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South Korea’s Hanwha Systems and the Telecommunications Technology Association (TTA) signed a strategic partnership<\/a> on August 13 to jointly develop an AI-powered 5G tactical communications system for military use. The collaboration pairs Hanwha’s status as South Korea’s only company to have fully deployed the country’s battlefield tactical communications backbone with TTA’s role as a founding member of 3GPP, the body that authors every global cellular standard. The timing is deliberate: NATO ratified STANAG 5665, its first formal cellular defense standard<\/a>, in February 2026, and Hanwha and TTA are building to that standard from the first line of code.<\/p>\n STANAG 5665: Why the Date Matters<\/p>\n For most of the history of South Korean defense electronics exports, tactical communications was the gap. Hanwha Systems sold radar to the UAE \u2014 its M-SAM multi-function radar export<\/a> was worth USD 1.01 billion in 2022 \u2014 fire control systems to Poland, and Hanwha combat systems for Philippine frigates<\/a> \u2014 but its flagship communications platform, the Tactical Information Communication Network (TICN), was architected to South Korean military specifications alone. NATO members could not simply integrate a TICN node into a coalition network without significant bespoke re-engineering, because there was no shared interoperability standard to profile against.<\/p>\n STANAG 5665 changed that structural condition. Promulgated on February 11, 2026 \u2014 a record two years from conception to approval \u2014 the standard defines core procedures, interfaces, and protocols that allow any vendor to build 5G infrastructure interoperable with the wider NATO alliance. Developed under the NATO Wireless Communications Standardization Project by engineers largely seconded from 3GPP, the standard deliberately carries a generic name so it can accommodate 6G without requiring a framework renegotiation. Nations adopting it can operate as their own military mobile network operators<\/a> \u2014 owning and running their own 5G infrastructure rather than depending on a single prime vendor \u2014 while remaining interoperable with every other STANAG 5665-compliant system in the alliance.<\/p>\n Hanwha and TTA signed their partnership six months after that standard was ratified. The sequence is not coincidental.<\/p>\n What TICN’s Track Record Provides<\/p>\n Hanwha Systems is the only South Korean company that has carried a tactical communications program through exploration, system development, and full fielded deployment. That program is TICN, which Seoul funded as part of a \u20a95 trillion (approximately $3.5 billion) initiative to modernize the South Korean military’s battlefield communications from analog relay radio to a digital, integrated network. TICN integrates all military networks digitally, distributing real-time information to support command, control, and decision-making under network-centric warfare doctrine. It supports high-speed wired and wireless data transmission and connects ground, naval, and air force command posts through a layered subscriber system \u2014 tactical mobile communications stations, wireless trunk links, and VoIP-capable switching equipment, as documented on Hanwha Systems’ communications portfolio page<\/a>.<\/p>\n Hanwha began mass production of the fourth batch of TICN systems in 2024, alongside the second batch of the next-generation Tactical Multi-Band, Multi-Role Radio (TMMR). The fourth batch in active production is significant: it means the company is not selling a paper design but an actively manufactured, fielded system with an operational maintenance and support track record.<\/p>\n That experience base is precisely what TICN’s successor requires. Building an AI-5G system for contested military environments demands engineers who have analyzed how military units actually communicate under operational conditions \u2014 what data must always get through, what latency commanders actually tolerate, where legacy radio systems fail, and how to maintain a network when nodes are destroyed. Hanwha’s claim is that it accumulated those lessons over fifteen years of TICN development and deployment, and that no other Korean company is in a position to bring them to a next-generation design.<\/p>\n What TTA Brings to the Table<\/p>\n TTA’s role in the partnership is not primarily engineering \u2014 it is credentialing and standardization. As the only Korean body that conducts standardization for mobile communications including LTE, 5G, and 6G, and as an internationally accredited testing and certification organization, TTA occupies a structural position in the global standards architecture that a defense prime cannot easily replicate.<\/p>\n TTA has been a founding partner of 3GPP since 1998 \u2014 meaning South Korea was present at the creation of the standards that define every modern cellular network on the planet. Over twenty-eight years, TTA’s engineers have accumulated both the technical knowledge of how 3GPP specifications are structured and the institutional access to shape how those specifications evolve. The partnership’s promise to incorporate 3GPP 6G technologies “from the early stages of development” is not rhetorical; TTA’s seat at the 3GPP table<\/a> means Hanwha’s next-generation tactical platform can track 6G specification work in real time rather than retrofitting commercial advances after the fact.<\/p>\n For STANAG 5665 compliance specifically, TTA’s testing and certification infrastructure matters as much as its standards expertise. Building to the standard is necessary but not sufficient for NATO market entry; demonstrating compliance through internationally recognized test processes \u2014 the kind TTA can provide \u2014 is the validation step that defense procurement requires before a system appears on a qualified supplier list.<\/p>\n How the Architecture Works: TN, NTN, and AI<\/p>\n The technical heart of the Hanwha-TTA partnership is an architecture that integrates two network layers \u2014 terrestrial (TN) and non-terrestrial (NTN) \u2014 managed by an AI system that makes routing decisions autonomously.<\/p>\n In 5G Standalone mode, the 5G core network functions can run locally on a deployed node rather than routing traffic to a remote central facility. This is the architectural feature that makes military 5G fundamentally different from its predecessors: a tactical 5G bubble \u2014 the term NATO uses for a deployable private 5G network \u2014 is self-contained and does not depend on fixed ground infrastructure to provide command-and-control connectivity. The MOSS vehicle platform is designed to be exactly this kind of node: a single vehicle carrying a mobile 5G base station, satellite communications terminals, and Command, Control, Communications, Computers, and Intelligence (C4I) mission software in an integrated package.<\/p>\n The non-terrestrial layer is where 3GPP Release 17 NTN specifications<\/a> became militarily actionable. Released in June 2022, Release 17 introduced the first normative framework for 5G NR operation over NTN \u2014 integrating LEO satellites, high-altitude platform systems, and UAVs as 5G nodes within the same standard used by terrestrial networks. The technical problems Release 17 addressed \u2014 long propagation delays from satellites requiring adjustments to timing advance windows and HARQ processes, Doppler compensation for fast-moving LEO birds, and handover continuity between orbital and ground coverage \u2014 are precisely the challenges a tactical system faces when terrestrial nodes are destroyed or jammed. An NTN-capable 5G network does not lose connectivity when a forward base station is taken out; it hands traffic up to a satellite node and continues operating.<\/p>\n Release 18 AI network management<\/a>, known as 5G-Advanced, added the AI and machine learning network management layer that Hanwha’s platform is designed to exploit. The 5G core’s Network Data Analytics Function (NWDAF) enables AI-driven traffic prioritization, predictive rerouting before link degradation occurs, autonomous spectrum management to reduce the system’s electromagnetic signature, and coordinated TN-to-NTN handover without human intervention. In a high-intensity conflict environment where an operator cannot manually manage network routing under fire, AI-managed autonomy is not a feature \u2014 it is a prerequisite.<\/p>\n Does Battlefield 5G Actually Work at the Tactical Edge?<\/p>\n The engineering is sound on paper, but Colonel Couillard’s tactical edge assessment<\/a> was direct: “Standards are one thing, but making them work at the tactical edge is another.” Colonel Jeffrey Couillard, division chief for interoperability and coalition in the U.S. Army G6, offered that candid view of where the standards work ends and the harder problem begins.<\/p>\n That friction is real. Nokia’s Banshee tactical 5G radio is already deployed with the U.S. Marine Corps and at NATO’s \u0100da\u017ei base in Latvia. NATO’s REPMUS exercise results<\/a> demonstrated that a mobile 5G tactical bubble could extend the operational range of unmanned maritime systems from 10 kilometers (6.2 miles) to 30 km (18.6 miles) between 2023 and 2025 in Portugal. Those are real-world results, but they also illustrate that STANAG 5665 currently operates alongside a competitive field of vendors who have been building military 5G systems under NATO evaluation for several years.<\/p>\n Hanwha’s differentiation strategy is not to be the first but to be the standards-native entrant from outside the traditional European supplier base. Its TICN background provides operational legitimacy; TTA’s 3GPP credentials provide standards depth; and STANAG 5665 provides the market gateway. The combination is structured to avoid the pattern that has historically constrained Korean defense electronics in Western communications markets: technically capable systems that nonetheless required bilateral interoperability agreements at each procurement rather than entry through a shared standard.<\/p>\n MOSS: Command on Wheels<\/p>\n The tangible near-term product of the Hanwha-TTA partnership is MOSS, a vehicle-mounted integrated communications solution designed to collapse multiple separate subsystems \u2014 tactical 5G base station, satellite comms terminal, and C4I mission equipment \u2014 into a single deployable platform. Hanwha describes it as a modular integrated command, control, and communications solution for mobile platforms. The announcement of MOSS as the partnership’s joint product<\/a> was confirmed by both The Elec and Seoul Economic Daily on the day of signing.<\/p>\n The modularity is the export pitch as well as the technical design. European NATO members seeking to update their tactical communications fleets are not typically purchasing from a clean sheet; they have existing armored vehicle inventories, existing C4I software layers, and existing network management systems. A modular platform that meets STANAG 5665 and can be integrated with existing NATO-standard infrastructure without replacing entire system stacks is a more commercially viable proposition than a full replacement system \u2014 and it is the specific product architecture that Hanwha’s experience with TICN vehicle-mounted systems informed.<\/p>\n South Korea’s Defense Export Momentum<\/p>\n The Hanwha-TTA partnership lands against a backdrop of South Korean defense exports that have shifted the global competitive landscape more quickly than most analysts anticipated. Preliminary figures for 2025 suggest South Korea’s defense export contracts are approaching $23 billion \u2014 making it the second-largest NATO defense supplier<\/a>, trailing only the United States. The country moved from $17 billion in contracts in 2022 to this level in three years, and the composition of the order book has shifted from “steel” \u2014 tanks and artillery \u2014 toward higher-value strategic systems including radar, electronic warfare, and now, with this partnership, communications infrastructure.<\/p>\n That momentum makes the communications market entry credible in a way it would not have been a decade ago. European NATO members who have purchased K9 howitzers or Chunmoo rocket artillery from Korean manufacturers already have established procurement relationships with Hanwha. An extension of those relationships into tactical communications \u2014 particularly when the product meets STANAG 5665 \u2014 is a shorter political and procurement path than a cold-start vendor entry.<\/p>\n What NATO’s Tactical 5G Shift Means<\/p>\n The broader context for the Hanwha-TTA announcement is a structural change in how NATO plans its communications backbone. Military communications planning across the alliance is being redefined: 5G is moving from a contingency option toward the primary option, with 5G replacing legacy military radio networks<\/a> that previously served as primary tactical links becoming the fallback. Should terrestrial 5G infrastructure collapse under attack, an NTN constellation with an onboard core network can act as both base station and network core \u2014 keeping critical communications active without dependence on ground-based power or fixed infrastructure.<\/p>\n This shift has security dimensions beyond connectivity. Research notes that rogue cell towers, compromised terminals, and the geolocation of devices during operations are documented 5G military security risks<\/a> for any military force using 5G. NATO is working to integrate electromagnetic risk management \u2014 including dynamic spectrum sharing, the ability to pivot between frequency bands, and Zero Trust Data Format (ZTDF) frameworks \u2014 into successive editions of STANAG 5665. Building to the standard from the outset, as Hanwha and TTA propose to do, positions a vendor’s security architecture to track those enhancements as the standard evolves.<\/p>\n The two organizations have not disclosed a budget or a timeline for initial deliverables. Given the scope \u2014 terrestrial 5G, satellite NTN, AI network management, and vehicle-mounted C4I integration, all certified to STANAG 5665 \u2014 development is likely to span several years before fielding. But the structural conditions that previously made Korean tactical communications systems non-starters in NATO markets have changed, and this partnership is the first concrete move to exploit that change.<\/p>\n Currency conversions in this article are approximate, based on exchange rates at time of publication.<\/p>\n Frequently Asked QuestionsWhat is STANAG 5665, and why does it matter for Hanwha’s NATO ambitions?<\/p>\n STANAG 5665 (“Cellular Communications for Defence”) is NATO’s first formal military 5G standard<\/a>, promulgated by the NATO Standardization Office on February 11, 2026. Developed under the NATO Wireless Communications Standardization Project in partnership with 3GPP engineers, it defines the procedures, interfaces, and protocols that allow any vendor’s 5G infrastructure to interoperate across the alliance. For Hanwha, it matters because prior Korean tactical communications systems like TICN were built to Korean military specifications and required bilateral interoperability agreements for each NATO export \u2014 a high barrier that effectively kept Korean tactical comms out of alliance procurement. STANAG 5665 creates a pathway for any compliant vendor, including non-NATO-member South Korea, to sell systems that NATO members can adopt without interoperability exceptions.<\/p>\n What is the difference between how TICN and the new 5G system handle connectivity when infrastructure is destroyed?<\/p>\n TICN uses traditional radio relay architecture \u2014 digital rather than analog, but still dependent on physical links between fixed communication nodes. If a node is destroyed, the network routes around it within the existing relay structure. The new AI-5G system adds a non-terrestrial network (NTN) layer: under 3GPP Release 17 NTN specifications<\/a>, LEO satellites, high-altitude platforms, and UAVs can act as 5G network nodes. If all terrestrial nodes in an area are destroyed or jammed, an NTN-capable satellite with an onboard 5G core can keep communications active without any ground infrastructure. The AI management layer \u2014 introduced in 3GPP Release 18 \u2014 handles the handover between terrestrial and satellite coverage autonomously, without requiring a human operator to manage routing under fire.<\/p>\n How does TTA’s founding 3GPP membership give Hanwha a practical advantage over a purely military communications company?<\/p>\n 3GPP produces the specifications that every cellular network \u2014 commercial or military \u2014 runs on. TTA’s founding 3GPP partner role<\/a>. That means TTA’s engineers understand how the specifications are structured, where the flexibility is, and where the constraints are \u2014 and they participate in the working groups that decide what Release 19, 20, and 6G specifications will contain. For Hanwha, this translates into a development partner who can track 6G specification work in real time rather than waiting for commercial standards to be finalized and then retrofitting them into a military system. It also means TTA can provide the internationally accredited testing and certification that STANAG 5665 compliance requires, rather than Hanwha needing to route certification through a third-party lab.<\/p>\n Why do European NATO members care about Korean defense communications vendors?<\/p>\n