Imagine having a tiny, secure office network that fits in your pocket and plugs into your laptop. It acts like a personal bodyguard for your internet connection, making sure you have fast 5G speed and high security no matter where you are. It's like taking your company's secure office wall-plug with you to a cafe or another country.
Remote workers often lack reliable, high-speed internet and secure connections when working outside the office. This creates security vulnerabilities and productivity loss when using unsecured public networks.
A pocket-sized SD-WAN enterprise router that connects via USB and supports 5G, LTE, and WiFi6. It includes AI-driven network optimization and a central management system for thousands of devices.
If you are an investment bank dealing with unsecured public Wi-Fi for traveling executives — this project developed a tiny SD-WAN router that ensures a secure and reliable network connection. It allows employees to work as securely as they do in the office from anywhere in the world.
If you are a global strategy firm dealing with unreliable internet in remote client locations — this project developed a device that simultaneously uses 5G, LTE, and WiFi6. This ensures low latency and fast connectivity for consultants roaming across Europe, Asia, Africa, and North America.
If you are a managed service provider dealing with the manual setup of thousands of remote devices — this project developed AI-based algorithms to self-optimise network and security policies. This enables zero-touch use for the end user and simplifies deployment for the IT department.
Based on available project data, specific unit pricing is not disclosed, but the project targets a total addressable market ranging from a €7.5bn SDWAN market to a €155bn edge computing market.
Yes, the project developed scalable communication between a central management system and thousands of devices to minimize data costs.
Based on available project data, the project focused on developing specific algorithms for antenna tuning, VPN optimization, and AI-based network policies, though specific patent numbers are not listed.
The solution is designed to integrate easily into any existing enterprise infrastructure and uses algorithms for automation to ensure zero-touch use for the user.
The project period ended on 2024-04-30, and the final validation with global partners has been concluded successfully.
The project is led by a single SME, Celerway Communication AS from Norway. This lean structure allowed for rapid iteration based on feedback from 70 global leaders and 15 pilot testers, focusing entirely on industrial application without academic overhead.
Contact Celerway Communication AS in Norway
Contact us to explore licensing or partnership opportunities with Celerway.
