SkyWall Auto - Autonomous C-UAS system, crossing target capture during European Military evaluations OpenWorks 2024-10-21 | SkyWall Auto - Autonomous C-UAS system, crossing target capture during European Military evaluations
OpenWorks Overview OpenWorks 2024-08-28 | OpenWorks provides autonomous systems for Surveillance and Defence applications, ideally suited to Fire Control and vehicles, vessels and UGVs/USVs. Our Vision products are used in C-UAS, Defence and surveillance, sensing and tracking missions. The SkyWall products provide physical capture for C-UAS. OpenWorks can provide integrated sub-systems/systems using in-house technology/products, for standalone use or integration by Defence primes/Integrators.
Vision Flex: Long distance + High Altitude tracking capabilities OpenWorks 2024-08-19 | A great example of our Vision Flex system tracking a high altitude flight along the British coast.
Vision Pace - Stabilised Fast and Accurate Tracking and Fire Control OpenWorks 2024-06-13 | STABILISED ULTRA HIGH SPEED AND POSITIONAL-ACCURACY OPTICAL TRACKING AND FIRE-CONTROL SYSTEMS Vision Pace combines the latest optical technology with a direct drive, low friction director to provide best-in-class performance for stabilised tracking of highly dynamic targets. Vision Pace optical systems are highly configurable, lightweight and compact, and can be used with built-in twin-AI modules or 3rd Party classifiers and trackers.
Vision Flex - Modular Advanced Cameras OpenWorks 2023-10-09 | High performance electro-optical systems, optimised with mission specific capabilities .Vision Flex is a configurable, highly modular, advanced camera system which has one easy integration for all systems.
Vision Flex - Capability Upgrades (Twin-AI - LRF - OTM - Automatic Site Setup) OpenWorks 2023-10-05 | Part of the Vision Flex upgrades available include:Twin AI for EO/IR . Real Time AI Classification and TrackingLaser Range Finder and 3D TargetingAutomatic Site Set Up and Gyro - Mount Stabilisation for OTM Tracking.
Vision Flex CUAS - Configurable Air Defence and CUAS Camera Tracker OpenWorks 2023-10-03 | Vision Flex CUAS provides the highest performance tracking and classification capability available, specifically designed for dynamic air targets. A range of upgrades are available such as AI, built into both EO and IR optical units for simultaneous edge processing, and GPS/IMU gyro stabilisation and on-the-move operation.
OpenWorks - Technology Overview OpenWorks 2023-10-02 | OpenWorks has developed a robust range of CUAS technologies since our company's conception in 2015.Above is a brief overview of our CUAS capabilities, from physical net capture such as SKYWALL PATROL, to autonomous visual optics like VISION FLEX. Depending on your objective in CUAS, OpenWorks Engineering has created a dependable catalogue of products, which are easily deployable, as well as readily integrated into a diverse range of systems.
OpenWorks CUAS Technology. Autonomous Optical Solutions. OpenWorks 2023-09-29 | OpenWorks presents our latest capability, Vision Flex. Vision Flex CUAS provides the highest performance tracking and classification capability available, specifically designed for dynamic air targets.Consolidation with other units as well as a wide range of upgrades are available. For instance, AI, built into both EO and IR optical units for simultaneous edge processing, and GPS/IMU gyro stabilisation and on-the-move operation.
OPENWORKS x ROBIN - AI-Powered OTM CUAS Testing OpenWorks 2023-09-21 | Achieving speeds of up to 100kph, OpenWorks Engineering and Robin Radar Systems showcased on-the-move (OTM) with stabilised AI-powered EO/IR and AI 3D radar. Proving again, collaboration leads to success.OpenWorks Engineering and Robin Radar Systems are proud to announce the first customer demonstration of a fully autonomous OTM capability. The results will be presented at DSEI in London, in September.Vision Flex is a highly configurable optical system that has a variety of upgrade packages to allow it to be configured for static or mobile applications. For demanding vehicle installations it makes use of Inertial Navigation Systems, Dual-GPS and a custom balanced-gyro mount. This allows precise automated slew-to-cue, using AI classification, and close target tracking at long-range for target identification. Vision Flex and IRIS® are already deployed in multi-sensor integrated CUAS systems worldwide. IRIS® provides long-range 3D radar detection and classification using advanced micro-doppler technology enhanced with AI . Vision Flex provides fully autonomous optical classification and tracking, using embedded twin-AI with EO/IR sensors.OpenWorks Engineering have had a year of innovation; launching new capabilities like Vision Flex CUAS used in the Robin Radar and OpenWorks testing. This multi-role, autonomous optical surveillance has targeting and tracking capabilities for a range of applications. E.g. Border Protection, Maritime and Coastal surveillance, Base Protection, Homeland Security and UGS/USV.
OPENWORKS x ROBIN - Proving High-Performance Compatible Sensors OpenWorks 2023-06-30 | Vision Flex and IRIS are already deployed in multi-sensor integrated CUAS systems around the world. IRIS provides long-range 3D radar detection and classification using micro-doppler with AI. Vision Flex provides fully autonomous optical classification and tracking, using embedded twin-AI with EO and IR sensors.Testing conducted in the Netherlands proved that high-performance sensors can be connected to provide a low false-alarm-rate system with minimal or no operator input, using a new simple user interface (UI) provided with the Vision Flex system. The free LinkUI software is designed to simply connect the sensors and allow minimal operator engagement for simple operation and control. The LinkUI software provides a lightweight alternative for those end users and customers that require a simple combination of sensors, and do not need the capability and scale of full command-and-control systems and services offered by prime systems integrators.
Vision Flex - Integration of 3rd Party Sensors and Effectors OpenWorks 2023-01-10 | SkyTrack provides the highest performance tracking and classification capability available, specifically designed for dynamic air targets. A range of upgrades are available such as AI, built into both EO and IR optical units for simultaneous edge processing, and GPS/IMU gyro stabilisation and on-the-move operation.
Vision Flex - Highly Modular Architecture and Easy Integration (+ SAPIENT ) OpenWorks 2023-01-10 | Vision Flex provides the highest performance tracking and classification capability available, specifically designed for dynamic air targets. A range of upgrades are available such as AI, built into both EO and IR optical units for simultaneous edge processing, and GPS/IMU gyro stabilisation and on-the-move operation.
Vision Flex - Optical Classification and Tracking of Air Targets OpenWorks 2023-01-10 | Vision Flex provides the highest performance tracking and classification capability available, specifically designed for dynamic air targets. A range of upgrades are available such as AI, built into both EO and IR optical units for simultaneous edge processing, and GPS/IMU gyro stabilisation and on-the-move operation.
Vision Flex - Highly Modular Plug and Play Optical Units OpenWorks 2023-01-10 | Vision Flex provides the highest performance tracking and classification capability available, specifically designed for dynamic air targets. A range of upgrades are available such as AI, built into both EO and IR optical units for simultaneous edge processing, and GPS/IMU gyro stabilisation and on-the-move operation.
Vision Flex and SkyAI Tracking a Fixed-Wing UAS using EO on Complex Background OpenWorks 2022-07-27 | ...
C-UAS Optical Detection and Tracking System - Vision Flex and SkyAI OpenWorks 2022-07-12 | SkyAI uses the latest developments in deep-learning neural network classification to quickly and reliably detect a target and achieve an industry leading tracking performance by controlling the camera motion. SkyAI can be integrated with most PTZ camera systems and is shown here on the SkyTrack camera. Non-UAS targets can be trained into the system to provide a multi-role capability. More information can be found at www.openworksengineering.com
NATO NNTEX22C featuring SkyWall Auto autonomous drone net-capture OpenWorks 2022-05-10 | SkyWall Auto was part of the NATO NNTEX22C exercise demonstrating drone-net capture as a non-lethal and low-collateral damage CUAS capability.The exercise demonstrated how SkyWall Auto can be deployed in conjunction with electronic counter-measures as part of a layered defence and in environments where electronic attack cannot be deployed.
NATO NNTEX22C featuring SkyWall Auto autonomous drone net-capture OpenWorks 2022-05-10 | SkyWall Auto was part of the NATO NNTEX22C exercise demonstrating drone-net capture as a non-lethal and low-collateral damage CUAS capability.The exercise demonstrated how SkyWall Auto can be deployed in conjunction with electronic counter-measures as part of a layered defence and in environments where electronic attack cannot be deployed.
SkyWall Auto Testing - Target Drone Autonomously Tracked by SkyAI and the Vision Flex Camera OpenWorks 2022-03-04 | ...
Fixed-wing SkyAI and Vision Flex slew-to-cue from ART Radar over SAPIENT at NATO TIE OpenWorks 2022-01-17 | At NATO TIE, SAPIENT allowed the OpenWorks SkyAI module to be connected to the ART radar and C2 system in a matter of minutes. UAS (drones) in the airspace were detected by the ART radar and the SkyAI module was then cue'd onto the target autonomously without operator input. The SkyAI module controls the camera to search for the UAS based on the radar data, the AI computer vision detection locates the UAS in the video feed and then locks on to it. SkyAI autonomously IDs the UAS as a fixed-wing target and reports that back to the C2 system.
Fixed-wing SkyAI and Vision Flex slew-to-cue from CS Systems C2 over SAPIENT at NATO TIE OpenWorks 2022-01-17 | At NATO TIE, SAPIENT allowed the OpenWorks SkyAI module to be connected to the CS Systems radar (Saab and Flir) and C2 system in a matter of minutes. UAS (drones) in the airspace were detected by the ART radar and the SkyAI module was then cue'd onto the target autonomously without operator input. The SkyAI module controls the camera to search for the UAS based on the radar data, the AI computer vision detection locates the UAS in the video feed and then locks on to it. SkyAI autonomously IDs the UAS as a fixed-wing target and reports that back to the C2 system.
Fixed-wing UAS (drone) detection and tracking using Optical SkyAI at NATO TIE OpenWorks 2021-12-15 | At NATO TIE, SAPIENT allowed the OpenWorks SkyAI module to be connected to a the OSL C2 system, external radar systems in a matter of minutes. UAS (drones) in the airspace were detected by the Robin radar and the SkyAI module was then cue'd onto the target autonomously without operator input. The SkyAI module controls the camera to search for the UAS based on the radar data, the AI computer vision detection locates the UAS in the video feed and then locks on to it. SkyAI autonomously IDs the UAS as a fixed-wing target and reports that back to the C2 system.
Low-Collateral Damage C-UAS Defeat SkyWall Auto, Auto Response and SkyWall Patrol Net Capture OpenWorks 2021-06-11 | SkyWall Net Capture systems are operationally-deployed and provide the ability to physically capture a drone in a specifically designed ‘drone entangling’ net. They areoften used in conjunction with electronic countermeasures for a layered defence, or in environments where electronic attack cannot be deployed.SkyWall Net Capture systems are already deployed at major sites across Europe, North America and Asia. They provide protection at international airports, nuclear power stations and critical national infrastructure sites, such as the Pentagon. For more information visit www.openworksengineering.com
SkyAI - Autonomous Classification-Tracking Performance Testing on Low-cost IP cameras OpenWorks 2021-05-21 | SkyAI uses the latest developments in deep-learning neural network classification to quickly and reliably detect a target and achieve an industry leading tracking performance by controlling the camera motion. SkyAI is shown here integrated onto the widely used Axis 6215-LE and has achieved over 1km autonomous tracking of class 1 UAS on this hardware.The SkyAI product allows this EO/IR hardware to be easily integrated with any C-UAS system. The footage in this video was taken during some engineering performance testing and shows how the AI is used to maintain robust tracks of the target even when objects obscure the view and when a complex background is present.SkyAI has been proven on a range of PTZ systems and more information can be found at www.openworksengineering.com
SkyWall Auto Testing During European Military Trial OpenWorks 2021-05-21 | SkyWall Auto is a remotely operated system that can physically capture a drone in a specifically designed ‘drone entangling’ net. It uses compressed air to launch a projectile up to the target drone after classifying and tracking it autonomously.SkyWall Auto can be used as a standalone drone capture system but can be integrated with a drone detection and security system to offer a highly capable and easy to operate counter drone solution.A single SkyWall Auto system can protect a high-value asset and multiple systems can be networked and deployed to protect a large site.SkyWall Auto is seen here a trial against fast moving Class 1 UAS
SkyWall Patrol drone net-capture used with a jammer - A layered counter drone defence. OpenWorks 2021-05-20 | This C-UAS system integration demonstration hosted by ESG Elektroniksystem- und Logistik-GmbH, lead integrator of the GUARDION C-UAS system, shows SkyWall Patrol being used in a "Stun & Gun" scenario. The inbound drone is first detected, then a Jammer is activated to "stun" the drone, effectively activating the drones built-in fail-safe and causing it to hover briefly. The SkyWall Patrol mobile unit can be forward deployed as soon as the drone is detected, providing a physical capture capability around a large site. The operator then quickly engages the drone to capture it in a specifically designed drone entangling net. Once captured the SkyWall Patrol operator can quickly reload to engage a second inbound drone, which in this scenario was hardened to the effects of the signal jamming and needed SkyWall to defeat the device.
SkyWall Auto and Auto Response, live testing OpenWorks 2021-05-20 | SkyWall Auto Response is an autonomous drone-capture system mounted on a vehicle. It allows the operator to physically capture a drone in a specifically designed ‘drone entangling’ net. It uses compressed air to launch a projectile up to the target drone after the system has automatically identified and tracked it. SkyWall Auto is an automatic system that can physically capture a drone in aspecifically designed ‘drone entangling’ net. It uses compressed air to launch a projectile up to the target drone after the system has automatically identified and tracked it. The system can be seen here defeating fixed wing and multi rotor drones. See website for more information: www.openworksengineering.com
SkyWall Auto, live testing against multirotor and fixed wing drones OpenWorks 2021-05-20 | SkyWall Auto is an automatic system that can physically capture a drone in aspecifically designed ‘drone entangling’ net. It uses compressed air to launch a projectile up to the target drone after the system has automatically identified and tracked it. The system can be seen here defeating fixed wing and multi rotor drones. See website for more information: www.openworksengineering.com
SkyWall Patrol live field testing video. OpenWorks 2021-05-20 | SkyWall Patrol is a handheld system that gives a mobile operator the ability to physically capture a drone in a specifically designed ‘drone entangling’ net. It uses compressed air to launch a projectile up to the drone after the operator has targeted it using the onboard SmartScope. The system is operationally deployed worldwide and can be seen here engaging class 1 drones.
SkyWall Auto - Autonomous C-UAS system, inbound target capture during European Military evaluations OpenWorks 2021-05-20 | SkyWall Auto is a fully autonomous drone net-capture which can be remotely operated and mounted on fixed sites or vehicles. This video shows it capturing a full speed class 1 UAS at long range. SkyWall Auto can classify and track small UAS out to over 2.5km, using embedded AI, before engaging at the press of one button. The user interface clearly shows the drone as it is autonomously tracked, allowing the operator to assess the threat and make a decision.Also see: youtu.be/KP5epaHJzUQ
Autonomous Target Classification and Identification Speed and Performance Test - SkyAI OpenWorks 2021-05-20 | A Test of fast classification of different UAS targets, providing autonomous identification for threat and risk analysis.
USARAF operate SkyWall Patrol in Italy OpenWorks 2020-10-29 | An exercise with the US Army in Italy proves that new operators can capture drones using SkyWall Patrol after minimal training.OpenWorks has been supplying SkyWall technology to US defence and security authorities since 2016 and is proud to have recently trained USARAF operators in this exercise. SkyWall Technology provides an ideal low-collateral damage defeat system to combat the threats posed by drones when operating is non-conflict environments.
SkyWall : SkyWall300 Drone Defence System - An Automatic Drone Capture System OpenWorks 2017-09-25 | OpenWorks Engineering, a team of British engineers, is launching a ground breaking new technology that allows authorities the ability to remotely and automatically capture nefarious drones, SkyWall300.OpenWorks received international recognition after inventing the handheld SkyWall100 system last year, winning international competitions and presented with a Popular Science Grand Award. It has already been deployed by major government authorities and protected President Barack Obama during his visit to Berlin last year.SkyWall300 is an automatic version of the field proven SkyWall100 system and offers an increase in range and autonomy. The system was previewed at the DSEI exhibition in London recently and OpenWorks is already participating in international projects which will see SkyWall300 protecting assets as early as next year.There has been no shortage of press coverage on the threats that drones can pose when used in the wrong hands. Incidents continue to rise and present themselves in ever wider contexts.SkyWall300 is an air powered system that launches the same range of net capture projectiles used with the SkyWall100 handheld system. It integrates with external drone detection and command and control systems to allow for maximum ease of use. It automatically tracks any drone prior to giving the remote operator the ability to command the system to capture the target. The SkyWall concept is simple; physically capture a drone in a net and bring it to the ground safely under a parachute. Electronic warfare methods are proving difficult to regulate and approve for use and SkyWall offers a capable alternative.Physically capturing a drone is the best way to ensure control of a situation is maintained. Once captured it can be impounded, forensically investigated or simply handed back with some words of education where appropriate.
SkyWall : SkyWall100 Drone Defence System - A Man Portable and Cost Effective Counter Drone System OpenWorks 2016-03-08 | SkyWall100 offers a cost effective way of dealing with the drone threat.OpenWorks Engineering, a group of British engineers, has invented a system that offers security operators a ground-breaking alternative way to defeat nefarious drones; to be displayed at the UK Home Office’s ‘Security and Policing Event’ on 8th March.Drone use (quadcopters, UAVs) is on the increase – and is regularly compromising security and privacy laws and the safety or security of both the public and high profile VIPs/celebrities. There is a broad range of current concepts to defeat drones, including jamming their command signals, burning them out of the sky with high-power lasers and attempting to train eagles to catch them.The SkyWall concept is simple; physically capture a drone in a net and bring it to the ground safely under a parachute. Physically capturing a drone is the best way to ensure control of a situation is maintained. Once captured it can be impounded, forensically investigated or simply handed back with some words of education where appropriate. Perhaps more importantly, the potential legal implications of damaging the pilot’s property (drone) are mitigated. The OpenWorks Engineering team will officially launch their SkyWall100 drone defence system at the Home Office S&P Event; a cost effective system that could be deployed by government authorities and private security firms.Skywall 100 comprises of a man portable compressed air launcher and an intelligent projectile with on-board countermeasures. The launcher uses a computerised SmartScope to calculate the drone’s flight path and directs the operator on where to aim the launcher, to ensure the drone is intercepted. When the operator pulls the trigger the projectile is programmed so that it deploys its on-board net and parachute at precisely the right time to catch the target drone.OpenWorks Engineering will develop a range of air powered launchers and intelligent projectiles to provide for the wide range of scenarios conceivable, these include permanent systems for the defence of critical national infrastructure.Chris Down, Managing Director of OpenWorks, said: “OpenWorks Engineering believes that security enforcement authorities need a cost-effective and proportionate way of protecting the public and high profile individuals and we wanted to put a system on the market that offered just that. “Authorities around the world have been looking for a system like this and we are proud to continue the tradition of British innovation in the security industry.”OpenWorks Engineering is already engaged with a number of government and private organisations across the world and is expecting to see the first SkyWall100 systems in use before the end of 2016.
SkyWall : SkyWall100 Drone Defence System - A Man Portable and Cost Effective Counter Drone System OpenWorks 2016-03-03 | SkyWall100 offers a cost effective way of dealing with the drone threat.OpenWorks Engineering, a group of British engineers, has invented a system that offers security operators a ground-breaking alternative way to defeat nefarious drones; to be displayed at the UK Home Office’s ‘Security and Policing Event’ on 8th March.Drone use (quadcopters, UAVs) is on the increase – and is regularly compromising security and privacy laws and the safety or security of both the public and high profile VIPs/celebrities. There is a broad range of current concepts to defeat drones, including jamming their command signals, burning them out of the sky with high-power lasers and attempting to train eagles to catch them.The SkyWall concept is simple; physically capture a drone in a net and bring it to the ground safely under a parachute. Physically capturing a drone is the best way to ensure control of a situation is maintained. Once captured it can be impounded, forensically investigated or simply handed back with some words of education where appropriate. Perhaps more importantly, the potential legal implications of damaging the pilot’s property (drone) are mitigated. The OpenWorks Engineering team will officially launch their SkyWall100 drone defence system at the Home Office S&P Event; a cost effective system that could be deployed by government authorities and private security firms.Skywall 100 comprises of a man portable compressed air launcher and an intelligent projectile with on-board countermeasures. The launcher uses a computerised SmartScope to calculate the drone’s flight path and directs the operator on where to aim the launcher, to ensure the drone is intercepted. When the operator pulls the trigger the projectile is programmed so that it deploys its on-board net and parachute at precisely the right time to catch the target drone.OpenWorks Engineering will develop a range of air powered launchers and intelligent projectiles to provide for the wide range of scenarios conceivable, these include permanent systems for the defence of critical national infrastructure.Chris Down, Managing Director of OpenWorks, said: “OpenWorks Engineering believes that security enforcement authorities need a cost-effective and proportionate way of protecting the public and high profile individuals and we wanted to put a system on the market that offered just that. “Authorities around the world have been looking for a system like this and we are proud to continue the tradition of British innovation in the security industry.”OpenWorks Engineering is already engaged with a number of government and private organisations across the world and is expecting to see the first SkyWall100 systems in use before the end of 2016.
