More than any other technology, Artificial Intelligence (AI) has become the killer Disruptive Tech that will change consumer’s lives forever. Today, Google’s stunning Duplex demo #AI assistant making a reservation and Netflix’s learning algorithms that suggest your next film to watch are small example’s of how Artificial Intelligence is making an impact on our daily tasks. The mid-term impact of AI technology on the global technology market will be $15.7 trillion by (2030) and is evolving in the direction of Data from Star Trek.
ForwardX Robotics is looking to take Artificial intelligence to the next level with the Ovis Intelligent Suitcase. Similar to Star Wars’ R2D2, this revolutionary first vision-powered side-follow carry-on, walks behind or beside you. Powered by a Qualcomm Snapdragon 835 chip and TSA approved, Ovis leverages autonomous algorithms for collision avoidance. More specifically visual robotic simultaneous localization and mapping (VSLAM) along with complex obstacle avoidance algorithms ensure your Ovis carry-on arrives safely without taking out anyone else along the way. Ovis’s side follow technology is far more advanced then following from behind because of the requirement of prediction algorithms.
The obstacle avoidance algorithm of Ovis is based on self-driving technology; Ovis is able to accurately sense and assess the environment, calculate the distance, and estimate the direction and route to avoid potential obstacles, with a deviation precision of +/- 1cm.
With the Bluetooth leash, the Ovis Intelligent Suitcase follows you around up to 10 km/h (6.2mph). Fast enough to get you to that gate in time, ensuring you have your hands free to get your boarding pass ready.
Ovis runs on a TSA approved Lithium-ion 96Wh battery which meets the IATA standards for carry-on’s. With one pop of a button the battery can be removed. The battery contains two 5V USB output ports which are great to charge your phone, tablet, camera, portable audio or camera device.
The battery is advertised to work for approximately two round trips and takes just under 4 hours to fill up. And if by chance you forget to charge the batteries, Ovis can be pushed in manual mode. I love that ForwardX Robotics has included some additional tech including:
- Real time luggage scale that lets you know how heavy your luggage is
- Smart Alarm to alert if your luggage has been taken
- Location tracking – Optional GPS and 3G technology provide you with real-time monitoring and tracking
- Automatic firmware update – which will ensure your Ovis is updated with any patches and new features.
- Battery alert when Ovis is running low
Beyond this cool amazing disruptive technology, Ovis is built out of lightweight, sturdy carbon fiber. IP56 waterproof (protection from water from heavy seas or projected from jets) and available in 4 stylish colors to choose from.
If you are interested in upgrading your legacy carry on to the Next Gen, then the Ovis Intelligent Suitcase is something you should truly consider. Ovis can be purchased on Indiegogo and is expected to arrive in December.
Features and Specifications
- Dimensions: 14.9 in*8.7 in*21.6 in
- Weight: < 4.5 kg
- Materials: Carbon Fiber
- CPU: Qualcomm snapdragon 835 Chip
- Wheels: 4,
- Front two wheels are omni-directional,
- Rear two wheels are only omni-directional in manual mode
- Maximum Speed: 10 km/h; 6.2 mph (3 m/s; 10 ft/s)
- Colors: Creamy White, Carbon Black, Galaxy Blue, Silver Grey
- Connectivity: Bluetooth
- Battery:
- Type: Removable Lithium-ion 96Wh
- Output: USB 5V (2 USB ports)
- Usage/Distance: Two round trips per charge
- Re-charge time: < 4 hours
- Compatibility: iOS 8.0+ or Android 4.0+
- Features:
- TSA Approved
- Self Follow
- Smart “anti-lost” alarm & location tracking
- Waterproof: IP56
For more information or to acquire the: Ovis Intelligent Suitcase
About ForwardX Robotics
Founded in 2016 by former Oracle SaaS product Head, Nicolas Chee, ForwardX Robotics is committed to deliver the most intelligent and intuitive-designed robotics, powered by the most cutting-edge computer vision and self-driving technologies.
