Founded in 2007, D-TA designs, develops, and manufactures spectrum processing solutions for demanding applications. D-TA’s standard products cover virtually all aspects of Electromagnetic Spectrum Operations (EMSO) from spectrum sensing to spectrum creation. D-TA is the only SMB capable of offering complete turn-key solutions for all EMSO missions. D-TA products are results of ‘out of the box’ thinking, technical innovation, and no-compromise development that fulfills the company’s mandate to cut deployment risk, time, and cost by orders of magnitude. All D-TA products use antenna level digitization, high-speed optical networks as data backbone and software centric processing. All D-TA products, including ESM/ELINT Radar, EW Emulation and Extreme-SWaP optimized products for disposable EMSO missions, are based on just two sub-systems (LRUs) connected by high-speed optical cables: a smart sensor-interface unit; and a (commercially available) processing server. The approach simplifies system design, installation, maintenance, and future upgradability.
CRFS
CRFS creates deployable technology to detect, identify and geolocate signals in complex RF environments. With a leading position in the US, Europe and a global reach, our systems are used worldwide by military, system integrators, government security agencies, spectrum regulators and corporates. They require actionable spectrum intelligence across the widest possible frequency range, in both congested and contested environments. They rely on our highly sensitive RF sensors, accurate transmitter geolocation, signal captures, classification, and real-time RF intelligence to fulfil EMSO and electronic warfare support missions. Intelligent Software Defined Radio (SDR): RF sensor (RFeye Nodes) for advanced spectrum monitoring, EMSO and EW Operations, with long duration, wideband RF recording, I/D data capture, signal analysis and in-built edge processing for RF intelligence and reduced backhaul. Advanced direction finding (DF) and geolocation: Ultra-wide frequency, high-speed, highly accurate radio direction finding and geolocation for fixed, tactical and mobile deployments. Powerful software & APIs: A comprehensive software suite to monitor, capture, analyze, geolocate and report signals of interest for complete EMSO and EW Protect missions. APIs for synchronous and non-synchronous missions. Applications: Real-time spectrum monitoring: ITU-compliant spectrum monitoring solutions allow users to see who is using the spectrum, where, when and what they are using it for. Border security monitoring: Help for border security agencies and militaries to maintain territorial integrity, capture, detect and geolocate land, air and maritime threats and maintain real time situational awareness. Electronic warfare: TRL-9 solutions to ensure military operators can achieve spectrum dominance and military superiority. Technical Surveillance Countermeasures (TSCM): In-building permanent monitoring systems that address state and corporate espionage through continuous spectrum monitoring (9KHz to 40GHz). Drone detection: Passive RF signal hunting technology that allows users to accurately detect and geolocate COTS, modified and military drones and acting as a C-UAS sub-system. Air defense: Passive RF technology for wide area monitoring to detect and geolocate commercial and airborne emitters with a high degree of discrimination and accuracy.
BLT
BLT is an engineering company that provides custom electronic solutions for commercial, aerospace and defense, and IC applications. We design FPGAs, SoCs, embedded software, circuit boards and complete systems. Our designs are literally in space, undersea, and everywhere in between. Have an HDTV? We helped invent that. Satellite radio? We helped invent that too. Our designs are powering devices you use every day. Been to Mars? The bottom of the sea? We’ve done that too. From simple designs to BLT’s prototype of HDTV, and from LEO, MEO and the depths of the ocean, our experience is extensive. We serve demanding government and Fortune 100 Clients whose design needs push FPGA technology to its limits. And since we’re American-owned and operated, we can confidently serve Clients many competitors can’t. We also work with smaller companies to help them find the right solutions for their unique challenges. Whether you’re facing a complex design challenge, need to get to market faster, or want to push the limits of programmable chip technology, we have the tools and the technology to help. Our comprehensive range of engineering design capabilities runs the gamut from FPGA / SoC hardware design and PCB design through full system specification, architecture and planning—including VHDL and High-Level hardware design, embedded processor design and high-speed PCB design. And our Design Advisory and Problem Resolution Services can help you maximize or improve the technology you already have. Plus, BLT is capable of providing services to the full range of DoD Programs. Services: – AMD, Altera (Intel), Lattice, and Microchip devices – FPGAs, SoCs, front-end ASICs – Embedded Software – Custom PCBs – HDL design – High-speed digital design – Analog design – DSP design (C, HLS, Matlab) – Design for SWAP-C – AL / ML – Signal and Power Integrity – RF design – FPGA Assurance – Anti-Tamper and SSE – Signal Processing – Hi rel / rad hard applications – Vision systems – Partial Reconfiguration (Dynamic Function eXchange – DFX) – Isolated Design Flow (SCC) – System Architecture – Debugging – Design modernization – turn-key solutions – team augmentation / manpower – communications systems – software defined radio – single ship cryptography – satellite / space – embedded processing – supercomputing – reconfigurable computing
Atrenne Computing Solutions
With over 50 years of experience, Atrenne is a leader in certified, world-class, high-performance, electromechanical solutions that boost your competitiveness. We engineer complex electronic assemblies, including rugged enclosures, backplanes, and fully integrated systems.
ATDI
ATDI: Engineering Spectrum Superiority for Defence Operations ATDI welcomes military and governmental personnel to AOC USA, where we proudly showcase our advanced battlespace spectrum engineering and management solutions. For over three decades, ATDI has been a trusted technology partner for defence agencies worldwide, helping forces achieve spectrum dominance through precise, adaptable, and mission-ready software. Our flagship solutions are purpose-built to support defence operations across the electromagnetic battlespace. This year at AOC, delegates will experience live demonstrations of our latest innovations in tactical spectrum engineering and electronic warfare planning. Featured solutions include: • HTZ Warfare – the cornerstone of tactical radio network planning and EW communications analysis. Designed to model resilient, self-forming tactical networks, HTZ Warfare supports airborne, terrestrial, and maritime platforms across VHF/UHF, SATCOM, MW, HF, and broadband communications. It models and simulates links across ground communications, air-to-ground, and ground-to-air services, adapting to dynamic battlefield conditions and enabling continuous communication for the modern warfighter. • ICS Monitoring SDRN Control – enhances RF monitoring through distributed sensor networks. It streamlines data acquisition and supports electronic warfare operations with real-time spectrum situational awareness. Users can identify emissions, track interference sources, and maintain control over critical communications channels. • HTZ Automation – simplifies complex RF planning through user-defined workflows. These automated functions enable the rapid generation of communication paths across variable terrains and environmental conditions, with dynamic rerouting in the event of node failures. It reduces mission planning time and enhances operational readiness. ATDI’s defence technology also includes critical functions such as radar interference analysis, direction finding support, jamming effectiveness simulation, and UAV/UAS mission planning. With support for all radio technologies between 8 kHz and 1 THz, our tools model a complete spectrum environment, including COMINT, ELINT, and C2 networks. Our systems are designed for operational agility—enabling spectrum planners to visualize the RF landscape, optimize deployments, simulate enemy action, and plan effective countermeasures. With the flexibility to support mobile, airborne, and maritime operations, ATDI’s tools are used globally for mission-critical spectrum engineering. Why Choose ATDI? • Proven in theatre with over 30 years of military-grade software development. • Supports electromagnetic spectrum management for joint and coalition operations. • Integrates with legacy and next-gen systems for interoperability and mission flexibility. • Delivered with responsive global technical support and consulting services. Delegates are invited to visit our stand to explore these capabilities firsthand. Our team will be on hand to discuss how our technology supports strategic and tactical communications superiority—ensuring your spectrum is secure, resilient, and mission-ready. To learn more, visit our stand today.
Aspen Consulting Group, Inc.
Aspen Consulting Group (ACG) is a small business with 60+ employees (most are cleared engineers with advanced degrees) and a DCAA approved accounting system. We have been developing hardware, software, architectures, and techniques for C5ISR applications for over 14 years for the Army, Navy, USMC, SOCOM, NASA and coalition partners. We are currently developing a low-cost EW training device for the USMC and multiple SIGINT and EW capabilities for the US Army, USMC, Five Eyes nations and coalition partners. These efforts include development of transceivers, software, amplifiers, DF antennas, and geolocation techniques. ACG has served as a prime contractor for the Army and Navy and has been the key design lead and overall software and hardware lead for the development of over 1500 SIGINT/EW systems for the Army, Navy, USMC, SOCOM, Five Eyes nations and coalition partners. Most of these were quick reaction capability (QRC) programs with shortened development timelines that required agile and spiral development, often with multiple programs executing in parallel. As a small business, ACG can quickly respond to customer requirements and can integrate with other teams, hardware and software products very efficiently. In our current role as a prime contractor for several developmental programs, we do not put any fee on subcontractor, material, or other direct costs, in order to provide maximum value to the customer. The ACG headquarters facility in Sea Girt, NJ supports the M&S, design, development, fabrication, assembly, integration, and testing of RF systems and architectures. The facility is equipped with RF development and test benches, a 16 channel RF hardware-in-the-loop (HIL) propagation channel emulator testbed, GNSS emulators, shielded enclosures, spectrum analyzers, signal generators, oscilloscopes, network analyzers, multimeters, RF probes, soldering station, CAD design tools and FPGA/DSP/PC development and test benches.