We leverage our world-class expertise in embedded systems and engineering physics to create intelligent connected sensors that help our clients advance the UN’s Sustainable Development Goals.

Our team brings deep expertise in  implementing solutions from the edge to the cloud.

MistyWest’s engineering physics background allows a better understanding of the strengths and weaknesses of scientific discoveries.

We’re here to empower customers to seamlessly transition their connected devices from the lab to the field.

We’re helping Mining Tech companies innovate to overcome challenges related to worker safety and mineral exploration.

We build partnerships with organizations who are seeking novel solutions for our planet’s most pressing environmental issues.

Our team’s expertise in sensor development and embedded intelligence helps companies create new solutions for human-made environments.


Electrical & Electronics

  • Analog, Digital and Embedded System Design
  • Mixed Signal, High Speed and RF Design
  • Power Electronics Design
  • PCB Design and Circuit Simulation

Mechanical Engineering

  • Electro-Mechanical Hardware & Sensor Integration
  • Functional Enclosure, Mechanism & Assembly Design
  • Rapid Prototyping, Testing, Simulation & Analysis
  • Design for Manufacturing & Assembly

Embedded Systems

  • Specialized sensing systems
  • Linux kernel and app development
  • Real Time Operating System
  • Custom communication stack
  • Computer Vision

Specialized Research

  • First-Principles Analysis & Design
  • Structured Sensing for Data Science
  • Optics, Interference Filters & Spectral Imaging
  • Mathematical Modelling & Numerical Simulation
  • Scientific and Patent Literature Analysis

Industrial & UX Design

  • User-Centered Design
  • Qualitative Research
  • UX/UI Testing & Design
  • Product Visualization

Download our Industrial Design Capabilities deck to learn more about our expertise in user experience and design thinking methodology.

Cloud IOT Engineering

  • AWS IoT
  • Azure IoT
  • Dockerized application layer
  • Data Science and Machine Learning

Firmware & Software Engineering

  • BLE, WiFi, Cellular (TCP/IP, AT Commands, Cat M1), Zigbee
  • OS & Driver Development
  • Image & Digital Signal Processing
  • Application Development (Python, C/C++, C#)

Hardware Platforms

  • SoMs with iMX6, iMX8, SnapDragon, TI AM series
  • ADI SHARC and Blackfin DSPs
  • Xilinx, Intel and Lattice FPGAs and CPLDs
  • Nordic, STmicro, NXP, TI, Renesas, Microchip MCUs
  • NVIDIA Volta, Google Coral ML accelerators

Want to know more about our services?

Download our full capabilities statement to discover how we collaborate with clients to create innovative solutions for a prosperous global community.



MistyWest combined the pre-existing, groundbreaking LiDAR mapping and autonomous navigation products from Exyn Technologies into one single, modular package.


To help significantly reduce comminution energy consumption, MistyWest designed and built a laboratory scale apparatus to pulverize porous rock via rapid expansion of supercritical CO2.


MistyWest supported General Fusion’s mission to develop a novel and commercially viable approach to fusion energy with a diagnostics system architecture design.


MistyWest partnered with Renesas to develop our first internal product called the ‘MistySOM’ built around the Renesas RZ/G2L and RZ/V2L MPUs.

Ideon Technologies

MistyWest miniaturized prototype muon tomographers that harness cosmic rays from space and are capable of providing x-ray-like visibility up to 1 km beneath the Earth’s surface.


Attabotics brought on MistyWest to support ideation and development for adding a supplementary Time-of-Flight (ToF) sensor to their wheeled-ANT robots – with a requirement of 99.999% accuracy.

Light AI

MistyWest redesigned a pre-existing prototype of a handheld computer vision diagnostic device so that it would meet the Internal Review Board (IRB)’s usability and deployment requirements of a clinical setting.

World Wildlife Fund

As climate change progresses, the evolving behavioural and migration patterns of polar bears has made it difficult to reliably track their locations. WWF and IDEO reached out to MistyWest to design an Argos based tracking device to help solve this problem.


HAVEN (formerly TZOA) wanted to develop a compact, multi-sensor device capable of monitoring indoor air quality and providing a platform for data aggregation – all while keeping the product at a consumer price of less than $200 a unit. Hey, we said we love a hard problem!

Fatigue Science

Fatigue Science’s low power sleep monitoring wristband required a design update, including battery optimization that would extend its lifespan from 7 days to 30.


MistyWest was responsible for architecture design, enclosure design, experimentation and production of the first 5 devices of a first-of-its-kind lifesaving product for VodaSafe; a handheld sweeping sonar technology intended to quickly scan underwater for drowning victims.

Amazon Fresh

MistyWest was subcontracted to develop a prototype for AmazonFresh’s new rapid grocery pickup service. This entailed designing a unit according to the client’s existing Industrial Design Volume, in addition to being resistant to the variables of outdoor climate, and meeting requirements of UL certification.

LGT Medical

Pre-Eclampsia Diagnostic Device

MistyWest was contracted to design, fabricate, and assemble an interface for a multi-sensor medical diagnostic platform intended to help identify pre-eclampsia in pregnant women in remote areas.


Based on technology invented by MIT, Superpedestrian founding members reached out to MistyWest to make the next generation prototype for the Copenhagen Wheel that was reliable and cost effective.



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