Grants and Contributions

In this project, the firm will extend capabilities of detection, tracking and identification from maritime environment to the land area. Land application poses challenge on detection of small and potentially faster moving objects. The firm proposes a motion-based approach for detection of land vehicles from satellite videos and a context-based detection method for land where every region of the land is semantically segmented to identify the land use patterns. The firm proposes to create a database of well annotated data points that can be used to correct the detection and classification performance based on uncertainty measure.

The goal of this project is to develop a full marketing strategy, including an online presence.

Develop digital media technologies and in-house capabilities to transform the firms physical animation assets that are used exclusively for stop-motion animation production and Indigenous storytelling into digital assets for commercialization in education, social media, television, mobile applications and other transmedia.

iTacit retains a variety of classifications of customer data in order to provide services. iTacit is endeavouring to implement information security best practices and understand what measures need to be taken to reduce the organization's risk of mishandling or leaking client information.

The iTacit product is delivered via the internet, and therefore is exposed to many diverse forms of cybersecurity threats. Along with implementing data security best practices, iTacit strives to architect their technical infrastructure to mitigate against these threats.

This project will develop a multi-sensor fusion software for seamless positioning at decimeter level of accuracy with high integrity for autonomous vehicles (AVs) integrating data from onboard motion sensors, GNSS receiver and Electronic Scanning Radars (ESR). The new software will enable robust positioning and mapping for AVs and will sustain the decimeter level of positioning performance seamlessly everywhere in all operating conditions for autonomy levels three and higher.

CIDCO will leverage the concept of crowdsourcing bathymetric data collection through opportunity commercial vessells by fitting large ships with bathymetric dataloggers, and installing data transfer stations at strategic locations. This will allow raw data to be automatically harvested from the ships and sent to a data processing cloud backend that will transform the raw crowdsourced bathymetric (CSB) data into quality products suitable for active monitoring of the St-Lawrence Seaway and possible integration into the Canadian Hydrographic Service (CHS) data products and services while respecting the required quality assurance and control standards provided by the International Hydrographic Organization (IHO).

Help build and maintain the brand of KorrAI.

KataniTECH Inc. is a technology start-up, based in Ottawa, ON.
Product name is "POP TikR".
POP TikR is a new innovative retail marketing platform that allows local merchants and tourism operators to create live hyper-local digital POP-UP deals on our app to boost in-store and online customer traffic.
Our technology deployment is also conducive to one of Canada's current priority objectives in regards to economic recovery for local retail businesses and tourism operators.

Development of a proprietary air emissions forecasting and scenario modeling technology to mitigate climate change and maximize emission reductions

The virtual marketing coordinator will assist in the promotion and implementation of new DMC virtual offerings, as well as assist in the processing of new clientele that it may generate.