Bayes Studio is an AI-powered environmental tech company focused on wildfire resilience. They develop autonomous aerial and ground-based systems that detect, predict, and monitor wildfires in real time. By combining machine learning with multispectral sensing, they deliver early alerts and insights that help protect communities, ecosystems, and critical infrastructure.
It is a software that translates all the transit information into sign languages (ASL and LSQ).
The patent-pending Sentinel edge IoT smart sensors allow for push rod stroke length measurement to be done in 30 seconds or less, right from the driver's seat, using a wirelessly connected smartphone or tablet via Bluetooth Low Energy (BLE) to all sensors installed at every wheel.
We have developed a level 2 (11.5kw) manual portable charger with a capacity of 25 kWh (125 km~ of range) that is servicing 3-4 customers in three condo building. We recently completed our autonomous level 1 charger proof-of-concept to showcase how the robot can map out the parking lot and charge customer EVs without any human intervention. Our software connects to a customer’s EVs and we can monitor the state of charge of the EV to schedule a charge. We have onboarded two property management companies and have 140+ building in our waitlist.
Leveraging deep learning and computer vision technology, Aeroport AI's software features two main components: an AI turnaround management system for optimizing efficiency and an AI airside risk alert system for safety and compliance. Utilizing cameras on ramps and jetbridges, the software monitors and analyzes aircraft turnarounds and over 30 ground handling tasks in real-time. It provides predictive analytics to optimize operations, facilitating faster decision-making, reducing delays, and mitigating risks. This integrated approach enhances both operational efficiency and safety standards in airport management.This AI solution could also be applied in other sectors like logistics, cargo, ports, and transportation hubs.
We are launching the "Kitchenaid of public-space robotics." Two proprietary robot designs, a four-wheeler and one continuous/propulsion-traction robot, can be connected to multiple pods and add-ons, allowing robots to perform various tasks for the private sector and municipal administration. By design, the robots are integrated with a road-trailer POD that provides mobility, mobile fast charging, supply replenishment, and reverse logistics of residues. The trailer and the robots seamlessly integrate with mobile and in-truck dashboard controls, affording a streamlined operational envelope. The system has autonomous safety in many layers and is ready for sidewalks, parking lots and parks/grass fields.
RideAlike is a community-driven car-sharing platform that enhances vehicle use in multi-residential communities through a seamless mobile and web app. Users can easily book, swap, and manage rides, reducing the reliance on personal car ownership. Our platform ensures safety and trust with 24/7 roadside assistance, comprehensive commercial insurance, and stringent verification of users and cars. The unique swap feature and engagement model foster community connections, making transportation both sustainable and social. As RideAlike expands across North America, it offers flexible, affordable mobility solutions tailored to the modern urban lifestyle, redefining urban mobility by building stronger, environmentally conscious communities.
Our software orchestrates last-mile delivery with robots seamlessly. Tailor-made for each business and their robots, it unifies operations on one platform. Each interface is designed for user experience and is intuitive, responsive, and engaging. No-code hyperlocal commerce tools enable rapid setup and management. With powerful integrations, smart analytics, and automated dispatch, we optimize routes, enhance productivity, and deliver exceptional customer experiences. On top of fleet management, our product provides transparency and displays all data analytics visually to aid businesses in decision-making and reporting.
The product is an innovative composite coil spring for vehicle suspensions, replacing heavy steel wire coil springs as a direct replacement - without any redesign of the vehicle itself.
The solution uses a call center, live video feed and GPS data to allow the fullest service available using today’s technology. The user opens the Tappy Guide app and places a video call to the call center where the call is answered by a live advisor. The Tappy Guide advisor has the ability to view the user’s GPS location and live video stream. Utilizing these 2 data sets, our live advisors will be able to help users navigate and identify key points of interest.
