SALT LAKE CITY, March 15, 2018 /PRNewswire/ — Fortem Technologies, Inc., an innovator in airspace awareness and intelligence, announced today that they have closed a $15 million Series A funding round led by DCVC (Data Collective) with key participation from Boeing, the world’s largest aerospace company, and Mubadala Investment Company, as well as Manifest Growth, New Ground Ventures and founding investor, Signia Venture Partners.
Powered by Fortem TrueView Radar, DroneHunter acts as “eyes in the sky” to alert security personnel of rogue aircraft operating in no-fly zones or unauthorized airspace
SALT LAKE CITY, Feb. 15, 2018 /PRNewswire/ — Fortem Technologies, Inc., announced today the release of DroneHunter™, the first military-tested unmanned aircraft that provides perimeter intrusion detection and protection by autonomously patrolling an airspace and towing away any rogue drones from the sky. Using AI algorithms, the DroneHunter system provides detection, monitoring and capture of rogue drones over restricted airspace or no-fly zones. Once a rogue drone is detected and captured, DroneHunter can tether and return, or safely discard to a predefined safe zone.
“Drones are accessible to everyone now and are beginning to proliferate to enable many new services,” said CEO of Fortem Technologies, Timothy Bean. “However, to fully embrace these benefits, we must monitor the airspace and secure no-fly zones. Fortem’s safe, low-cost detection and mitigation systems like DroneHunter are game-changing, enabling the benefits of a drone world to be realized.”
New market study on counter UAV technologies indicates terrorist attack with UAVs (drones) is matter of time
AMSTERDAM, Feb. 23, 2018 /PRNewswire/ — Violent non-state actors have increasingly been making use of unmanned aerial vehicles (UAVs) also known as drones. More recently, some terrorist organizations – among them, the Islamic State and Hezbollah – have extended their use of UAVs to include the deployment of Improvised Explosive Devices (IEDs) in warzones. Now, the threat of UAVs being used in attacks in Europe or North America is rising.
Commercial UAVs – considerably smaller and cheaper than military versions – have become widespread in industrialized societies. Their applications range from agriculture to the filming of sporting events. However, violent non-state actors have quickly learned how to adapt this technology to their advantage.
With successful testing of the company’s beta-version now concluded, the resulting GRIFF 2.0 Master Design is a world first – the only all-metal drone built to commercial aircraft standards.
CEO Leif Johan Holand said that the UAS – capable of carrying payloads of up to 150kg (331lb) – exemplified the GRIFF Aviation approach to innovation. He said: ‘If you want to create something new, you must start from the very beginning and pick a different path than everybody else. That’s exactly what we’ve done with the GRIFF 2.0 Master Design.
‘With an uncompromising approach to quality, design, engineering and performance, we have redefined what Unmanned Aerial Systems are all about. This is not merely evolution – it’s a revolution.’
The GRIFF 2.0 Master Design has been fully designed from the ground up. Mr Holand describes the company’s focus on reducing the number of parts as well as weight as ‘an obsession’. He explains: ‘While the rest of the industry cuts carbon tubes and sheets, assembling hundreds of standard parts to get airborne, our thinking was radically different. We believe that more parts in an assembly mean an increased chance of failure. They also add a tremendous amount of weight closely followed by a loss in performance.
By contrast, we have machined sophisticated, complex structures with extreme precision out of large, solid pieces of still lightweight aluminium using state-of-the-art CNC technology.
Despite its metal construction, the GRIFF 2.0 Master Design is light, strong and extremely compact.
Another significant modification is the introduction of the four-arm array, rather than the original eight arms. Extensive testing has shown the four-arm configuration to provide optimal performance.
Mr Holand, speaking from the company’s global headquarters in Sykkylven, Norway, added: ‘In close cooperation with the Civil Aviation Authority in Norway, we have worked incredibly hard and put our heart in soul into this project to secure our clients the safest, most efficient and reliable UAS possible.’
GRIFF Aviation’s Technical Manager, Hans Petter Førde, said the new version featured a number of enhancements over the original design. He said: ‘Flexibility is paramount. We have made this new GRIFF as multipurpose as possible; one drone will be able to do several different jobs during the same day.
‘Changing the payload will only take seconds. Sensors in each end of the drone can also quickly be changed – this could be a standard camera, a night vision camera or a thermal imaging camera, depending on mission requirements. Swapping these out is swift and easy.
‘On the inside, we made room for a large cargo bay where the avionics systems and third-party equipment is completely shielded from the power electronics – this increases reliability and safety. Battery swapping is also extremely fast and hassle-free, without the need for tools. All of these factors contribute to greatly increased uptime.
‘We’ve kept ease-of-use for our clients well to the fore.’