The Power of Integrated Multi-Sensor Systems

A multi-sensor system integrates radar, EO/IR cameras, thermal imaging, acoustic sensors, seismic detectors, and unmanned aerial systems (UAS) to provide a real-time operational picture of border activity.

Key Components of Multi-Sensor Systems

• Radar Surveillance: Detects moving targets in all weather conditions.
• EO/IR Cameras: Provides day and night high-resolution imaging.
• Thermal Imaging: Detects heat signatures in darkness or obscured environments.
• Seismic & Acoustic Sensors: Identifies underground tunnelling or hidden threats.
   AI-Powered Analytics: Predicts threats based on real-time sensor data.
   Unmanned Aerial Systems (UAS): Monitors rugged terrain and maritime borders.
  The integration of data from multiple sources, and multi-sensor surveillance systems eliminates blind spots, enhances situational awareness, and improves detection accuracy.

Enhancing Situational Awareness with AI

Traditional surveillance systems struggle to distinguish between false alarms and genuine threats, wasting valuable security resources.

• AI-driven predictive analytics can reduce false alarms by up to 70%, according to a study by the Homeland Security Research Corporation.
• A linked radar-EO/IR system can differentiate between animals, humans, and vehicles in seconds, improving response time.

By adopting AI-powered decision-making, security forces can optimize patrol allocation and automate risk assessment.

Beesense's Approach to Securing Borders

As a leader in multi-sensor fusion and AI-driven surveillance, Beesense delivers cutting-edge solutions to address modern border security challenges.

How Beesense Technology Fills Security Gaps

• Omni-coverage multi-sensor fusion eliminates detection gaps.
•  AI-powered threat classification reduces false alarms and enhances accuracy.
• Seismic & acoustic sensors detect underground tunnel activities in real time.

Real-World Impact
Beesense’s MANTIS system helped border patrols track and intercept smugglers in sandstorms and zero-visibility conditions.
Beesense integrated multi-sensor  surveillance systems provided long-range EO/IR imaging, allowing coastal security forces to intercept speedboats smuggling contraband at night.

The Future of Border Security

As border threats become more sophisticated, outdated security methods leave nations vulnerable. To combat evolving threats, governments, defence agencies, and HLS agencies need to implement scalable, multi-sensor solutions driven by AI technology for faster and more accurate insights in real-time.

Failuring to adapt means allowing criminal networks, and terrorist groups, to exploit security gaps, putting national stability at risk.

Looking ahead, AI-driven multi-sensor border security will define global defense strategies. Countries investing in real-time intelligence, autonomous surveillance, and cyber-resilient systems will lead in national security innovation.

AI-driven analytics, multi-sensor surveillance, and predictive intelligence are essential components of border protection.Governments that prioritise technology investment will not only enhance national security but also optimize operational efficiency and resource allocation.
According to a study form the RAND Corporation, countries that adopt AI-driven border security experience a 30% increase in interception rates while reducing security costs by 25%.

International collaboration—through shared intelligence and cross-border tech integration—will shape the next generation of global security.

The future of border protection is no longer about physical barriers—it’s about intelligent, real-time, and adaptive defence systems that can circumvent emerging threats.

Sources:
‘Paraguay is Key Supplier of Narco-Planes’. https://insightcrime.org/news/brief/paraguay-key-supplier-narco-planes/
Kolozi, P., & Freeman, J. E. (2021). The Political Imagination: Introduction to American Government. https://core.ac.uk/download/519929955.pdf

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In the ever-evolving landscape of global security, nations face many challenges that demand a reevaluation of defence strategies for the coming decade. While traditional military capabilities remain essential, the emergence of new threats, such as grey zone conflicts, cyber warfare, and hybrid tactics, necessitates a balanced approach that incorporates both conventional strengths and cutting-edge technologies.

Recent geopolitical tensions, exemplified by conflicts like the situation in Ukraine, underscore the importance of maintaining robust armed forces capable of deterring aggression and responding effectively to conventional threats. However, in an era where adversaries increasingly exploit non-traditional methods to achieve their objectives, such as cyberattacks, disinformation campaigns, and proxy warfare, reliance solely on traditional military power may prove insufficient.

The conflict in Ukraine serves as a stark reminder of the complexities of modern warfare. While conventional military capabilities are undoubtedly necessary, a comprehensive understanding of hybrid tactics and the ability to counter unconventional forms of aggression should complement these capabilities. In Ukraine, for instance, Russia’s use of hybrid warfare, blending conventional military actions with cyber operations, propaganda, and support for proxy forces, has presented significant challenges for the Ukrainian government and its allies. As technology advances, the traditional methods of engaging in battles have become outdated. Countries and organisations must adapt to the changing landscape of warfare to remain effective. Embracing new technologies and strategies is more critical than ever to stay ahead of the curve.

The role of technology, specifically cyber technology, is very significant in modern-day conflicts. Cyber warfare has become crucial in battles between countries and organisations. With the growth of technology, the way nations and groups engage in combat has been revolutionised. It has the potential to disrupt infrastructure, undermine communications, and create chaos within targeted nations. Therefore, investing in cybersecurity and developing offensive cyber capabilities is essential to safeguard national interests and deter cyber aggression.

While technology plays a vital role in modern defence strategies, it should not overshadow the importance of conventional military strength. A well-equipped and well-trained military continues to be the foundation of national defence. It deters potential adversaries and provides a credible means of responding to traditional threats.

Advanced technology has brought about significant changes in the military, providing numerous benefits. However, relying too much on technology can be risky and create vulnerabilities without effective training, intelligence gathering, and operational preparedness. While technology is crucial, it’s important to note that it alone cannot guarantee security. Military forces must maintain high readiness and adaptability to respond to dynamic threats effectively. Neglecting training, operational planning, and contingency preparedness can lead to complacency, resulting in gaps in their preparedness levels. Therefore, military organisations must balance leveraging the latest technological innovations with maintaining traditional, battle-tested readiness measures to ensure national security. By doing so, they can ensure the benefits of harnessing technology while keeping the military prepared for any situation that may arise.

Technology has become a crucial aspect of warfare in modern times. However, it should not overshadow the significance of traditional military readiness. To illustrate this point, let’s take some concrete examples. For instance, consider the precise airstrikes carried out by the United States military to target terrorist leaders in remote areas. Advanced drones equipped with high-resolution cameras and guided missiles have transformed military operations. They enable accurate and efficient strikes with minimal collateral damage. In this scenario, technology is vital in improving the military’s ability to neutralise threats while minimising risks to civilians and friendly forces.

In some situations, relying solely on technology may not be enough. Consider the counterinsurgency operations in Afghanistan. Despite the coalition forces’ sophisticated surveillance systems and aerial drones, insurgents have often avoided detection and launched surprise attacks by exploiting the rugged terrain and local knowledge. In such environments, traditional military skills like ground reconnaissance, patrolling, and close combat are crucial for gaining control and winning the hearts and minds of the local population.

Furthermore, while advanced technology can provide valuable tools for surveillance, reconnaissance, and precision targeting, it is not foolproof and can be susceptible to countermeasures or adversaries’ exploitation. Therefore, it is crucial to maintain a balance between technological superiority and traditional military capabilities to ensure resilience and effectiveness in the face of evolving threats.

Cyberattacks have become a significant threat to national security. Adversaries exploit vulnerabilities in digital infrastructure to disrupt vital services and steal sensitive information. To prevent such attacks, investing in cybersecurity technologies is crucial. However, it should be complemented with robust training programs to educate personnel on cyber hygiene and incident response procedures. Additionally, intelligence capabilities are essential for identifying emerging cyber threats and attributing attacks to their perpetrators, helping to implement effective countermeasures and deterrence strategies. Therefore, it is necessary to adopt a comprehensive approach to cyber defence.

Developing societal resilience is crucial to mitigating the impact of hybrid warfare strategies, such as disinformation campaigns and cyber-attacks. This resilience-building process involves investing in education and awareness programs to protect the population against misinformation and fortifying critical infrastructure to withstand cyber threats.

In conclusion, defence strategies for the next decade must balance traditional military strength with adopting emerging technologies to address the diverse threats facing nations today. While armed forces remain essential for deterring aggression and ensuring national security, investment in cybersecurity technology, intelligence capabilities, and resilience-building measures is equally important. By embracing a comprehensive approach to defence, nations can better adapt to the evolving nature of conflict and safeguard their interests in an uncertain world.

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The Vanguard of Progress: Integrating AI and Robotics in Future Ground Operations

In the pursuit of military excellence, innovation often leads to transformation. Ground forces are looking to integrate AI and robotics as a pivotal modernization strategy. These technologies promise to revolutionize decision-making, providing critical insights through data analysis.

Real-World Applications: A Glimpse of the Future-Ground operations leveraging AI technologies, machine learning and data analytics to enhance the capabilities of military forces.

Predictive Analytics: Predictive analytics and natural language processing are critical AI-powered technologies used in the military context to extract valuable insights from unstructured text data. These technologies enable commanders to identify potential threats, anticipate enemy movements, assess the likelihood of ambushes, and optimize resource allocation based on predictive insights.

Natural Language Processing (NLP):is a sphere of artificial intelligence that enables computers to understand, interpret, and generate human language. This is vital in military use for extracting actionable intelligence from vast amounts of unstructured text data, including news articles, social media posts, intercepted communications, and reports. NLP assists in identifying potential threats or understanding the sentiment of local populations.

While NLP is used in the military, adopting this technology depends on the specific military organization, mission objectives, and available resources. NLP is used for:

• Open Source Intelligence (OSINT)
• Communication Interception
• Strategic Analysis
• Social Media Monitoring
• Trend & Threat Analysis

While NLP is valuable in military contexts, its use is not uniform across all military operations or branches. Specific deployments of NLP depend on the military’s priorities, available technology, and the nature of the tasks at hand. As technology advances, it is foreseeable that NLP’s role in military intelligence and analysis will grow, offering even more sophisticated insights from unstructured text data.

Autonomous Ground Vehicles: Integrating sensors, cameras, and LIDAR systems into the AUVs allows for navigating complex terrains and performing tasks such as reconnaissance, surveillance, and resupply operations AI algorithms will enable the vehicle system to interpret the surroundings of the vehicle, detect obstacles, and make navigation decisions without human intervention.

Computer Vision: The utilization of computer vision technology is revolutionizing the way machines interpret visual information from the environment, making it easier for target identification, facial recognition, and object detection during ground operations. During aerial reconnaissance missions, UAVs equipped with cameras can autonomously identify and classify objects of interest on the ground. 

Intelligent Sensor Networks: Sensor networks powered by AI can monitor a wide range of environmental factors including temperature, humidity, and vibrations. By doing so, they provide early warning signs of potential threats, such as enemy movement or intrusions. This ability significantly enhances situational awareness during operations enabling faster and more effective responses to any events that may arise. The benefits of these networks are apparent, as they provide a crucial layer of protection in situations where immediate action is necessary.

Decision Support Systems: AI-driven decision support systems collate and analyze data from multiple sources providing commanders with a comprehensive overview of the battlefield. Commanders can leverage this information to evaluate different courses of action, assess risk factors, and recommend optimal strategies.

Human-Machine Teaming: AI technologies that facilitate human-machine collaboration are becoming more prevalent. Wearable devices with AI algorithms can monitor soldiers’ vital signs, fatigue levels, and overall well-being. This information helps commanders make informed decisions about troop deployment and rest schedules.

Automated Target Recognition: AI-based target recognition systems use machine learning to distinguish between friendly and enemy targets. These systems can identify objects of interest in real-time imagery or video feeds, assisting soldiers in making split-second decisions during engagements.

Cognitive Computing: Cognitive computing systems simulate human thought processes using AI algorithms. In ground operations, these systems can analyze complex situations, consider multiple factors, and provide actionable insights to commanders, aiding in strategic planning and decision-making.

Swarm Robotics: Swarm robotics involves coordinating multiple autonomous robots to work together, providing for mapping, surveillance, and search and rescue missions. AI algorithms enable robots to communicate and collaborate effectively without direct human control. 

 Let’s explore the purpose, benefits, and real-world applications of integrating AI and robotics into ground operations to enhance efficiency, safety, and decision-making. As technology advances, ground forces are likely to explore more innovative applications of AI to address evolving challenges on the modern battlefield.

Purpose: Advancing Mission Success

Integrating AI and robotics into ground operations primarily aims to augment human capabilities and improve the overall effectiveness of military endeavours. AI systems can process vast amounts of data in real-time, providing commanders and soldiers with invaluable insights for informed decision-making. Robotics, on the other hand, can perform tasks that are dangerous, monotonous, or simply beyond human physical limitations, reducing the risk to personnel and increasing operational efficiency.

Benefits: Efficiency and Safety Amplified

Operational Efficiency: AI algorithms can analyze complex data sets faster and more accurately than human operators facilitating quicker identification of threats, prediction of enemy movements, and assessment of terrain conditions. By streamlining information processing, ground forces can make swift, well-informed decisions that can significantly influence the outcome of a mission.

Personnel Safety: 

One of the most profound benefits of integrating AI and robotics is the potential to minimize risk to human lives. Tasks once classed as dangerous, such as reconnaissance in hostile territories or handling explosive devices, are now performed by autonomous or remotely operated robots, significantly reducing soldiers’ exposure to life-threatening situations and allowing them to focus on more strategic tasks.

AI-powered targeting systems and autonomous weapons provide unmatched precision and accuracy. These technologies minimize collateral damage, reduce the risk of civilian casualties, and ensure that military actions are proportionate and effective. 

Real-World Military Applications 

Autonomous Reconnaissance Platforms

Autonomous ground vehicles, drones, and robotic platforms support tasks such as reconnaissance, resupply, and even combat, reducing the risk to human personnel. Ground forces can deploy unmanned ground vehicles equipped with advanced sensors and cameras to gather critical reconnaissance data in real-time. These vehicles enter hazardous areas without risking human lives, providing invaluable insights to the commanders. 

Supply Chain Management: AI algorithms can optimize supply routes, predict maintenance needs, and monitor inventory levels, streamlining logistics and ensuring that troops have the necessary equipment and supplies when and where needed.

Search and Rescue: In disaster-stricken areas or hostile environments, robots can navigate treacherous terrain, locate survivors, or assess the situation. This capability can significantly improve the efficiency and success of search and rescue missions.

Force Multiplication: AI-enhanced decision support systems provide commanders with a holistic view of the battlefield, analyzing real-time data from various sources to suggest optimal strategies. The real-time data enables commanders to allocate more effectively and coordinate forces.

Empowering the Future of Ground Operations

The integration of AI and robotics into ground operations heralds a new era of military capability. By harnessing the power of data-driven decision-making and automating tasks that were once dangerous or time-consuming, ground forces can operate with heightened efficiency and safety. As these technologies continue to mature, their impact on modern warfare promises to be transformative, redefining the role of humans in conflict zones and paving the way for safer, more effective military endeavours.

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Connectivity: The Key to Uniting Forces
Gone are the days of disconnected combatants stumbling around in the dark. Our revolutionary connectivity solutions address the vital aspects of detecting adversaries, seamless communication, and streamlined operations. We make sure our warriors stay connected, informed, and ahead of the game, optimising defence capabilities to their fullest potential.

Lethality: When Precision Meets Power
At Avnon Group, we embrace innovations that push the boundaries of lethality on the battlefield. Our advancements in missile and weapon technologies have transformed the art of warfare, making operations more efficient and effective. With state-of-the-art defence equipment, we equip our soldiers with the means to face emerging threats head-on.

Autonomy: When AI and Robotics Take Charge
Here’s where the genius lies – harnessing the prowess of AI and robotics to make decisions with the utmost precision and minimal human intervention. Imagine the power of autonomous systems working synergistically, executing missions flawlessly.  In the realm of autonomy, where AI and robotics merge to redefine military operations, there are remarkable advancements in military autonomy. By harnessing the capabilities of these technologies, armed forces are not only reducing human risk but also elevating their operational capabilities to new heights. As the autonomous revolution continues to unfold, the collaborative efforts of these startups are poised to reshape the landscape of military operations, offering a future where efficiency, precision, and safety converge.

Advancing Sustainability in Defense: Paving the Way for a Greener Future
In a world increasingly conscious of environmental concerns, the defence industry is taking bold strides towards sustainability. As the demand for responsible practices rises, the defence sector is aligning its objectives with eco-friendly initiatives. This article delves into how sustainability is becoming a pivotal focus in defence, and how innovations like electric propulsion, hydrogen fuels, and additive manufacturing are shaping a greener future for armed forces worldwide.

“In the pursuit of national security, we must also consider the security of our planet.” 

Electric Propulsion and Hydrogen Fuels: Redefining Military Aircraft
Modernising military aircraft propulsion systems is a key strategy for achieving sustainable defence practices. Electric propulsion and the utilisation of hydrogen fuels are emerging as viable alternatives to traditional fossil fuels. These technologies not only reduce emissions but also enhance efficiency and performance, offering a cleaner path for the military aviation sector. The United States Air Force, for instance, is actively exploring electric aircraft propulsion to cut down on its carbon footprint while maintaining operational effectiveness.

“The only way forward, if we are going to improve the quality of the environment, is to get everybody involved.” – Richard Rogers

Additive Manufacturing: A Green Revolution in Military Asset Production
Additive manufacturing, commonly known as 3D printing, is revolutionizing the way military assets are produced. This technology minimizes waste and optimises resource utilization by building complex components layer by layer. By enabling precision manufacturing, additive manufacturing not only reduces the environmental impact of traditional production methods but also offers flexibility in creating tailored solutions for defence needs. The UK Ministry of Defence has already adopted 3D printing for producing components, enhancing sustainability across the sector.

A Step Towards a Greener Future

“The greatest threat to our planet is the belief that someone else will save it.” – Robert Swan
In a rapidly changing world, embracing sustainability in defence is not just a responsibility but a strategic imperative. As the defence industry evolves, focusing on eco-friendly solutions like electric propulsion, hydrogen fuels, and additive manufacturing is a vital step towards addressing environmental challenges. These innovations not only align defence operations with broader sustainability goals but also enhance the overall efficiency and resilience of armed forces.

In conclusion, as the defence landscape continues to evolve, sustainability has emerged as a cornerstone for responsible practices. With electric propulsion, hydrogen fuels, and additive manufacturing paving the way, armed forces are embracing a greener future without compromising operational capabilities. The pursuit of sustainability stands as a testament to the industry’s commitment to securing not only national interests but also the well-being of our planet.

In this era of connectivity, lethality, autonomy, and sustainability, the defence industry is forging a path that leads to a safer, more secure, and environmentally conscious world.

We recommend these articles: https://www.airandspaceforces.com/air-force-aims-to-get-more-evtol-platforms-into-testing-exercises-in-2023/

https://www.airbus.com/en/newsroom/stories/2023-03-electrifying-the-sky

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From cutting-edge advancements in connectivity solutions to innovations that bolster lethality on the battlefield, it explores how technology is revolutionizing the defense industry. We’ll also delve into the exciting developments in AI and robotics, enabling greater autonomy in military operations while keeping human lives safer than ever before.

Sustainability has become a priority in the defense sector, as forward-thinking approaches embrace greener and more eco-friendly solutions.

EXPLORING THE SHIFTING LANDSCAPE OF MILITARY TECHNOLOGY TRENDS

The global military apparatus is undergoing significant transformations, leveraging technology trends to bolster capabilities and enhance defense operations. Four key aspects are shaping the battlefield: connectivity, lethality, autonomy, and sustainability. Let’s delve into these trends and how they are reshaping the future of military defense.

CONNECTIVITY SOLUTIONS: A UNIFIED FRONT

In modern warfare, seamless connectivity is paramount. Combatants need to detect and locate adversaries swiftly, communicate effectively, and direct operations with precision. Advancements in communication technologies are enabling militaries to enhance their coordination, resulting in more efficient and effective defense strategies.

LETHALITY ON THE BATTLEFIELD

Military organizations are developing advanced defense equipment to counter emerging threats effectively. Innovations, such as hypersonic flights, directed energy weapons, and space militarization, are redefining the scope of military operations. Additionally, research into biotechnology and nanotechnology is paving the way for innovative equipment, including self-healing armor, further bolstering the lethality of military forces.

EMBRACING AUTONOMY THROUGH AI AND ROBOTICS

The rise of artificial intelligence and robotics has introduced a new era of autonomy on the battlefield. Startups and defense agencies are incorporating AI to support intelligence, surveillance, and reconnaissance (ISR) missions, improving decision-making processes. Autonomous systems offer the potential to execute missions with reduced human intervention, enhancing operational efficiency and reducing risks to human lives.

SUSTAINABILITY IN DEFENSE

As environmental concerns grow, the defense industry is aligning its objectives with achieving sustainability. Electric propulsion and hydrogen fuels are being explored for military aircraft, reducing emissions, and contributing to a greener future. Additive manufacturing technologies are revolutionizing the production of military assets, offering more eco-friendly and resource-efficient solutions.

In conclusion, the ever-evolving landscape of military technology is marked by trends in connectivity, lethality, autonomy, and sustainability. These advancements are shaping the way armed forces approach defense operations, enhancing their capabilities to address modern challenges effectively.

To read the full article and delve deeper into these trends, follow the link here: https://www.startus-insights.com/innovators-guide/top-10-military-technology-trends-2022/

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The VTOL system utilises rotors to generate lift and thrust, requiring more power than a fixed-wing aircraft, which only needs a propulsion system as its wings generate lift. From single-rotor to multi-rotor propulsion, the evaluations in the field of VTOL technology focuses highly on enhancing the systems’ reliability. Aircraft are gradually becoming smaller and lighter, and so are the payloads mounted on them, which positively affects their performance and stability.

VTOL technology will develop at all scales into a more capable force as runways and fixed operations decrease. We will be able to operate from remote sites more effectively as well as for longer periods of time.

– Says Shai Issler, the CEO of iSTAR UAVs, a provider of industry-leading unmanned aircraft systems and technologies. iSTAR specialises in VTOL technology and platforms. Issler continues: “These exciting progresses of shifting into a world of more flexible means of aviation operations and maintenance is becoming very interesting to watch.“

The VTOL challenge excepted

VTOL unmanned aircraft have become more modular, designed for wide-area surveillance missions, covering more ground each mission and having varied payload selection and capacity. Longrange and endurance, capabilities that were not associated with VTOL aircraft in the past are becoming an industry standard and keep on evolving and progressing.

New technologies in eVTOL and battery-powered UAVs are shifting the industry towards more urban and commercial uses and expanding military and law enforcement applications. Further development of on-demand VTOL air mobility produces elegantly designed VTOLs that are easy to use in both the autonomous and transitional stages of operation.

It drives us to re-examine new power sources and propulsion, manufacturing advanced components, and enhancing the overall configurations and design. But most importantly, it pushes us to reimagine the new generation of aerial capabilities; This is a a significant but achievable and exciting challenge.

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Viisights, developing advanced AI-powered real-time video analysis technology, is the first company to receive an investment from HIVE2040, a VC fund established by Avnon Group in 2020. Led by their Co-Founder and Co-CEO, Asaf Birenzwieg, Viisights’ technology has helped local municipalities, infrastructure companies, strategic organisations and many more entities in Israel and around the world keep people safe and secured, and the company’s client base continues to grow. With the video analysis market expected to reach $11.17B in 2022, their success story is only just beginning.

The following article shares Viisights’ collaboration with the city of Eilat, as it becomes the first Israeli city to promote Israel’s “City Without Violence” program.

Viisights , Inc., the developer of innovative behavioural recognition systems for real-time video intelligence, has deployed a new installation in the city of Eilat, Israel to detect, predict and analyse events of interests in real-time and alert authorities of crowding, violent/suspicious activity, traffic, or crowd congestion, and more. Deployment of the unique behavioural analytics solution was fast-tracked in preparation for the large number of tourists who typically flood the city during the Passover and upcoming holiday season.

Viisights behavioural analytics software is integrated into the city’s extensive surveillance system, which includes over 300 cameras that are monitored from a centralized command and control centre. viisights solution can monitor hundreds of cameras in real-time, and upon recognition or prediction of unusual behaviour, a command centre operator receives an immediate alert in real-time and can notify the authorities.

Eilat is the first city in Israel to advance Israel’s smart city “City without Violence” initiative. Avinoam Nahari, Director of the city’s information methods and systems division in charge of the project, stated that the viisights behavioural analytics solution enables the city to address abnormal events quickly and efficiently for the benefit of its residents and visitors’ safety and security.

Viisights behavioural analytics employ Artificial Intelligence (AI) to detect, analyse, and understand actions and events. This unprecedented level of video understanding is based on a unique implementation of deep neural networks capable of analysing and defining specific activities using video streams from conventional existed security cameras.

Eilat deployed the viisights solution to autonomously increase situational awareness and generate alerts on events of interest such as crowding events, violence, predicting people gatherings, and more.

Eli Lankri, Deputy, and Acting Mayor of Eilat leading the Israel’s Smart City program said, “As a city that ranks high in Israel’s smart cities index, we’re proud of this innovative system which will enable us to maintain the public’s safety and security”.

Asaf Birenzvieg, viisights CEO added, “We’re proud to take part in this national effort and provide a critical component of the “City without Violence” project “.

Traded in the Tel Aviv Stock Exchange, HIVE2040 is currently seeking a fourth portfolio company after having invested in three companies developing innovative technologies that combine Public Safety and Smart Economy. Our team of experts is devoted to finding and investing in top-tier start-up’s that promote public safety for a brighter, smarter, and safer future.

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SKYLOCK has developed a suite of systems providing early detection, long range protection of up to 20 km and neutralization of unauthorized drones. The integrated systems provide passive, selective and active solutions for multiple applications from HLS, Border Protection, Critical assets, airports, VIP and convoy protection in the fight against drone attacks

SKYLOCK ANTI-DRONE SYSTEMS- PROTECTING YOUR SKIES

SKYLOCK offers governments and HLS and aviation authorities an integrated counter-drone system featuring passive, selective and active solutions for HLS, border protection, critical assets, airports, VIP and convoy protection.

Our systems have been deployed and are operational in several countries and we are working with airports around the world to provide them the ultimate protection against drone collisions or attacks.

BIG NEWS – AIRPORT PROJECT

Over the last 18 months drone collisions with aircraft have become commonplace and with no regulations in place, the need for airports to protect their aircraft during take-off and landing has become a pressing issue.

SKYLOCK is currently working on providing a complete anti-drone solution to a large airport in Europe. This follows their successful delivery of anti-drone systems installed to protect air bases in Asia Pacific with a further order due to be implemented early 2019.  

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The world is in a state of turmoil, from COVID 19 to the climate crisis to the war in Ukraine. Cataclysmic changes are happening all around us, and Tar Ideal is not idle. There are big projects in the pipeline. The Tar Ideal team is preparing to expand into new fields, acquire new technologies, and adapt effectively to the current reality. A key challenge for TAR is the escalating situation in eastern Europe.

“The war in Ukraine is a major game-changer“, says Hadar Szipro, CEO of TAR Ideal Concept. “In terms of current projects and future ones, the situation is dramatic.

We’ve demonstrated our ability to deliver a wide range of equipment on short notice to countries surrounding Ukraine“.

Our DNA is versatility & the ability to adapt to situations in real-time, simply put, “we deliver”

Szipro explains how geopolitical shifts are influencing governments to change how they tackle border issues and threats: “There is growing anxiety in Poland, which shares borders with Ukraine. Other countries in Eastern Europe have begun to buy equipment as they have never done before. Millions of sets of body armour and helmets have been ordered for their soldiers.״ ״It’s become apparent that preparation for emergencies is essential. Armoured vehicles, howitzer cannons, and other heavy equipment are needed. Fear of unconventional threats has also led to a massive purchase of CBRN equipment, respirator masks, CBRN suits, gas mask filters, and respiratory protective equipment.”

“TAR Ideal has allocated an extensive portion of its resources to address this issue. We assigned specific people to areas in eastern Europe – Lithuania, Romania, Poland, Croatia, and Bulgaria. Their responsibility is to understand their concerns and requirements and present TAR’s comprehensive offering to the relevant parties and decision-makers whether to the prime minister’s office, the ministry of defence, or government offices.”

“We saw massive purchases as soon as the war began. Currently, projects are planned, which must be completed as soon as possible. Our teams know how, when, and where to deliver in very short time frames.”

What is the European mindset today?

“It is clear that the EU and NATO are already thinking about the day after the war in Ukraine ends. Their attitude toward borders has changed. The focus is shifting from homeland security to defence. Budgets are being increased by billions, and anti-tank missiles, air defence systems, explosive UAVs, and armed robotic systems are being purchased. EU and NATO are moving in this direction. As a company, we are ready to provide everything that is required to adapt to the new European reality”.

Can we draw any historical conclusions from today’s events in Ukraine?

“It is natural to try and compare today’s situation to the past. In the first world war, Germany invaded a number of countries in Europe, lost, drew back, strengthened its army, learned the lessons, and then went to war again. I believe that Russian doctrine will follow a similar pattern. Following the end of the Ukraine war, there will be a quiet period of four or five years, followed by another war.”

How has the war in Ukraine affected the perception of borders in the EU?

“Prior to the war, European governments focused on keeping people off borders, immigrants, drug smugglers, etc. Today, the EU perceives borders as possible war zones. They are interested in systems that can identify perpetrators and intercept. The days of relying only on surveillance cameras are over”.

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The Thai government established clear rules determining that anyone who wants to fly a drone would need permission from the Civil Aviation Authority of Thailand, the agency responsible for regulating drones, and comply with the National Broadcasting and Telecommunications Commission. The Royal Thai Police, with its national Central Investigation Bureau, is gearing up against drone threats.

The popularity of drones is undeniable, and the increase in drone sales in Thailand has raised terror risk concerns. Although most are flown recreationally by hobbyists or professionally for photography, real estate, construction surveying, and agriculture, some can potentially be used for intelligence gathering in and around military facilities.

In recent incidents, law enforcement reported seizing drones attempting to fly over Bangkok’s Royal Palace, government property, military grounds and even airports. The law explicitly states that all drones equipped with cameras must be registered –  any drone weighing more than 2 kg must be listed at the CAAT aviation authority, and drones over 25 kg would need to register with the Ministry of Transportation. Reports show that many drones have entered prohibited areas and controlled airspace.

Limitations on the operators have also been put in place – any tourist over twenty years old wanting to enter the country with a drone and use it safely must register upon landing for a two-year registration with the NBTC and CAAT and provide a passport number, drone serial numbers, and a drone insurance policy. As expected, flying any drone within nine kilometres of any airport or airfield is forbidden. No autonomous drones are allowed with a pre-programmed flight path, as a line of sight is always required.

Unfortunately, legislation cannot cover all bases. Unregistered drones are used daily for leisure by tourists or private individuals and can pose possible threats. To prevent incursions, critical infrastructures need to be protected with EO/IR target verification systems and radar precision trackers, creating a full turnkey solution that detects, identifies, and tracks drones and provides proper intelligence for geolocation.

Law enforcement authorities would, without a doubt, require mobile systems for large events, demonstrations and public gatherings. The last mass event occurred during King Bhumibol’s funeral in 2017, where a crowd of a quarter of a million people witnessed the ceremonies, creating an easy target for anti-government or terrorist activity. Similar events must be protected using a mobile unit to be deployed and detect any intrusion.

Detecting unauthorised drones flying over restricted areas and enforcing strict rules would require the right tools, training, and infrastructure. Only a strong legislative foundation and the right resources would allow law enforcement to mitigate UAS attacks successfully. Deploying counter-drone systems in specific perimeters would require mobile and fixed anti-drone solutions.

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