Sponsored by Echodyne
www.echodyne.com
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15 Apr 24. Cuashub.com said today that Echodyne addressed Counter UAS Technology Europe Attendees. Echodyne, a leading radar platform company, announced its participation in the second annual Counter UAS Technology Europe 2024 conference. The event will be held at the Marriott Hotel Grosvenor Square in London from April 16-17, 2024. Leo McCloskey, Vice President of Marketing at Echodyne, will address key advancements in counter-UAS technology, focusing on accuracy and mobility. This participation follows Echodyne’s recent expansion in the region, which has been marked by the addition of new team members based in Europe.
The SAE Media Group is hosting the conference to unite European C-UAS stakeholders to address the increasing presence of small drones and unmanned aircraft systems (UAS) technology. The focus is on equipping European armed forces and security agencies with advanced C-UAS operations to safeguard critical national infrastructure and personnel domestically and internationally.
Drones pose a growing threat beyond traditional battlefields, with their evolving payload and operational capabilities challenging existing detection systems. From agile small UAS to larger Group 3 UAS, the risks to logistics, missions, and personnel are broadening. A key challenge lies in accurately tracking and pinpointing the coordinates of intruding UAS, an area where Echodyne’s metamaterials electronically scanned array (MESA®) excel.
Cost efficiency is also a concern, as non-state actors invest minimal amounts in UAS weapons that necessitate multi-m dollar defense systems. Echodyne’s radars balance cost-effective, commercial off-the-shelf (COTS) advanced technology and high-performance, active beamforming ESA precision. Offering both processed and raw data integration options, Echodyne’s radars provide precise data for detecting, tracking, targeting, and mitigating UAS threats more effectively.
“Solving the ‘drone problem’ requires technology and software that, when integrated, contributes high-fidelity, actionable data from attritable COTS platforms,” said Todd Fraser, Chief Revenue Officer at Echodyne. “Customer requirements are rapidly and radically changing, from fixed and portable to highly mobile, from crewed to uncrewed to platforms, from range as the sole driver to greater emphasis on spatial accuracy. Echodyne is expanding to meet increasing customer demand across Europe, Middle East, and Africa for low SWaP, commercially-exportable radars with superior ESA performance.”
Those who are interested in Echodyne’s radar solutions for C-UAS operations, including remote weapons stations (RWS), short-range air defense (SHORAD) initiatives, and beyond, are welcome to join Echodyne’s presentation at the Counter UAS Technology Europe 2024 Conference. The session will occur at 11 am BST on April 16, 2024.
https://cuashub.com/content/echodyne-to-address-counter-uas-technology-europe-attendees/?_hsenc=p2ANqtz–9P1yST7y_5-nktjKwY2WlVTvYyk31q9cVD1eHWhL6iSLc0b1Yl_rDMyYvcNusgtpDT2k446DkhnNidbQ2Qe7FFgbeRrQPrrsBKzfB5N5kkFvUmrE&_hsmi=302659751#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=302659751&utm_source=hs_email (Source: https://cuashub.com/)
19 Apr 24. IEE Exhibiting Lineup of Avionics Display Products at Quad A Summit 2024. Industrial Electronic Engineers, IEE, a manufacturer of military avionics displays, is exhibiting at the Army Aviation Mission Solutions Summit (Quad A) in Denver, Colorado, April 24th-26th. Awareness and support for the US DoD initiatives of MOSA and enhanced cyber security remain a dedicated focus for IEE in their execution of military and aerospace programs. Today’s complex defense system architectures are built on modern MOSA aligned products supporting modularity and the use of open standards for communication and video. This modular approach allows for prolonged life-cycle support that spans from supply, through sustainment, and into technology insertion and refresh.
“As fielded embedded systems face increasing threats from cyber-attacks, it’s critical that the defense industrial base pay close attention to cyber security,” said Steve Motter, VP of Business Development at IEE. “The evolving cyber threat now requires our team to monitor and control the entire enterprise activity, from the Computer Aided Design (CAD) tools used within the company, to the delivered product’s electronic component pedigree and embedded software certification.”
“We are committed to aligning our development processes to support ongoing protections afforded and required of the cyber security process,” continues Steve Motter. “This includes servers and data exchange processes that demand a level of accountability for the access, retrieval and restoration of information that Controlled Unclassified Information (CUI) demands.”
IEE will be highlighting the following displays:
10.4 ARINC-818 Multi-Function Display
The 10.4″ ARINC-818 Multi-Function Display is a primary flight display in a portrait 8″x6″ format. This Line Replaceable Unit (LRU) is capable of displaying one of two selectable optical fiber ARINC-818 video sources with or without a computer-generated overlay.
This MFD brings the latest open system architecture to the pilots’ fingertips. Enhancing the ‘multi-function’ of MFD’s, this display is configurable to support:
- Traditional Primary Flight Display functions: (ADI, HSI, Nav, Engine Status)
- Gestured touchscreen display: tablet-like control of information displays, maps, CDU, and situational awareness
- Operator interface and host elements of open system architecture and network enabled mission functions
6”x8” Rotorcraft Multi-Function Display (MFD)
This dual-mode, high-bright and NVIS 10.4” LCD display is lightweight, and has a rugged sealed enclosure fit for airborne applications. With its redundant digital video and ARINC-429 communication interfaces, along with its extensive built-in test, this display provides the rugged performance necessary for demanding environments. The field-replaceable bezel assists the warfighter in maximizing operational availability for improved readiness.
Features of note:
- Sealed NVIS Backlit Bezel with 24 Push Buttons and 4 Rocker Switches
- Video Inputs: 2x DVI-D
- Control Interface: 3x ARINC-429, RS-232/422
IEE is exhibiting in booth #900 at the Quad-A Summit, April 24th -26th. Stop by or make an appointment with Steve Motter by calling 1-800-422-0867, ext. 327, or email: .
(Source: BUSINESS WIRE)
18 Apr 24. Cuashub.com said today that DASA Competition: Protecting Physical Assets from UAS Attack. The Defence and Security Accelerator (DASA) is excited to announce a new Themed Competition titled “Protecting Physical Assets from UAS Attack.” This initiative is co-funded by the National Protective Security Authority (NPSA), the UK Home Office, and the Defence Science and Technology Laboratory (Dstl).
The agencies seek proposals for defensive solutions to safeguard physical assets against kinetic attacks by Uncrewed Aerial Systems (UAS). While existing Counter-UAS (C-UAS) technologies primarily target UAS during flight, this competition seeks innovative approaches to enhance the physical protection of assets against hostile UAS. Proposals may include asset-hardening strategies, last-resort defense mechanisms, and automated alert systems for detecting incoming hostile UAS.
Background
The Ukraine conflict has underscored how assets are vulnerable to roaming UAS attacks. The war has witnessed the extensive use of C-UAS capabilities, including Detect, Track, and Identify (DTI) technologies and electronic or kinetic countermeasures to intercept UAS in flight.
Despite these advancements, there are inherent limitations in current C-UAS solutions that this Themed Competition aims to address, ensuring we maintain a strategic advantage over adversaries.
The extensive UAS usage has exposed three primary challenges with C-UAS deployments:
1) Inconsistent positioning of C-UAS technologies, leading to gaps in preventing UAS attacks.
2) Maintaining a skilled workforce positioned correctly to counter UAS threats is challenging.
3) Inadequate mitigation of evolving UAS capabilities and tactics to evade existing technologies.
These challenges emphasize the importance of revisiting foundational principles and enhancing C-UAS technology with robust physical last-resort security measures to counteract kinetic UAS attacks effectively.
Key Information
This competition invites proposals to bolster physical security measures to counteract kinetic UAS attacks. While the existingvC-UASvtechnology primarily targets UAS during flight, we seek innovative solutions to protect stationary or mobile assets from hostile UAS threats. If you have groundbreaking C-UAS technologies, we encourage you to submit your proposal to contribute to national security efforts.
The total possible funding available for all successful bids to this competition is £750,000 (excluding VAT). Individual proposals must be for an amount less than £150,000. Several proposals may be funded.
The deadline to submit a proposal is midday on 13 June 2024 (BST).
The full competition document and terms and conditions can be found at the following link- Protecting Physical Assets from Uncrewed Aerial Systems Attack.
An informational webinar will be held on 2 May 2024 from 1:30 pm to 2:30 pm (BST). This webinar offers the opportunity to learn more about this DASA competition and ask questions of the team.
A series of 10-minute one-to-one teleconference sessions will be available on 9 May 2024 from 1:00 pm to 4:00 pm (BST) to ask specific questions. Interested participants can register on the Eventbrite page. Booking is on a first-come, first-served basis.
https://cuashub.com/content/dasa-competition-protecting-physical-assets-from-uas-attack/?_hsenc=p2ANqtz-9XMCHIAqEyTXaxtAeiyyw8kgxfCdUb3Fp9rT4m6wQWsWl3n_ieonDK7_cONGRgPZz9t82NK4Nay7uYPvmBiFGh3YP3fxkshy1YPUlBlND8i2rxhx0&_hsmi=303241743#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=303241743&utm_source=hs_email (Source: https://cuashub.com/)
18 Apr 24. Cuashub.com said today that DHS Announces Significant Preparedness Grants for FY24. Secretary of Homeland Security Alejandro N. Mayorkas announced more than $1.8bn in funding for eight Fiscal Year 2024 preparedness grant programs. These grant programs provide critical funding to help state, local, tribal, and territorial officials prepare for, prevent, protect against, and respond to acts of terrorism and disasters.
“As threats continue to evolve, the Department of Homeland Security is committed to providing state, local, tribal and territorial governments, as well as transportation authorities and nonprofit organizations, with vital resources to help them strengthen our nation’s security and preparedness,” said Secretary Mayorkas. “This funding is essential for frontline personnel, including emergency managers, firefighters, emergency medical services, law enforcement and other first responders. The grants will play a critical role in ensuring local communities across the country have the resources and capabilities to prevent threats to the homeland.”
After extensive consultation with grantees leading up to this announcement, DHS is focused on the need to invest in high-priority areas, build capacity in other communities, and give jurisdictions the flexibility to make prioritization decisions based on their own assessment of their needs. For Fiscal Year (FY) 2024, Congress cut each preparedness grant by 10%, which resulted in commensurate cuts to each jurisdiction.
The law requires that at least 25% of the combined funds for the State Homeland Security Program (SHSP) and the Urban Area Security Initiative (UASI) be dedicated to Law Enforcement Terrorism Prevention Activities (LETPA). This year, we are maintaining the LETPA minimum requirement of 35%. The Department’s law enforcement subject matter experts engaged with FEMA experts to review and clarify policy and program decisions to ensure that law enforcement and terrorism-focused grant funds are appropriately used for terrorism prevention activities, thereby strengthening our national preparedness posture.
This year, we will provide $274.5m in Nonprofit Security Grant Program funds to houses of worship, schools, and other nonprofits to support target hardening and other physical security enhancements for nonprofit organizations at high risk of a terrorist attack. The program will continue to help integrate nonprofit preparedness activities with broader state and local preparedness efforts. It will also promote collaboration in emergency preparedness activities among public and private community representatives and state and local government agencies.
The FY 2024 grant guidance will continue to focus on the nation’s highest-risk areas, including urban areas that face the most significant threats. The Urban Area Security Initiative enhances regional preparedness by helping build and sustain capabilities responsive to the evolving threat environment. This year, the Urban Area Security Initiative will fund 41 high-threat, high-density urban areas, including an urban area that has not previously received funding.
DHS continues to emphasize six national priority areas in the FY 2024 grant cycle: cybersecurity; soft targets and crowded places; intelligence and information sharing; domestic violent extremism; community preparedness and resilience; and election security. Grant recipients under the State Homeland Security Program and Urban Area Security Initiative must dedicate a minimum of 30% of their awards across these six priority areas. Of the 30%, there is a 3% minimum spend on election security, with flexibility on how to spend the remaining 27% across the six priority areas.
As with previous years, new capabilities built using homeland security grant funding must be deployable to support regional and national efforts. All capabilities being built or sustained must link to the core capabilities articulated in the National Preparedness Goal.
FY 2024 Preparedness Grant Summary
State Homeland Security Program
$373.5m
Urban Area Security Initiative
$553.5m
Intercity Passenger Rail
$9m
Emergency Management Performance Grant
$319.55m
Operation Stonegarden
$81m
Tribal Homeland Security Program
$13.5m
Nonprofit Security Grant Program
$274.5m
Port Security Grant Program
$90m
Transit Security Grant Program
$83.7m
Intercity Bus Security Grant Program
$1.8m
Preparedness Grant Program Allocations for Fiscal Year 2024
The following grants are non-competitive and awarded to recipients based on several factors:
Homeland Security Grant Program (HSGP): State Homeland Security Program—provides $373.5m to support the implementation of risk-driven, capabilities-based state homeland security strategies to address capability targets. Awards are based on statutory minimums and relative risk as determined by DHS/FEMA’s risk methodology.
HSGP: Urban Area Security Initiative—provides $553.5m to enhance regional preparedness and capabilities in 41 high-threat, high-density areas. As determined by DHS/FEMA’s risk methodology, awards are based on relative risk.
For both the state homeland and urban area grants, 30% of the awards must address the six priority areas of cybersecurity; soft target and crowded places; information and intelligence sharing; domestic violent extremism; community preparedness and resilience; and election security. Additionally, 35% of these grants must be dedicated to law enforcement terrorism prevention activities, and 80% must be obligated from the state to local or tribal governments within 45 calendar days of receipt.
Intercity Passenger Rail—provides $9m to Amtrak to protect critical surface transportation infrastructure and the traveling public from acts of terrorism and increase the resilience of the Amtrak rail system. Award made per congressional direction.
Emergency Management Performance Grant (EMPG) Program –provides $319.55m to assist state, local, tribal, and territorial emergency management agencies in obtaining the resources required to support the National Preparedness Goal’s associated mission areas and core capabilities to build a culture of preparedness. Awards are based on statutory minimums and population.
The following grants are competitive, and exact awards will be announced later this year:
HSGP: Operation Stonegarden—provides $81m to enhance cooperation and coordination among state, local, tribal, territorial, and federal law enforcement agencies to jointly enhance security along the United States land and water borders.
Tribal Homeland Security Grant Program —provides $13.5m to eligible tribal nations to implement preparedness initiatives to help strengthen the nation against risk associated with potential terrorist attacks and other hazards.
Nonprofit Security Grant Program—provides $274.5m to support target hardening and other physical security enhancements for nonprofit organizations that are at high risk of a terrorist attack. This year, $137.25m is provided to nonprofits in UASI-designated urban areas, and $137.25m is provided to nonprofits outside UASI-designated urban areas in any state or territory.
Port Security Grant Program—provides $90m to help protect critical port infrastructure from terrorism, enhance maritime domain awareness, improve port-wide maritime security risk management, and maintain or re-establish maritime security mitigation protocols that support port recovery and resiliency capabilities.
Transit Security Grant Program —provides $83.7m to owners and operators of public transit systems to protect critical surface transportation and the traveling public from acts of terrorism and to increase the resilience of transit infrastructure.
Intercity Bus Security Grant Program —provides $1.8m to owners and operators of intercity bus systems to protect surface transportation infrastructure and the traveling public from acts of terrorism and to increase the resilience of transit infrastructure.
Before determining modifications and final allocations to the grant programs, DHS coordinated extensive engagements with local and state partners and worked with a wide range of stakeholders.
All preparedness funding notices can be found at www.grants.gov. Final submissions must be made through the FEMA Grants Outcomes (FEMA GO) system located at https://go.fema.gov.
Further information on DHS’s preparedness grant programs is available at www.dhs.gov and http://www.fema.gov/grants.
https://cuashub.com/content/dhs-announces-significant-preparedness-grants-for-fy24/?_hsenc=p2ANqtz-9Sy1RlUqgB-mXDiE63kT8N359P8ugnpOUXusNP8-KuYHpz1tblhHQm6O7KBagqvLR8P9Vk3MvXO5-dQWxVc_jXZm4dpyilZh_vvIB70UvG3WOx4Gs&_hsmi=303241743#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=303241743&utm_source=hs_email(Source: https://cuashub.com/)
18 Apr 24. Defense Technology Company, Allen Control Systems, raises $12m Seed Capital to Build Counter-Drone Robotic Gun Systems. Allen Control Systems (ACS), a defense technology company, today announced it has raised $12m in seed capital led by Craft Ventures with participation from Forum Ventures and Rally Ventures. ACS is developing counter-drone robotic gun systems. Low cost, lethal, and increasingly autonomous drones are being deployed in large numbers by enemy forces around the world. Radio jamming can stop many off-the-shelf commercial drones, but autonomous military drones are designed to continue their missions even when their radios are jammed. The only way to disable military drones is to physically damage them but up until now, that required expensive missiles. ACS is developing novel technology capable of neutralizing large numbers of lethal drones at a much lower cost than any solution available today.
ACS was founded by CEO Steven Simoni, CTO Luke Allen, and COO Mike Wior. Simoni and Allen are former U.S. Navy nuclear engineers who met in the service. Both were instrumentation and control systems engineers for Navy nuclear reactors. Their backgrounds span robotics, computer vision, machine learning, electrical engineering, mechanical engineering and computer science. After serving in the Navy, Simoni and Allen founded Bbot, a software and robotics restaurant technology startup, where they met Mike Wior, CEO and co-founder of Omnivore, a restaurant POS transaction system. Simoni and Allen’s company was acquired by DoorDash in 2022, and Wior’s company was acquired by Olo in the same year.
“We are at a military disadvantage with our biggest rival. ACS was created to neutralize the threat of Chinese drone manufacturing dominance,” said Simoni. “DJI, the Shenzhen-based manufacturer, commands over 70% of the world’s drone market and makes a new drone every few seconds. With respect to drones, any serious dual-use mandate from our Government is about 20 years too late.”
“ACS’s products are designed with an assumption that military drones will be numerous and will be hardened against radio jamming and other long-range non-kinetic attempts at stopping them,” said Allen. “But drones can’t carry sufficient armor to stop a bullet. The downside of bullets is that aiming a gun with sufficient precision to hit a small drone is almost impossible. We understand how hard that problem is, and we believe we’re well-positioned to solve it.”
About Allen Control Systems
Allen Control Systems is a defense technology company building counter-drone robotic gun systems for a new era of drone warfare and to completely change battlefield economics. ACS is headquartered in Austin, Texas with offices in Alexandria, Virginia. (Source: BUSINESS WIRE)
18 Apr 24. New Qualcomm-Built Advanced Video Processor by Teledyne FLIR Powers AI at the Edge. Teledyne FLIR, part of Teledyne Technologies Incorporated, has announced Teledyne FLIR AVP, an advanced video processor designed to power Teledyne FLIR’s Prism AI and computational imaging at the edge.
The AVP incorporates the latest Qualcomm QCS8550, the most advanced mobile processor chip from the leader in mobile, automotive, and robotics system-on-chip (SoC) technology. The AVP provides best-in-class artificial intelligence (AI) performance within a small, lightweight, and low-power module for thermal and visible camera integration into unmanned aerial vehicles, robots, small gimbals, handheld devices, and fixed-mounted security systems.
AVP runs the Teledyne FLIR Prism AI and ISP software libraries and interfaces with the Boson and Neutrino thermal infrared imaging camera modules and a wide range of popular visible cameras. Trained on the world’s largest thermal image data lake of more than 5 m annotations, Prism AI is a powerful perception software designed to detect, classify, and track targets or objects for automotive autonomy, automotive automatic emergency braking, airborne camera payloads, counter-drone systems, ground intelligence, surveillance and reconnaissance (ISR), and perimeter security. Prism ISP is a comprehensive set of image processing algorithms that include super resolution, image fusion, atmospheric turbulence removal, electronic stabilization, local-contrast enhancement, and noise reduction.
“The new AVP is the most powerful and SWaP-optimized processor on the market today, running AI workloads up to five times faster than competitive offerings,” said Dan Walker, vice president of product management, Teledyne FLIR. “The combination of powerful edge computing and our Prism digital solutions ushers in a new era of electro-optical system capabilities while simplifying development and reducing integration risk.”
The AVP is designed to empower integrators to build powerful, edge-intelligent products. It is supported by several tools to simplify and streamline development including a Qualcomm RB5 development kit. Software and board-support packages are also available to enable developers to design and fabricate custom interface boards that meet each product’s specific form, fit, function, and input-output (IO) requirements.
(Source: UAS VISION)
18 Apr 24. AeroVironment Teams with Parry Labs to Develop Modular Next-Gen Long Range Reconnaissance UAS. AeroVironment (AV) has entered into an exclusive teaming agreement with Parry Labs, a leader in Modular Open Systems Approach (MOSA), to architect, develop, deliver and integrate digital engineering, software, and mission system hardware into AV’s upcoming P550 uncrewed aircraft system (UAS), purpose built for the U.S. Army’s Long Range Reconnaissance (LRR) program.
Parry Labs’ team of MOSA leaders and digital systems experts have created a foundational platform using an open and intelligent software stack, SWaP-C optimized hardware, and a digital engineering environment for collaborative build, test and integration. Designed with MOSA principals from inception, AV’s P550 UAS is perfectly aligned to adopt solutions from trusted partners such as Parry Labs to maximize warfighter capability and mission flexibility.
“Our customers rely on AV’s market-leading UAS to perform critical missions in challenging and hostile environments, while offering a verified and validated MOSA architecture from both software and hardware standpoints in order to eliminate vendor lock,” said AV’s Vice President of Engineering, Cris Sapera. “By teaming with Parry Labs, our valued P550 customers can expect a truly open system architecture that will have predefined Major System Components with validated open interfaces for quick, seamless replacement as needed.”
“We are excited to partner with AV to bring the benefits of MOSA to the enterprise,” said Parry Labs Chief Technology Officer, Dave Walsh. “Using an open systems approach on P550 provides the U.S. Army’s Uncrewed Aircraft Systems and Aviation offices reusable and portable infrastructure and capabilities, giving them the opportunity for fast and secure upgrades across programs and platforms.”
AV’s MOSA-enabled P550 UAS is purpose built for long range reconnaissance missions and features advanced AI and autonomy, maximum payload versatility, and rapid employment capabilities. (Source: UAS VISION)
18 Apr 24. Red Cat and Sentien Robotics Partner for UAS Hive Land, Air and Sea Drone Swarming Operations. Red Cat Holdings, Inc. , a drone technology company integrating robotic hardware and software for military, government, and commercial operations, has announced a partnership with Sentien Robotics, a leader in autonomous drone fleet logistics.
The partnership will enable organizations using Sentien’s Hive UAS management platforms to deploy Teal Drones as part of a larger autonomous drone swarming strategy for mobile and fixed-position land, air, and sea defense and security operations.
The partnership between Red Cat and Sentien Robotics will enable the companies to provide warfighters with the ability for continuous uninterrupted reconnaissance on enemy targets with drone swarms. Red Cat’s Teal Drones recently successfully passed electronic warfare (EW) testing in Ukraine against some of the most powerful EW counter UAV technology, and these battlefield-tested drones, coupled with Sentien’s fleet handling capabilities, give warfighters tools and technology they have never had access to before.
“New technology is dramatically changing the nature of warfare, and those who can integrate defensive and offensive assets across multiple domains and rapidly deploy those capabilities against adversarial targets will gain tactical superiority,” said George Matus, Red Cat CTO. “This agreement with Sentien is a major step toward the autonomous deployment and control of drone swarms from anywhere that can map, surveil and neutralize targets where speed of data and lethal response across a network of connected systems are critical to modern combat teams.”
Red Cat’s agreement with Sentien Robotics and integration with its Hive-Expedition and Hive-XL automated UAS fleet transport and launch vehicles adds to its robust tactical ecosystem of partnerships with leading companies to provide the best solutions to clients for their tactical missions. Other Red Cat hardware and software partners include Ocean Power Technologies, Primordial Labs, Tomahawk Robotics, Athena AI, Teledyne FLIR, Reveal Technology, Immervision, and Doodle Labs, which enable capabilities such as computer vision, AI, and third-party apps.
“Our goal with the Hive ecosystem is to enable a continuous, mission ready UAS presence from a single hub where a single operator can deploy and control drones from anywhere,” said Brandon Borko, Sentien Robotics CEO. “We want to provide rapidly scalable drone service areas that can be deployed to critical locations such as security and disaster relief sites. In the future you won’t find a person behind a controller for every single drone. You’re going to have fleets of drones performing tasks, supporting humans on the ground, and they will all be flown from ground automation hardware like the Hive.”
Red Cat subsidiary Teal Drones builds its Teal 2 drone solutions, designed to support U.S. and allied military operations, public safety organizations, and government agencies, at its South Salt Lake facility. Teal 2 is a cost-effective, man-portable sUAS designed to “Dominate the Night™” that has best-in-class night vision, multi-vehicle control support, and a fully modular design. It is both Blue UAS Certified and FAA Remote ID approved.
Sentien Robotics developed the Hive to automate all facets of UAS operation. The Hive features robotics automation hardware and intelligence software to enable operations of fleets of UAS with the vision of reducing manpower, improving safety, and vastly improving performance over traditional UAS operations. The Hive enables new capabilities not available to tethered or ground launched UAS systems. The Hive Expedition and Hive-XL are fully automated UAS fleet management platforms that support multiple drones and provide automated launch, recovery, recharging capability, data download, precision landing, and storage. (Source: UAS VISION)
19 Apr 24. Gotonomi and Videosoft partner to simplify UAV live video streaming. Gotonomi, a UAV satellite connectivity platform provider, and Videosoft, developers of video streaming solutions, today announced a partnership that will simplify video live-streaming over satellite for UAV operators.
By integrating Videosoft’s low-bandwidth video software with Gotonomi’s Velaris Multi-Link satellite communication module, the partnership will enable operators to effortlessly receive real-time video from UAVs, even in remote areas without cell or direct radio coverage. This new solution, which uses Viasat Velaris, a dedicated UAV connectivity service, will be particularly advantageous for BVLOS (Beyond Visual Line of Sight) operations as it will address scenarios where conventional communication methods fall short.
Secure video transmission is a key enabler for commercial UAV operators. It allows operators to perform tasks such as surveillance and monitoring in remote or hazardous locations, which are too dangerous or inaccessible for personnel to reach directly, providing an immediate response to emergencies. This combined solution has potential for ground, marine and IoT use cases, as well as for BVLOS UAV missions.
The Velaris Multi-Link module is a low size, weight and power hybrid terminal with integrated edge computing. The System on Module (SoM) allows custom applications such as Videosoft’s video compression software to process data for streaming over Viasat’s resilient Velaris global satellite solution, available almost anywhere on the planet. In addition, the Multi-Link includes an LTE module providing low latency 4G communications for redundancy. Videosoft’s software allows users to easily manage remote activities and guide remote decision-making with up-to-the-minute information and 24/7 access. This enables real-time control, and provides enhanced communication, safety, and efficiency across land, sea and air. The software will be pre-loaded and Videosoft will offer a FREE trial with each unit.
Matthew Hill, General Manager at Gotonomi, said: “We are delighted to provide Videosoft’s software pre-loaded on Gotonomi’s Velaris Multi-Link terminals. There was always a vision for the requirement of edge compute to add value to UAVs operating in BVLOS situations and video compression has become a lead application. Videosoft is pioneering ultra-low bandwidth streaming capabilities and we’re excited to enter this partnership to optimise this combined solution. This is a great demonstration of why both parties are part of Viasat’s Velaris network and why its L-Band network is a perfect choice for making safe and scalable BVLOS operations a reality.”
Stewart McCone, CEO at Videosoft Global, said: “This partnership marks a significant milestone for us, tapping into a wide range of opportunities in BVLOS operations by enhancing aerial communications. Our solution is rapidly gaining traction in the UAV industry, and this collaboration has taken it to greater heights. With video integration seamlessly embedded into the Velaris Multi-Link Satellite Terminal, organisations can confidently embrace the aerial autonomy revolution.”
Anthony Spouncer, Senior Director of Advance Air Mobility (AAM) at Viasat, said: “This is a huge step forward in providing affordable Satcom for commercial UAV operations, starting with real-time video in the remote inspection & surveillance sectors. I believe the ability to use the ‘System on Module’ for embedded applications, edge processing and multi-path data links, with LTE and our highly resilient Velaris service, will transform commercial UAV operations and use cases.”
Through this partnership, Gotonomi and Videosoft will offer an integrated solution that leads the market in terms of a lightweight, low-power and cost-effective solution for remote inspection and surveillance markets: the Velaris Multi-Link Module with embedded secure video transmission via the Gotonomi 200-A OMNI stand-alone antenna.
Come and meet us at Xponential 2024, booth #5213, 23-25th April, San Diego Convention Center, San Diego, CA.
17 Apr 24. Cuashub.com said today that ParaZero Assesses Opportunities in the Counter-UAS Market. Earlier this year, ParaZero Technologies Ltd., an aerospace company specializing in drone technologies for commercial, defense, and urban air mobility applications, revealed its plans to venture into the Counter-UAS (C-UAS or Anti-Drone) market. ParaZero aims to develop tailored solutions leveraging its advanced technology expertise.
The increasing use of small, deadly drones worldwide has significantly impacted the balance between humans and technology in warfare, leading to a growing demand for drone countermeasures. Counter-drone technology offers diverse solutions to detect, classify, and neutralize drones. These solutions range from camera systems and specialized drone detection radars to net guns and cyber takeover systems.
After thorough due diligence, ParaZero has assessed the growing market for Counter-UAS technologies. Based on specific components of its unique proprietary technology portfolio and its capability to swiftly design, develop, and produce advanced UAS solutions, the company is well-positioned to offer a competitive advantage in countering threats from small UAS platforms. This exploration aligns with ParaZero’s global inquiries from various entities interested in entering this market. Currently, there is a rising demand for C-UAS technology across diverse settings such as military bases, correctional facilities, and large public venues, yet there are limited effective mitigation options available.
“Our drone technology solutions leverage a distinct technology portfolio protected by global patents that we have developed over the course of more than ten years. We believe that this technology portfolio enables us to effectively counteract various threats posed by drones by rapidly developing bespoke C-UAS solutions for key clientele,” said Boaz Shetzer, ParaZero CEO. “Recent international conflicts have highlighted the extensive use of drones in various attacks and the critical necessity to counteract these strikes promptly with minimal damage. We have commenced development of dedicated solutions based on our technology, and we believe that ParaZero can provide a unique alternative to today’s conventional solutions.”
According to Global Market Insights, the Global Anti-Drone or Counter-UAV Market was valued at $1.9bn in 2023 and is forecasted to be worth USD 15.3bn by 2032, growing at an estimated CAGR of 26.0% between 2024 and 2032.
https://cuashub.com/content/parazero-assesses-opportunities-in-the-counter-uas-market/?_hsenc=p2ANqtz-820RJwoT0LVP2zVbykiJ8z4OGSrB2_CTLXxIpx4Za8n6TFsM9xoRqyStpXnaLowQ5DARxy4Sz8lbEaqJiDUYQ24olmIJdK3YMQvaMsV1QDfr64x4w&_hsmi=303048197#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=303048197&utm_source=hs_email (Source: https://cuashub.com/)
17 Apr 24. Protecting Physical Assets from UAS Attack.
DASA seeks innovations to provide protection for land based assets from air attacks.
- DASA has launched a new Themed Competition: Protecting Physical Assets from UAS Attack
- Funded by the National Protective Security Authority (NPSA), the UK Home Office and the Defence Science and Technology Laboratory (Dstl)
- Total funding available is £750,000 (excluding VAT)
- Competition closes midday 13 June 2024 (BST)
The Defence and Security Accelerator (DASA) is pleased to launch a new Themed Competition called Protecting Physical Assets from UAS Attack. This competition is jointly funded by the National Protective Security Authority (NPSA), the UK Home Office and the Defence Science and Technology Laboratory (Dstl).
We are seeking proposals that can provide a defensive solution for physical assets as a countermeasure to an Uncrewed Aerial System (UAS) kinetic attack. The current Counter-UAS (C-UAS) technology market focuses on targeting the UAS in flight. This competition aims to move away from conventional C-UAS methods and instead explores the most effective ways to provide physical protection to various assets from hostile UAS. This includes options for hardening the asset, providing blanket last-ditch defence, and deploying automated alerts for incoming hostile UAS.
Read the full competition document and submit a proposal here; https://www.gov.uk/government/publications/protecting-physical-assets-from-uncrewed-aerial-systems-attack
Background
The war in Ukraine has demonstrated how vulnerable assets can be to roving UAS attacks. The conflict has seen widespread deployment of C-UAS capabilities, such as Detect, Track, and Identify (DTI) technologies, as well as electronic or kinetic effectors to stop a UAS in flight.
However, these solutions have limitations and this Themed Competition seeks to resolve them in order to ensure we keep the winning edge over adversaries.
The widespread use of UAS has demonstrated three main limitations in the deployments of C-UAS technologies:
(1) C-UAS technologies are not always located in the right place to prevent a UAS attack
(2) the difficulty of maintaining a cohort of trained personnel who are also located in the right place to prevent a UAS attack
(3) the C-UAS technology doesn’t fully mitigate the ever-developing UAS capabilities and tactics deployed to circumvent these technologies.
These factors highlight the need to go back to basics and reinforce C-UAS technology with physical last-ditch security countermeasures to mitigate the effects of a kinetic UAS attack.
Do you have a suitable innovation? Read the full competition document and submit a proposal.
Key dates and funding
The total possible funding available for all successful bids to this competition is £750,000 (excluding VAT). Individual proposals must be for an amount less than £150,000. A number of proposals may be funded.
The deadline to submit a proposal is midday on 13 June 2024 (BST).
Supporting events
Launch webinar: 2 May 2024 1.30pm to 2.30pm (BST)
This webinar offers the opportunity to find out more about this DASA competition, and the chance to ask questions of the competition team.
Register now
1-2-1: 9 May 2024 sessions provided between 1pm and 4pm (BST)
A series of 10 minute one-to-one teleconference sessions, giving you the opportunity to ask specific questions. If you would like to participate, please register on the Eventbrite page. Booking is on a first come first served basis.
Register now
Read the full competition document and submit a proposal here
Challenge areas
This competition has two challenge areas, which aim to address the increasing threat against the security of UK military forces at home and abroad, as well as civilian assets, VIPs and the wider public. We are looking for responses that will contribute solutions to at least one of the two challenge areas:
Challenge 1: Protecting a static asset
Challenge 2: Protecting an asset on the move
Read more on the challenge areas and see examples in the competition document here
Submit a proposal
This competition is seeking proposals that enhance physical security countermeasures, which will be used to mitigate a UAS kinetic attack. The current C-UAS technology market focuses on targeting the UAS in flight, whereas we want proposals that focus on how to protect a static or mobile asset from a hostile UAS. If you have an innovative C-UAS innovation, submit your proposal to support national security.
Read the full competition document to learn more and submit a proposal.: https://www.gov.uk/government/publications/protecting-physical-assets-from-uncrewed-aerial-systems-attack (Source: https://www.gov.uk/)
16 Apr 24. Cuashub.com said today that MSI Defense Solutions Receives Rapid Acquisition C-UAS Contract. MSI Defense Solutions, a cutting-edge defense products and integration services provider, has secured a contract to deliver up to six EAGLS™ (Electronic Advanced Ground Launcher System) Counter-UAS systems and related engineering and maintenance support. Awarded by the Naval Air Systems Command (NAVAIR) under the Rapid Acquisition Authority, the initial contract is valued at $24m, with potential options increasing the total to $34M. This contract addresses the evolving and persistent threats posed by Unmanned Aerial Systems in the U.S. Central Command‘s area of responsibility.
As the worldwide UAS threat grows in scale and sophistication, there is a rising need for agile, mobile, and efficient solutions to safeguard personnel and assets. The EAGLS™ Counter-UAS system offers a versatile, cost-efficient solution that can operate mobile or stationary, adapting to various environments and compatible with multiple platforms.
“We are incredibly honored to receive this award for our EAGLS™, as we know it will save lives and protect critical infrastructure. This recognition is a testament to the unwavering commitment and expertise of our team, who continuously strive for excellence in everything they do,” said Nguyen Trinh, CEO at MSI Defense Solutions.
https://cuashub.com/content/msi-defense-solutions-receives-rapid-acquisition-c-uas-contract/?_hsenc=p2ANqtz-9WEDtXROCGBEDCCg-nJTBp-ChGpanmlo1L4EHgkhW9RTRlWuJgqPZ-7KoaEJtgrIKErl20kUA6kqroA78nwNFWS0NbMafK_RMgj_oxsvys-BYCYas&_hsmi=302864188#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=302864188&utm_source=hs_email (Source: https://cuashub.com/)
16 Apr 24. Cuashub.com said today that U.S. Navy Releases RFI for High-Gain Antennas for Counter-UAS. The Naval Surface Warfare Center (NSWC) Crane has released a Request for Information (RFI) for a white paper seeking information from the industry regarding supplies and services to provide and install high-gain antennas on C-UAS systems. These antennas must be ruggedly constructed to meet MIL-STD testing standards and comply with specified antenna requirements. The government plans to procure this requirement through a full and open competition process. Performance requirements will encompass both the installation of the antennas and a comprehensive service plan.
This RFI aims to gauge industry interest in the project and gather questions from industry participants. This information will help the Government document all essential features and project objectives for the formal Request for Proposal (RFP).
White papers should outline the respondent’s proposed approach to deliver the following to the Government:
– Technical Data Package (TDP)
– Critical Design Review (CDR) documentation
– Production Readiness Review (PRR) documentation
– Additional communication as required during development and deployment phases.
Original Published Date: Apr 11, 2024, 02:39 pm EDT
Updated Response Date: May 13, 2024, 12:00 pm EDT
Original Response Date: May 13, 2024, 12:00 pm EDT
For more information, please visit Request for Information (RFI)/Sources Sought- High Gain Antenna Applications for Counter Unmanned Aircraft System (C-UAS): https://sam.gov/opp/71e48b25027b4ccf8639fbd3a715805d/view
https://cuashub.com/content/u-s-navy-releases-rfi-for-high-gain-antennas-for-counter-uas/?_hsenc=p2ANqtz–OFVih7V0Blh3O5xHJNw8OP–M1atv-UeXJO0Zgi5dpcr48m-_YREsUPo-PC7OdImfgLP5tPi2U2G4T52hPWzpCVZ4oj8Gjwf5Kf_kaJmu0WKZDzc&_hsmi=302864188#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=302864188&utm_source=hs_email(Source: https://cuashub.com/)
15 Apr 24. Pulsar Set to Showcase Cutting-Edge Thermal Imaging Innovations at NRA Show 2024. Pulsar, a leading name in thermal imaging technology, is gearing up to showcase its latest advancements at the NRA 2024 event in Dallas, Texas. Held at the prestigious Kay Bailey Hutchison Convention Center from May 17thto 19th, this exhibition promises to be a landmark event for the outdoor industry. Pulsar will proudly present several of its ground breaking products such as:
The Merger Duo NXP50
This multispectral binocular represents the pinnacle of nocturnal spotting capabilities, combining both thermal and digital night vision modes. Equipped with a highly sensitive European-made Lynred sensor, the thermal channel delivers exceptional clarity and resolution even in adverse weather conditions. Meanwhile, the digital channel offers ultra-low-light, full-HD night vision for detailed target identification. With its combined viewing mode and detachable invisible IR illuminator, the Merger Duo NXP50 ensures unparalleled performance in the darkest of nights.
A New Expansion for the Telos Line
Pulsar is thrilled to expand its Telos line with the introduction of XL sensors, reaffirming its commitment to delivering future-proof performance. The flagship Telos XL50, now equipped with a Pulsar HD resolution thermal sensor, offers exceptional image quality and versatility. From the long-range precision of the Telos LRF XL50 to the compact sensitivity of the Telos XQ35, each model in the Telos lineup is designed to meet the demands of discerning thermal enthusiasts. Pulsar is also introducing upgradeability for Telos monoculars, ensuring that they will keep up with the latest in industry technology.
The Thermion 2 LRF XL50
The Thermion 2 LRF XL50 redefines premium-class riflescope technology with its revolutionary HD thermal imaging sensor and powerful sensor capabilities. With a 1024×768 pixel resolution, this riflescope delivers detail-rich images even at higher zoom levels, making it ideal for long-range shooting and trophy identification. The integrated internal ballistic calculator, coupled with the Stream Vision Ballistics app, enhances shooting accuracy and efficiency for users of all levels.
Pulsar can be found in booth 8052 at NRA 2024 in Dallas, Texas at the Kay Bailey Hutchison Convention Center from May 17th to 19th. The exhibition will be open on May 17th and 18th from 9:00 AM to 6:00 PM and on May 19th from 9:00 AM to 5:00 PM. Don’t miss the opportunity to witness these groundbreaking products in action and learn more about Pulsar’s commitment to innovation and excellence.
15 Apr 24. INFORCE Illuminates NRA Show 2024 with Next-Generation Weapon Lights. INFORCE, a world-renowned manufacturer of high-performance flashlights, is thrilled to announce its participation in the NRA Show 2024, scheduled to take place at the Kay Bailey Hutchinson Convention Center in Dallas, Texas. Renowned for its rugged and powerful weapon lights, INFORCE is set to unveil its latest innovation, the WML and WMLx Gen 3 line of rifle mounted lights. The Gen 3 models represent a significant advancement, boasting higher beam intensities and an enhanced, more durable clamp mounting system compared to their predecessors. With candela counts reaching up to 10,000 in the WML Gen 3 and an impressive 25,000 in the new WMLx Gen 3, INFORCE’s latest offerings deliver unparalleled brightness, marking a milestone in the company’s evolution into the next generation of weapon-mounted lighting solutions. Despite the increased light output, INFORCE ensures that power consumption remains consistent with previous models, ensuring robust performance and operational battery life. From tactical operators to law enforcement, security personnel, and civilians, the new generation of weapon lights promises to provide some of the brightest and most reliable products in the modern tactical flashlight market. In addition, INFORCE is proud to showcase its classic duo of pistol lights, the WILD1 andWILD2. Designed for handgun owners seeking lightweight, fast-activating illumination solutions, the WILD1 offers two hours of runtime in a compact and efficient package. Crafted from durable6061-T6 aluminum with Type III MIL-SPEC hard anodized finish, the WILD1 ensures reliability and longevity. With its concentrated hot spot and convenient paddle activation, this pistol light delivers optimal throw and spill, making it an essential accessory for any firearm equipped with a1913 or universal rail. Meanwhile, the WILD2 sets a new standard with 1000 lumens of white light output and up to 1.5hours of runtime. Weighing just 4.7 ounces, the WILD2 combines ultra-light construction with rugged durability, featuring a 6061-T6 aluminum body and Type III MIL-SPEC hard anodize finish. Designed to withstand harsh environments, the WILD2 is impervious to dust, sand, and dirt, and waterproof up to 66 feet. Its well-defined hotspot and balanced spill ensure optimal visibility in any situation. The versatile mounting system allows for easy attachment to firearms equipped with 1913 or Glock Universal rails, with the option to transition between rail types using the patented INFORCE crossbar. Attendees of the NRA Show 2024 are invited to visit INFORCE at booth 8052 at the Kay Bailey Hutchison Convention Center from May 17th to May 19th, 2024, to witness firsthand the cutting-edge technology and superior craftsmanship of its tactical lights..
About INFORCE
Manufactured in Rhode Island by Emissive Energy Corp. INFORCE® lights deliver the quality and strength that people expect from a product from a proud American company.
Each INFORCE light is subjected to rigorous testing to ensure that they conform to the highest standards required by the military, law enforcement, and outdoor communities. Waterproof, shockproof, and constructed from a solid blend of mil-spec materials, INFORCE commits to delivering the most robust and high-performing lights that industry professionals and enthusiasts expect.
For more information about INFORCE products, visit https://inforcelights.com/
16 Apr 24. Leading UK Anti-Submarine Warfare (ASW) specialist SEA will demonstrate a software application to enhance the UK Royal Navy’s sonar systems as part of the Ministry of Defence (MoD) Spearhead defence innovation programme. The system, which is likely to be trialed later in 2024, automatically determines the optimum deployment depth of an active sonar projector and receiving array, depending on its underwater environment. It intends to significantly enhance the Royal Navy’s detection and tracking capability. Building its proven expertise in underwater environmental modelling, sonar and acoustics, SEA will not only demonstrate this software application but will also actively contribute additional concepts to the ASW Spearhead programme, working with prime contractor Thales Underwater Systems. Such capabilities are designed to provide the Royal Navy with innovative ways to exploit both existing and enhanced systems in underwater warfare scenarios.
Ian Cox, Head of Research & Simulation at SEA, said: “SEA is proud to be demonstrating its leading capability for this important project with Thales, which is a continuation of our work with the Royal Navy based around trusted advice and consultancy, and the provision of leading technology. It shows SEA’s dedication to supporting the enhancement of the Royal Navy’s ASW capability. It also underscores our commitment to advancing research and development studies within underwater detection and tracking into operational capabilities for naval forces. We are proud to be pushing the boundaries of technological innovation within naval defence.”
15 Apr 24. US Africa Command seeks funding to counter armed drones. Various defence media report that the United States Africa Command (AFRICOM) has sent Congress an unfunded priorities list totaling more than USD500m, highlighting the need to counter armed drones in the region as a major priority. AFRICOM supports African governments by helping build capacity in their armed forces, which are necessary for a government to counter violent extremists and respond to crises. The priorities list reportedly states that it is “only a matter of time before US forces in East Africa are attacked by enemy drones or missiles”. AFRICOM joins the US Army and US Central Command, which both included C-UAS systems on their own unfunded priorities list.
For more information: www.africom.mil (Source: www.unmannedairspace.info)
09 Apr 24. Iran accelerates its domestic counter-UAS capabilities in systems and networks. The shooting down of an Israeli Defence Force Elbit Hermes 450 UAV in Southern Lebanon at the start of April 2024 by Iranian-backed Hezbollah forces is a further indication of Iran’s growing capabilities in the counter-UAS domain. This is the second Israeli Hermes 450 which has been shot down by Hezbollah in recent weeks. In February, Iranian-backed Houthi militias shot down a US Air Force General Atomics MQ-9 Reaper flying near Yemen. Both drones were shot down by surface to air missiles.
Over the last two years Iran has dedicated considerable resources to building up a range of increasingly capable C-UAS systems which can be deployed individually or within a layered configuration.
In February this year, the Iranian Defence Ministry unveiled its Azarakhsh low-altitude air defence system. According to the Islamic Republic News Agency (IRNA): “With the entry of new systems into the country’s defence network, the air defence capability of the Islamic Republic of Iran will increase significantly,” IRNA said. The Azarakhsh missile system can identify and destroy targets… up to a range of 50 km with four ready-to-fire missiles, it continued.
Iran is also understood to have recently upgraded its Zubin surface-to-air system with more C-UAS capabilities. The Zubin radar reportedly has a range of 30 km for low and medium radar cross-section targets with an engagement range for these targets of 20 km. According to unverified reports, the system can detect 100 and engage eight targets simultaneously using its vertical launch missiles.
The Zubin air defence system is understood to use Nawab air defence missiles of the type fitted to the Iranian Navy’s Zulfiqar air defence boat, unveiled at the start of 2023. Naval warfare experts say this is a novel design – a small, fast boat which can provide short ranged air defence for a swarm of other boats.
Another new C-UAS system, launched in January 2022, is the AD-08 Majid short-range mobile air defence (SHORAD) missile system. According to Iranian defence industry reports: “The AD-08 Majid is fitted with a weapon station that has a traverse of 360° and two pods of four missile launcher canisters are mounted on each side. The centre of the turret is fitted with electro-optical systems used to acquire targets and to guide the missile. The system is able to acquire aerial threats at a maximum range of 15 km with a traverse of 360° and elevation from 0 to 12°. It can four targets simultaneously. The missile used by the AD-08 Majid air defense system is equipped with passive imaging infrared (IIR) homing guidance system. It can hit targets with a range from 700 m to 8 km with an altitude from 20 m to 6 km. The missile has a diameter of 156mm, a length of 2,670 mm, and a total weight of 75 kg.”
As well as developing new C-UAS hardware, Iran’s military has also been working improving its networking and electronic warfare capabilities to optimise the potential of these new systems. In August 2023, units from the Iranian Army’s Ground Force, Air Force, Navy and Air Defence participated in the Separ-e Hafezan-e Velayat 1402 (“The Shield of the Guardians of Jurisprudence 1402”) exercise, which tested how a domestic network of homegrown electronic warfare systems – including radars, drones, cyber and aerospace systems – can be managed through several regional nodes.
For more information: http://www.hisutton.com/Iran-IRGC-Air-Defense-Fast-Boat.html; https://www.linkedin.com/feed/update/urn:li:activity:7183423434092154880/; https://en.mehrnews.com/news/205110/Iran-Army-stages-large-scale-electronic-warfare-drills; https://www.timesofisrael.com/idf-says-one-of-its-drones-was-downed-by-hezbollah-missile-over-south-lebanon/; https://www.linkedin.com/feed/update/urn:li:activity:7183423434092154880/
(Source: www.unmannedairspace.info)
15 Apr 24. Cuashub.com said today that GBT Technologies Adapts Apollo Technology for Next-Gen CUAS. GBT Technologies Inc. recently announced the testing of its cutting-edge Apollo computer vision technology for a Counter-Unmanned Aerial Systems (CUAS) application. VisionWave Technologies, Inc., the entity that acquired Apollo and in which the Company holds a partial stake, is actively working on adapting the Apollo computer vision technology system. This system integrates advanced radio frequency (RF) technology with artificial intelligence (AI) to bolster drone defense capabilities.
GBT Technologies is a development stage company that considers itself a native of the Internet of Things (IoT), Artificial Intelligence (AI), and Enabled Mobile Technology Platforms used to increase IC performance.
The CUAS system aims to provide a comprehensive defense solution, leveraging advanced RF technology and sophisticated neural networks to generate precise 3D images and video feeds. This capability enables operators to identify, track, and monitor potential drone threats in real time. The system’s AI-driven core swiftly processes data, identifies hostile UAVs, and executes informed actions to neutralize them, ensuring optimal efficiency and effectiveness.
Rather than merely offering the CUAS system as a standalone product, the Company presents it as an integrated defense solution designed to integrate seamlessly into the contemporary security landscape. The ongoing development and testing of the CUAS system aim to bolster national security by safeguarding critical infrastructure and assets from unauthorized drone incursions. The Company remains dedicated to crafting intelligent solutions that cater to the ever-changing demands of national security and private-sector defense. This adaptation of Apollo technology signifies a groundbreaking approach to CUAS.
https://cuashub.com/content/gbt-technologies-adapts-apollo-technology-for-next-gen-cuas/?_hsenc=p2ANqtz–kF7COrkXl2wmfxTP2stFYX9fRA3EPpGhqgi7KguMjOy11J9tc9MRdb3J4uE_QvtZJL68rl5rcREN3IUR6cOi1j-kpsb_YZoCptmtflyEqOnsaCCI&_hsmi=302659751#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=302659751&utm_source=hs_email(Source: https://cuashub.com/)
15 Apr 24. Australia awards contract for P-8A upgrades. Boeing has been awarded a AUD139.5m (USD90.1m) contract to upgrade the Royal Australian Air Force’s (RAAF’s) P-8A Poseidon fleet. The contract, announced on 15 April, will deliver Increment 3 Block 2 software, systems, and sensor upgrades to the RAAF’s P-8A fleet, improving their anti-submarine warfare (ASW), maritime strike, and intelligence-collection capabilities, according to Boeing. The upgrade programme will commence from September 2026, the company said. The RAAF currently operates 12 P-8As, out of a total of 14 ordered, according to Janes inventory data.
“The first two aircraft to undergo the Increment 3 modification will be upgraded in Jacksonville, Florida,” Boeing said, adding that the remainder will be upgraded by Boeing Defence Australia at RAAF Base Edinburgh.
Two new P-8As (the balance of the order of 14) are scheduled to be handed over to the RAAF in 2024 and 2025, according to Boeing. (Source: Google/Janes)
15 Apr 24. EOS showcases advanced C-UAS capabilities at US Army Project Convergence Capstone 4. Huntsville, Alabama-based contractor EOS Defense Systems USA (EOS) participated in the US Army’s Project Convergence Capstone 4 (PC-C4) during the period 15 to 20 March at the Army’s National Training Center in Fort Irwin, California. EOS demonstrated the capabilities of an R600 Remote Weapon Station equipped with a Northrop Grumman M230LF cannon, coaxial machine gun, and four Javelin missiles on an Army Small Multipurpose Equipment Transport (S-MET) robotic infantry support vehicle. EOS successfully shot down pairs of Class 1 UAVs at ranges of more than 300m and engaged multiple ground targets with 30mm cannon from this robotic platform. These capabilities paired with four of the premier anti-armor missiles in the world represents a significant increase in firepower available to light forces on a platform that is currently being fielded. The R600 provides both light- and medium-caliber firepower and the added lethality of multiple anti-tank or anti-air missiles, offering a major differentiating capability and addressing a critical need of US and allied forces. Several experienced industry partners contributed to this success. The C-UAS exercise was conducted against Boresight Aerial Targets’ low-cost UAVs which provided challenging and realistic target sets. The Javelin missile capability is being supported by the Javelin Joint Venture team. The event was a critical venue for Army senior leaders to assess new technologies needed to ensure the Army’s success in future conflicts as well as inform acquisition and force structure decisions. As human-machine integration continues to be a key strategic priority, the demonstration was an important opportunity to evaluate unmanned and remote solutions which provide essential protections to the warfighter. EOS’ unique and ultra-precise RWS paired with a proven, multi-functional robotic vehicle is a viable and cost-effective solution that can address strategic Army priorities in the C-UAS domain and increased lethality for light forces. The demonstration at Project Convergence highlighted specific capabilities under controlled conditions. Typically, EOS’ Remote Weapon Stations can effectively engage targets up to 800m with a 7.62mm machine gun and out to 1200m with a 30x113mm cannon.
15 Apr 24. Command Materiel and IT (COMMIT), the Dutch military procurement organisation, has signed an agreement for the acquisition of seven additional Thales Ground Master 200 Multi-Mission Compact radars (GM200 MM/C), with an option of two additional systems. The contract follows nine GM 200 MM/C radars previously ordered in 2019. Troops today face a multitude of ever-evolving threats in the battlefield, including advancements in the area of indirect fire (observation, range, speed, accuracy), threatening a radars’ capacity to detect targets in a very short time span while potentially becoming a target itself. To protect high-value assets and troops, Thales offers time-on-target solutions from the Ground Master 200 Multi-Mission family – radars that are able to detect smaller, faster, more agile targets at longer ranges, while retaining a very high tactical mobility and a very short deployment time
12 Apr 24. Boeing pitches new surveillance, strike missions for MQ-25 tanker drone. The Navy’s MQ-25 Stingray hasn’t yet hit the carrier deck, but Boeing believes now is the time for the sea service to start thinking about upgrades for the tanker drone that the company says could open up new missions such as gathering surveillance or striking enemy targets.
The aerospace giant showed off such a lethal variation of the MQ-25 model outfitted with two Lockheed Martin-made Long Range Anti-Surface Missiles during the Sea Air Space conference earlier this week.
Troy Rutherford, Boeing’s MQ-25 program manager, said Boeing and the Navy are in the early stages of discussing alternate configurations for the MQ-25, a drone with a75-foot wingspan that the service currently plans on using as an aerial refueler and is scheduled to become operational in 2026 after carrier trials next year.
Because the MQ-25 started off as Boeing’s offering for the Navy’s defunct Unmanned Carrier-Launched Strike & Surveillance program, “that capability to haul weapons or sensors is inherently still built in the airplane. It’s just not something that’s currently activated,” Rutherford told Breaking Defense in an interview.
While fielding the tanker version remains the priority, Boeing and the Navy are “now starting to open up conversations about what else can it do as we start to look at air wing of the future,” Rutherford said.
Asked by Breaking Defense about conversations with Boeing about alternative missions for the MQ-25, Naval Air Systems Command said, “The MQ-25 program is intended to pave the way for future multi-mission UASs [unmanned aerial systems] to keep pace with emerging threats. The primary mission of MQ-25 today is aerial refueling, which is set for IOC [initial operational capability] in 2026.”
The Navy intends to buy 76 MQ-25s over the program of record and has requested $553m to procure three aircraft in fiscal 2025. The Navy awarded Boeing a $657m contract modification for two MQ-25s late last month, and a request for proposals for the first batch of low-rate production aircraft is expected in May, said Rutherford.
Capt. Daniel Fucito, who leads the Navy’s unmanned carrier aviation efforts, told Breaking Defense this week that the two recently ordered aircraft will be the first MQ-25s to be built with components for which the Navy and Boeing were forced to find replacements due to issues with parts obsolescence.
“The production line is maturing,” Fucito said, adding that addressing the obsolescence issues “was the right thing to do at the time.”
Congress approved a Navy request to reprogram funding to address the MQ-25 obsolescence issues in March, reported Inside Defense then.
Discussions about future MQ-25 configurations come as the Navy also begins publicly talking about potential interest in drone wingmen, known also as collaborative combat aircraft, envisioned to fly alongside manned aircraft.
Rear Adm. Stephen Tedford, the Navy’s program executive for unmanned systems and weapons, told reporters on Monday he believes Navy CCAs should have a service life of a “couple hundred hours” and a unit cost of under $15m.
Fucito — who leads the Navy’s CCA effort as well as the MQ-25 program — characterized discussions as “very young,” adding that the service’s experiences operating the MQ-25 onboard the carrier deck will “set the stage” for a future CCA program.
“At some point in time, we will reach out to the industrial base [with a request for information],” he said. “As far as what that date is, it’s not firm. We have some learning to go.”
The Air Force is bullish on its own CCA program, having identified five vendors competing to build the first round of drones, with a downselect to two or three companies anticipated to occur over the next few months. (Source: Breaking Defense.com)
12 Apr 24. Aselsan progresses development of mini Düfas towed active sonar system. Turkish manufacturer Aselsan is progressing development of a miniature version of its Düfas low-frequency towed active sonar system for unmanned surface vessels (USVs), which it expects to complete this year. Speaking to Janes at the Undersea Defence Technology (UDT) 2024 conference and exhibition in London on 10 April, an Aselsan spokesperson said the company has been working on the smaller version, dubbed Düfas-M, since 2022. The company is now progressing through tests of the individual hardware components, which it expects to complete in the coming months. Sea trials of the complete system integrated onboard a Marlin USV will start in the second half of 2024, with a view to completing development by year-end, he said. Developed under the leadership of Türkiye’s Defence Industry Agency (SSB) to meet the requirements of the Turkish Navy, Düfas is designed for long-range anti-submarine warfare and surveillance. Aselsan officially unveiled the full-scale version of Düfas for use on surface combatants in March 2024 following the successful completion of sea trials in late 2023. (Source: Janes)
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Echodyne is a U.S. designer and manufacturer of advanced commercial radar solutions for defense and national security applications. The company’s proprietary metamaterials electronically scanned array (MESA®) architecture, a rare breakthrough in advanced radar engineering, leverages a physics-design approach to adapt conventional materials and deliver unexpected and beneficial behavior. The result is a solid-state, low-SWaP unit coupled with advanced software capabilities that delivers superior radar performance and unparalleled data integrity, radically improving system performance and enhancing safety for people and machines. With leading positions in counter-UAS, force protection, base security, and portable ISR, Defense Agencies and Suppliers rely on Echodyne radar for extraordinary accuracy and consistent, reliable operation. For more information, please visit: Echodyne.com.
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