Sponsored by Echodyne
www.echodyne.com
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08 Feb 24. Sweden seeking to replace ARTHUR weapon locating system. The Swedish Defence Materiel Administration (FMV) has issued a request for information (RFI) on 5 February for the replacement of its Saab ARTHUR (ARTtillery HUnting Radar) weapon locating system (WLS). According to the RFI provided to Janes, the Swedish Armed Forces seeks a future WLS capability to support indirect fire and counter-fire operations at the brigade level. The system must also “include the capability to sense and warn friendly forces of threats originating from indirect fire. As such, it must be integrated into the C2 [command-and-control] and ISTAR [intelligence, surveillance, target acquisition, and reconnaissance] systems of the land forces”, the RFI said. Along with this, the new WLS must be able to sense, detect, classify, and localise unmanned aerial vehicles (UAVs) and counter such threats, the RFI added. (Source: Janes)
07 Feb 24. Saudi Arabia strikes deal to locally manufacture TRD Singapore jammer. Saudi Arabia has struck a deal with counter-unmanned aircraft system (C-UAS) manufacturer TRD Singapore to locally manufacture its Orion-H9 radio frequency (RF) jammer. The agreement, disclosed at the World Defense Show (WDS) 2024 held in Riyadh from 4 to 8 February, is part of a joint venture (JV) called TRD Middle East Industry Co, established between TRD Singapore and domestic defence company Rakaa Holding. Under the JV, TRD Middle East Industry Co will take charge of developing the Orion-H9 jammer in Saudi Arabia. The CEO of TRD Singapore, Sam Ong, informed Janes that the company is looking to localise its other manportable systems such as the Orion-D handheld C-UAS jammer and the mobile Orion C2 (command-and-control) system. After this,the company aims to scale up manufacturing, offering the user its fully integrated system of systems solutions. This integrated suite, Ong explained, combines its manportable, vehicle, and fixed site systems. (Source: Janes)
08 Feb 24. Cuashub.com said today that Dedrone: Drone Incursions at Stadiums on the Rise. Dedrone, the leader in smart airspace security, revealed that over 370 major sporting events experienced more than 4,000 illegal drone violations in 2023 across nearly 60 stadiums globally. This is an increase of nearly 20% from 2022 to 2023, resulting in event delays, the apprehension of drone pilots, and an increased risk to public safety.
Cathy Lanier, the National Football League’s Chief Security Officer, has stated drone incursions nearly doubled between the 2021-22 and 2022-23 regular football seasons, from 1,300 to 2,500. Although a drone incursion has not yet turned into a serious threat, Lanier pointed out that in 2018, drones released leaflets directly over spectators at two stadiums, which may foreshadow the capabilities of drones to wreak havoc on sporting events by dropping anything from harmless baby powder and creating panic, to dropping actual hazardous materials.
One notable stoppage occurred in November 2023, where broadcast footage showed a drone flying over M&T Bank Stadium in Baltimore, MD, during a game between the Baltimore Ravens and the Cincinnati Bengals; the game was stopped twice, with players heading off the field both times and multiple drones appearing to cause the second stoppage.
Super Bowl LVIII will be held in Las Vegas on February 11. The city of Las Vegas utilizes DedroneCityWide, the largest airspace security infrastructure in the world. It covers critical zones of the city, notably its major stadiums, airport, and the Las Vegas Strip. As shared by the Las Vegas Metropolitan Police Department, “After the October 1 event [2017 Mandalay Bay mass shooting], we realized that we had to analyze all potential threat vectors to our city, including drones. Ahead of Super Bowl LVIII, our collaboration with external security and public safety groups, both public and private, is essential to providing a safe environment to attendees, players, staff, and the citizens of Clark County.”
The Super Bowl is a designated SEAR 1 event by the Department of Homeland Security, the highest level of security for large-scale events in the US. Las Vegas collaborates with 36 Super Bowl public safety and security working groups. The Federal Aviation Administration (FAA) has already issued temporary flight restrictions (TFRs) for drones around Allegiant Stadium, Resorts World, and Wynn Casino on specific days, with wider restrictions on game day. Drone operators who violate these restrictions without pre-authorization from the FAA could face drone confiscation, fines in excess of $30,000, and potential criminal prosecution.
Dedrone recorded 4,046 drone flights across 374 events that violated TFRs around 59 global stadiums it protects.
“The federal government clearly understands the threat posed by drones, or the FAA wouldn’t have put these TFRs in place ahead of the game. Although not every drone flight we recorded was nefarious in origin, some of them were — and those are the kinds of flights that can stop games or ruin concerts and other events being held at stadiums,” said Ben Wenger, Chief Revenue Officer of Dedrone. “These rising statistics make it obvious that counter-drone technology is no longer nice to have. It is now essential.”
“Unauthorized drone activity is escalating everywhere. The difference between this season’s data and last year’s is particularly stark, especially with TV cameras now capturing and broadcasting these events to ms of viewers at home, highlighting significant breaches of security. With 2024 bringing both Super Bowl LVIII and the 2024 Summer Olympics, we must take these threats seriously,” continued Wenger.“ Major sporting leagues have voiced their support for stronger counterdrone legislation, and there are mitigation solutions available. It’s time we enact legislation that allows public safety agencies to effectively use them.”
For additional counter-UAS stadium resources, please visit the C-UAS Hub Stadium Sector page: https://cuashub.com/sectors/stadium-counter-uas/
https://cuashub.com/content/dedrone-drone-incursions-at-stadiums-on-the-rise/?_hsmi=293297096&_hsenc=p2ANqtz–nAV3UzdWjXKJBpB2C_MHl6ZzrlswQzBrPmcTNtuYWbQB9suk3YhUByfU34GPKEDPSEY2j2ldpFPiUNse8g8QyxGeA8F9TcVuVDy8vgDcch5_NlZk#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=293297096&utm_source=hs_email (Source: https://cuashub.com/)
08 Feb 24. RoCA deploys Tron Future Tech’s C-UAS. The Republic of China Army (RoCA) has deployed a modular counter-unmanned aircraft system (C-UAS) developed by Taiwan’s Tron Future Tech, the company told Janes at the World Defense Show (WDS) 2024 held in Riyadh from 4 to 8 February. The C-UAS, with a new hard-kill component named T.Interceptor, has been displayed at the show. Tron Future Tech told Janes that the C-UAS delivered to the RoCA does not include the T.Interceptor. An undisclosed number of the C-UAS was delivered to the RoCA in “mid-2023” to help the service to counter incursions by Chinese unmanned aerial vehicles (UAVs). The company expects a “bigger tender” from the RoCA for the C-UAS (without the T.Interceptor) in 2024. The C-UAS is also currently being tested by the Indian Armed Forces to respond to potential threats along India’s border with China, the company said. (Source: Janes)
07 Feb 24. US greenlights $1.2bn aerostat and radar deal with Poland. The State Department approval comes as Poland makes a push for greater regional air domain awareness and is willing to spend big on its defense.
The US has approved an estimated $1.2bn potential deal with Poland for radar recon aerostat systems, the State Department announced today.
Warsaw had requested to buy Airspace and Surface Radar Reconnaissance (ASRR) aerostat systems — essentially radars attached to a massive blimps tethered to the ground — with a myriad of associated equipment and other systems.
In May 2023 an official with Poland’s armament agency announced his office had submitted an inquiry to the US about four aerostat systems, part of a broader push for greater regional surveillance powers.
“Together with early warning aircraft, they will increase the Polish Armed Forces capabilities to monitor the airspace,” Lt. Col. Krzysztof Płatek tweeted on May 26.
Today’s announcement doesn’t say how many aerostat systems the State Department approved, but a Polish official tweeted the US had approved four systems, calling the announcement “good news from overseas,” according to an online translation.
Numbers of systems as well as estimated dollar figures in foreign military sales can change over the course of continued negotiations.
“The proposed sale will improve Poland’s capability to meet current and future threats of enemy air and ground weapons systems,” the State Department said. “Poland will use the capability as an airborne early warning system to defend against incoming regional threats. This will also enable Poland to increase its contribution to future NATO operations.”
The primary contractors for the deal are Raytheon Intelligence and Space, ELTA North America and Avantus Federal LLC.
Ever since Russia’s invasion of Ukraine, Poland has been on something of a defense spending spree in hopes of warding off a similar threat. In December 2022, Poland’s top general told Breaking Defense, “We just took our suitcases with money and [are] going like hell around the world and trying to buy.”
The approval of the potential aerostat deals is the latest in a string of Polish deals the State Department has OKed over the last year, from an estimated $4bn in integrated air defense systems in September 2023 to $12bn in Apache helicopters in August 2023 to $10 bn in High Mobility Artillery Rocket Systems in February. (Source: Defense News Early Bird/Breaking Defense.com)
07 Feb 24. Cuashub.com said today that the FAA UAS Detection and Mitigation ARC Final Report. The Federal Aviation Administration (FAA) has released the UAS Detection and Mitigation Systems Aviation Rulemaking Committee Final Report. Under Section 383(a) of the FAA Reauthorization Act of 2018, airport safety and airspace hazard mitigation and enforcement (Public Law 115-254, Oct. 5, 2018), also known as Section 383, 49 U.S.C. Section 44810(a) was established. This section mandates the FAA Administrator to collaborate with the Secretaries of the Departments of Defense and Homeland Security, along with other relevant federal departments and agencies. The aim is to ensure that technologies and systems developed, tested, or deployed by federal entities to detect and/or mitigate potential risks posed by unauthorized or hostile unmanned aircraft system (UAS) operations do not impede safe airport operations, navigation, air traffic services, or the National Air Space (NAS)’s safe and efficient operation. Additionally, Section 383 mandates the FAA to devise a plan for certifying, permitting, authorizing, or allowing UAS detection and/or mitigation (D/M) systems in the NAS. It further requires the convening of an Aviation Rulemaking Committee (ARC) to propose recommendations for such a plan.
The ARC Charter was signed in March 2023, and the ARC began its work in May 2023. The ARC comprised representatives from the manned and unmanned aviation communities, government entities, various subject matter experts (e.g., law, privacy, and environmental), and other stakeholders.
Publication Date– January 2024
UAS Detection and Mitigation Systems Aviation Rulemaking Committee Final Report contains the following major sections:
- Background
- Executive Summary
- Chairs’ Comments
- ARC Charter Summary
- ARC Activities and Outputs
- Industry Overview
- UAS Detection and Mitigation Systems Integration Concerns
- ARC Recommendations- Intent, Rationale and Approach
- Definitions and Glossary of Terms
- Out of Scope Issues
- Appendices
The Unmanned Aircraft Systems Detection and Mitigation Systems Aviation Rulemaking Committee Final Report can be found at the link below.
https://cuashub.com/content/faa-uas-detection-and-mitigation-arc-final-report/?_hsmi=293120503&_hsenc=p2ANqtz–WTaEbC_O6Q3lmTbKK-GUGOWJ2qajbrL0z6rTU1v5Q-WMZrj6zJLxTUJPzxBT_laafx_7q9UnEiFTuxTA4iw0tMg3HwGJ_WnBr6ZpG8GkoWk0OoSk#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=293120503&utm_source=hs_email (Source: https://cuashub.com/)
06 Feb 24. MARSS Group contract to arm combat ships with AI-powered security. MARSS Group’s NiDAR system will be deployed on frontline combat vessels for the first time, enhancing maritime security capabilities.
MARSS Group has signed a deal valued at more than $20m to deploy its NiDAR system on frontline combat ships.
This development signifies a milestone for the company, as its technology will be employed on vessels tasked with combat operations for the first time.
The NiDAR system, known for its command and control (C2) capabilities, has earned acclaim for safeguarding assets and personnel across various domains, including naval vessels, critical infrastructure sites, and urban environments. MARSS Group 2023 successfully installed the NiDAR surface and Counter-Unmanned Aerial System (CUAS) air surveillance system on the M/V Asterix, a naval auxiliary ship affiliated with the Royal Canadian Navy, marking its debut on a NATO-associated vessel.
Building on this, MARSS Group’s latest contract win involves outfitting multiple Corvette-class vessels belonging to a Southeast Asian client with the NiDAR platform and associated sensors. The system’s ability to integrate sensors, ranging from sonar to infrared cameras, into a unified user interface aims to promise accuracy and efficiency in detecting and classifying underwater and surface threats.
In 2017, MARSS installed its NiDAR perimeter security system on the first of six offshore patrol vessels for the Royal Malaysian Navy as part of a contract with Malaysia’s Boustead Naval Shipyard.
The project, scheduled to commence this year and extend until 2029, represents a leap forward for MARSS Group. Rob Balloch, chief growth officer at MARSS Group, expressed enthusiasm for the venture, emphasising the company’s commitment to delivering solutions that prioritise safety and security. (Source: Google/naval-technology.com)
06 Feb 24. Fortem Technologies Partners with INTRA Defense Technologies to Offer Advanced C-UAS Solutions in Saudi Arabia. Fortem Technologies, the leader in airspace intelligence, security, and defense for detecting and defeating dangerous drones, today announced its partnership with INTRA Defense Technology, a Saudi company leading in development, design, and manufacturing of Autonomous Systems and Advance Technologies. Together, the companies will leverage their technology and expertise to engineer, manufacture, and market advanced solutions against UAS threats in Saudi Arabia.
NTRA Defense Technologies
Saudi Arabia is a strategically important market for Fortem Technologies. With the threat of drones increasing, this partnership will allow both companies to scale the building of new products and solutions and integration of existing technology into evolving C-UAS market offerings.
“Fortem Technologies has been looking for ways to venture beyond its current markets, and the Kingdom of Saudi Arabia is focusing on expanding its production of air defense systems,” commented Jon Gruen, CEO of Fortem Technologies. “We are honored to have a strong local partner like INTRA Defense Technologies join forces with Fortem to produce and distribute cutting-edge C-UAS solutions in Saudi Arabia.”
Fortem offers leading C-UAS technology, providing both hardware and software solutions for entities looking to detect, track, identify and defeat/mitigate potential threats.
“Recognizing the escalating UAV threats in the region, and drawing upon our expertise in developing, manufacturing, and maintaining UAV systems, we’re partnering with Fortem Technologies, renowned for their specialized Counter-Unmanned Aircraft Systems solutions. Together, we blend our UAV knowledge with their C-UAS proficiency to fortify our region’s defenses comprehensively.” commented Dr. Hamad Alfouzan, CEO of INTRA Defense Technologies.
INTRA Defense Technologies is a SAUDI company, leading in development, design, and manufacturing Autonomous Systems and Advance Technologies. INTRA provide advanced technological solutions that cater to diverse sectors. (Source: PR Newswire)
05 Feb 24. Cuashub.com said today that Las Vegas “No Drone Zone” Areas Designated for SB 58 Activities. Drone pilots who wish to fly in the Las Vegas area before and during Super Bowl LVIII in Las Vegas should take some extra time to ensure they aren’t flying in restricted airspace. The host stadium for the event, Allegiant Stadium, will be a “No Drone Zone” during the game, but there will be additional flight restrictions in and around Las Vegas before the event that drone pilots should be aware of.
The Federal Aviation Administration (FAA) has announced drone flight restrictions in and around Las Vegas for the following times and days:
Game Day, Sunday, Feb. 11
- Restrictions begin at 11 a.m. PST within two nautical miles around the stadium up to 2,000 feet in altitude.
- The restrictions expand between 2:30 until 8:30 p.m. PST to a 30-nautical-mile radius and up to 18,000 feet in altitude.
Before Game Day, Feb. 5-9
- Restrictions around Allegiant Stadium on Feb.5, for one nautical mile up to an altitude of 1,000 feet between 3 p.m. and 8 p.m. PST.
- Restrictions around Resorts World on Feb. 8, for one nautical mile up to an altitude of 1,000 feet between 2 p.m. and 10 p.m. PST.
- Restrictions around Allegiant Stadium on Feb.9, for one nautical mile up to an altitude of 1,000 feet between 11 a.m. and 2 p.m. PST.
- Restrictions around Wynn Casino on Feb. 9, for one nautical mile up to an altitude of 1,000 feet between 5 p.m. and 11:30 p.m. PST.
Drone operators who take off from within or fly into prohibited areas designated as Temporary Flight Restrictions (TFRs) without authorization may encounter consequences such as the seizure of their drones, fines surpassing $30,000, and the possibility of facing criminal charges.
Additional details are available in the Super Bowl LVIII Flight Advisory and the FAA’s Super Bowl LVIII webpage.
https://cuashub.com/content/las-vegas-no-drone-zone-areas-designated-for-sb-58/?_hsmi=292760903&_hsenc=p2ANqtz-_YE8ZJ6v269fcDjHhy6988xsNGejCcSDIvY_B1RZHHCCl3oEEuqfkMFOxO2hOnEygm35jF7KC_4bQImMxqESDbBcPLnURZzG811lKHkWiwDOprR6o#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=292760903&utm_source=hs_email (Source: https://cuashub.com/)
07 Feb 24. WhiteFox Defense Technologies, a globally recognized leader in advanced airspace management and counter-drone defense solutions, recently secured a significant $1m contract. This milestone agreement, marking the first phase of a comprehensive multi-phase project, is aimed at bolstering the safety and protection of vital infrastructure and lives in South Asia. Amidst the rising global concern over drone-related threats, this contract highlights WhiteFox’s unwavering dedication to deploying cutting-edge technology for ensuring worldwide airspace security and safety. In recent years, the use of drones for malicious purposes has escalated, posing significant risks to critical infrastructure, national security, and public safety globally. The proliferation of drone technology has made it increasingly accessible, leading to its misuse for surveillance, unauthorized data collection, and disruptive activities. This volatile situation underscores the urgent need for effective drone defense systems. WhiteFox will be providing a customized DroneFox NS system, an RF-based technology adept in detecting, locating, identifying, and classifying drones. The system offers several safe drone mitigation options and is designed for increased capability, durability, and mobility. This contract will focus on:
– Customization and integration of DroneFox NS systems for advanced drone detection and protection.
– Efficient integration of customized DroneFox NS to achieve enhanced drone detection within the specified area.
– Ensuring seamless data storage and management capabilities.
DroneFox NS has been proven ideal for protecting Critical Infrastructure, Airports, Border Surveillance, Prisons, and provides base and force protection. Its versatility and effectiveness make it a crucial asset in countering the growing drone threats.
04 Feb 24. MARSS advances critical infrastructure protection with $5.5m RADiRguard integration at key site. MARSS, a global leader in security solutions, will deliver and commission up to 40 of its RADiRguard high security surveillance units for a critical infrastructure site in the Middle East, as part of a significant contract valued at $5.5m. This latest phase builds on a multiyear program delivered by MARSS since 2018 at the same site. Working as the scheme’s primary contractor and technology partner, MARSS will manage the integration of up to 40 new RADiRguard units with existing MARSS systems and other legacy sensors, alongside its NiDAR platform, to provide unparalleled 24/7 autonomous monitoring, detection, tracking and decision support in the event of a security incident. The site’s security area will also be expanded under the project, with the latest RADiRguard units providing enhanced coverage and protection of the wider perimeter. There will also be an upgrade to the existing control room, accompanied by plans that ensure business continuity. The installation phase, scheduled for 2024, followed a year of designing and refining the project to meet the latest set of requirements, including a need for flexibility, scalability, adaptability and efficiency.
Fully integrated with MARRS’ sensor-agnostic NiDAR platform, this system will significantly reduce the burden on operators by consolidating all sensor data onto a single screen. This streamlined approach would allow a single security member to effectively monitor the entire system, as well as coordinate any response to potential threats.
RADiRguard will provide surface detection, identification and classification of land-based threats across multiple site zones. The flexibility of the NiDAR suite means it can also suggest or automate responses based on the sensitivity of different areas.
Speaking of the technology, Fahad Alayadhi, MARSS Senior Project Manager, commented, “RADiRguard provides an invisible fence. Anything entering this site will be detected, identified, and classified in real time by MARSS’ NiDAR platform. This allows the operator to choose the most appropriate response, with NiDAR even able to recommend the best recourse for the detected threat.”
MARSS’ regional team has been – and will continue to be – a hands-on, flexible and adaptable source of support throughout the project’s lifecycle. The team has navigated specific site challenges – such as limited working hours – and has helped the customer overcome specific challenges, sourcing and delivering additional RADiRguard units at short notice.
Fahad adds, “The project has been made possible because of the passion of the MARSS team from its regional headquarters in the KSA. No other organisation is able to deliver and commission security solutions, at the speed and quality needed, to protect critical sites, bases and borders from persistent, ever-evolving threats.”
04 Feb 24. MARSS appoints Nabil Borhanu to its Board of Directors to strengthen new projects pipeline. MARSS, a leading defence technology company that develops intelligent turnkey solutions to protect lives and assets, is further strengthening its management team with the appointment of Nabil Alnoor Borhanu to Chair of the Board and Group Managing Director, with Founder Johannes Pinl moving into the role of Chief Technology Officer.
Nabil Borhanu is a successful entrepreneur and investor who brings 22 years of experience in technology, finance and corporate governance. Throughout his career, he established several companies in Telecom, Sports, and Media and grew their revenue significantly, coupled with creating over 700 jobs.
In 2015, Nabil Borhanu founded Graphene Ventures, a Silicon Valley Venture Capital firm and an early investor in Snapchat and Lyft, which has deployed over $290m of capital and secured 50+ startups in its portfolio across the US, Europe, MENA, and Brazil.
Nabil – a long-term backer of MARSS – is now moving into an active leadership role within the company to enable MARSS to improve its product offerings and reinforce its activities within Saudi Arabia and across the Middle East – alongside Managing Director of MARSS’ KSA Office, Andy Forbes – together with strengthening the company’s corporate governance efforts and relations with current and prospective investors. Under its defined long-term development strategy, MARSS recognises the key role of the Middle Eastern market, and its growth potential, while strong ties of Nabil Borhanu in the region create new opportunities for strategic partnerships in the region.
MARSS has been working in the Middle East and Saudi Arabian markets for more than a decade, and has long seen the region as a key area of strategic growth — leading to the Group opening the doors to its first office in Riyadh in 2021. Since then, the number of projects MARSS has worked on in the region has grown exponentially, providing defence and security solutions for critical infrastructure across the Middle East. Alongside this, MARSS’ presence in Saudi Arabia has grown significantly, with over 30 personnel based out of its Riyadh headquarters — nearly half of which are Saudi nationals.
On assuming his new role as Chairman of the Board and Group Managing Director of MARSS Group, Nabil Borhanu commented: “I am thrilled and honoured to have been appointed to lead the MARSS Group as the new Managing Director. I have been a partner of MARSS’ for several years, watching it grow into a world leader in safety and security technology, with projects across the globe. Now, with a strong foundation and an exceptionally talented team, we are poised to achieve even greater results, while maintaining our tradition of excellence and our values of protecting what matters most to our customers.”
Johannes Pinl, MARSS’ Founder, has taken over new responsibilities as Chief Technology Officer, with oversight of new and existing products, and expanding the NiDAR product range and capabilities. Among other changes to the Group leadership, Rob Balloch has been made Chief Revenue Officer and Josh Harman is now Vice President of Business Development, with a core focus on KSA opportunities and the delivery of CUAS solutions.
07 Feb 24. MARSS wins multiple yacht contract awards in early 2024, valued at over $4m. In the wake of a successful 2023, marked by the completion of numerous major contracts, MARSS is happy to share a further contract win for the delivery of its comprehensive CUAS and surface surveillance system, NiDAR, to two prestigious yachts – a primary vessel and its support ship. MARSS’ NiDAR system protects assets and people, across all domains, including ships and yachts, critical infrastructure sites, operating bases, and civilian urban environments. MARSS is delighted to start 2024 with a new appointment as the prime contractor delivering its advanced security and surveillance system, NiDAR, to a 120+ metre yacht, alongside its 70+ metre support vessel – emanating from Oceanco and Damen Yachting shipyards respectively. In this role, MARSS will work closely with its partners, including Echodyne and others, to coordinate the installation and intelligent integration of multiple sensors – including world leading RF detection and CUAS radar systems. The system also takes advantage of NiDAR’s sensor agnostic capabilities, integrating with the vessels’ existing cameras and navigational systems. All sensors will feed seamlessly into a single tactical picture, delivering highly advanced situational awareness and protection across surface and air domains, enhanced by NiDAR’s artificial intelligence. The $4m installation also encompasses an array of countermeasures including loud hailers and searchlights. Having only recently secured the contracts, both contracts are scheduled for delivery within 2024.
These contracts build on a successful 2023 for MARSS, involving the delivery of NiDAR systems on five ships. These contracts included three yachts ranging in size from 65 metres to 125 metres, one legacy yacht upgrade and the installation aboard the Combat Support Ship, M/V Asterix, which provides at-sea support services for the Royal Canadian Navy.
Speaking of the recent success, Frederik Giepmans, Managing Director MARSS Maritime, comments, “I am very proud of what the team has achieved during 2023, and these latest contract wins are testament to their dedication and NiDAR as an industry leading product. Securing these projects is a great start to 2024, and we look forward to bringing our NiDAR security systems to many more users over the course of this year and beyond.”
MARSS Group to debut NiDAR on front-line combat ships in milestone $20m contract
MARSS Group, a leading provider of AI-powered security solutions, recently announced a landmark contract win valued at over $20m, marking the first time its NiDAR systems will be operational on combat-facing vessels.
MARSS Group’s NiDAR C2 ‘Command & Control’ system protects assets and people, across all domains, including ships and yachts, critical infrastructure sites, operating bases, and civilian urban environments. 2023 marked a big step for the Group as its NiDAR surface and CUAS air surveillance system was installed and made operational on M/V Asterix, a naval auxiliary ship to the Royal Canadian Navy; the first time NiDAR was put to use on a NATO-associated vessel.
This latest agreement, signed December 2023, marks yet another milestone, as MARSS Group’s market-leading NiDAR platform will be employed on a series of combat-facing vessels for the first time.
31 Jan 24. HAPS Alliance publishes new white paper on acceptable levels of risks. The HAPS Alliance, an international association of cross-industry players working to enable a High-Altitude Platform Station (HAPS) ecosystem, today announced the publication of its white paper entitled, Acceptable Levels of Risk for HAPS.
Written by the HAPS Alliance Aviation Working Group (AWG), the paper highlights how leading experts in the field of HAPS have reimagined the traditional safety metrics used in aviation and introduced new approaches to setting acceptable levels of risk for this emerging technology.
“The white paper delves into the inherent challenges of setting safety metrics for HAPS, highlighting that traditional aviation safety metrics, such as the probability of catastrophic accidents per flight hour or mission, are insufficient for HAPS, said an alliance press release. “Instead, the white paper recommends “third party-centric” metrics, which measure the risk from the perspective of the exposed third parties. This fresh perspective considers individual and collective risk limits for both ground and air risk.”
“Conventional aviation safety measures are not well suited for HAPS. The white paper’s proposed framework is tailored to the distinctive challenges and capabilities of HAPS technology, offering a more encompassing, flexible, and appropriate method for risk management,” said HAPS Alliance AWG Chair Andy Thurling. “The whitepaper’s suggested guidance has the potential to expedite the secure introduction of HAPS across diverse regions, stimulating innovation and economic expansion, all while upholding the highest safety standards.”
The white paper includes the following items:
- Innovative Risk Metrics: The white paper introduces a matrix for acceptable risk levels, which takes into account both individual and collective risk limits for ground and air risk. This new framework provides a comprehensive approach to evaluating risk and ensuring the safety of HAPS operations.
- A Framework Approach: The white paper draws inspiration from well-established risk management frameworks, such as the UK Health and Safety Executive’s As Low As Reasonably Practicable (ALARP) framework. By examining risks already accepted by exposed parties, both within and outside aviation, the paper proposes a more robust way to set acceptable levels of risk for HAPS.
- Operator Self-Management: The white paper suggests a proactive approach to risk management, where operators take an active role in controlling risk by managing factors such as the population (or aircraft traffic) density they overfly, time spent in specific areas, and the number and types of HAPS platforms used. This approach allows operators to begin operations in lower-risk regions, learn from their experiences, and improve their platforms while gradually expanding to higher-risk regions.
- A Shift in Certification: The proposed framework aims to redefine the concept of “certification” for HAPS operators. Rather than a binary approval to operate commercially, certification would represent an evaluation of the “risk rate” on a continuous scale, ensuring that the accumulation of risk is accurately tracked and is reflected in the evolving operational approvals.
For more information
(Source: www.unmannedairspace.info)
02 Feb 24. PureTech, Silent Sentinel and Global Justice Solutions to enhance security at sensitive sites in Mexico. PureTech, an Arizona-based developer of AI-boosted video analytics security solutions for highly sensitive applications – such as critical infrastructure and border control – has teamed with the UK’s Silent Sentinel and Virginia-based Global Justice Solutions to enable enhanced security at unspecified confidential sites in Mexico.
The contract award involves a Spanish-language version of PureTech’s PureActive AlertView user interface integrated with Silent Sentinel’s NexOS platform, according to a PureTech press release (see link below). The involvement of GSJ, “a company focused on delivering solutions for justice and public safety in Latin America,” is unclear from available information. “This collaboration offers a comprehensive, seamlessly integrated security solution, from the deployment of advanced surveillance and cutting-edge AI-boosted video analytics, our unified approach is designed to ensure unparalleled protection and security,” said Dinorah Santos, Principal of GJS. For more information: www.puretechsystems.com (Source: www.unmannedairspace.info)
05 Feb 24. Cuashub.com said today that a UK Man Was Sentenced for Attempted Export of C-UAS Systems to Iran. Last week, Saber Fakih, a 48-year-old individual from the United Kingdom who attempted to export technology, including C-UAS systems, to Iran, received an 18-month prison sentence for breaching the International Emergency Economic Powers Act (IEEPA) and Iranian Transactions and Sanctions Regulations. In addition to the prison term, U.S. District Court Judge Dabney L. Friedrich ordered Saber Fakih to serve three years of supervised release.
According to his plea agreement, Saber Fakih collaborated with Bader Fakih (43, Canada), Altaf Faquih (72, United Arab Emirates), and Alireza Taghavi (48, Iran) to illegally export an Industrial Microwave System (IMS) and counter-drone system from the United States to Iran. This action occurred without obtaining the necessary license from the Department of Treasury’s Office of Foreign Assets Control (OFAC).
Another participant in the conspiracy, Jalal Rohollahnejad, a 46-year-old Iranian national, is facing charges related to smuggling, wire fraud, and associated offenses stemming from the same illicit scheme. Rohollahnejad was previously included in the Department of Commerce’s Bureau of Industry and Security Entity List in March 2020 due to his actions contrary to U.S. national security or foreign policy interests by procuring goods for a Specially Designated National (SDN).
Saber Fakih’s co-conspirators presented themselves as procurement agents for Rayan Roshd, an entity later sanctioned by the U.S. Government due to its procurement activities associated with the Iranian Revolutionary Guards Corps (IRGC).
Summary of the Scheme to Export Technology
As per the government’s evidence, between 2017 and 2018, Fakih and his collaborators endeavored to export items to Iran with potential applications in civil and military contexts. If modified, the industrial microwave system (IMS) could potentially serve military purposes, including as part of high-power microwave-based Directed-Energy Weapon systems. The counter-drone system, possessing both commercial and military utility, can stop, identify, redirect, land, or take total control of a target unmanned aerial vehicle.
In his statement of offense, Saber Fakih acknowledged being the primary intermediary between the Iranian buyer and the U.S.-based seller of the Industrial Microwave System (IMS). He initiated the bidding process with the Massachusetts vendor, facilitated the machine inspection, and communicated with the vendor on behalf of Taghavi, fully aware that the equipment was ultimately intended for Iran.
Simultaneously, Rohollahnejad orchestrated the transfer of approximately $450,000 from Iran to the UAE, where Altaf Faquih retrieved it and converted it from Emirati currency to U.S. dollars. Faquih then conveyed the funds through three wire transfers to Bader Fakih in Canada. Subsequently, Bader Fakih transferred the money to the U.S. company to acquire the IMS.
Furthermore, Saber Fakih and Bader Fakih conspired on behalf of Taghavi to acquire two counter-drone systems valued at nearly $1 m from a Maryland-based company.
Similar Scheme To Export C-UAS Technology to Libya Uncovered in Spain
Last month, as reported by EuroWeekly News and other outlets, the Spanish National Police arrested multiple individuals in Valencia and Madrid. They are accused of attempting the illicit export of a counter-drone system valued at over €2m, intended for deployment at Tripoli Airport in Libya.
Some of the arrested individuals were reported as being affiliated with a Madrid-based technology firm specializing in defense material and a Libyan national associated with a paramilitary group. Additional reporting on the arrests identified the individuals as directors at Star Defense Logistics & Engineering (SDLE), a firm routinely engaged in contracts with the Spanish Ministry of Defence.
The investigation by the National Police, initiated in 2020, unveiled a sophisticated network of smugglers engaged in shipping drones equipped with thermal cameras to Libya.
A Libyan individual, identified as the leader of the RADA-SDF paramilitary group, was found to be participating in the illicit drone transactions. Given Libya’s current state of conflict and its adherence to a strict international embargo, the shipment not only violated international law but also constituted the smuggling of prohibited goods.
The operation, led by the General Information Commission and involving the Provincial Information Brigade of Valencia, was conducted under the supervision of the National Court’s Prosecutor’s Office. The entire operation was directed by the Central Court of Instruction number three.
https://cuashub.com/content/uk-man-sentenced-for-attempted-export-of-c-uas-systems-to-iran/?_hsmi=292760903&_hsenc=p2ANqtz-8C50JLzrQHZZE8e8YSS6EfYpf_VOmCoB7awG9o3Mzr_ixua3H2UsRpjYSWGo1szw4uuDFzpxtZ3JmjrhiYj5dOmwSAt-TRaM6Ee40BErS9Jtu7Iy8#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=292760903&utm_source=hs_email(Source: https://cuashub.com/)
05 Feb 24. Cuashub.com said today that the U.S. Army Counter-UAS Industry Day- May 7-8, 2024. The Research and Technology Integration (RTI) Directorate of the U.S. Army C5ISR Center has announced a Counter-UAS Industry Day. This event is scheduled at Fort Belvoir, VA, on May 7-8, 2024. Responses for this opportunity are due February 29, 2024.
RTI actively seeks information on capabilities to safeguard Soldiers, vehicles, and infrastructure against emerging and future unmanned aerial system (UAS) threats. Specifically, RTI is interested in insights regarding innovative sensor and non-kinetic defeat technologies, encompassing components, sub-systems, and systems, falling within the Technology Readiness Level (TRL) range of 3-7.
These technologies should have the potential to significantly reduce the size, weight, power, and cost or enhance the performance of existing Army systems. Responses to this request may include details on ongoing research, development, prototyping of novel components, and technology geared towards countering UAS (CUAS) mechanisms. This encompasses capabilities related to the detection, location, tracking, identification, targeting, and/or defeat of UAS threats.
This Request for Information (RFI) aims to enhance comprehension of Counter-Unmanned Aerial Systems (CUAS) detection sensors and non-kinetic defeat technologies across the industry. The gathered insights will aid in formulating a strategic direction for RTI’s CUAS investments and collaborations with the industry. The technologies under consideration may offer CUAS capabilities for diverse applications, including ground vehicle platforms, ground robotic platforms, dismounted Soldiers, and fixed sites. Of particular interest are CUAS capabilities that can be deployed or delivered from a standoff position.
RTI is exploring various Technology Areas and modalities, encompassing:
– Electronic warfare sensing and effectors
– Radio frequency (RF)
– Radar
– Acoustic
– Electro-optic/infrared (EO/IR)
– Laser
– Novel sensing technologies beyond those explicitly mentioned
For additional information, please visit Counter-Unmanned Aerial System (CUAS) Sensor and Non-Kinetic Defeat: https://sam.gov/opp/53a57a1bdeb842e095365ec703c816c8/view
https://cuashub.com/content/us-army-counter-uas-industry-day-may-7-8-2024/?_hsmi=292760903&_hsenc=p2ANqtz-8MgzXooTiO7etoFwjKK-ZyKcntU-PV3fE_HvrfMRm9HRm4wMfX238IjVflbi19Q3rcEWIbQ1UbNTeHroy-pQ3B2H6lSQRmYMbcZouFDeDP4wezAic#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=292760903&utm_source=hs_email (Source: https://cuashub.com/)
05 Feb 24. Cuashub.com said today that the RTX CHIMERA High-Power Microwave Excels in Field Tests. The USAFRL, in collaboration with Raytheon, an RTX business, has concluded a successful three-week field trial of the CHIMERA high-power microwave (HPM) weapon at White Sands Missile Range in New Mexico. Throughout the test, CHIMERA effectively deployed directed energy on various stationary target configurations, showcasing comprehensive fire control capabilities. It also demonstrated the acquisition and tracking of aerial targets, maintaining tracking throughout their flight paths.
The CHIMERA system, short for Counter-Electronic High-Power Microwave Extended-Range Air Base Defense, is designed to emit tightly focused radio energy directed at various middle-to-long-range targets. According to the press release, this ground-based demonstration system possesses greater power compared to other HPM systems, enabling it to counter airborne threats at the speed of light.
CHIMERA is an integral component of the Directed Energy Front-line Electromagnetic Neutralization and Defeat (DEFEND) program, a collaborative initiative among various military services aimed at developing, constructing, and testing High-Power Microwave (HPM) systems for deployment on the front lines. Raytheon is collaborating with experts from the Air Force Research Laboratory (AFRL), Naval Surface Warfare Center Dahlgren Division, and the Undersecretary of Defense for Research and Engineering to carry out this project successfully.
https://cuashub.com/content/rtx-chimera-high-power-microwave-excels-in-field-tests/?_hsmi=292760903&_hsenc=p2ANqtz-9pqxaSYIkVpiD0X_Oq6EqtqBfjF4esF-7qDTfikaoGeCctWmFfGJXZdqYy8JE2X6331vK2inVNYHHkXiL2B7MgtwQdo1qBvhXvlm9slIKHRGU2FC4#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=292760903&utm_source=hs_email (Source: https://cuashub.com/)
05 Feb 24. Ukraine Deploys Advanced Portable Jamming Backpacks to Neutralize FPV Drones. Ukraine’s defense forces have introduced a countermeasure against the increasing use of drones in modern warfare. Developed by the Ukrainian defense company, Kvertus Technology, portable signal-jamming devices, small enough to be carried in backpacks, have been deployed to combat Russian first-person view (FPV) drones effectively. These innovative devices feature two projecting antennas that sever the connection between drones and their controllers, causing the drones to fail and fall short of their targets. The jamming backpacks, known as AD Counter FPV stations, are designed to interfere with the frequencies commonly used by FPV drones, specifically within the 850–940 MHz range. Weighing just 5 kg and boasting a 360° radiation pattern, these stations can jam UAVs within a range of up to 150 meters, proving their effectiveness in real-time battlefield conditions. The rapid deployment capability of these devices, requiring less than 0.5 seconds to become operational, underscores their strategic value in fast-paced combat scenarios. Ukraine’s approach to drone warfare has evolved significantly, with these jamming backpacks playing a pivotal role in protecting troops (Source: https://www.sofx.com/)
03 Feb 24. Angola unveils Kodiak 100 maritime patrol aircraft. The Armed Forces of Angola (FAA) revealed on 1 February that it has acquired a Kodiak 100 utility aircraft that has been modified into a surveillance aircraft when it released a video to highlight the role of its female crew members. Angola’s National Air Force (FAN) already had one Kodiak 100 that was unveiled in May 2021, when the FAA’s official magazine reported that the aircraft had been equipped to carry out cartographic surveys to produce digital maps for the Ministry of Interior’s Integrated Public Security Center (CISP). The aircraft was described as the first in a planned fleet of six that would be operated by the FAN’s new Special Air Patrol and Surveillance Unit. This aircraft was previously photographed in Germany with the FAN serial R-756 and the temporary registration D-FSST. The German company SST Flugtechnik has photographs of D-FSST on its website to illustrate a project that involved installing a stabilised cartography scanner above a sliding hatch in the floor of the aircraft’s cabin. (Source: Janes)
02 Feb 24. Cuashub.com said today that Protection of Civil Aviation Infrastructure Against Unmanned Aircraft. Protection of Civil Aviation Infrastructure Against Unmanned Aircraft is guidance material published by the International Civil Aviation Organization (ICAO). This document guides stakeholders on safeguarding civil aviation infrastructure from unmanned aircraft systems (UAS). It aims to facilitate effective coordination and consultation among all involved parties, promoting a comprehensive and holistic approach to addressing associated threats and risks. Additional information on handling UAS sightings near airports is available in the ICAO Aviation Security Manual (Doc 8973 — Restricted).
Publication Date– 2023
Protection of Civil Aviation Infrastructure Against Unmanned Aircraft contains the following major sections:
- Introduction
- Regulatory Measures
- Counter-UAS Technology
- Preparedness and Incident Response
- Decision-Making Process
- Appendix
There are no noted distribution statements or limitations of the publicly available information.
https://cuashub.com/content/protection-of-civil-aviation-infrastructure-against-unmanned-aircraft/?_hsmi=292457860&_hsenc=p2ANqtz-8P3dv-qgzuNupEl4cn59-lIWUuGSg92JhM7zvqjwnJ1qwgQKZpARlSV82AXt3AArPYBE-tnn2uw-8Hl7X-alawUPOw0oUMkHFITe3v3ybPQEhwbK0#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=292457860&utm_source=hs_email(Source: https://cuashub.com/)
02 Feb 24. Cuashub.com said today that the Use of UAS by Non-State Armed Groups in Africa. The Use of Uncrewed Aerial Systems by Non-State Armed Groups: Exploring Trends in Africa is a United Nations Institute for Disarmament Research (UNIDR) report by Bárbara Morais Figueiredo.
This report investigates the present and evolving patterns in utilizing unmanned aerial systems (UASs) by non-state armed groups (NSAGs) in Africa, evaluating national and regional security and stability consequences. It offers insights into the deployment of UASs by African NSAGs in recent years, analyzing prevalent types of operations, common targets, and impacts. Additionally, the report identifies and assesses enabling factors and notable trends that influence how African NSAGs currently employ or could potentially deploy these systems.
The analysis in the report is based on a data set of incidents of UAS use by NSAGs in Africa from January 2018 to June 2023.
Publication Date: January 30, 2024
The Use of Uncrewed Aerial Systems by Non-State Armed Groups: Exploring Trends in Africa contains the following major sections:
- Introduction
- Overview of NSAG use of UAS in Africa and their Areas of Operation
- The Purposes, Targets and Impacts of NSAG Use of UASs in Africa
- Enabling Factors and Salient Trends Influencing NSAG Use of UASs in Africa
- Conclusion
https://cuashub.com/content/the-use-of-uas-by-non-state-armed-groups-in-africa/?_hsmi=292457860&_hsenc=p2ANqtz-8EXeBfYnYoPteJRUo9T5v5tnCVg2ywamzY3BmQXHuWkIpkqnKNMZSP67-eam7nYCF56GHlmQBCvITUcrEpB_DwG1avz4L5taV5QJnapfNVVvVbKIQ#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=292457860&utm_source=hs_email (Source: https://cuashub.com/)
02 Feb 24. Cuashub.com said today that ATP 3-01.81, Counter-Unmanned Aircraft System Techniques.
ATP 3-01.81, Counter-Unmanned Aircraft System Techniques, is an Army Techniques (ATP) publication by Headquarters, Department of the Army.
ATP 3-01.81 guides brigades and lower-level units on actions and considerations for executing local security and counter-reconnaissance to thwart enemy unmanned aircraft systems. The manual covers threat unmanned aircraft systems, brigade and below-level planning considerations, defensive and offensive actions for Soldiers and units, additional training resources, and counter-unmanned aircraft system equipment examples.
It is intended for all members of the Army profession, with a primary focus on brigade and below commanders and staff, as well as junior leaders at the company, platoon, and squad levels. The manual is a foundational resource for counter-unmanned aircraft systems, influencing training, Army education, and future capabilities development in various domains.
Publication Date– August 2023
ATP 3-01.81, Counter-Unmanned Aircraft System Techniques, contains the following major sections:
- Threat Unmanned Aircraft Systems
- Planning
- Defensive C-UAS Actions
- Offensive C-UAS Actions
- C-UAS Training
- Example C-UAS Equipment
This document is approved for public release. Distribution is unlimited.
https://cuashub.com/content/atp-3-01-81-counter-unmanned-aircraft-system-techniques/?_hsmi=292457860&_hsenc=p2ANqtz–6fm_VAiZxBAJqHMR0AtBWxqm3iJJwMaozJjZOmpjB45E1jFEogRPsr2C6wO8f0cT5hcufxsq_JTAlthrhrKh5fcA7QScRJXj1QK5Z8W0nXlBT5NE#utm_campaign=C-UAS%20Hub%20General&utm_medium=email&utm_content=292457860&utm_source=hs_email(Source: https://cuashub.com/)
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