YOUR SUCCESS IS OUR MISSION

 We are harnessing the power of advancements in artificial intelligence and quantum computing to deliver new mission critical systems that will guarantee your mission success.

SPACE CAPABILITIES

SPACE DEBRIS COLLISION MITIGATION

Space Debris Tracking

Space systems are critical to mission success. 
Space debris will grow as the number of human made objects in Earth's orbit increase over time.

Space debris tracking is critical for conjunction assessment to avoid collisions and reduce satellite collision risk.

Our unique solution is designed to track space debris objects below 10 cm diameter size.

PREDICTIVE BATTERY MAINTENANCE

Predict Remaining Useful Life

Battery failure can put lives and the mission at risk. Predict battery remaining useful life on board critical systems to ensure mission success.

Our solution is custom engineered to predict battery capacity for 18650 Li-ion cells.

CYBER CAPABILITIES

SECURE AND CONFIDENTIAL RULE MATCHING

Match Signatures in Unsecured Environments


Adversaries are deploying sophisticated cyber techniques to gain access to highly valuable resources. The cyber threat domain has grown exponentially in the past few decades unchallenged.

It is a constant challenge to disseminate threat information across resources in a secure manner without providing an edge to adversaries.

Our solution is designed to match signatures in unsecured environments.

A.I. RESEARCH

xView2: BUILDING DAMAGE ASSESSMENT CHALLENGE

Assess damage after natural disasters

Participated in the xView2 Computer Vision Challenge for assessing building damage after natural disasters using satellite imagery.

When a disaster strikes, first responders require situational awareness to allocate resources efficiently to accelerate recovery.

Our solution optimizes the baseline model for building damage classification.

OUR STORY

Founded 2014, Ottawa, Canada

We began our journey with repurposing used electric vehicle batteries for grid level storage. Electric vehicle batteries retain 80% of their initial capacity intact at the end of automotive use. These batteries still retain significant storage capacity, but do not meet the requirements for automotive use. Used EV batteries can provide an estimated 10 years of additional storage. 

The first step to repurposing used electric vehicle batteries is predicting battery life. Through years of research and development to solve the problem of predicting battery life, it led us to develop AI capabilities. AI provided us the ability to tackle a whole new set of problems to meet the challenges of tomorrow.

CAREERS

We are constantly on the search for passionate individuals who share a strong belief for improving the state of our world with the power of technology one line of code at a time.

We are building a culture that prizes the doers and thinkers to pioneer technologies to solve the problems of tomorrow, today.

GET IN TOUCH

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