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.

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.

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.

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.

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.

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!

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.

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. 800 units were designed and assembled within 6 weeks, including design of a PCB to translate the audio signal to a digital input suitable for android tablets, and an enclosure suited for rapid low-volume manufacture. This device has been used in a broad clinical trial overseas, and several cases of Pre-Eclampsia have been identified and averted using field interventions.

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.

Conducted preliminary structural analysis for modular residences.