edge devices (class 0-2)

Connected production facilities

Environmental sensors

Our Clients

Established companies and Fortune 500 enterprises trust our solutions.

Our technical knowledge spans across

Our technical knowledge(Hardware Design)

Health, environmental and motion sensors
Major 16- and 32-bit MCUs
Short and long range communication protocols (NFC, PAN, WLAN, LPWAN)
AI ASICs (Intel Movidius), FPGAs
Multimodal HMI (gesture, touch, speech, haptics)
Energy harvesting
Custom peripherals
Antenna design

Why building Hardware with Softpal

Algorithms defining embedded software are the core essence of any wearable or IOT device. Flawless hardware is a crucial environment for embedded software to thrive. It is the beautiful and innovative unison of these two that makes customers fall in love with your products and become loyal brand ambassadors. All those boards, antennas, communication modules, microcontrollers, video cameras, actuators, batteries, HMI panels and a myriad of different sensors - represent and control real physical assets, they collect the necessary information about the environment, exchange that information with other connected devices and sometimes even make autonomous decisions. Packed into rugged enclosures or slim fashion cases, these masterfully designed devices married carrying the skillfully engineered software become the Ts in the IoT.