Wolf Advanced Technology (WOLF) is a leader in rugged embedded systems solutions for aerospace and defense applications. WOLF’s rugged high performance embedded computing (HPEC), AI, and video processing solutions are meticulously designed, manufactured, and built for the most stringent requirements. The product suite, powered by NVIDIA® GPUs and AMD®/Xilinx® FPGAs, offers a comprehensive and SWaP-sensitive array of architectures, including SOSA® aligned modules, VPX, XMC, MXM/MXC, VNX+, other Small Form Factors, and fully custom designs. These solutions excel in enabling real-time video capture, process, AI inference, encode, display, and high-speed data movement in demanding environments. WOLF’s proven solutions are globally deployed and trusted across mission-critical platforms to stay ahead of today’s rapidly advancing challenges.
Telspan Data
Telspan Data – Standards Based & Multi-Disciplined Ruggedized Network Instrumentation Systems, PCM/RF Telemetry Ground Systems & Data Fusion
Rincon Research Corporation
Our core business is to design, build, test, and field high-performance RF and DSP systems and services for the U.S. Defense and Intelligence communities. Since 1983, we have provided our customers with superior hardware, firmware, and software solutions for signal collection, analysis, and processing; GPS application development; DSP system and infrastructure development; and orbit analysis; using COTS or developing custom hardware platforms.
Liquid Instruments
Most test environments are unique and require customized configuration and careful optimization of multiple instruments, adding cost and time upfront and throughout the test cycle. Liquid Instruments’ reconfigurable Moku is the only test solution that is engineered and optimized for friction-free customization in both simple tests and complex multi-instrument environments. In hundreds of labs around the world, Moku has accelerated the timeline of crossing from idea to implementation by an order of magnitude, reducing the time and cost of advanced research and development. Because our reconfigurable Moku test solutions are engineered by a team of distinguished research scientists to be easy to use and versatile, they deliver efficiency gains in the most complex test scenarios today and meet your ongoing needs in the future. Experience Moku cost-free by requesting a demo today at liquidinstruments.com. | Developing complex technologies requires increasingly sophisticated test systems, but the uniqueness of most applications demands adaptable, customized configurations. Traditional multi-instrument setups add significant cost and time, both upfront and throughout the test cycle. Liquid Instruments’ reconfigurable Moku is the only integrated test solution engineered for seamless customization — whether for simple tests or intricate multi-instrument environments. Used in hundreds of labs worldwide, Moku accelerates the journey from idea to implementation by an order of magnitude, cutting the time and cost of advanced research and development. Designed by researchers for researchers, Moku delivers unparalleled efficiency in today’s most complex test scenarios while adapting to your evolving needs in the future.
Interface Concept
Interface Concept develops and manufactures high-end COTS NXP and Intel processor-based Single Board Computers, Gigabit Ethernet switches and AMD-based FPGA processing boards for high-computing industrial and mil-aero applications. Interface Concept board-level products are based on VPX, VME, FMC, XMC form-factors and are available in standard, extended, rugged and conduction-cooled, Air-Flow-Through (AFT) versions, to meet real-time, mission-critical and deterministic requirements in military applications. Our rugged products are designed to withstand strong shocks, vibrations and thermal constraints. Interface Concept leverages its 35-year expertise in board and system design to keep providing cutting-edge innovative solutions (SOSA®, VNX+) with unmatched processing power, flexibility and performance. IC is certified ISO 9001:2015. Since our inception in 1987, we have seen the emergence of new customer requirements, evolving towards HPEC systems including several communications functions in a single equipment. This approach led us to devise the whole building blocks that are part of this HPEC system, such as Back-End Intel and NXP processing boards, Back-End Intel/NXP processing boards and Front-End FPGA processing boards. By using high-computing interconnected boards from a unique source, you can streamline your investment and reduce your time-to-market. To complete our main product range portfolio, we also provide analog and digital acquisition mezzanine cards (ADC/DAC), storage, graphic and mezzanine cards, that can be added on our VPX and VME boards. We have a long track record in customizing our COTS products (MCOTS) or developing tailor-made solutions to meet specific applications. Since boards solutions are increasingly complex, our high-qualified engineers provide our customers with a technical responsive long-term support. Other services include obsolescence management and operational maintenance.
Herrick Technology Laboratories, Inc
Herrick Technology Laboratories (HTL) is featuring low SWaP-C, high performance electronic warfare solutions for a wide range of platforms and mission requirements. Our advanced technology includes software-defined radios (SDR), direction finding (DF) antennas, and modular 3U VPX open systems solutions for EW/SIGINT/PNT applications requiring powerful Rx/Tx capabilities. Our products are ideal for modern unmanned aerial vehicle (UAV) systems, deployment at the tactical edge/man-portable, and a wide range of airborne, sea, and land-based platforms where software-based, modular technology provides the flexibility and easy integration needed to gain advantages against evolving threats. Our open architecture, multichannel software radio transceivers combine EW, SIGINT, Wireless Cyber, and precision geolocation capabilities operating over HF through Microwave in fixed/mobile networks. Our software defined technologies are adaptable, cost-efficient, and provide the strategic advantages of maximum efficiency and mission effectiveness that benefit military operations and warfighters. Are you sourcing industry partners and teammates for electronic warfare technologies to integrate into your units? Do you have upcoming field assessments or exercises requiring man-portable, backpack mounted EW, SIGINT solutions? We are ready to work with you to provide mission-critical solutions for operations demanding agility and flexibility at the tactical edge and beyond. Visit booth 817 to learn more about the advantages/benefits of our low SWaP EW technology for a wide range of operations. To schedule a meeting and speak to our experts, please email: marketing@herricktechlabs.com
DataShapes AI
DataShapes AI pioneers cutting-edge electronic warfare and advanced sensing solutions across the electromagnetic spectrum. With GlobalEdge™, our versatile software platform, seamlessly integrate into your tech stack to enhance both offensive and defensive operations, empowering you to dominate the spectrum. We provide advanced alerting capabilities for driving action based on unseen events occurring in the electromagnetic spectrum. With minimal power and hardware requirements, DataShapes AI’s GlobalEdge™ software integrates on most systems and platforms for enhanced visibility across the battlespace. Products in the GlobalEdge™ platform work together to deliver automated vertical and horizontal awareness of the electromagnetic spectrum. DATASHAPES AI HOLDS 21 PATENTS (issued and pending) for edge waveform AI and data.
Daqscribe
Daqscribe Solutions LLC delivers advanced high-speed data recording systems and software engineered for mission-critical defense, intelligence, and communications applications. From ultra-wideband electronic warfare systems to next-generation radar and spectrum analysis platforms, Daqscribe recorders ensure that no data is ever lost—no matter the bandwidth, complexity, or operational environment. At the International AOC Symposium & Conference, Daqscribe will highlight its industry-leading recording platforms, which are explicitly designed to meet the demands of modern Electromagnetic Spectrum Operations (EMSO) and Electronic Warfare (EW) missions. These include the DDR HYPERION400, MDR CARBON100, and XDR TITAN100 series—each designed to handle sustained multi-hundred-gigabit-per-second throughput for continuous, lossless Ethernet and I/Q data recording. The DDR HYPERION400 represents the pinnacle of high-throughput Ethernet recording, delivering full-rate 400 Gbps packet capture and streaming performance for ultra-wideband signal recording and playback. Ideal for laboratory and field test environments, it supports both RF and digital front-end integration, making it a preferred solution for high-capacity signal intelligence (SIGINT) and radar data acquisition workflows. The MDR CARBON100 extends this performance to compact, deployable systems. Built with a single VPX slot design, CARBON100 provides 100 Gbps packet and I-Q data recording in a rugged, SWaP-optimized enclosure. Its modular architecture allows direct back-end streaming from software-defined radios (SDRs), digitizers, and RFSoC-based platforms, enabling real-time data collection from ultra-wideband receivers and transceivers used in EW and CEMA test environments. For environments requiring maximum data assurance and scalability, the XDR TITAN100 delivers enterprise-class performance with 100 Gbps sustained recording and replay capability. Its scalable storage architecture supports extended-duration mission recordings, while its modular interfaces accommodate a range of front-end devices and data formats, including wideband digitized I-Q streams. TITAN100 is designed for both developmental and operational data missions requiring continuous, deterministic throughput. At the core of every Daqscribe recorder is nRec™, the company’s proprietary Layer 2 packet recording software. nRec provides deterministic, zero-loss capture of Ethernet or I-Q formatted data streams at full line rate. Complemented by nPlay™, which enables synchronized playback of recorded data into test or analysis systems, these technologies provide engineers and analysts with end-to-end visibility of the signal environment—from collection to replay. Together, nRec and nPlay form part of the nStudio Software Suite, which includes additional analysis and management tools, such as nDiscovery™ and MDP™ Engine. These components enable metadata tagging, traffic correlation, and post-mission analysis to support the evaluation of EW systems and the development of spectrum intelligence. Daqscribe recorders integrate seamlessly with ultra-wideband SDRs and RF systems such as Per Vices’ Cyan, National Instruments PXIe digitizers, and Xilinx/Zynq-based RFSoC front ends. This flexibility allows direct I-Q data capture over high-speed Ethernet (QSFP+/QSFP28) interfaces, providing researchers and system engineers with a complete digital recording backbone for radar, SIGINT, and spectrum monitoring applications. All Daqscribe systems are designed for reliability, maintainability, and security. Options include hardware full-disk encryption (HWFDE) and CSfC-compliant storage configurations to protect classified or Sensitive Access Required (SAR) mission data. Each recorder is supported by ASIS™, Daqscribe’s comprehensive support and maintenance service, which provides software updates, diagnostics, and lifecycle management to ensure long-term operational performance. With more than two decades of expertise in digital signal and data recording technologies, Daqscribe continues to push the boundaries of network and signal data acquisition. Our mission is to empower engineers, analysts, and operators with uncompromising access to mission data, enabling more profound insights, faster analysis, and greater confidence across the electromagnetic spectrum. Learn more about Daqscribe’s technologies and the nStudio™ Software Suite by visiting www.daqscribe.com or connecting with our technical team during the International AOC Symposium & Conference.
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.
Annapolis Micro Systems
Annapolis Micro Systems designs and manufactures 3U & 6U OpenVPX 100Gb Ethernet products and Small Form Factor solutions for challenging data digitization, digital signal processing, and data recording applications. New boards integrate Versal FPGAs and/or 64 GS/s Direct RF capability. The Annapolis WILD100 EcoSystem, with plug-n-play COTS boards, delivers the densest FPGA processing and highest bandwidth in the industry. Annapolis products adhere to a Modular Open Systems Approach (MOSA), with many aligned to SOSA™ and CMOSS. Proven Annapolis baseboards, switches, storage boards, and chassis/backplanes/chassis managers are designed for high-performance radar, sonar, SIGINT, ELINT, digital signal processing (DSP), FFTs, communications, software radio, encryption, image processing, text processing, text searching, and other processing-intensive embedded computing applications. Annapolis’ powerful Board Support Package includes 40/100GbE IP and VHDL and GUI-based options.