1. Executive Summary

The 19th iteration of the Defense Services Asia (DSA) and National Security (NATSEC) Asia, hosted in Kuala Lumpur in April 2026, functioned as a highly visible barometer for the rapidly evolving defense architecture of the Indo-Pacific region.¹The event represented a substantial expansion from its 2024 predecessor, drawing 1,456 exhibiting companies from 63 countries, 37 national pavilions, and over 48,347 trade visitors to the Malaysia International Trade and Exhibition Centre (MITEC).³However, the true significance of the 2026 exhibition extended far beyond its unprecedented scale. The exhibition floor served as a physical manifestation of a profound qualitative shift in military procurement priorities among Association of Southeast Asian Nations (ASEAN) member states and their regional partners.¹

Driven by simultaneous global crises in Europe, West Asia, and persistent gray-zone friction in the South China Sea, regional defense ministries are accelerating their transition from traditional, isolated platform accumulation toward integrated, network-centric resilience.¹ The procurement focus has definitively shifted. Traditional measures of military power—heavy armor and massed infantry—are being augmented or entirely replaced by capabilities optimized for multi-domain operations, spectrum dominance, and autonomous strike.⁵

Three defining operational and technological trends emerged from the analysis of the showcased systems. First, the infantry and small arms sector is undergoing a renaissance characterized by ergonomic modularity, specialized calibers, and the integration of digitized optics and artificial intelligence.⁶ Manufacturers are responding to a doctrinal pivot that prioritizes precision, low signature, and mobility in confined urban spaces over raw volume of fire.⁶ Second, the proliferation of unmanned systems has moved well beyond standalone intelligence, surveillance, and reconnaissance (ISR) assets. The market is now dominated by highly integrated, networked strike capabilities, exemplified by loitering munition swarms capable of autonomous target allocation in electronically contested environments.⁵ Third, command, control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR) architectures have been elevated from secondary support functions to the primary backbone of combat capability.¹ Electronic warfare (EW) resistance, secure tactical datalinks, and software-defined radios were universally treated as mission-critical prerequisites for any newly procured kinetic platform.⁵

Geopolitically, the exhibition mapped a rapidly changing industrial hierarchy. The People’s Republic of China established an overwhelming footprint, deploying 192 defense companies to unambiguously signal its intent to dominate the Asian export market with cost-effective, high-tier combat systems.³ Concurrently, Türkiye solidified its position as an aggressive primary exporter, leveraging 87 companies and high-profile government-to-government offset agreements to embed its aerospace and land systems deeply within Southeast Asian supply chains.⁷ Against this backdrop of great power and middle power competition, host nation Malaysia utilized the event as an instrument of statecraft, operationalizing its newly minted National Defence Industry Policy (NDIP).¹ By securing RM 3.54 billion in contracts while strictly mandating technology transfers and localized manufacturing, Malaysia modeled a template for regional strategic autonomy that other ASEAN states are likely to emulate.⁸

2. Strategic Posture and the Geopolitics of the Exhibition Floor

The physical layout and participation metrics at DSA 2026 provided an immediate visual representation of evolving geopolitical alignments, alliance structures, and industrial strategies within the global defense sector. The event functioned not merely as a commercial trade fair, but as an arena for strategic signaling.¹

The Unprecedented Expansion of the Chinese Defense Sector

China’s participation at DSA 2026 marked a watershed moment in regional defense diplomacy and industrial projection. By deploying 192 companies—the largest single national presence in the history of the exhibition—Beijing signaled a concerted effort to transition from a secondary supplier of legacy equipment to a primary, dominant vendor of advanced, multi-domain combat systems for the Indo-Pacific theater.³ State-owned military-industrial giants such as Poly Technologies and NORINCO occupied massive, highly prominent pavilion spaces.³ Their marketing narratives have noticeably shifted away from pure cost-efficiency toward technological parity with, and in some cases superiority over, Western systems.³

This aggressive industrial posturing is a direct response to the “mosaic order” emerging in global security.¹⁰ As geopolitical rivalries intensify, regional actors are increasingly seeking strategic autonomy by diversifying their procurement portfolios to avoid over-reliance on traditional suppliers.¹⁰ China’s strategy directly capitalizes on this desire for diversification. The portfolio offered at DSA 2026 ranged from infantry small arms to high-end strategic capabilities, such as a 20,000-ton amphibious assault ship (Landing Platform Dock) presented specifically for the export market.¹¹ Crucially, Chinese equipment is generally offered without the stringent end-user monitoring, operational restrictions, or political conditionalities that typically accompany United States or European foreign military sales (FMS).¹¹ The sheer scale of China’s presence indicates a calculated, heavily state-subsidized effort to leverage defense procurement to deepen diplomatic, economic, and logistical dependencies across ASEAN.

Türkiye’s Aggressive Pivot to Southeast Asia

While China commanded the largest physical footprint, Türkiye emerged as the most dynamically integrated foreign player at the event. Utilizing 87 exhibiting companies, with the Turkish defense giant Aselsan acting as the official corporate sponsor of DSA 2026, the Turkish defense industry executed a highly coordinated, multi-layered market penetration strategy.⁷ This effort has yielded tangible results; Türkiye is currently established as Malaysia’s third-largest defense exporter, capturing 10.9% of broader sector imports, trailing only the United States.⁷

The centerpiece of this diplomatic and industrial effort was the prominent display of a full-scale mockup of the Hürjet, developed by Turkish Aerospace Industries (TAI).⁷ Signed on the exhibition floor by Malaysian Prime Minister Anwar Ibrahim, the Hürjet serves as the primary symbol of Türkiye’s ambition to capture the lucrative market for advanced jet trainers and light combat aircraft.⁷ Air forces across Asia are currently balancing the need to replace aging fourth-generation fleets with the fiscal realities of constrained defense budgets. The Hürjet’s modularity, its Mach 1.4 capability, and its NATO-standard open architecture make it highly competitive against Korean (FA-50) and European alternatives, allowing air forces to streamline pilot training while retaining a credible close air support and air policing capability.⁵

Beyond hardware demonstrations, the Turkish strategy relies heavily on collaborative industrial partnerships. The exhibition served as the backdrop for the signing of eight major agreements and multiple high-profile contracts between Turkish and Malaysian entities, with total valuations reaching hundreds of millions of dollars.⁷ TAI’s leadership publicly articulated a vision of “complementing visions,” suggesting a symbiotic relationship where Türkiye provides advanced aerospace engineering and combat-proven airframes, while systematically leveraging Malaysia’s mature semiconductor, electronics, and assembly industries to complete the supply chain.⁷

The United States and Traditional Western Suppliers

Traditional Western defense suppliers maintained a significant, albeit proportionally challenged, presence at the exhibition. The United States was represented by 83 exhibiting companies.³ Coordinated largely through Kallman Worldwide and supported by the(https://www.kallman.com/u-s-industry-comes-together-at-dsa-2026-to-showcase-innovation-and-commitment-to-partnership/), the USA Partnership Pavilion featured 28 companies from 16 states.¹²

The Western offering remained focused on highly advanced, specialized technologies, particularly in the realms of cybersecurity, sensor integration, and high-end aerospace platforms. However, the contrast in strategy between Western firms and their Eastern counterparts was stark. While U.S. and European companies often navigate complex export controls and lengthy FMS approval processes, Chinese and Turkish firms are actively offering rapid delivery timelines accompanied by aggressive technology transfer packages.⁴ This dynamic illustrates that for regional militaries, procurement decisions are increasingly weighted not just on the technical specifications of a platform, but on the supplier’s willingness to onshore the underlying intellectual property and maintenance infrastructure.

3. Doctrinal Shifts: The Putrajaya Forum and the “Future Forces” Imperative

The physical hardware displayed at DSA 2026 did not exist in a vacuum; it was driven by a rapidly evolving strategic doctrine. Running concurrently with the exhibition, the 8th Putrajaya Forum provided the intellectual and doctrinal framework that contextualized the acquisitions seen on the show floor.¹³ Under the theme “ASEAN Security at the Edge of Emerging Technologies,” defense ministers, chiefs of armed forces, security experts, and academic leaders dissected the vulnerabilities inherent in modern military architectures.¹³

Managing the Edge of Emerging Technology

The primary operational lesson extracted from the forum’s proceedings is that the rapid weaponization of emerging technologies has fundamentally compressed the decision-making cycle for military commanders.¹³ The keynote address by His Royal Highness Sultan Nazrin Muizzuddin Shah, alongside remarks by the Malaysian Minister of Defence, emphasized that strategic preparedness is no longer defined solely by troop numbers or armored vehicle counts.¹³ While traditional kinetic metrics (“steel and powder”) remain relevant for holding territory, the electromagnetic spectrum and the digital backbone of a force have definitively become the primary domains of contestation.¹⁰

Specifically, the forum identified artificial intelligence (AI), quantum computing, and advanced cyber capabilities as disruptive forces that threaten to paralyze traditional command and control structures.¹³ Quantum computing, while still in its nascent stages, presents an existential threat to current military encryption standards. AI, meanwhile, is already being utilized to process massive arrays of sensor data, automating target identification and shortening the kill chain. The consensus among policymakers is that Southeast Asian militaries cannot address these challenges in isolation.¹³ Interoperability and multilateral cooperation were heavily emphasized as operational necessities to maintain “ASEAN Centrality” and regional stability.¹³ For middle powers within ASEAN, maintaining strategic agency requires a transition toward a “system-of-systems” approach. This involves integrating domestic capabilities with multi-source foreign hardware into a unified digital command structure that possesses the redundancy to withstand sophisticated electronic warfare and cyber degradation.¹⁵

The “Future Forces” Segment

Mirroring the doctrinal discussions of the Putrajaya Forum, DSA 2026 introduced a dedicated “Future Forces” segment on the exhibition floor.¹⁶ This sector represented a deliberate shift in focus away from heavily armored, legacy platforms toward AI-driven data integration, net-centric warfare, and multi-domain operations.¹⁶

[Image: Malaysian Army personnel demonstrating hazardous material decontamination protocols within the high-tech Future Forces pavilion.]

The Malaysian Army led specific demonstrations within this segment, highlighting preparedness for non-conventional threats, particularly chemical, biological, radiological, and nuclear (CBRN) detection and decontamination.¹⁵ This focus is viewed as a critical step in addressing the evolving spectrum of threats in a post-pandemic, highly contested geopolitical landscape.¹⁵ The industrial response to this demand signal was unambiguous: vendors are no longer marketing isolated vehicles or rifles, but rather interconnected nodes within a broader tactical network designed for stealth, precision, and high-level survivability in contaminated or electronically jammed environments.¹⁵

4. The National Defence Industry Policy (NDIP): Malaysia’s Localization Mandate

Host nation Malaysia utilized the exhibition as a forcing function to operationalize its newly established National Defence Industry Policy (NDIP), officially launched in January 2026.⁸ The NDIP represents a comprehensive, long-term strategic plan designed to systematically reduce Malaysia’s reliance on foreign original equipment manufacturers (OEMs) while building a self-sustaining and resilient domestic defense industrial base by 2030.⁸

Structural Reforms and Procurement Mandates

The NDIP is structured around four main pillars: strengthening governance and institutions, developing technological capabilities, reinforcing the local supply chain ecosystem, and ultimately achieving global competitiveness for export.⁸ To achieve these goals, the Malaysian government instituted several rigorous procurement mandates that fundamentally altered the nature of negotiations at DSA 2026.

Chief among these is the strict indigenous content requirement, which mandates a minimum of 30% local content in major defense procurements.⁸ Furthermore, the policy stipulates that once the initial warranty periods from foreign OEMs expire, all subsequent maintenance, repair, and overhaul (MRO) work must be transitioned to and handled by local Malaysian firms.⁸ This ensures long-term capital retention and skill development within the domestic economy. The implementation of the NDIP was accompanied by a temporary freeze on military and police procurement programs earlier in the year, a move designed to eradicate graft, ensure transparency, and verify that requirements were determined strictly by end-user operational needs rather than vendor pressure.⁸

Despite this temporary pause, the Malaysian Ministry of Defence successfully capitalized on the exhibition to finalize a substantial portfolio of acquisitions. The government secured 12 contracts, four letters of intent (LOIs), and eight Industrial Collaboration Programme (ICP) agreements, with a cumulative value of RM 3.54 billion.⁹ The ICP agreements are particularly crucial, as they serve as the legal mechanism to force technology transfer, supply chain integration, and industrial offsets from foreign contractors.⁹

The Seven Strategic National Defence Projects

The execution of the NDIP is anchored by seven highly specific strategic projects, many of which saw significant movement or formalization during DSA 2026.⁸ These projects span multiple domains and highlight Malaysia’s drive for full-spectrum technological autonomy.

Strategic Project	Partner / Lead Entity	Operational Objective and Scope
National Defence Satellite Service	Boustead Holdings	Pilot project to establish independent capabilities in satellite software, spectrum management, and secure orbital operations.
Directed Energy Weapon (DEW)	Chinese Industry Partners	Co-development of high-energy laser systems designed specifically to counter asymmetric threats and loitering drone swarms.
Wheeled Chassis Platform	Boustead & Otokar (Türkiye)	Domestic manufacturing and assembly of standard wheeled chassis to serve as the baseline for future land mobility assets.
Small-Arms Weapon Systems	Komodo Armament (Indonesia)	Establishment of localized assembly, repair, and eventual end-to-end manufacturing of standard-issue infantry rifles.
Passive ELINT System (TEDUNG)	Mindmatics (Malaysia)	Deployment of a locally produced 360-degree passive radar system for undetected tracking of enemy radar and communication emissions.
Kamikaze Drone Production	Tinjau Mahir (Malaysia)	Domestic production of loitering munition systems for real-time target verification and rapid, low-cost tactical strikes.
FA-50M Flight Simulator	Ikramatic Systems	Development of local expertise in flight simulation to support pilot training for the Royal Malaysian Air Force’s light combat aircraft fleet.

These projects demonstrate a sophisticated understanding of modern defense economics. By partnering with established players like Türkiye’s Otokar and Indonesia’s Komodo Armament, Malaysia is mitigating developmental risk while ensuring the rapid acquisition of necessary manufacturing tooling and engineering knowledge.⁸

5. Small Arms Innovations and Infantry Modernization

The small arms and infantry tactical gear displays at DSA 2026 demonstrated that close-quarters combat is undergoing a highly specific, technologically driven evolution. While the fundamental physics of ballistics remain unchanged, manufacturers are drastically altering weapon ergonomics, accessory integration architectures, and ammunition parameters.⁶ The overarching goal is to equip the infantry squad to operate effectively in the realities of modern urban combat and the logistical constraints of peacetime training.

FN Herstal: Modularity and Lethality in Confined Spaces

Belgium’s FN Herstal utilized the exhibition to demonstrate a comprehensive overhaul of its infantry portfolio, tailored explicitly for the requirements of the Asia-Pacific market.⁶

The most operationally significant announcement was the full qualification and mass production readiness of the FN EVOLYS light machine gun.⁶ With an annual production capacity now scaled to several thousand units, the EVOLYS is available in both 5.56x45mm and 7.62x51mm NATO calibers.⁶ The platform has undergone rigorous modifications based on end-user feedback since its 2024 debut, resulting in redesigned internal components and an integrated bipod and buttstock.⁶ The tactical significance of the EVOLYS lies in its extreme weight reduction and true ambidextrous operability. It allows a single operator to provide sustained suppressive fire with the agility and mobility traditionally associated with a standard assault rifle. With 15 nations currently evaluating the platform, the EVOLYS signals a doctrinal shift away from heavy, static squad automatic weapons toward highly mobile, precision volume-of-fire capabilities.⁶

FN Herstal also aggressively promoted its 5.7x28mm NATO ammunition ecosystem, showcasing the highly compact P90LV (Laser Visible) Personal Defence Weapon and the FN Five-seveN Mk3 pistol.⁶ The P90LV modernizes its renowned bullpup profile by integrating an infrared and visible laser pointer directly under the barrel, optimizing it for night-vision operations.⁶ The Five-seveN Mk3 features improved ergonomics and a slide cut specifically designed for the seamless integration of modern red dot optics.⁶ The tactical rationale for adopting this ecosystem is compelling: operators require weapon systems capable of defeating Level IIIA soft body armor at engagements up to 200 meters, while simultaneously generating approximately 30% less recoil than standard 9x19mm submachine guns.⁶ This enables significantly faster and more accurate follow-up shots in tight, urban environments.

Acknowledging the logistical and infrastructure challenges faced by modern militaries, FN introduced the ARIA.50RR, a reduced-range 12.7x99mm cartridge. This innovative round travels a maximum of 3.5 kilometers, half the distance of standard.50 caliber ammunition (7 km).⁶ This allows armed forces to train effectively on heavy machine gun platforms using existing 7.62mm firing ranges, solving a major bottleneck in crew qualification.⁶ Furthermore, FN addressed the growing “gray zone” threat of violent protest and civil unrest with the FN303 Less-Lethal Launcher.⁶ In a stark demonstration of AI integration at the lowest tactical level, the upgraded FN303 features an AI-driven camera that detects human faces, automatically triggering a mechanism to lock the weapon’s sear to prevent unintentional, potentially fatal headshots.⁶ The system simultaneously records telemetry and video, providing an unbroken chain of evidence for legal accountability in complex riot control scenarios.⁶

CZ, SIG Sauer, and Handgun Market Dynamics

Ceska zbrojovka (CZ) focused heavily on its heritage and the continued operational relevance of metal-framed handguns, introducing the CZ 75 LEGEND.¹⁹ This pistol is an authentic, technically accurate recreation of the 1970s original that birthed the “Wonder Nine” category.¹⁹ While polymer-framed, striker-fired pistols—such as the SIG Sauer P320 platform currently in service with the U.S. Army—dominate modern military contracts, the presentation of the CZ 75 Legend indicates persistent market segmentation.¹⁹ Industry speculation surrounding future CZ subcompact DA/SA (Double Action / Single Action) designs suggests a continued demand from specialized units for the smooth trigger pull, superior recoil mitigation, and specific manual-of-arms that heavy, internal-rail steel frames provide.¹⁹ Concurrently, SIG Sauer and Heckler & Koch maintained strong regional presences, leveraging their history of massive U.S. homeland security and military contracts to validate their platforms for Asian law enforcement and border security agencies.²⁰

Instalaza C90 Reusable: Redefining Infantry Anti-Armor

Spain’s Instalaza presented a fundamental shift in disposable anti-armor doctrine with the introduction of the C90 Reusable system.⁵ Moving away from traditional single-use disposable tubes, the C90 architecture now centers on an ultra-light (3.9 kg) reusable launcher that accepts a variety of specialized 90mm munitions, including anti-armor, anti-bunker, enhanced-blast, and smoke variants.⁵

The critical technological upgrade that enables this system is the integration of the e-IVISION electro-optic sight. This battery-powered optic features an electronic display with selectable reticles perfectly matched to the distinct ballistic drop profiles of the various 90mm warheads.⁵ By shifting the financial cost and technological complexity from a disposable “smart tube” to a reusable “smart sight” firing relatively inexpensive munitions, infantry, airborne, and special operations forces gain enhanced first-round hit probability out to 350 meters on point targets without carrying excessive weight.⁵

Weapon System	Manufacturer	Caliber / Munition	Primary Tactical Innovation / Feature
FN EVOLYS	FN Herstal (Belgium)	5.56x45mm / 7.62x51mm	Extreme weight reduction; integrated bipod; true ambidextrous operation for highly mobile suppression.
P90LV PDW	FN Herstal (Belgium)	5.7x28mm NATO	Defeats Level IIIA armor at 200m; integrated IR/Visible laser; 30% less recoil than 9mm equivalents.
FN303 Less-Lethal	FN Herstal (Belgium)	Proprietary Projectiles	AI-integrated camera system with facial recognition trigger-lock to prevent accidental lethal headshots.
C90 Reusable	Instalaza (Spain)	90mm (Multi-variant)	Ultra-light (3.9kg) reusable launcher unit equipped with a digitized e-IVISION electro-optic sight.

6. Next-Generation Land Mobility and Protected Vehicles

The vehicle displays at DSA 2026 illustrated a clear, unified design philosophy for the ASEAN theater: extreme mobility, modular payloads, and high indigenous sustainment capability. Regional militaries are actively prioritizing operational speed, cross-country maneuverability, and maintainability over the massive, heavily armored MRAP (Mine-Resistant Ambush Protected) designs that characterized counter-insurgency operations over the previous two decades.

MILDEF International Technologies: Leading Malaysia’s Domestic Drive

Malaysia’s MILDEF International Technologies dominated the local land systems presence, unveiling entirely new platforms and updated configurations of its existing 4×4 vehicles aimed squarely at both the domestic market and aggressive export to the Middle East and Africa.⁵

Making its global debut, the MILDEF Mirsad 4×4 is a lightly protected tactical platform designed specifically for reconnaissance missions, border security patrols, and rapid initial infantry assaults.²⁵ The engineering logic behind the Mirsad deliberately prioritizes speed, maneuverability, and the ability for troops to rapidly dismount over maximum armor plating. The vehicle features essential blast-protection integrated into the chassis and frontal glass, but its true survivability mechanism lies in its agility and the inclusion of advanced run-flat tires, which allow the vehicle to cover up to 50 kilometers and extract itself from the kill zone after sustaining severe tire damage.²⁵ Front and rear weapon mounts (capable of supporting up to 12.7mm heavy machine guns) provide organic firepower for light infantry teams operating in restrictive jungle canopy or tight urban terrain.²⁵ Internal corporate testing is scheduled to conclude by mid-2026, preceding official Malaysian Army evaluation.²⁵

MILDEF also showcased the Ribat Mk II (formerly designated as the HMLTV), featuring a significantly increased gross vehicle mass of 7,500 kg to support enhanced lateral ballistic protection.⁵ Configured specifically for law enforcement and special operations units, the Ribat Mk II utilizes a flat roof platform designed to allow tactical assault teams to maintain readiness while the vehicle is in motion, facilitating dynamic entry operations.⁵ Concurrently, the combat-proven Tarantula 4×4 was displayed in a potent anti-armor configuration, integrating a Roketsan remote-controlled weapon station (RCWS) armed with a central machine gun and twin OMTAS medium-range anti-tank missiles.⁵ This configuration provides mechanized units with a highly mobile, organic anti-armor capability reaching out to 4 kilometers.⁵ Crucially, both the Ribat and Tarantula rely heavily on widely supported commercial-off-the-shelf (COTS) powertrains. This design choice ensures ease of maintenance in austere regional environments and aligns perfectly with the NDIP’s mandate for sovereign, localized sustainment without reliance on complex foreign OEM supply chains.⁵

Dongfeng’s Mengshi CSK181E Assault Vehicle

Representing China’s rapid advancement in wheeled armor, Dongfeng presented the ANR 10-person protective assault vehicle (designated the Mengshi CSK181E/EQ2083MCTA).⁵ This platform represents a highly refined, mature approach to motorized infantry mobility. The vehicle’s architecture is centered around a Dongfeng Cummins ISDE 300 turbocharged and intercooled diesel powerplant.⁵ Generating 220 kW, the engine maintains a power-to-weight ratio capable of sustaining 120 km/h cruising speeds and a 600 km highway endurance even under full armor load.⁵

The Mengshi offers exceptional off-road metrics, including a 60-degree approach angle, a 450 mm vertical obstacle clearance, and a 1,200 mm prepared wading depth.⁵ Crucially, the vehicle provides European B5-level ballistic protection—capable of withstanding standard 53-type 7.62mm steel-core rounds at 100 meters across the sides, rear, and floor—without compromising its dynamic mobility.⁵ The 10-person capacity (comprising a two-man crew and eight dismounts) allows an entire standard infantry section to be transported under armor. Features such as an onboard central tire inflation system (CTIS), independent double cross-arm suspension on all wheels, and robust internal spall liners demonstrate that Chinese vehicle manufacturers are matching, and in some metrics exceeding, Western standards in vehicular ergonomics and troop survivability, packaged at highly competitive export price points.⁵

7. Unmanned Systems, Robotics, and Loitering Munitions

The most disruptive technological leaps showcased at DSA 2026 were found in the unmanned sector. The exhibition provided concrete evidence that the operational distinction between artillery shells, reconnaissance drones, and guided missiles is rapidly dissolving, replaced by networked, semi-autonomous effectors.

China’s Feilong-60A “Thinking Swarm”

Norinco fundamentally altered the paradigm of long-range rocket artillery with the unveiling of the Feilong-60A (FL-60A) loitering munition.⁵ Designed specifically as a modular upgrade kit for the widely exported SR-5 Multiple Launch Rocket System (MLRS), a single launcher vehicle can rapidly fire up to twelve FL-60A rounds in quick succession.⁵

The munition operates via a sophisticated two-stage hybrid propulsion system. Upon launch, a solid-fuel booster accelerates the compact, rectangular fuselage out of the launch tube to high subsonic or supersonic speeds, rapidly covering the distance to the designated patrol area.⁵ Once on station, possessing an operational range of approximately 100 km, the booster is jettisoned. A quiet electric motor then drives a two-blade propeller, deploying interlocking twin-panel wings (2.1-meter wingspan) for a low-signature loiter phase.⁵

The moniker “Thinking Swarm” refers to the system’s unprecedented degree of autonomy. Equipped with an inertial/GNSS navigation core, millimeter-wave radar, and electro-optical sensors, the swarm fans out over a suspected target area to search for electromagnetic emissions or visual signatures.⁵ Crucially, once in flight, the munitions do not rely on continuous external cueing or a permanent man-in-the-loop uplink.⁵ This architectural choice makes them highly resistant to radio-frequency jamming and electronic warfare degradation.⁵ Onboard algorithms allow the individual projectiles to communicate, allocate targets among themselves based on proximity and weapon-target pairing rules to prevent overkill, and conduct coordinated terminal strikes using shaped-charge fragmentation warheads.⁵ This effectively turns a blind, unguided artillery barrage into a self-organizing, precision strike network capable of dismantling dispersed, time-sensitive objectives.

Domestic and European Unmanned Platforms

Malaysia demonstrated its growing domestic capabilities within the unmanned sector with the introduction of the HDS NSS Low-Cost Strike Drone.¹¹ Designed explicitly for tactical infantry units, this fixed-wing loitering munition carries a 2 kg high-explosive payload, offering a 30-minute endurance window and a 20 km operational radius.¹¹ The system provides a highly localized, cost-effective precision strike option for ground commanders, allowing them to engage defilade targets without requiring coordination with higher-echelon close air support assets.

In the ground domain, Spain’s EM&E exhibited the aunav.BEST, a medium-class, teleoperated multimission combat Unmanned Ground Vehicle (UGV).⁵ Weighing under 390 kg, it utilizes a sophisticated variable-geometry chassis that allows operators to adjust its ground clearance (from 685 mm to 950 mm) and shift its center of gravity when navigating steep stairs, rubble, or extreme gradients.⁵ While fully capable of Explosive Ordnance Disposal (EOD) and CBRN reconnaissance tasks, it also provides kinetic effects via an integrated Guardian Aspis RCWS armed with a 7.62mm machine gun.⁵ Unique to the aunav.BEST system is the integration of a tethered Unmanned Aerial Vehicle (UAV) that deploys from the chassis to act as an elevated electro-optical sensor head.⁵ This combination creates a localized, low-altitude ISR “bubble,” enabling operators to peer over high walls, inspect rooftops, or clear upper-story windows before committing the UGV or human infantry to an assault.⁵

8. C4ISR, Electronic Warfare, and the Digital Backbone

Hardware platforms—whether tanks, ships, or drones—are only as lethal as the communication networks connecting them. DSA 2026 highlighted that securing the digital backbone is now the paramount concern for military planners across the Indo-Pacific.⁵ The proliferation of cheap drone swarms and pervasive, multi-spectral electronic warfare has made reliable command and control a fragile, heavily contested commodity.

Thales and the Localization of Tactical Communications

Reflecting the NDIP’s mandate for supply chain security and self-reliance, Thales announced a major expansion of its tactical communications footprint in Malaysia.⁵ In partnership with Advanced Defence Systems (ADS), a leading Malaysian defense provider, Thales is establishing a local assembly line in Segamat, Johor, for its new-generation SYNAPS software-defined radios (SDR).⁵

This agreement is not merely a hardware sales contract; it represents a vital transfer of engineering expertise and technological architecture. By assembling over 1,000 SYNAPS radios locally over the next six years, Malaysia secures total control over the supply chain required for collaborative combat networks.⁵ Furthermore, Thales is integrating more than 100 advanced radios (including the SYNAPS-H and SquadNet systems) into the Malaysian Army’s Self-Propelled Howitzer program to ensure front-line safety, and providing Battlefield Management Systems (BMS) for the AV4 armored vehicle fleet.⁵ This comprehensive upgrade ensures that Malaysian artillery and mechanized infantry units can communicate securely, share targeting data seamlessly, and operate effectively despite intense enemy jamming efforts.

KNDS Phorio: Turbocharging Robotic Combat

Addressing the specific communication challenges of the unmanned sector, KNDS unveiled the Phorio tactical radio.⁵ Phorio is specifically engineered to manage the complex, high-volume data streams of remote-controlled robotic systems and autonomous vehicles operating across land, sea, and air domains.⁵ As unmanned systems become heavier, operate at longer ranges, and carry lethal kinetic payloads, the datalink connecting them to human operators must be practically infallible.

Phorio operates as a software-defined, multi-purpose communication node capable of simultaneously handling command and control (C2) traffic, high-definition thermal video feeds, voice communications, and critical telemetry data.⁵ Recognizing that future operating environments will be heavily contested, Phorio utilizes advanced transmission-security features and rapid frequency-hopping techniques.⁵ These protocols are designed to maintain a high-throughput link even under deliberate electronic attack or attempts at signal interception. Showcased alongside KNDS combat-proven assets like the Caesar self-propelled howitzer and the Centurio UGV, Phorio represents the critical technological glue necessary to bind networked, multi-domain robotic architectures together.⁵

ASELSAN: Integrated Radar Ecosystems

Türkiye’s ASELSAN dominated the sensor and radar space at the exhibition, presenting a comprehensive suite of Active Electronically Scanned Array (AESA) radars.⁵ These systems are characterized by the use of solid-state transmit/receive modules, which provide exceptionally high hardware reliability, low maintenance requirements, and rapid beam agility compared to legacy mechanical radars.⁵

A central highlight was their medium-range air defense radar, specifically designed and tuned to detect and track targets with a very low radar cross-section (RCS), such as stealthy cruise missiles, small UAVs, and loitering munitions.⁵ Utilizing sophisticated frequency agility and advanced signal processing to defeat electronic jamming, the system feeds precise 3D target data (range, azimuth, and altitude) into ASELSAN’s broader C4ISR architecture.⁵ Rather than acting as isolated sensors, these radars function as a fused intelligence layer. For example, the radar detection of a low-altitude drone automatically cues electro-optical tracking cameras and triggers engagement protocols within ASELSAN’s “Steel Dome” multi-layered air defense concept.⁵ Proprietary AI-assisted decision-support tools evaluate and prioritize these threats in real-time, drastically reducing the cognitive load on human air defense commanders.⁵

AMCOP MSU MK-III Mobile Surveillance

Providing a highly localized, indigenous solution for continuous overwatch, Malaysia introduced the AMCOP MSU MK-III Mobile Surveillance Unit.⁵ Built on a heavily reinforced commercial-off-the-shelf (COTS) 4×4 chassis optimized for rough laterite tracks and plantation roads, the vehicle utilizes two distinct hydraulic telescopic masts.⁵ The primary mast raises a 6-foot X-band radar antenna to an elevation of 6 meters, while a secondary mast elevates an electro-optic sensor package to 4 meters.⁵

The MSU MK-III is optimized specifically for the demanding tropical conditions of Southeast Asia. It utilizes advanced digital signal processing and adaptive clutter maps to effectively filter out the heavy ground vegetation and sea clutter typical of the region, allowing for the reliable detection of drones, fast boats, and low-flying aircraft.⁵ Its intelligent 8 kWh smart power station operates on a tier-based load priority system, managing thermal output and allowing for extended static missions without continuous engine idling.⁵ This makes the MSU MK-III an ideal, discreet forward sensor node for border and coastal defense grids, capable of feeding data back to higher-level command posts via VHF/UHF or satellite links.⁵

Sensor / Comm System	Manufacturer	Primary Function	Key Technological Advantage
SYNAPS SDR	Thales (France/Malaysia)	Tactical Voice/Data Comms	Localized assembly (Johor); software-defined flexibility ensuring long-term upgradeability for collaborative combat.
Phorio Radio	KNDS (Europe)	Unmanned Systems Datalink	High-throughput, EW-resistant frequency hopping capable of simultaneous C2 and HD video transmission.
AESA Air Defense Radar	ASELSAN (Türkiye)	Low-RCS Threat Detection	Solid-state beam agility; AI-fused cueing of secondary EO/IR sensors within a unified C4ISR architecture.
AMCOP MSU MK-III	AMCOP (Malaysia)	Mobile Border/Coastal ISR	Telescopic X-band radar and EO masts; digital signal processing optimized specifically for severe tropical clutter.

9. Naval Strike Power and Layered Air Defense Architectures

While land systems and small arms commanded significant physical floor space, the geopolitical realities of the South China Sea dictated a strong, underlying focus on maritime security, coastal area denial, and layered air defense.¹ The exhibition served as a platform for several critical announcements regarding the modernization of regional naval forces.

Malaysia signaled a robust modernization of its naval and coastal capabilities through a series of multi-layer defense deals designed to secure its exclusive economic zone (EEZ). To address critical vulnerabilities in its littoral combat assets, the Royal Malaysian Navy is actively integrating South Korea’s K-SAAM (Korean Surface-to-Air Anti-Missile) and France’s VL MICA systems.³⁰ This combination provides overlapping point defense and localized area air defense for its fleet, protecting against saturation missile attacks.³⁰ Furthermore, the integration of Türkiye’s ROKETSAN ATMACA anti-ship missiles onto the Littoral Mission Ship (LMS) Batch II vessels drastically expands Malaysia’s surface strike reach.³⁰ The ATMACA provides a highly precise, sea-skimming capability that poses a credible deterrent to larger, hostile surface combatants operating within Malaysian waters.³⁰

On land, the air defense and artillery integration was represented by systems like the highly mobile BORAN artillery system from Türkiye’s MKE.¹¹ Weighing approximately 1,700 kilograms, the BORAN is capable of deploying, firing its 105mm payload, and repositioning in under one minute, a crucial capability to avoid devastating counter-battery fire in modern, sensor-heavy conflicts.¹¹ Short-range air defense (SHORAD) was addressed by the integration of the British StarStreak missile system onto highly mobile Vamtac 4×4 vehicles, providing rapid-response protection for mechanized convoys and forward operating bases.¹¹ Highlighting the rapid evolution of close-in defense, China aggressively pushed its mobile laser weapon development with the NI-L3K counter-drone system.²⁶ Utilizing a 3 kW laser output, the vehicle-mounted system is designed to physically track and burn through incoming drone swarms at close range before they can overwhelm traditional kinetic air defenses or impact critical infrastructure.²⁶

10. Strategic Conclusions for Industry and Military Leadership

The 19th edition of Defence Services Asia & NATSEC Asia confirmed that the defense ecosystem in the Indo-Pacific has moved decisively past the mere acquisition of standalone, legacy platforms. The operational environment now demands resilient, multi-domain networks capable of surviving and functioning in highly contested electromagnetic and cyber environments.

For defense planners, procurement officers, and industry analysts, three overarching strategic lessons emerge from the 2026 exhibition. First, the basic infantry squad is being transformed into a highly lethal, networked node. Equipped with variable-yield munitions, ergonomic suppressive firepower like the FN EVOLYS, and digitized optics, the dismounted soldier possesses capabilities previously reserved for heavy weapons platoons. Second, the integration of AI and autonomous swarm logic into affordable, mass-producible delivery systems—such as the Feilong-60A loitering munitions launched from standard MLRS platforms—requires an immediate and fundamental recalculation of force protection and counter-battery doctrines. Traditional armored concentrations are highly vulnerable to these networked, top-attack swarms.

Third, and perhaps most strategically significant from an industrial perspective, middle powers within ASEAN are no longer passive consumers of foreign technology. Through rigorous legislative frameworks like Malaysia’s National Defence Industry Policy (NDIP), these nations are aggressively leveraging the intense great power competition between the West, China, and rising primary exporters like Türkiye. They are utilizing this competition to demand deep industrial offsets, localized manufacturing lines, and sovereign control over their digital combat architectures. Future market penetration and commercial success in the Southeast Asian defense sector will be dictated not solely by the kinetic capability or price of a weapon system, but by the willingness of the vendor to share the intellectual property, engineering expertise, and maintenance infrastructure that sustains it.

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