Cassidian's smart responsive jammer is designed to deploy on commercial vehicles. The elevated top covers the multi-band antennae employed by the system. Photo: Cassidian
Two jammer vehicles establish protective perimeter around VIP vehicle. Image: CassidianHigh power jamming systems have long been used to protect VIP convoys from remotely controlled explosive charges. While brute force does the job in most cases, broad spectrum coverage and high power used often limit the use communications, networking devices, and other electronic systems employing wireless communications. The high power and high radiation levels used often require jammers to operate on dedicated, highly modified vehicles.
Cassidian, the defense and security division of EADS recently unveiled a ‘new-generation’ Convoy Protection Jammer that uses ultra-fast ‘Smart Responsive Jamming’ technology’ to substantially enhance protection, while maintaining relatively low power consumption and uninterrupted communications. The system detects and classifies radio signals over a wide frequency range of 20 MHz to 6 GHz frequency range, looking for signals that could be used to trigger explosive charges and roadside bombs. After detection and classification, the system transmits jamming signals to block the signal in real-time, by precisely matching the hostile frequency band, thus interrupting the connection between remote controller and the explosive charge.
Cassidian's smart responsive jammer is designed to deploy on commercial vehicles. The elevated top covers the multi-band antennae employed by the system. Photo: CassidianRelying on digital receiver and signal processing technologies to achieve reaction times below one millisecond; it can intercept 1.5 million threat signals per second across all common frequency bands. By concentrating the jamming energy on the frequency that is active in each case, the system requires considerably less energy while maintaining uninterrupted communication for all passengers, security escorts.
Arrow 4, Israel's next-generation ballistic missile interceptor, is entering live trials in mid-2026 as the first Western system operationally designed for hypersonic defense. Developed jointly by Israel's IMDO and the U.S. Missile Defense Agency with IAI as prime, Arrow 4 introduces new maneouvering capabilities enabled by winglets and aerodynamic control surfaces. The system features AI-enhanced technology to intercept maneuverable re-entry vehicles MRV/MRV and maneuverable targets (MaRV) threats, some of which were already encountered during 2024-2025 Iranian and Houthi attacks.
Israel's David's Sling air defense system has successfully completed an advanced test series incorporating combat lessons from recent operations. The trials, conducted by the Israeli Missile Defense Organization with the U.S. Missile Defense Agency and Rafael Advanced Defense Systems, validated upgrades enabling engagement of diverse threats including ballistic missiles, cruise missiles, aircraft, and UAVs. The system demonstrated high performance during recent conflict, with real-time modifications implemented during Operation Rising Lion. David's Sling operates as a critical medium-to-long-range layer within Israel's integrated air defense architecture alongside Iron Dome, Arrow, and Iron Beam systems.
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Rafael Systems Global Sustainment has been selected for Phase 1 of the U.S. Army's Indirect Fire Protection Capability Increment 2 (IFPC Inc 2) Second Interceptor program, managed by the SHIELD Project Office under the Portfolio Acquisition Executive for Fires. The program will provide 360-degree protection for fixed and semi-fixed sites against cruise missiles, UAS, rockets, artillery, and mortars through a layered defense architecture. Rafael will adapt proven Iron Dome technology, originally designed by Rafael Advanced Defense Systems, using advanced modeling and simulation to address subsonic and supersonic cruise missile threats.
The World Defense Show 2026 opens February 8 in Riyadh, marking Saudi Arabia's strategic evolution from defense hardware consumer to industrial partner under Vision 2030. With defense localization rising from 4% (2018) to 25% (2024) against a 50% target by 2030, the exhibition has expanded 58% to host 925 exhibitors from 80 countries across 273,000 square meters. The event introduces dedicated Naval, Unmanned Systems, Space Domain, and Future Defense Lab zones, reflecting regional security priorities and emerging technologies. Live demonstrations across a 2,700-meter runway and land track will showcase multi-domain integration, while new systems from SAMI, Rostec, BAE Systems, and others highlight AI-driven autonomy and localized production. Supported by a $78 billion military budget, WDS 2026 positions Riyadh as a central node in global defense supply chains, with international primes transitioning from suppliers to production partners through initiatives like the Saudi Supply Chain Zone.
The Singapore Airshow 2026 reveals a fundamental shift in Indo-Pacific defense as regional powers abandon US-led procurement for technological autonomy. Indonesia's F-15EX cancellation exemplifies this pivot toward diversified suppliers including France, Turkey, and China. The operationalization of manned-unmanned teaming, proliferation of autonomous platforms like Boeing's MQ-28 Ghost Bat, and Singapore's sovereign space capabilities demonstrate the transition to "drone-centric" warfare. Regional buyers now prioritize ITAR-free systems, local production, and software IP control over traditional Western platforms, fundamentally reshaping the defense landscape amid US-China rivalry.
Visiting the UMEX & SimTEX 2026 exhibition taking place at the ADNEC Centre in Abu Dhabi this week, a new system caught our attention. Slovenian company Carboteh has introduced an unconventional approach to protecting...
The opening week of 2026 has been defined by a singular, paradigmatic shift in modern warfare: the "catastrophic failure" of Venezuela's integrated air defense network during a U.S. special operation. The operation succeeded not through brute force, but by rendering Venezuela's Russian S-300VM and Chinese "anti-stealth" radars effectively blind, validating the supremacy of advanced electronic warfare over legacy kinetic defenses. This failure has sent shockwaves through the global defense market, underscoring why nations like Spain and Germany are rushing to modernize their air defense architectures with Western alternatives, while massive procurement programs exceeding $301 billion signal an accelerated transformation toward unmanned systems, directed energy weapons, and indigenous production capabilities.