LedgerX is an institutional trading and clearing platform that has received approval from the U.S. Commodity Futures Trading Commission (CFTC) to trade and clear options on bitcoin. LedgerX is registered with the CFTC as a swap execution facility (SEF) and derivatives clearing organization (DCO).

LedgerX became the first federally regulated bitcoin options exchange and clearing house to list and clear fully-collateralized, physically-settled bitcoin options for the institutional market in July 2017.

After joining the LedgerX team in April 2017, we provided full stack engineering services fixing a wide range of issues, implementing features, and optmizing performance to help LedgerX launch in the fall of 2017. It was a blast working with such an amazing engineering focused organization, really looking forward to seeing LegerX make some big moves in the financial markets in the near future!

Auvenir is on a mission to enable a Smarter Audit.

As a Deloitte venture, Auvenir benefits from the agility of a start-up culture while leveraging deep world-class audit and technology expertise. Our long term goal is to facilitate higher trust and confidence in financial reporting and assurance.

The Auvenir platform seamlessly integrates advanced technology to enhance the financial audit workflow, improving efficiencies and communications for auditors and their clients. This includes a robust collaboration tool, as well as patent pending machine learning software that automates routine tasks of the audit process.

We helped Auvenir improve the performance of front end by 200x through the use of modern build tools like webpack 2, code-splitting, minification, and code re-architecture (over 400k lines of code refactored in 3 months). We also assisted in docker build optimization, setup a MongoDB 3.4 replica set cluster with TLS/SSL, and major feature developments such as bank account integration, mobile app 2FA, and much more to get Auvenir to market.

Radar is an in house application built for TD Securities in Toronto, Ontario. It was developed from scratch and provides real time view of their Murex enterprise bus which powers millions of dollars in trades daily.
The app provides many security features to comply with bank grade security and is now used by developers, support, and operations teams for day to day operations, support, debugging, and much more.

The Brayton cycle is a traditional power conversion cycle used to convert waste heat into electrical power, however, it has been largely unchanged until the past few years. As a part of Canada's EcoEnergy Innovation Initiative II, Everhusk Inc. was involved with the preliminary design of an advanced Brayton cycle design using supercritical CO2 as the working fluid.
By developing and validating a novel FORTRAN code to rapidly analyze the aero/thermo performance of turbomachinery operating near the critical point of CO2, we were able to brute force design and optimize the steady state design point of the multi-million dollar research plant. Futhermore, MATLAB codes were developed to conducted market research & product planning of a full scale 10MW cycle.

An automated paintball sentry gun based off an Arduino microcontroller. The microcontroller is connected to a WebCam which is fed through an machine vision algorithm to determine where the target is on the screen. This information is fed to the servos which implement a feedback control system to automatically position and fire the paintball gun at the specified target. Targets were simply set to be different colors in this proof of concept demo.

We had from September to May to design, manufacture, test, and race a formula style SAE car against 120 universities across the world. We led the aerodynamics and performance team to develop computational models using ANSYS CFX, optimized engine performance with a dynojet powercommander, manufatured body panels, and designed/manufactured the engine intake system to meet all of the strict competition regulations.
Our team successfully passed the rigorous technical and safety inspection, and placed 8th in cost however our engine (which we bought off craigslist) decided to blow out before the dynamic events. The following year we placed 2nd / 109 in efficiency.

Many developing nations face light and power problems in their rural communities. We wanted to start by addressing that need.
During the Toronto PCH Hardware Hackathon, our team developed a working prototype of an armband which generates electricity using human body heat alone (the difference in temperature between your skin and the atmosphere to be precise).
Our team won first place and roughly $10,000 in prizes to bring our prototype to the next level and are currently researching different materials to optimize the power generation.
Specifically we helped develop the first working prototype over the weekend, which successfully lit up an LED using human body heat alone (no batteries or anything required), and also create www.enlightli.com.