株式会社ザイロニクス、人工進化研究所Technical Memo 2026/06/14Military Wireless Communications FieldSummary of Consigned Research and Development in the Military Wireless Communications Domain ②

Technical Memo

2026/06/14

Military Wireless Communications Field

Summary of Consigned Research and Development in the Military Wireless Communications Domain at Xyronix Corporation, Artificial Evolution Research Institute (AERI), and Intellectual Property Strategy Institute Co., Ltd.

Based on their foundations across domains (Land, Sea, Air, Space, Cyber), Xyronix Corporation, Artificial Evolution Research Institute (AERI), and Intellectual Property Strategy Institute Co., Ltd. formulate and list below the cutting-edge research and development themes (R&D programs and technical challenges) consigned to them based on their proprietary science and technology. These themes pertain to the four core technical domains of military wireless communications in progress as of 2026 (① SDR, ② TDL, ③ ECCM/LPI/LPD, ④ HAIPE), which are currently the focus of total mobilization by DARPA, the US Tri-Service Research Laboratories (AFRL/ARL/NRL), the European Defence Agency (EDA), and 27 major prime vendors (L3Harris, RTX, BAE Systems, etc.).

1. L3Harris Technologies

•                Main Division/Sector: Communication Systems, Space & Airborne Systems

•                Main Products/Technologies: Falcon IV (AN/PRC-163/158), SDR, MANET Waveforms, Link 16 Business

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Development of Ultra-High-Speed Cognitive Waveform Autonomous Transition Technology in Heterogeneous Multi-Band MANET

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: Establishment of an algorithm that, when detecting enemy multi-spectrum jamming in a land/low-altitude dynamic mesh network (MANET), reallocates Falcon IV hardware resources and autonomously changes waveforms and frequency hopping patterns from VHF/UHF up to the millimeter-wave band in 1 millisecond or less.

•                Main Development/Verification Requirements: Minimization of dynamic compilation and loading time of waveform applications in heterogeneous environments, and demonstration of synchronization protocols in masterless environments.

•                【Consigned Research and Development Theme 2】Dynamic Reconfiguration and Multi-Hop Highly Efficient Routing of Link 16 Packets in Multi-Dimensional Distributed Nodes

•                Target Core Domain: ② TDL

•                Overview/Objective: Multi-hop relay technology that optimizes and reallocates Time Division Multiple Access (TDMA) time slots of Link 16 packets in real time under beyond-line-of-sight (BLOS) environments or severe electromagnetic interference.

•                Main Development/Verification Requirements: Autonomous calculation of optimal alternative routes via surrounding dynamic nodes when jamming occurs (latency of 20 milliseconds or less), and complete backward compatibility with existing MIDS/JTRS terminals.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Aerojet Rocketdyne

•                Science & Technology Advisory: Physical layer simulation of Ka-band/terahertz-band cognitive SDR waveforms penetrating the plasma sheath (ionized gas layer) generated during the flight of Hypersonic Glide Vehicles (HGV) / Hypersonic Cruise Missiles (HCM), and optimization of plasma dynamics control algorithms.

•                Intellectual Property Advisory: Black-boxing (know-how concealment) of basic patents regarding the tightly coupled structure of thermoelectric conversion elements and antenna modules under ultra-high-temperature environments, and construction of a strategy to block entry of competitors (Lockheed, Raytheon) using surrounding applied patents (patent guild).

•                L3Harris Maritime Systems

•                Science & Technology Advisory: Support for the development of cross-domain transport layer protocols that seamlessly bridge underwater acoustic MANET for UUVs (Unmanned Underwater Vehicles) and millimeter-wave SATCOM during surfacing.

•                Intellectual Property Advisory: Evaluation of patent portfolios regarding dynamic cryptographic key synchronization (HAIPE extension) between heterogeneous media (acoustic and radio waves), and design of a patent technology licensing framework aimed at acquiring consigned research (SBIR/STTR) from the US Naval Research Laboratory (NRL).

2. RTX (Formerly Raytheon Technologies)

•                Main Division/Sector: Collins Aerospace, Raytheon (Secure Sensor Solutions)

•                Main Products/Technologies: MIDS/JTRS (Link 16), MADL for F-35, Applied Signal Technology (SIGINT)

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Demonstration of Ultra-Directional Millimeter-Wave MADL Next-Generation Waveform (MADL-X) between 6th Generation Fighter (NGAD) and CCA

•                Target Core Domain: ② TDL / ③ LPI/LPD

•                Overview/Objective: Evolving the MADL equipped on the F-35 to establish an ultra-high-bandwidth, high-speed data link in the Ku/Ka/millimeter-wave bands between a fighter aircraft highly maneuvering at Mach 2 or higher and collaborative combat aircraft (CCA) without radio emissions being detected by enemy passive sensors.

•                Main Development/Verification Requirements: Ultra-high-speed active beamforming control of phased array antennas, spatial correction algorithms during turns and rolls, and real-time compressed transmission of gigabit-class raw sensor data.

•                【Consigned Research and Development Theme 2】Coordination of Wideband Signal Intelligence and Active Automated Jamming Waveform Synthesis Using RF Machine Learning (RFMLS)

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: Integration of Applied Signal Technology's signal intelligence technology into the SDR front end. A system that extracts unknown enemy communications, lasers, and radar waves in real time at the physical layer and instantly cognitively generates ECCM/EA (Electronic Attack) waveforms against them.

•                Main Development/Verification Requirements: ASIC/FPGA implementation of feature extraction algorithms from ultra-wideband (DC to 40 GHz) radio frequency environments using deep learning, and proactive jamming of enemy hopping waveforms linked with Digital Radio Frequency Memory (DRFM).

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Raytheon UK

•                Science & Technology Advisory: Speeding up the null-forming speed of adaptive digital beamforming (CRPA) using multi-element phased array antennas to sub-millisecond levels to comply with NATO's "Anti-Jamming Global Positioning System (AJAS)."

•                Intellectual Property Advisory: Advice on logical sandbox isolation and cleanroom development processes for source code and intellectual property (IP cores) to clear double regulations of the UK Ministry of Defence (MoD) unique security standards and US ITAR.

•                Pratt & Whitney (Military Engines / Sensor & Communications Division)

•                Science & Technology Advisory: Provision of beam steering control technology for rearward-directional LPI/LPD data links that burst-transmits data to CCA (Collaborative Combat Aircraft) while avoiding the ultra-high-temperature, highly ionized exhaust environments during afterburner operation of the F-135, etc.

•                Intellectual Property Advisory: Execution of Freedom to Operate (FTO) risk investigations regarding propulsion-system-integrated smart antennas, and IP landscape analysis to invalidate prior patents of GE Aerospace.

3. General Dynamics

•                Main Division/Sector: General Dynamics Mission Systems (GDMS), General Dynamics UK

•                Main Products/Technologies: Encryption/Ground Network Infrastructure, TACLANE Series (HAIPE), MUOS, SDR (CM-300/350)

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】100Gbps-Class Line Rate Post-Quantum Cryptography (PQC) HAIPE Hardware ASIC Implementation

•                Target Core Domain: ④ HAIPE

•                Overview/Objective: Next-generation upgrade of the "TACLANE Series" supporting top-secret communications of the US Government and military. ASIC/FPGA circuit design that processes lattice-based cryptography (such as ML-KEM) capable of withstanding decryption by quantum computers in real time at a line rate of 100 Gbps or more without causing communication latency.

•                Main Development/Verification Requirements: HAIPE extension that encapsulates bloated public keys associated with the introduction of PQC algorithms while suppressing packet overhead, and physical layer defense mechanisms against side-channel attacks (SCA) such as Differential Power Analysis (DPA) and TEMPEST (compromised electromagnetic emissions).

•                【Consigned Research and Development Theme 2】Multi-Level Security (MILS) Dynamic Tunneling in MUOS / Next-Generation Secure SATCOM

•                Target Core Domain: ④ HAIPE / ② TDL

•                Overview/Objective: Technology to dynamically route data streams of different confidentiality levels (Top Secret, Secret, etc.) within a single encryption hardware while physically and logically isolating them in the US Navy's MUOS (Mobile User Objective System) ground segment and terminals.

•                Main Development/Verification Requirements: Nanosecond-unit verification of identity and device integrity based on zero trust, and cryptographic synchronization maintenance algorithms in long-latency, high-packet-loss environments unique to satellite links.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                General Dynamics Land Systems (GDLS)

•                Science & Technology Advisory: Automated optimization of electromagnetic compatibility (EMC) among numerous electronic warfare (EW) masts, SDR radios (with built-in TACLANE), and active protection systems (APS) mounted on vehicles. Integration of cooperative frequency cancellation (co-site interference cancellation) algorithms using AI.

•                Intellectual Property Advisory: Formulation of an IP mix strategy to protect the core part of the company's "in-vehicle data bus high-speed encryption architecture" as "proprietary know-how" while disclosing only peripheral interfaces to establish them as Standard Essential Patents (SEP) in accordance with the US Army's mandating of MOSA (Modular Open Systems Approach).

•                Jet Aviation

•                Science & Technology Advisory: Verification of HAIPE (TACLANE-Flex) cryptographic session maintenance technology during ultra-low-latency handover of multi-orbit (GEO/LEO) multi-band SATCOM terminals in aircraft for high-ranking government officials.

•                Intellectual Property Advisory: Legal and technical consulting regarding the attribution and usage rights of dual-use patents when FAA (Federal Aviation Administration) certification IP associated with commercial aircraft modification coexists with military Type 1 encryption IP.

4. BAE Systems

•                Main Division/Sector: Electronic Systems (US Corporate Entity), Space & Mission Systems (Formerly Ball Aerospace), FAST Labs

•                Main Products/Technologies: F-22 (AN/ALR-94)/F-35 (AN/ASQ-239) Integrated EW Communications, SigWerx suite, Cognitive Radio

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Construction of Ultra-High-Speed Frequency Hopping (Chaotic Synchronization) Physical Layer Based on Non-Linear Chaotic Dynamical System Models

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: Led by FAST Labs. An ultra-high-speed hopping waveform generation technology that discards conventional cryptographic pseudo-random number-based patterns and uses mathematical models of non-linear chaotic dynamical systems to be "deterministic, yet appearing to the enemy purely as complete white noise."

•                Main Development/Verification Requirements: Development of a chaotic synchronization loop control circuit with nanosecond precision between transceivers, and verification of LPI/LPD characteristics that mathematically completely reject pattern analysis and prediction by enemy digital receivers.

•                【Consigned Research and Development Theme 2】SDR Implementation of Specific Device Identification (IFF) Deep Learning Models Using RF Fingerprints

•                Target Core Domain: ① SDR / ③ LPI/LPD

•                Overview/Objective: A system that detects device-specific radio wave "distortion and phase noise" caused by manufacturing imperfections in semiconductors, without relying on MAC addresses, etc., on software, to identify and track (IFF) enemy and friendly transmitting individuals in real time at the physical layer.

•                Main Development/Verification Requirements: Filtering technology that isolates only device-specific minute features (RF fingerprints) from surrounding environmental noise, and in-the-field behavioral learning to detect and eliminate signal replay attacks by the enemy.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                BAE Systems Australia

•                Science & Technology Advisory: Provision of deep learning-driven channel equalization technology that learns dynamic ionospheric variations in real time to maximize transmission throughput of ultra-long-range beyond-line-of-sight data links (supplementing Link 22) in the High Frequency (HF) band.

•                Intellectual Property Advisory: Creation of a joint intellectual property rights (Joint IP) pool in the fields of quantum communications and electronic warfare based on the Australia-United States-United Kingdom (AUKUS) Pillar 2 (Advanced Capabilities), and construction of an IP sharing platform that does not conflict with each country's export control regulations (ITAR, etc.).

•                BAE Systems Hägglunds

•                Science & Technology Advisory: Evaluation of distributed tactical position-sharing protocols that mutually correct magnetic non-uniformity and inertial navigation as a GPS alternative (A-PNT) among MANET nodes in extreme cold and geomagnetic anomaly regions.

•                Intellectual Property Advisory: Patent application strategies for integrated molding of environmentally robust enclosures and SDR boards in Sweden and the European Patent Office (EPO), and IP clearance regarding interoperability with other nation's vendors following NATO accession.

5. Northrop Grumman

•                Main Division/Sector: Mission Systems sector

•                Main Products/Technologies: BACN (Battlefield Airborne Communications Node), Heterogeneous Gateways

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Dynamic Protocol Automated Translation Core for Heterogeneous Gateways (BACN-X) in Mosaic Warfare

•                Target Core Domain: ② TDL

•                Overview/Objective: An advanced form of tactical airborne infrastructure (BACN). Development of a lightweight, autonomous "data link translation and routing engine" that can be mounted on distributed drones and CCAs to eliminate single points of failure. Realizes mutual communication among MADL, IFDL, and Link 16 without latency.

•                Main Development/Verification Requirements: A masterless distributed architecture that absorbs differences in the MAC layer and network layer of each data link to perform dynamic encapsulation and packet conversion, and an ultra-lightweight compilation engine that operates within airborne computing resources (SWaP-C constraints).

•                【Consigned Research and Development Theme 2】Ultra-Low-Latency Burst Transmission Link for Distributed AI Processing in Manned-Unmanned Teaming (MUM-T) Environments

•                Target Core Domain: ② TDL / ③ ECCM

•                Overview/Objective: A burst communication protocol that instantly transmits cognitive metadata required for collaborative computation of tactical AI from manned fighters to multiple CCAs without loss, even in jamming environments.

•                Main Development/Verification Requirements: Dynamic time slot control that automatically detects intervals between enemy jamming (microsecond-unit non-interference windows) and condenses and injects packets at ultra-high rates.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Northrop Grumman Space Systems

•                Science & Technology Advisory: Logic circuit (RTL) verification and timing analysis of ultra-high-speed hardware PQC (lattice cryptography) co-processors for terabit-class packet encryption of inter-satellite optical wireless communications (OISL) in the US Space Development Agency (SDA) Transport Layer.

•                Intellectual Property Advisory: Claim design that bypasses and blocks commercial prior patents of SpaceX (Starshield) and Amazon (Project Kuiper) in patent applications for autonomous satellite network routing (dynamic topology) in space.

•                Remotec

•                Science & Technology Advisory: Algorithm construction of MIMO-DSSS (Direct Sequence Spread Spectrum) ultra-robust SDR links that nullify severe radio wave attenuation and enemy improvised jamming (RC-IED jammers) during remote operation of EOD robots under concrete bulkheads or underground environments.

•                Intellectual Property Advisory: Patent infringement risk assessment when repurposing commercial drone/robot communication patents (such as DJI) for defense applications, and defensive construction of a patent network regarding internally developed anti-jamming waveforms.

6. Thales Group (France)

•                Main Division/Sector: Defence Mission Systems, Secure Communications & Info Systems

•                Main Products/Technologies: European Standard SDR (PR4G / SYNAPS), French Military CONTACT Program

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Dynamic Task Scheduler in Heterogeneous Environments for European Standard SDR (SYNAPS/CONTACT)

•                Target Core Domain: ① SDR

•                Overview/Objective: Supporting the European Defence Agency (EDA) and the French Military's CONTACT program. Development of a scheduling kernel that dynamically and optimally allocates various cryptographic algorithms and multi-band waveform processing tasks between FPGAs and CPUs on the European ESSOR architecture.

•                Main Development/Verification Requirements: Reduction of packet stack latency overhead in processing via the Hardware Abstraction Layer (HAL), and demonstration of logical sandbox isolation within the same SDR chip when European militaries bring together different cryptographic waveforms.

•                【Consigned Research and Development Theme 2】Concealment of Close-Proximity Ultra-Wideband Tactical Ad-Hoc Mesh Communications via the Inverse Utilization of Atmospheric Attenuation Characteristics (60 GHz Band)

•                Target Core Domain: ③ LPI/LPD / ② TDL

•                Overview/Objective: Inverse utilization of physical characteristics such as the radio wave absorption peak by oxygen molecules (near 60 GHz where atmospheric attenuation is extremely severe). Technology to maintain a gigabit-class tactical MANET within close-proximity fleets and armored vehicle units while concealing signals from distant enemy ELINT sensors.

•                Main Development/Verification Requirements: Adaptive modulation/demodulation algorithms that follow sudden attenuation fluctuations in real time under rainfall, fog, and combat-induced smoke/haze environments, and high-density directional beam control that suppresses radio wave leakage toward the enemy to zero.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Thales Alenia Space

•                Science & Technology Advisory: Beam scheduling optimization of active anti-jamming Q/Ka-band multi-beam hopping (transparent and digital regenerative payloads) corresponding to the French Military's Syracuse IV satellite system.

•                Intellectual Property Advisory: Negotiation strategies regarding the attribution of intellectual property rights for deliverables funded by the European Space Agency (ESA) (countermeasures against rights assertions unique to the French Government) and reconfiguration of patent portfolios for exports outside the EU.

•                Thales UK (Joint Systems Division)

•                Science & Technology Advisory: Physical layer mapping and autonomous relay multi-hop efficiency improvement of SDR waveforms (extended version of SYNAPS) for intra-building and underground combat in high-density urban spaces, corresponding to the UK military's digitalization plan.

•                Intellectual Property Advisory: Resolution of conflicts between European standard ESSOR waveform IP licensing policies and closed defense IP within the UK, and support for know-how attribution negotiations during multinational development.

7. Rohde & Schwarz (Germany)

•                Main Division/Sector: Secure Communications Division

•                Main Products/Technologies: Tactical Communication System "SOVERON Family" compatible with SDR/MANET, ATC Secure Radio

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Embedding Zero-Trust Multi-Level Security (MILS) into SOVERON for Non-US Defense Markets

•                Target Core Domain: ① SDR / ④ HAIPE

•                Overview/Objective: Integrating European independent standards of top-secret level encryption and MILS, which do not rely on US ITAR or NSA standards, into the internal physical layer and MAC layer of radios for the "SOVERON" system aimed at NATO and non-US allied nations.

•                Main Development/Verification Requirements: Implementation of a microkernel OS that completely isolates Unclassified communications and Top Secret data within a single SDR transceiver, and advancement of smart self-destruction (zeroize) trigger mechanisms against physical disassembly and analysis.

•                【Consigned Research and Development Theme 2】Defense Against Intelligent Jamming via AI-Driven Dynamic Spectrum Access (DSA)

•                Target Core Domain: ③ ECCM

•                Overview/Objective: A DSA algorithm where AI proactively detects and hops to evade surrounding blank spectrum on a nanosecond scale against "intelligent jammers" that target military wireless networks and learn/follow our communication patterns.

•                Main Development/Verification Requirements: Active scanning of radio environments and construction of interference prediction models without relying on static frequency allocation plans, and dynamic notch filter technology that does not generate mutual interference when borrowing civilian bands during emergencies.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Rohde & Schwarz Federal Systems (US Corporate Entity)

•                Science & Technology Advisory: Design supervision of a Hardware Abstraction Layer (HAL) for seamlessly embedding US military-specified Type 1 encryption (configuration-compatible) in the development of 3U OpenVPX form factor SOVERON SDR blades conforming to the US Army's SOSA standards.

•                Intellectual Property Advisory: Construction of a "clean data exchange" process and IP trust scheme to license SDR basic patents held by the German headquarters to the US military without conflicting with classified patents (Invention Secrecy Act) within the US.

•                ipoque GmbH

•                Science & Technology Advisory: Evaluation of AI models that identify in nanoseconds enemy disguised packet injection or abnormal traffic by insiders (hijacked nodes) within tactical networks from statistical features of packet length and transmission intervals (RFMLS application) while maintaining an encrypted state.

•                Intellectual Property Advisory: Optimization of patent claims (revising expressions to be specialized for the defense market) when repurposing civilian network analysis technology for military electronic warfare (cyber-EW convergence), and collection of invalidation materials against prior patents of US CACI, Leidos, etc.

8. Viasat

•                Main Division/Sector: Government Systems

•                Main Products/Technologies: Highly Secure Satellite Communications (SATCOM), Blue Force Tracking (BFT)

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Highly Secure Satellite Mesh Control in the Next-Generation Blue Force Tracking (BFT-3) Network

•                Target Core Domain: ④ HAIPE / ② TDL

•                Overview/Objective: Upgrading the BFT system that captures unit position information worldwide. Construction of an end-to-end encrypted mesh network utilizing millimeter-wave and laser communications in a hybrid Low Earth Orbit (LEO) and Geostationary Earth Orbit (GEO) satellite constellation.

•                Main Development/Verification Requirements: A routing protocol where multiple satellite nodes cooperate to dynamically reconfigure optimal encrypted tunnels (HAIPE) when ground terminals move or are shielded, and zeroing out cryptographic key resynchronization latency during satellite handover in electronic warfare environments.

•                【Consigned Research and Development Theme 2】Dynamic Reduction of HAIPE Packet Overhead and Adaptive Encapsulation in Tactical Edge Environments

•                Target Core Domain: ④ HAIPE / ① SDR

•                Overview/Objective: A packet compression and dynamic modulation technology that solves the problem where bloated security headers (such as ESP) unique to HAIPE strain communication bandwidth under harsh tactical environments where bandwidth is extremely narrow and packet loss occurs with high frequency.

•                Main Development/Verification Requirements: A "cross-layer optimization algorithm" that feeds back the effective throughput of the wireless link from the SDR layer to the HAIPE layer in real time to dynamically and variably control encryption strength and encapsulation depth.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Inmarsat Government

•                Science & Technology Advisory: Development support for a coordinated control system of cognitive beam switching and dynamic power boost so that US five-branch military tactical edge terminals (airborne, naval, manpack) do not lose links even in electronic warfare environments within a hybrid L/Ka-band constellation.

•                Intellectual Property Advisory: Optimization of intellectual property integration patterns after Viasat's acquisition of Inmarsat (elimination of IP duplication), cleaning up overlapping secure satellite routing patents, and cross-licensing negotiations against competitors (Eutelsat OneWeb, etc.).

•                RigNet

•                Science & Technology Advisory: Tactical optimization of the "Intelie" AI engine that predicts link flicker (instantaneous interruption) and automatically dynamically controls the redundancy of Forward Error Correction (FEC) without disrupting traffic within HAIPE encrypted tunnels at maritime and offshore relay bases.

•                Intellectual Property Advisory: Global patent application strategies (optimization of the PCT application route) for novel "adaptive secure edge computing" patents in the composite domain of civilian infrastructure defense patents (such as oil and gas platforms) and military coastal guard data links.

9. Lockheed Martin

•                Main Division/Sector: Missiles and Fire Control (MFC), Rotary and Mission Systems (RMS)

•                Main Products/Technologies: JADC2 Integration Nodes, 5G-MIL Architecture, Aegis/Defense System Data Links

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Establishment of Highly Concealed Container Communications in JADC2-Compliant "5G-MIL" Hybrid Tactical Edge Networks

•                Target Core Domain: ① SDR / ④ HAIPE

•                Overview/Objective: Hardening (hardening) civilian 5G Standalone (SA) core and millimeter-wave beamforming technologies for military use to perform secure container communications that ensure MILS (Multiple Independent Levels of Security) between land combat vehicles and UAVs.

•                Main Development/Verification Requirements: Integration of an ultra-lightweight HAIPE encryption engine directly under the 5G millimeter-wave UPF (User Plane Function), and maintenance of throughput of 10 Gbps or more in edge computing environments.

•                【Consigned Research and Development Theme 2】Development of Low Earth Orbit (LEO) Satellite Constellation-Linked Ultra-Low-Latency LPI/LPD Ballistic Missile Defense Data Links

•                Target Core Domain: ② TDL / ③ LPI/LPD

•                Overview/Objective: A directional high-speed data link that shares tracking data of hypersonic targets in milliseconds among Aegis ships, the space segment (tracking satellites), and interceptor missiles without being jammed or detected by enemy electronic warfare assets.

•                Main Development/Verification Requirements: Ultra-high-speed handover and tracking algorithms of Ku/Ka-band phased array antennas spanning three domains: space, air, and ocean.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Lockheed Martin Space

•                Science & Technology Advisory: Airborne cognitive data compression and multiplexing processing technology to detect minute thermal signatures of Hypersonic Glide Vehicles (HGV) and instantly downlink the tracking data to intercept assets (Aegis ships, Patriot) via Link 16 and next-generation TDL.

•                Intellectual Property Advisory: Application for mathematical patents regarding real-time target association (target correlation) algorithms in space-based sensor networks (among distributed nodes), and description supervision of software patents to avoid rejections under 35 U.S.C. § 101 (patent eligibility).

•                Sikorsky Aircraft

•                Science & Technology Advisory: Antenna placement and phase feedback control of millimeter-wave ultra-directional combat data links (with built-in MILS/HAIPE) that compensate in real time for radio wave shielding caused by the coaxial contra-rotating rotors of FLRAA (Future Long-Range Assault Aircraft).

•                Intellectual Property Advisory: Construction of a patent network regarding smart skin antenna structures integrated with the rotor drive system, and presentation of a differentiation map (discovering white space) against Bell's (competitor) communication IP for the V-280.

10. The Boeing Company

•                Main Division/Sector: Defense, Space & Security (BDS), Phantom Works

•                Main Products/Technologies: Aerospace Communication Systems, WGS (Wideband Global SATCOM), Airborne Platform (E-7, P-8) Data Links

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Robust TDL Topology in Distributed Airborne Mesh Networks for Airborne Commander (AWACS/E-7) Substitution

•                Target Core Domain: ② TDL / ③ ECCM

•                Overview/Objective: Assuming an environment where large command aircraft have retreated outside the standoff zone due to enemy anti-air electronic attacks. Development of next-generation waveforms where P-8, F/A-18, and UAV groups automatically configure an airborne ad-hoc mesh to share large-capacity wide-area synthetic radar images in real time.

•                Main Development/Verification Requirements: Dynamic Time Slot Allocation (DTMA) algorithms under severe jamming environments, and autonomous reconfiguration of network topology within 10 milliseconds when links are cut or nodes are lost.

•                【Consigned Research and Development Theme 2】Adaptive Cognitive Beam Alignment Compatible with WGS and Commercial LEO Hybrid SATCOM

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: Development of a cognitive front end that seamlessly switches between military geostationary satellites (WGS) and commercial low Earth orbit satellites (such as Starshield) using a single airborne SDR to maintain strategic communications while evading jamming.

•                Main Development/Verification Requirements: Establishment of digital beamforming that dynamically forms enemy jamming nulls (zero points) while correcting non-linear distortion of airborne millimeter-wave amplifiers.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Insitu, Inc.

•                Science & Technology Advisory: Development of hybrid ultra-lightweight SDR waveforms combining DSSS-FHSS (Direct Sequence Spread Spectrum - Frequency Hopping Spread Spectrum) to relay reconnaissance full-HD video and sensor metadata to the mothership at low rates and with high concealment while maintaining continuous flight for several days within enemy Direction Finding (DF) networks and radio jamming zones.

•                Intellectual Property Advisory: Protection of circuit IP regarding encryption-communication-integrated ASICs that have reduced the SWaP-C of small UAVs to the extreme, and support for introducing design IP leakage prevention measures (such as hardware watermarking) when outsourcing manufacturing to overseas vendors (foundries).

•                Aurora Flight Sciences

•                Science & Technology Advisory: Distributed edge AI learning and autonomous MANET topology control where drone swarms synchronize decision-making with each other via limited waveforms in a complete communication-denied (A2/AD) environment cut off from instructions from manned fighters.

•                Intellectual Property Advisory: Procedures for limiting government rights (March-in Rights) and separating proprietary exclusive patents in the civilian commercialization (such as UAM) of "autonomous cooperative communication algorithms" developed through consigned research for DARPA, etc. (such as the ACE program).

11. Cubic Corporation

•                Main Division/Sector: Cubic Mission, GATR Technologies

•                Main Products/Technologies: P5CTS (Training Data Link), Inflatable Satellite Communication Antennas (GATR), LVC Communications

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Ultra-High Density and High Concealment of "Next-Generation P5 Data Links" for LVC (Live, Virtual, and Constructive) Large-Scale Combat Training Exercises

•                Target Core Domain: ② TDL / ④ HAIPE

•                Overview/Objective: A high-bandwidth data link that encrypts (HAIPE-compliant) and centrally transmits real-time simulated engagement data in milliseconds during ultra-large-scale multi-domain exercises where thousands of air, land, and cyber assets connect simultaneously.

•                Main Development/Verification Requirements: Extremization of TDMA collision avoidance algorithms when dynamically participating nodes increase sharply, and development of ultra-small, low-power consumption (SWaP) encryption modules mountable on each aircraft pod.

•                【Consigned Research and Development Theme 2】Optimization of High-Gain LPI/LPD Satellite Communication Links for Edge Environments Using GATR Inflatable Parabolic Antennas

•                Target Core Domain: ③ LPI/LPD

•                Overview/Objective: Ka/X-band highly concealed communication technology that utilizes ultra-lightweight inflatable antennas at microscopic bases deployed by forward maneuvering forces to suppress sidelobes (unwanted radiated radio waves) to the extreme and reject enemy Direction Finding (DF).

•                Main Development/Verification Requirements: Dynamic beam centering that digitally phase-corrects minute deformations of the antenna sphere caused by strong winds or environmental changes to maintain pinpoint radio wave directionality.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Cubic Mission Solutions (CMS)

•                Science & Technology Advisory: Optimization of ultra-low-latency virtualization stacks of containerized virtual routers and hardware HAIPE encryption devices ensuring Multiple Independent Levels of Security (MILS) on the ultra-small baseband kit "DTECH M3-SE" for forward command posts.

•                Intellectual Property Advisory: Patenting of automated cryptographic key zeroization (erasure) structures during hot-swapping between plug-in modules in open system blades compliant with SOSA/MOSA standards, and licensing strategies for competitors (Curtiss-Wright).

•                *GATR Technologies (Redefined as functional subsidiary slot)

•                Science & Technology Advisory: Construction of a feedback control system that detects minute curvature distortions on the parabolic surface inside an inflatable spherical antenna and applies digital compensation (phase correction) to maintain Ka/X-band ultra-directionality.

•                Intellectual Property Advisory: Global patent map analysis of materials engineering (conductive elastomers) and structural patents, and design of intellectual property protection programs for exercising injunction rights in the Asian market where counterfeits are common.

12. Leonardo (Italy)

•                Main Division/Sector: Electronics Division (Formerly Selex ES), Leonardo DRS (US Corporate Entity)

•                Main Products/Technologies: Radios compliant with ESSOR (European Standard SDR Waveform), Secure Data Links for Helicopters/UAVs

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Implementation of Multi-Hop Secure Waveforms for Multinational Joint Operations Compliant with the European ESSOR Architecture

•                Target Core Domain: ① SDR / ② TDL

•                Overview/Objective: Development of SDR-based cryptographic gateways and protocols for NATO and European Union (EU) nations to share and mutually communicate over a single high-bandwidth MANET (ESSOR HDR waveform) on the battlefield while possessing different cryptographic systems.

•                Main Development/Verification Requirements: Ensuring portability of waveform applications compliant with Software Communications Architecture (SCA 4.1), and strict enforcement of security isolation (MILS) among multiple nations.

•                【Consigned Research and Development Theme 2】Development of Millimeter-Wave LPI/LPD Data Links Overcoming Rotor Blade Interference of Rotary-Wing Aircraft (Helicopters)

•                Target Core Domain: ③ LPI/LPD

•                Overview/Objective: Technology to solve the problem where fast-rotating rotor blades block (shadow) radio waves at the physical layer and MAC layer in attack helicopters and vertical takeoff and landing UAVs, maintaining millimeter-wave high-speed links that are not intercepted by the enemy.

•                Main Development/Verification Requirements: Predictive time slot control that burst-emits packets in synchronization with the rotation period of the blades, and high-speed Rake receiver synthesis of multipath fading.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Leonardo DRS (US Corporate Entity)

•                Science & Technology Advisory: Tuning of the Linux real-time networking stack to suppress tactical internet latency to 10 milliseconds or less while encrypting (HAIPE) between distributed in-vehicle servers in the US Army's next-generation mission command (MFoCS III).

•                Intellectual Property Advisory: Intellectual property information isolation based on DOD security requirements (NIST SP800-171/CMMC) during technology transfer from the Italian parent company, and intellectual property "US localization" strategies to conform to the Buy American Act.

•                Telespazio (Joint venture with Thales)

•                Science & Technology Advisory: Development of hybrid quantum cryptography overlay technology onto existing HAIPE networks using Quantum Key Distribution (QKD) between ground gateways, compliant with the European Secure Satellite Communications Programme (GOVSATCOM).

•                Intellectual Property Advisory: European patent acquisition strategies regarding multi-tenant security isolation software in space operations (ground station control), and license compliance (avoiding GPL contamination) when mixing open-source software (OSS).

13. Airbus Defence and Space (Europe)

•                Main Division/Sector: Military Aircraft Division, Space Systems Division

•                Main Products/Technologies: FCAS Combat Cloud, Laser Space Communications, Tactical Secure IP Networks

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Airborne Core Architecture of Ultra-High-Speed Distributed Cryptography (HAIPE-X) for Next-Generation Fighter (FCAS) "Combat Cloud"

•                Target Core Domain: ④ HAIPE / ② TDL

•                Overview/Objective: Development of a terabit-class compatible next-generation in-line cryptographic processing engine to protect large-capacity data exchange within the "Combat Cloud" formed by fighters, UAVs (remote carriers), and satellites in Europe's next-generation fighter aircraft system.

•                Main Development/Verification Requirements: Ultra-low-latency decryption processing (nanosecond level) capable of withstanding optical (laser) communications and high-bandwidth RF data links, and dynamic key exchange protocols that synchronize with airborne cloud orchestration.

•                【Consigned Research and Development Theme 2】High-Precision Beam Tracking and Extremization of LPI/LPD Characteristics in Air-to-Air and Air-to-Space Laser Optical Communication Links

•                Target Core Domain: ③ LPI/LPD / ② TDL

•                Overview/Objective: Establishment of airborne and inter-satellite laser communication links connecting standoff distances of 100 km or more in a state of complete electromagnetic concealment (EMCON) without any radiation via radio waves.

•                Main Development/Verification Requirements: High-speed Fast Steering Mirror (FSM) control algorithms that cancel atmospheric turbulence and aircraft vibration (jitter) during supersonic flight, and implementation of quantum cryptography (QKD) on airborne platforms.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Airbus U.S. Space & Defense, Inc.

•                Science & Technology Advisory: Digital mockups and recalculation of RF link budgets for integrating secure data links and SDRs (US-specified) proven on European platforms for US Army UH-60 and US Coast Guard aircraft.

•                Intellectual Property Advisory: Legal and technical scheme formulation for independent management of intellectual property rights and cleanroom operations within the US independent corporate entity under Foreign Ownership, Control, or Influence (FOCI) mitigation agreements, and support for acquiring R&D budgets from US Tri-Service Research Laboratories.

•                Tesat-Spacecom

•                Science & Technology Advisory: Optimization of high-speed Adaptive Optics (AO) mirror control and airborne Adaptive Coding and Modulation (ACM) that minimize bit errors due to atmospheric turbulence in direct laser downlinks from Earth orbit to mobile objects (aircraft, naval vessels).

•                Intellectual Property Advisory: Standard Essential Patent (SEP) procedures for the company's patents under the SDA (US Space Development Agency) optical communications interoperability standards, and proactive avoidance of patent troll-like risks against US and Chinese competing assets.

14. Saab AB (Sweden)

•                Main Division/Sector: Surveillance Business Area, Aeronautics (Gripen)

•                Main Products/Technologies: TIDLS (Tactical Information Data Link System), Airborne Electronic Warfare Systems, SDR Radar Composites

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Development of RF Convergence (Shared Use) SDR Waveforms that Parallel-Process Electronic Warfare (EW) and Wireless Communications via a Single Array

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: In electronic warfare assets such as the Gripen fighter, performing parallel execution of enemy electronic attack (EA) radiation and ultra-high-speed data links (ECCM) with allies via the same AESA antenna and SDR back end on a millisecond time-division and frequency-division basis.

•                Main Development/Verification Requirements: Digital Self-Interference Cancellation (SIC) technology that cancels by 100 dB or more "self-interference" where high-power jamming waves radiated by the own aircraft loop into the communication reception port.

•                【Consigned Research and Development Theme 2】Development of Non-Line-of-Sight (NLOS) Tactical High-Throughput MANET in Nordic Scandinavian Terrains (Fjord/Forest)

•                Target Core Domain: ② TDL / ③ ECCM

•                Overview/Objective: Construction of robust high-speed data links that complement and extend Link 16 by overcoming severe multipath and diffraction attenuation between aircraft performing terrain-following flight or ground troops concealed behind mountains and forests.

•                Main Development/Verification Requirements: Cognitive optimization of dynamic hopping patterns linked with radio wave propagation predictions based on terrain data.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Saab Defense and Security USA (SDAS)

•                Science & Technology Advisory: Parallel implementation of large-capacity, ultra-directional secure data links (avoiding electromagnetic interference with other radars) utilizing the antenna array of SeaGIRAFFE radars for the US Navy's next-generation missile destroyers (DDG(X)).

•                Intellectual Property Advisory: Close examination of the scope of application for "Federal Government non-exercise rights" under US patent law regarding joint research deliverables with the ONR (Office of Naval Research), and strict separation of proprietary intellectual property as Background IP (BIP).

•                Saab Barracuda

•                Science & Technology Advisory: Optimization of Frequency Selective Surface (FSS) materials that permit only the radio waves (specific frequency and phase windows) of the own military's SDR/MANET to penetrate from inside multi-spectrum camouflage nets using special radio-absorbing and radio-transmitting materials, while completely concealing equipment from enemy thermal and millimeter-wave radars.

•                Intellectual Property Advisory: Construction of matrix-type patent networks in the boundary fields of materials science, textiles, and electromagnetic wave control, and design of licensing models for expansion into the civilian infrastructure defense market.

15. Israel Aerospace Industries (IAI) / ELTA Systems (Israel)

•                Main Division/Sector: ELTA Systems (Subsidiary specialized in defense electronics)

•                Main Products/Technologies: Secure Data Links, Military SATCOM, Electronic Warfare/SIGINT Systems

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Active Protection and Waveform Regeneration of SDR Front Ends Under High-Density Electromagnetic Pulse (EMP) and Directed Energy Interference

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: An extreme ECCM front end that continues demodulation in minute gaps of interference (nanosecond scale) while preventing the Low Noise Amplifier (LNA) of the radio from saturating or being destroyed by enemy ultra-high-power electronic attacks (such as High-Power Microwaves: HPM).

•                Main Development/Verification Requirements: Ultra-low-latency coordination between high-speed plasma limiter circuits and Digital Signal Processing (DSP), and algorithms where AI dynamically compensates and predictively restores missing portions of waveform patterns.

•                【Consigned Research and Development Theme 2】Prototyping of Ultra-Lightweight MILS-Compliant Encryption IP Gateways for Multi-Domain Tactical Mesh

•                Target Core Domain: ④ HAIPE

•                Overview/Objective: Development of inline encryption devices equivalent to NSA Type 1 that operate under extreme SWaP constraints with weights under a few hundred grams and power consumption of a few watts, in order to protect camera video and control links (TDL) of suicide drones (loitering munitions) or microscopic UAVs.

•                Main Development/Verification Requirements: High-density FPGA/ASIC implementation of encryption IP cores with optimized hardware macrocells, and secure packet header compression over narrow-bandwidth lines.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                ELTA North America

•                Science & Technology Advisory: Design of ultra-high-speed RF blanking and digital co-site interference cancellation filters that jam drone control and GNSS links while simultaneously not obstructing tactical data links (MIDS/JTRS) with surrounding friendly nodes at all, within C-UAS systems for fixed-wing and unmanned aircraft aimed at the US Department of Defense.

•                Intellectual Property Advisory: Intellectual property information isolation capable of withstanding US Defense Security Service (DSS) audits when licensing-in core technologies (AESA, SDR) from the Israeli headquarters, and intellectual property "US localization" strategies to conform to the Buy American Act.

•                TSG IT Advanced Systems (Joint venture asset)

•                Science & Technology Advisory: Establishment of deadlock avoidance and ultra-low-latency synchronization algorithms for real-time distributed databases in systems that automatically fuse target data collected from land, sea, and air via AI and instantly allocate it to optimal firing assets via Link 16/22.

•                Intellectual Property Advisory: Balancing trade secret protection of algorithm source code and patent filing in tactical C4I software, and clearance with competitors during expansion into Europe and the US.

16. Rafael Advanced Defense Systems (Israel)

•                Main Division/Sector: Land & Naval Systems Division, Air & C4ISR Systems Division

•                Main Products/Technologies: BNET Series (Broadband Concurrent Reception SDR), Secure MANET Waveforms

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Demonstration of "Multi-Dimensional Concurrent Channel Reception" Cognitive Anti-Jamming Waveforms Utilizing BNET Architecture

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: Unlike conventional systems that hop one channel at a time, technology that completely nullifies enemy full-band jamming by taking advantage of BNET's unique hardware capability to "receive and process all allocated frequency bands (tens to hundreds of MHz wide) simultaneously."

•                Main Development/Verification Requirements: Ultra-parallel DSP algorithms that, upon detecting localized interference at a specific frequency within the full band, instantly "zero (null)" only that channel with a filter in the digital domain and combine and demodulate packets from all other concurrent channels.

•                【Consigned Research and Development Theme 2】Optimization of Manpack-Type LPI/LPD-Compliant Wideband Ad-Hoc Data Links in Ultra-High-Density Military Operations in Urban Terrain (MOUT) Environments

•                Target Core Domain: ② TDL / ③ LPI/LPD

•                Overview/Objective: When infantry units deploy inside buildings, underground, or in intricate alleys, transmitting individual soldiers' biological vitals and HD video without being detected by the enemy by overcoming radio wave shielding and multiple reflections by concrete.

•                Main Development/Verification Requirements: Advanced combination of Multiple-Input Multiple-Output (MIMO) antenna space coding that inversely utilizes surrounding reflected waves, and DSSS (Direct Sequence Spread Spectrum) that lowers transmission power to the thermal noise (background noise) level.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                DSIT Solutions

•                Science & Technology Advisory: Waveform design of Underwater Acoustic Digital Spread Spectrum (A-DSSS) communications with LPI/LPD characteristics that evade enemy passive sonar detection between submarines and UUVs, and real-time equalization technology for phase distortion caused by multipath.

•                Intellectual Property Advisory: Construction of patent strategies regarding secure man-patrol and array placement via underwater acoustics, particularly prior investigation of secret patent regulations (restrictions on patent publication) in each country for entry into maritime nations (Japan, US, UK).

•                ERCAS B.V. (European subsidiary contact window)

•                Science & Technology Advisory: Demonstration of interoperability (electromagnetic non-interference) with European-made EW environments for data links (fiber optic/RF hybrid) of Eurofighters or "Spike" missiles mounted on next-generation European missile systems.

•                Intellectual Property Advisory: Elimination of infringement litigation risks for Background IP in defense equipment developed within a joint venture of multiple European countries, and optimization of equity ratios for Foreground patents generated through joint development.

17. Elbit Systems (Israel)

•                Main Division/Sector: C4I and Cyber Division

•                Main Products/Technologies: E-LynX Family (Next-Generation Tactical SDR), Digital Soldier Systems

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Development of Autonomous Dynamic Network Slicing Protocols for Vehicle-Mounted and Infantry SDR "E-LynX"

•                Target Core Domain: ① SDR / ② TDL

•                Overview/Objective: Within a single tactical wireless network, technology to dynamically separate bandwidth and priority (QoS) for C4I text commands (highest priority), voice communications, and reconnaissance video from unmanned vehicles (large capacity) according to the battle situation (slicing).

•                Main Development/Verification Requirements: MAC layer distributed consensus algorithms where the SDR of each node autonomously adjusts and agrees on surrounding traffic in a completely distributed environment without base stations.

•                【Consigned Research and Development Theme 2】Prototyping of Robust Burst Links for Distributed C4I Database Synchronization Under Severe Electronic Jamming (EA)

•                Target Core Domain: ② TDL / ③ ECCM

•                Overview/Objective: In order to share a Common Operational Picture (COP) at the tactical edge, a protocol that rapidly synchronizes only delta data utilizing communication recovery windows of a few milliseconds, even in severe jamming environments where the packet loss rate exceeds 80%.

•                Main Development/Verification Requirements: Development of an adaptive transport layer that dynamically varies Forward Error Correction (FEC) with ultra-high coding rates and packet interleaving.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Elbit Systems of America (ESA)

•                Science & Technology Advisory: Implementation of dynamic packet header compression algorithms on the edge side for the ESA-made tactical manpack SDR "E-LynX" connected to the US Army's IVAS, and construction of high-speed Transmission Power Control (TPC) that reduces battery power consumption by 30%.

•                Intellectual Property Advisory: Sole ownership rights of intellectual property at US manufacturing facilities, and determining the scope of open-sourcing (FRAND conditions) proprietary confidential patents when making technical proposals to the DOD's "SOSA Consortium."

•                Cyberbit

•                Science & Technology Advisory: Development of the core engine of a high-precision tactical cyber range that emulates composite cyber-Radio Frequency (RF) attacks (such as airborne waveform malware injection) targeting the protocol stacks of military wireless (SDR/TDL).

•                Intellectual Property Advisory: Formulation of a criteria matrix for patenting versus trade secrets in making intellectual property out of cyberattack scenarios and vulnerability detection algorithms, and optimization of licensing rollouts to NATO countries.

18. Booz Allen Hamilton

•                Main Division/Sector: Defense and Intelligence Sector, Strategic Innovation Group

•                Main Products/Technologies: Defense AI/ML Integration, DARPA Program Integration, Zero Trust

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Design and Simulation of the AI Orchestration Layer for the DARPA Cognitive Radio Program

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: Development of a higher-level AI orchestrator that integrates and controls individual SDR waveforms and AI models developed by each prime vendor on DARPA's common architecture to optimize Electromagnetic Spectrum Operations (EMSO) across the entire theater.

•                Main Development/Verification Requirements: Verification of cognitive interference avoidance algorithms on a scale of tens of thousands of nodes using a digital twin environment (wireless emulator), and optimization of reward design for reinforcement learning models.

•                【Consigned Research and Development Theme 2】Construction of Dynamic HAIPE Authentication and Access Control Engines in Zero-Trust Tactical Edge Networks

•                Target Core Domain: ④ HAIPE

•                Overview/Objective: Extending HAIPE, which presupposes a static IP network, to build a system that dynamically revokes and reissues cryptographic keys and access privileges in millisecond units within tactical ad-hoc networks where nodes constantly swap and there is a risk of partial capture (compromise by enemy hands).

•                Main Development/Verification Requirements: Continuous trust scoring based on device "behavior" verification, and ultra-narrowband distributed delivery protocols for Certificate Revocation Lists (CRL).

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Liberty IT Solutions

•                Science & Technology Advisory: Design of secure APIs that seamlessly hand over HAIPE encrypted data streams from ground MANET terminals to cloud-side zero-trust architectures (such as secure multi-party computation) within the Defense Information Systems Agency (DISA) Joint Tactical Cloud.

•                Intellectual Property Advisory: Patent acquisition in cloud-native military authentication systems (avoiding "abstract idea" rejections by the USPTO), and intellectual property rights protection for commercial extended parts of open-source container security technology.

•                Booz Allen Hamilton UAE

•                Science & Technology Advisory: Formulation and evaluation of "proprietary secure gateway" specifications outside the US to interconnect data links (Link 16 and non-US TDL) between US-made assets and European-made assets in the modernization of UAE military multi-domain operations.

•                Intellectual Property Advisory: Gap analysis between US Export Administration Regulations (ITAR) and UAE domestic laws, strict enforcement of intellectual property protection clauses (provisions) during technology transfer agreements, and intellectual property infringement risk management in the Middle East region.

19. CACI International

•                Main Division/Sector: National Security and Innovative Solutions sector

•                Main Products/Technologies: Signal Intelligence (SIGINT), Electronic Warfare, C-UAS Systems

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Development of High-Precision, Real-Time Enemy Tactical Wireless Geolocation (Location Identification) Waveforms Utilizing Wideband SDR

•                Target Core Domain: ① SDR / ③ LPI/LPD

•                Overview/Objective: In order to detect advanced LPI/LPD radios (weak transmission power, ultra-high-speed hopping) used by the enemy, a system where multiple CACI-made SDR sensor nodes synchronize in nanoseconds to calculate Time Difference of Arrival (TDOA) and Angle of Arrival (AOA) to assign the enemy's transmission location.

•                Main Development/Verification Requirements: Development of wireless synchronization links that maintain high-precision proprietary time synchronization (atomic clock hybrid) among nodes in environments where satellite GPS is jammed (inside A2/AD zones).

•                【Consigned Research and Development Theme 2】"Electromagnetic Coexistence" Control Algorithms for Counter-Unmanned Aircraft Systems (C-UAS) Electronic Attack and Own Military LPI Tactical Communications

•                Target Core Domain: ③ ECCM / ① SDR

•                Overview/Objective: Cognitive control that maintains the own military's SDR tactical communications with zero latency by exploiting the frequency, space, and time "gaps (nulls)" of the radiation pattern while forward troops are radiating high-power jamming to neutralize enemy drones.

•                Main Development/Verification Requirements: High-speed (sub-microsecond) interfaces and dynamic blanking control circuits between the RF front end of C-UAS transmitters and own military radios.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                ID Technologies

•                Science & Technology Advisory: Optimization of ultra-lightweight VPN stacks compliant with NSA's "CSfC" that apply double-layer encryption to civilian smart devices for secure connection to Top Secret data link networks.

•                Intellectual Property Advisory: Patenting of additional extended functions in the process of turning civilian communication protocols (5G/Wi-Fi) into military "CSfC," and determination and avoidance of licensing conflict risks with patents held by major civilian chip vendors.

•                Next Century Corporation

•                Science & Technology Advisory: Development of geospatial AI fusion engines that predictively compensate for missing packets from Link 16 messages that can only be partially received under enemy communication jamming, using past movement trajectories (context) of surrounding enemies and allies.

•                Intellectual Property Advisory: Construction of patent networks regarding "tactical situation prediction algorithms from incomplete data," and proposals for intellectual property strategies aimed at securing commercial exclusive rights for DARPA deliverables.

20. Leidos

•                Main Division/Sector: Defense Systems Sector, Advanced Solutions Group

•                Main Products/Technologies: Defense R&D, Unmanned Autonomous Vessel (USV/UUV) System Integration, Edge Cloud

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Development of "Acoustic-Wireless Composite Type" Dynamic Cross-Domain TDL for Completely Autonomous Unmanned Surface Vessels (USV) and Underwater Vehicles (UUV)

•                Target Core Domain: ② TDL / ③ ECCM

•                Overview/Objective: In unmanned vessels developed by Leidos (such as the "Sea Hunter"), a data link that dynamically spans communication media with completely different physical characteristics—airborne (UHF/millimeter-wave), maritime (VHF), and underwater (acoustic communications)—to relay tactical packets over optimal routes while evading enemy jamming and detection.

•                Main Development/Verification Requirements: Adaptive cross-layer routing that transparently integrates acoustic (extremely low bandwidth, long latency) and wireless (high bandwidth, short latency) protocol stacks.

•                【Consigned Research and Development Theme 2】Performance Verification of Containerized HAIPE Virtual Appliances (vHAIPE) in Distributed Edge Defense Clouds

•                Target Core Domain: ④ HAIPE

•                Overview/Objective: Assuming cases where installation of physical encryption hardware (such as TACLANE) is difficult in micro data sensors deployed in forward armored vehicles or headquarters. Demonstration of software-defined encryption gateways equivalent to NSA Type 1 operating in virtualized environments on x86/ARM processors.

•                Main Development/Verification Requirements: Optimization of packet injection that drives hardware AES-NI or QAT to the limit to suppress packet latency due to virtualization environment overhead to 5 microseconds or less.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Dynetics

•                Science & Technology Advisory: Provision of digital pre-distortion (DPD) correction waveform generation technology that performs real-time correction of structural and electrical property fluctuations of SDR antenna elements under severe vibration and thermal loads during re-entry of Hypersonic Glide Vehicles (HGV).

•                Intellectual Property Advisory: Filing of secret patents regarding advanced electronic warfare (cognitive jamming) algorithms (utilization of Invention Secrecy), and rights separation between patents and know-how in projects commissioned by the Air Force Research Laboratory (AFRL).

•                Gibbs & Cox

•                Science & Technology Advisory: Integrated topside electromagnetic spectrum control that maintains high-gain secure links in all directions while embedding antenna arrays into the outer hull within the stealth hull structures of Medium and Large Unmanned Surface Vessels (MUSV/LUSV).

•                Intellectual Property Advisory: Construction of composite shipbuilding-communication patents regarding "communication redundancy and autonomous recovery systems" for autonomous vessels, and establishment of intellectual property superiority against major competing shipbuilders.

21. SAIC (Science Applications International Corporation)

•                Main Division/Sector: Defense and Civilian Sector

•                Main Products/Technologies: Digital Engineering, System Integration, IVAS Integration

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Construction of a Dynamic Topology Simulation Environment for JADC2 Multi-Layer Wireless Communication Networks Using Digital Twins

•                Target Core Domain: ② TDL / ① SDR

•                Overview/Objective: Reproducing the communication networks of JADC2 (Joint All-Domain Command and Control) environments—where tens of thousands of nodes from space to ground and individual soldiers' wearable terminals are intricately intertwined—on a digital twin linked with Live data. A foundation that foresees the impact of enemy jamming on the entire network and instructs evasion waveforms.

•                Main Development/Verification Requirements: Development of a simulation engine that performs large-scale parallel computation of physical layer radio wave propagation models, MAC layer protocol behaviors, and network layer routing on a scale of tens of thousands of nodes in real time.

•                【Consigned Research and Development Theme 2】System Integration of Ultra-Low-Latency, Highly Concealed Tactical Data Links for Integrated Visual Augmentation System (IVAS: Next-Generation Infantry AR Goggles)

•                Target Core Domain: ② TDL / ③ LPI/LPD

•                Overview/Objective: System integration and business operations of close-proximity inter-soldier data links that are ultra-wideband and difficult to detect via radio waves (LPI/LPD) to deliver UAV thermal video, 3D maps, and enemy position information without latency (20 milliseconds or less) to IVAS goggles worn by infantry.

•                Main Development/Verification Requirements: Wearable distributed antenna array control that avoids the influence of the soldier's body (attenuation of millimeter waves by the human body).

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Halfaker and Associates

•                Science & Technology Advisory: Automated deployment (DevSecOps) and access restriction of HAIPE-compliant encrypted data objects into distributed zero-trust edge computing environments within the US Department of Defense's common tactical information network.

•                Intellectual Property Advisory: Formation of cloud patent portfolios regarding "dynamic access control of containerized defense applications," and ensuring consistency with the intellectual property policies of major cloud vendors (AWS/Azure defense divisions).

•                SAIC Integration Center

•                Science & Technology Advisory: Validity verification of simulation models for automated compilation and translation gateways between each data link when countless heterogeneous nodes are temporarily connected on the battlefield based on DARPA's "Mosaic Warfare" concept.

•                Intellectual Property Advisory: Patent acquisition strategies regarding the "core engine structure" of large-scale distributed simulators, and securing proprietary rights for unique algorithms while maintaining compatibility with simulation standards (HLA/DIS) within the US military.

22. Parsons Corporation

•                Main Division/Sector: Defense and Space Sector

•                Main Products/Technologies: Space Cybersecurity, Electronic Warfare, LEO Ground Segments

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Prototyping of Megabit-Class Post-Quantum Cryptography (PQC) Space HAIPE for Low Earth Orbit (LEO) Tactical Satellite Constellations

•                Target Core Domain: ④ HAIPE

•                Overview/Objective: In order to counter cyberattacks and interception targeting the space domain, implementing lattice-based PQC adapted to HAIPE standards on tactical satellite payloads (space radiation-hardened FPGAs) to protect classified communications between ground and satellites.

•                Main Development/Verification Requirements: Circuit optimization to accommodate PQC and HAIPE packet processing functions at high density within the limited logic gates of space-use low-power consumption FPGAs.

•                【Consigned Research and Development Theme 2】Cognitive Waveform Injection Attack and Defense Technologies in Cyber-Electromagnetic Spectrum Operations (CEMS)

•                Target Core Domain: ① SDR / ③ ECCM

•                Overview/Objective: Development of attack waveforms that not only send jamming as radio waves against enemy SDR wireless networks but also inject fake packets exploiting protocol vulnerabilities to paralyze enemy networks, as well as detection and defense algorithms when own military wireless faces similar attacks.

•                Main Development/Verification Requirements: Real-time detection of disguised packets from minute discomforts (anomalies) in packet arrival times or header configurations using machine learning.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Braxton Science & Technology Group (BSTG)

•                Science & Technology Advisory: Protocol verification of control software compatible with open architecture (EGS) that dynamically switches secure encrypted links (HAIPE-supported) with satellites across multiple ground stations in the US Space Force's next-generation Satellite Control Network (SCN).

•                Intellectual Property Advisory: An intellectual property defense strategy where non-essential patents in standardized interfaces of space control software are strategically filed as proprietary patents to serve as cards during cross-licensing negotiations against competitors (such as Kratos).

•                Sealing Technologies, Inc.

•                Science & Technology Advisory: Speeding up packet analysis processors that perform inline real-time detection and blocking of cyberattacks (packet injection) via tactical MANET in Cyber Protection Kits (CPK) for tactical edges of cyber defense forces.

•                Intellectual Property Advisory: Acquisition of patents regarding "hardware-accelerated deep packet inspection at tactical edges," and acquiring new R&D budgets from the US Army Cyber Command (ARCYBER).

23. Silvus Technologies

•                Main Division/Sector: R&D Division

•                Main Products/Technologies: StreamCaster Series, MN-MIMO Waveforms, Defense MANET

A. Cutting-Edge Consigned Research Themes at the Parent Company

•                【Consigned Research and Development Theme 1】Extension of Extreme Jamming Resistance (ECCM) Waveforms Using MN-MIMO in Urban Non-Line-of-Sight (NLOS) Environments

•                Target Core Domain: ③ ECCM / ① SDR

•                Overview/Objective: Further evolving MN-MIMO, which is the company's core technology, to utilize 4x4 or 8x8 antenna arrays so that when the enemy launches powerful co-frequency interference (spot jamming), a "null" is formed spatially only in the direction of the jamming radio waves to maintain communications.

•                Main Development/Verification Requirements: Digital adaptive spatial filtering that updates beam weights in nanoseconds against jamming flying in not only from stationary objects but also from high-speed moving drones or vehicles.

•                【Consigned Research and Development Theme 2】Dynamic Transmission Power Minimization (LPD) Tracking Algorithms for Highly Mobile Autonomous Unmanned Swarm (Swarm Control) UAVs

•                Target Core Domain: ③ LPI/LPD / ② TDL

•                Overview/Objective: When groups of tens to hundreds of small drones fly autonomously while communicating with each other, all nodes narrow down transmission outputs to the "minimum required power to maintain communication" in real time, reducing the probability of detection by the enemy's wide-area electronic intelligence (ELINT) network to the extreme.

•                Main Development/Verification Requirements: High-speed algorithms that foresee packet loss when a drone turns or accelerates sharply, dynamically calculate fading margins, and perform precise feedback control of transmission power in 1 dB units.

B. Science and Technology / Intellectual Property Advisory Services at Related Subsidiaries

•                Silvus Technologies Federal Systems

•                Science & Technology Advisory: Implementation of cognitive modulation algorithms for ultra-long-period pseudo-random number chaotic Direct Sequence Spread Spectrum (DSSS) to make the transmission patterns of MN-MIMO waveforms emitted by StreamCaster appear statistically identical to surrounding thermal noise in special mission wireless for SOCOM.

•                Intellectual Property Advisory: Construction of exclusive patent networks linked with DARPA programs regarding "spatial, temporal, and frequency 3D composite LPI/LPD MIMO waveforms," and close examination of claims toward patent infringement lawsuits against competitors (Persistent Systems).

•                Silvus Technologies Europe B.V.

•                Science & Technology Advisory: Porting of StreamCaster waveforms as a subset of the ESSOR architecture and optimization of FPGA resources to be interoperable with NATO tactical data links while complying with defense wireless band regulations of European countries.

•                Intellectual Property Advisory: Countermeasures against patent oppositions for MIMO wireless control patents at the European Patent Office (EPO), and strict enforcement of proprietary waveform IP protection and disclosure conditions (NDA) when entering alliances with European defense vendors (such as Thales).

24. Persistent Systems

• Major Departments/Sectors: Engineering and R&D Department

• Major Products/Technologies: Wave Relay (MANET), Tactical Ground Radio, Edge Computing

A. Cutting-Edge Contract Research Themes at the Parent Company

• [Contract Research and Development Theme 1] Extremizing the Scalability of the "Wave Relay" Waveform in Ultra-Large-Scale, High-Mobility Tactical MANETs on a Scale of Thousands of Nodes

• Target Core Domain: ② TDL

• Overview / Objective: A routing protocol designed to break through the limitation where conventional MANETs saturate at several hundred nodes due to routing overhead, allowing division-scale (thousands of nodes) infantry, vehicles, and UAVs to form a single flat mesh network where all participants perform seamless data communication.

• Key Development and Verification Requirements: "Predictive Geographic Routing" and hierarchical automatic cluster configuration technologies that suppress update packets for topology changes caused by node movement to less than a few percent of the total bandwidth.

• [Contract Research and Development Theme 2] Dynamic Resolution of Packet Bloat caused by HAIPE Cryptographic Encapsulation (ESP) in Wearable Tactical Edge Terminals

• Target Core Domain: ④ HAIPE / ① SDR

• Overview / Objective: To solve the problem where the packet size increases and the effective bandwidth (throughput) decreases when HAIPE (IPsec-based) is applied to individual soldier radios to perform top-secret communications.

• Key Development and Verification Requirements: A cross-layer optimization algorithm that coordinates with layers below the network layer to dynamically compress cryptographic headers or perform packet aggregation based on the communication quality (CNR) of the radio link.

B. Science & Technology and Intellectual Property Advisory Services at Affiliated Subsidiaries

• Persistent Systems Federal

• Science & Technology Advisory: High-efficiency encapsulation (dynamic MTU adjustment) technology that eliminates overhead between the "Wave Relay" MANET formed by individual soldier wearable devices and smart weapons and upper-level HAIPE/TACLANE cryptographic devices within the U.S. Army's next-generation tactical internet.

• Intellectual Property Advisory: The fusion of design and utility patents regarding infantry-portable smart hubs and radio-integrated structures, and negotiations to maintain software data proprietary rights (Restricted Rights) in contracts with the U.S. Army Contracting Command (ACC).

• Wave Relay Labs

• Science & Technology Advisory: Evaluation of an ultra-resilient cognitive waveform model where the edge computer of each UAV autonomously selects the "optimal predicted recovery channel" from a reinforcement learning model of past communication history when drone swarms become isolated from each other due to enemy GPS/communication jamming.

• Intellectual Property Advisory: Patenting of a "Tactical Radio Channel State Prediction Algorithm Using Distributed Neural Networks," and optimization of liability exemption clauses when licensing waveforms (providing SDKs) to Silicon Valley-based defense startups.

25.                Curtiss-Wright Defense Solutions

• Major Departments/Sectors: Tactical Communications Division, Embedded Systems Division

• Major Products/Technologies: OpenVPX-compliant rugged hardware, integrated SDR/HAIPE enclosures

A. Cutting-Edge Contract Research Themes at the Parent Company

• [Contract Research and Development Theme 1] High-Density and Rugged Design of a "Common Hardware Platform for SDR and HAIPE" Compliant with the OpenVPX Standard

• Target Core Domain: ① SDR / ④ HAIPE

• Overview / Objective: Responding to the U.S. military's Modular Open Systems Approach (MOSA/SOSA). Establishment of a common radio hardware foundation that co-locates an ultra-wideband RF transceiver (SDR) and an NSA Type 1 cryptographic processor (HAIPE) on a single OpenVPX board capable of being inserted into the limited slots of fighter jets and armored vehicles.

• Key Development and Verification Requirements: Design of thermal conduction cooling (conductive heat dissipation) structures under severe vibration, shock (MIL-STD-810G), and extreme environments of -40 to +85 degrees Celsius, and complete shielding of electromagnetic interference (EMI) between the RF section and the digital cryptographic section.

• [Contract Research and Development Theme 2] Prototyping an Ultra-Small SWaP-C Front-End for Airborne Tactical Radios Using 3D-IC Chiplet Technology

• Target Core Domain: ① SDR

• Overview / Objective: To reduce the size of conventional radios to less than one-tenth by three-dimensionally integrating (3D packaging) A/D and D/A converters, FPGAs, and GaN power amplifiers onto a single silicon interposer for storage within missile seekers or the nose sections of micro UAVs.

• Key Development and Verification Requirements: Minimization of thermal density associated with high-density integration (optimal placement of thermal vias), and ensuring impedance matching and signal integrity (SI) over a wide bandwidth (up to 18 GHz).

B. Science & Technology and Intellectual Property Advisory Services at Affiliated Subsidiaries

• Pacific Star Communications (PacStar)

• Science & Technology Advisory: Architectural design of an intelligent wizard within the company's tactical communications management software "IQ-Core" that automatically verifies via AI the consistency of configurations for various SDR radios and HAIPE cryptographic devices that change dynamically on the battlefield, thereby eliminating communication disruptions caused by misconfigurations.

• Intellectual Property Advisory: Construction of a triple defense portfolio of "patents, know-how, and designs" regarding the physical layout, thermal design, and connector interfaces of the SOSA-compliant tactical baseband enclosure "PacStar 400 Series."

• Teletronics Technology Corporation (TTC)

• Science & Technology Advisory: Implementation of an L/S/C-band integrated direct RF sampling SDR telemetry system to transmit gigabit-class sensor measurement data to the ground with zero loss, even under extremely severe vibration and electromagnetic interference during flight tests of the F-35 and next-generation cruise missiles.

• Intellectual Property Advisory: Patent landscape analysis regarding aerospace data acquisition (DAQ) and telemetry waveforms, clearing patent infringement risks (Freedom to Operate / FTO) when entering the European market, and strategy for joining existing patent pools.

26.                  Mercury Systems

• Major Departments/Sectors: Embedded Processing Division, Microelectronics Division

• Major Products/Technologies: Secure embedded processing, direct RF sampling (RFMOM)

A. Cutting-Edge Contract Research Themes at the Parent Company

• [Contract Research and Development Theme 1] Development of a "Secure Multi-Chip Module" for Ultra-Wideband SDRs Using Direct RF Sampling Technology

• Target Core Domain: ① SDR / ③ ECCM

• Overview / Objective: An ultra-high-speed front-end that eliminates analog modulation stages such as mixers and performs direct digital conversion (direct sampling) of RF signals entering from the antenna up to the tens of GHz range. This enables zero-latency tracking and processing of enemy frequency hopping.

• Key Development and Verification Requirements: Implementation of an optical interface (ultra-high-speed serial link) that transmits an ultra-massive ADC data stream exceeding 100 Giga-samples per second (GSps) to the cognitive waveform processing core within the FPGA without bottlenecks.

• [Contract Research and Development Theme 2] Design of a Next-Generation HAIPE Cryptographic ASIC with Physical and Logical "Self-Destruction" Functions Against Side-Channel Attacks (SCA)

• Target Core Domain: ④ HAIPE

 The highest-defense chip that physically prevents the act of attempting to read cryptographic keys directly from semiconductor pins by disassembling the enclosure, or identifying keys through differential power analysis (DPA) waveform analysis, when special forces' radios or unmanned vehicles are captured by the enemy.

• Key Development and Verification Requirements: Circuit embedding of a sensor mesh that completely erases (zeroizes) key information in the built-in volatile memory within nanoseconds the moment it senses chip decapsulation, micro-probe contact, or X-ray irradiation, and power equalization through dummy operation insertion.

B. Science & Technology and Intellectual Property Advisory Services at Affiliated Subsidiaries

• Mercury Mission Systems

• Science & Technology Advisory: Verification of a hardware-isolated real-time operating system (RTOS) hypervisor that executes parallel, high-speed cryptographic processing of datalinks while simultaneously satisfying the highest safety certification (DO-178C Level A) and security certification (MILS/HAIPE) in mission processors of manned and unmanned (CCA) fighter aircraft.

• Intellectual Property Advisory: Construction of a patent network regarding secure and trusted design (Built-In Trust) semiconductor packaging technology, and verification of the effectiveness of patents for preventing hardware Trojan insertion when outsourcing manufacturing to overseas vendors.

• Pentek, Inc. (Currently Signal Processing Division)

• Science & Technology Advisory: Development support for a DSP core that counteracts A/D converter sampling jitter and non-linear distortion to the extreme limit in the digital domain on a direct RF sampling board processing tens of giga-samples per second, simultaneously capturing ultra-wideband enemy signals and performing cognitive ECCM processing with a single SDR chip.

Defensive securing of intellectual property rights regarding the circuit configuration, clock distribution topology, and FPGA IP cores of the SOSA-compliant "3U OpenVPX Direct RF Sampling Board," and boundary demarcation against the prior intellectual property of major semiconductor vendors.

27.                  Ultra Intelligence & Communications

• Major Departments/Sectors: Tactical Communications Division, Command, Control & Intelligence Division

• Major Products/Technologies: ADSI (Air Defense Systems Integrator), Tactical Data Links (Link 11/16/22), Secure Cryptographic Gateways

A. Cutting-Edge Contract Research Themes at the Parent Company

• [Contract Research and Development Theme 1] Real-Time Automated Correlation and Integrated Waveform Control of Heterogeneous TDLs (Link 16 / Link 22 / JREAP) Centered on the ADSI Architecture

• Target Core Domain: ② TDL

• Overview / Objective: Complete integration of Link 22 (HF/UHF, long-range), the Navy's primary data link, with the Air Force's Link 16, and further with JREAP via satellite, on a new ADSI engine. Mutually mapping different message formats in real time to distribute the COP (Common Operational Picture) to all forces without delay.

• Key Development and Verification Requirements: Extremizing Kalman filters and multi-sensor tracking correlation algorithms to absorb differences in transmission delays among various data links and eliminate targeting position duplication (ghosts).

• [Contract Research and Development Theme 2] Verification of a "Next-Generation Ultra-Lightweight HAIPE Cryptographic Protocol" for Tactical Edge and Ultra-Narrowband Environments

• Target Core Domain: ④ HAIPE

• Overview / Objective: Development of a new encapsulation mechanism and state machine that gives the highest priority to maintaining cryptographic synchronization via HAIPE over HF (high frequency) radio links capable of passing only voice or text data of a few kbps, or under extremely degraded communication environments.

• Key Development and Verification Requirements: Establishment of a "Predictive Secure Synchronization Algorithm" where, even during continuous packet loss (up to 90% burst loss), the receiving SDR and cryptographic engine continue to maintain cryptographic synchronization using their own internal clocks and mathematical models without sending resynchronization packets.

B. Science & Technology and Intellectual Property Advisory Services at Affiliated Subsidiaries

• Ultra Electronics Maritime Systems

• Science & Technology Advisory: Optimization of a composite protocol of fiber-optic Ethernet and robust wireless data links for the Canadian Surface Combatant (CSC) program to high-speedly transmit raw data acquired by towed sonar arrays to the shipboard Combat Management System (CMS) jitter-freely while encrypting it.

• Intellectual Property Advisory: Construction of a multinational (CA/US/UK) patent application strategy regarding underwater/surface hybrid communication network topologies, and impact assessment of applying secret patents based on each country's national defense laws.

• Ultra Electronics Herley

• Science & Technology Advisory: RF front-end optimization of an ultra-small, ultra-high-power Ka/W-band integrated microwave power amplifier (GaN-on-SiC technology) mounted in the seeker section of hypersonic interceptor missiles, and a directly coupled ultra-low-latency, high-resilience missile data link (TDL).

• Intellectual Property Advisory: Defense of a semiconductor patent portfolio regarding three-dimensional microfabrication and heat dissipation structures of compound semiconductors (GaN) (breaking through the intellectual property encirclement by major RF vendors), and appropriate intellectual property valuation under classified access restrictions (ITAR/CMMC).