Signal 1’s AI platform helps hospitals tackle these by integrating AI-driven insights directly into existing workflows, delivering improved patient outcomes, enhanced hospital efficiency and reduced stress for front-line workers.
PocketHealth is a better way to instantly receive and share sensitive medical imaging information. PocketHealth’s platform allows patients to share imaging records electronically with patients.
Untether AI Corporation specializes in manufacturing neural network-based inference processors and chips, aimed at enhancing the capabilities of devices such as augmented reality headsets and wearables. Founded in 2017 and headquartered in Toronto, Canada, the company focuses on creating a new class of specialized processors that prioritize efficiency by minimizing complexity while maintaining essential operations for neural net inference. This approach allows devices to perform critical functions like machine vision and speech recognition within strict energy constraints, addressing challenges that current inference technologies face. Untether AI's innovative architecture is designed to maximize inference output while minimizing power consumption, making it well-suited to meet the evolving demands of various applications.
Waabi operates as a self-driving technology start-up. Waabi is bringing the promise of self-driving closer to commercialization than ever before.
Promise Robotics enables the building industry to harness industrialized robotics and AI towards the production of more affordable and sustainable buildings. The company provides ready-to-deploy industrialized robotics systems coupled with SaaS Production Management Services for the production of NetZero-ready timber buildings.
Acerta Systems Analytics Inc. specializes in providing machine intelligence solutions that convert raw machine data into actionable insights. The company's primary offering, Acerta CHECK, employs a combination of statistical methods, data mining algorithms, and machine learning techniques to identify critical issues and anomalies in machine behavior. Targeting the automotive sector, Acerta's solutions cater to OEMs, parts suppliers, and vehicle testing equipment providers, enhancing vehicle health monitoring and data acquisition. Additionally, the company's algorithms are utilized in the aerospace industry for airplane health management and engine testing. By detecting anomalies and predicting equipment failures, Acerta supports manufacturers in optimizing their processes and improving product quality. Founded in 2014 and based in Waterloo, Canada, Acerta is committed to transforming quality control in the automotive industry through advanced artificial intelligence applications.
Dark Slope Studios Inc., founded in 2018 and based in Toronto, Canada, specializes in developing games, educational content, and narrative experiences aimed at location-based entertainment venues, cultural institutions, and brands. The company creates immersive virtual and augmented reality experiences that allow multiple users to interact within shared environments, ranging from shipping containers to large play areas and arenas. Dark Slope also operates a motion capture studio, which facilitates the production of real-time mocap animation for broadcast purposes. Additionally, the company focuses on applications for immersive learning related to health and safety, field operations, and soft skill development, offering realistic three-dimensional spaces for training and collaboration. This approach is designed to enhance user engagement, improve retention, and streamline the onboarding process for organizations.
Untether AI Corporation specializes in manufacturing neural network-based inference processors and chips, aimed at enhancing the capabilities of devices such as augmented reality headsets and wearables. Founded in 2017 and headquartered in Toronto, Canada, the company focuses on creating a new class of specialized processors that prioritize efficiency by minimizing complexity while maintaining essential operations for neural net inference. This approach allows devices to perform critical functions like machine vision and speech recognition within strict energy constraints, addressing challenges that current inference technologies face. Untether AI's innovative architecture is designed to maximize inference output while minimizing power consumption, making it well-suited to meet the evolving demands of various applications.
PocketHealth is a better way to instantly receive and share sensitive medical imaging information. PocketHealth’s platform allows patients to share imaging records electronically with patients.
Untether AI Corporation specializes in manufacturing neural network-based inference processors and chips, aimed at enhancing the capabilities of devices such as augmented reality headsets and wearables. Founded in 2017 and headquartered in Toronto, Canada, the company focuses on creating a new class of specialized processors that prioritize efficiency by minimizing complexity while maintaining essential operations for neural net inference. This approach allows devices to perform critical functions like machine vision and speech recognition within strict energy constraints, addressing challenges that current inference technologies face. Untether AI's innovative architecture is designed to maximize inference output while minimizing power consumption, making it well-suited to meet the evolving demands of various applications.
Sensibill Inc., founded in 2012 and based in Toronto, Canada, operates a cloud-based application that enables users to access digital receipts directly from their bank accounts. The company offers a comprehensive digital receipts ecosystem, providing financial institutions with a turnkey solution to help retail customers manage itemized receipts through trusted banking applications. Sensibill's platform emphasizes a user-friendly interface, enhancing customer engagement and fostering loyalty among users. By integrating technology with design, Sensibill transforms the way customers interact with their financial services, turning them into advocates for the banking applications they utilize.
Xanadu Quantum Technologies Inc. is a Canadian company based in Toronto that specializes in developing photonic quantum computers. Founded in 2016, Xanadu integrates quantum silicon photonic chips into existing hardware to create a comprehensive quantum computing system. The company aims to provide quantum computing resources on demand, enabling significant computational advancements over traditional methods to address complex real-world challenges. Xanadu offers several platforms, including PennyLane, a Python library for quantum machine learning and hybrid quantum-classical computations, and Strawberry Fields, an open-source programming language for quantum applications. By combining academic research with industry expertise, Xanadu is positioned to drive innovation in the field of quantum technology.
Tread, Inc. is a Toronto-based company founded in 2016 that specializes in developing a platform for managing construction equipment services. The software facilitates interactions among contractors, brokers, and operators, enabling them to collaborate effectively as if they belong to the same fleet. By generating data-driven insights, Tread's platform helps improve equipment usage, enhancing operational efficiency within the construction industry.
Inkbox is a Toronto-based company specializing in semi-permanent tattoos and tattoo kits. Founded by brothers Tyler and Braden Handley, Inkbox emerged from their desire for a tattoo experience that avoids the permanence typically associated with traditional tattoos. The company offers tattoo kits that include an applicator, tattoo ink, gloves, a pre-moistened cloth, and an ethyl alcohol wipe. Inkbox tattoos are made from an organic fruit-based formula that allows the designs to last for about two weeks while providing the look and feel of real tattoos. Customers can choose from a diverse range of designs across various categories, including nature, music, and quotes, or they can create custom designs. The application process is straightforward, enabling users to apply tattoos at home without the need for needles.
Phenomic AI is a developer of a drug discovery platform designed to discovery and optimize therapeutics directly against phenotypic assays.The company's platform uses artificial intelligence to analyze phenotypes in complex disease models including high-content co-culture and 3D assays, enabling pharmaceutical companies to discover drugs in an easier way.
BenchSci's vision is to bring medicine to patients 50% faster by 2025. The company empowers scientists with the world’s most advanced biomedical artificial intelligence to run more successful experiments. Backed by F-Prime, Gradient Ventures (Google’s AI fund), and Inovia Capital, BenchSci's proprietary technology accelerates science at 15 top 20 pharmaceutical companies and over 4,300 leading research centers worldwide. BenchSci is a CIX Top 10 Growth company, certified Great Place to Work®, and top-ranked company on Glassdoor.
MedChart Inc. operates a cloud-based platform designed to simplify the retrieval and management of healthcare records. Founded in 2014 and based in Toronto, Canada, the company enables patients to view, store, and share their medical records securely online. MedChart's offerings include a variety of document types, such as legal, hospital, clinical, and research documents. The platform automates the release of information process, enhancing the ease with which individuals can access their health data. By facilitating better ownership and management of medical records, MedChart aims to improve patient care and streamline interactions between patients and healthcare providers.
TritonWear Inc., based in Kitchener, Canada, specializes in developing performance wearables that enable coaches and athletes to monitor performance in real time via mobile devices. The company offers a highly accurate sports wearable that uniquely provides personalized, AI-based auto-coaching, tailored to individual data. By focusing on the critical issues of inaccurate data and the lack of actionable feedback within the burgeoning fitness and sports wearables market, TritonWear has carved out a distinctive niche. The company aims to enhance athletic performance by delivering precise insights and guidance to users.
Roadmunk is a web-based product roadmap visualization planning tool for product managers and stakeholders. It enables its users to manage an entire product portfolio across multiple teams with a range of comprehensive sharing features, master roadmapping, and a two-way data integration with Jira.
Roadmunk supports various formats, including PDF, PowerPoint, URL, HTML, and PNG. It was launched in 2012 by Latif Nanji and Tomas Benda.
Roadmunk is operated from Toronto, Ontario.
Drop Technologies Inc. operates a mobile-based loyalty platform that enables users to earn reward points on various brands through their debit and credit card purchases. Users can link their cards to the application, allowing them to accumulate points that can be redeemed for experiences, dining, and shopping. The platform caters to brick-and-mortar retailers, online retailers, and subscription services, enhancing the shopping experience by offering personalized rewards based on spending habits. The mobile application is accessible on both iOS and Android devices. Founded in 2015 and headquartered in Toronto, Canada, Drop Technologies Inc. was previously known as Drop Loyalty Inc. before rebranding in January 2018.
Tread, Inc. is a Toronto-based company founded in 2016 that specializes in developing a platform for managing construction equipment services. The software facilitates interactions among contractors, brokers, and operators, enabling them to collaborate effectively as if they belong to the same fleet. By generating data-driven insights, Tread's platform helps improve equipment usage, enhancing operational efficiency within the construction industry.
Elucid Labs is a MedTech company developing augmented intelligence imaging solution for early detection and diagnosis of skin cancer.
Its proprietary imaging technology probes the molecular makeup of the skin at different layers and produces an unique fingerprint for the mole/lesion. The company has developed a proprietary AI technology translates this fingerprint into valuable clinical informatics to assist dermatologists in making better, faster, and more well informed decisions.
With its technology, detection and diagnosis of skin cancer can be performed at much earlier stages of development which in turn reduces the cost of treatment as well as significantly reducing the unnecessary biopsies carried out every year.
BenchSci's vision is to bring medicine to patients 50% faster by 2025. The company empowers scientists with the world’s most advanced biomedical artificial intelligence to run more successful experiments. Backed by F-Prime, Gradient Ventures (Google’s AI fund), and Inovia Capital, BenchSci's proprietary technology accelerates science at 15 top 20 pharmaceutical companies and over 4,300 leading research centers worldwide. BenchSci is a CIX Top 10 Growth company, certified Great Place to Work®, and top-ranked company on Glassdoor.
Acerta Systems Analytics Inc. specializes in providing machine intelligence solutions that convert raw machine data into actionable insights. The company's primary offering, Acerta CHECK, employs a combination of statistical methods, data mining algorithms, and machine learning techniques to identify critical issues and anomalies in machine behavior. Targeting the automotive sector, Acerta's solutions cater to OEMs, parts suppliers, and vehicle testing equipment providers, enhancing vehicle health monitoring and data acquisition. Additionally, the company's algorithms are utilized in the aerospace industry for airplane health management and engine testing. By detecting anomalies and predicting equipment failures, Acerta supports manufacturers in optimizing their processes and improving product quality. Founded in 2014 and based in Waterloo, Canada, Acerta is committed to transforming quality control in the automotive industry through advanced artificial intelligence applications.