MILCOM Demo: SDR Demonstration of Wireless Attack Detection & Mitigation with Reinforcement Learning
October 13-14, 2026
Nexcepta showcased its AI-WADE (AI-driven Wireless Attack Detection and Escape) technology at IEEE MILCOM 2026. AI-WADE leverages advanced reinforcement learning to autonomously detect and mitigate dynamic jamming attacks, continuously adapting wireless communication strategies without prior knowledge of jammer behavior. The live demonstration integrated software-defined radios (SDRs) with advanced visualization and mission-planning capabilities, highlighting real-time reinforcement learning-based spectrum adaptation and resilient tactical communications in contested RF environments.
MILCOM Tutorial: Integrated Sensing and Communications (ISAC) for NextG Networks
October 15, 2026
The Nexcepta team, in collaboration with Virginia Tech and Old Dominion University, presented a tutorial on Integrated Sensing and Communications (ISAC) for NextG Networks at MILCOM 2026. The tutorial covered advanced ISAC technologies for 5G/6G networks, including machine learning-based waveform and transceiver design, multimodal sensing, monostatic and multistatic sensing, and software-defined radio (SDR) implementations. The tutorial highlighted practical applications for resilient tactical communications, target detection, localization, tracking, and enhanced situational awareness.
Funded DARPA Project "BEACON" on Evaluation and Assessment for Comprehensive Mental Health Outcomes
September 1, 2026
We are pleased to announce that Nexcepta Inc. has been awarded the DARPA BEACON (Better Evaluation and Assessment for Comprehensive Mental Health Outcomes and Navigation) project.
BEACON expands our research in artificial intelligence, large language models (LLMs), and intelligent decision-support technologies. As part of this effort, we will develop an AI-powered copilot that uses advanced LLMs to analyze diverse health-related information, generate comprehensive health risk assessments, and provide context-aware insights to support more informed and timely decisions. This award further expands Nexcepta's portfolio in mission-critical AI and reflects our continued focus on developing advanced LLM technologies for complex, real-world decision-support applications.
Visit www.nexcepta.com to learn more about our research and development in artificial intelligence, machine learning, and intelligent autonomous systems.
Funded U.S. Army Project "ORIGIN" on Optimizing Open-Distributed Group Communications for 5G/6G
June 18, 2026
We are excited to announce that Nexcepta has been awarded the U.S. Army project "ORIGIN" on Optimizing Open-Distributed Group Communications.
The award expands Nexcepta's work in 5G and beyond-5G technologies, Open RAN and emerging OCUDU ecosystem, supporting the development of open, intelligent, and resilient communications capabilities at the edge. This effort will help transition next-generation wireless innovations from research to real-world deployment across defense and commercial markets.
We look forward to working with our partners and customers to advance the future of open, software-defined, and intelligent wireless networks.
Visit www.nexcepta.com to learn more about our technologies and ongoing programs to advance next-generation wireless communications systems.
Awarded MDA SHIELD IDIQ Contract
January, 22, 2016
Nexcepta, Inc. is pleased to announce it was awarded a contract for the Missile Defense Agency Scalable Homeland Innovative Enterprise Layered Defense (SHIELD) indefinite-delivery/indefinite-quantity (IDIQ) contract with a ceiling of $151B. This contract encompasses a broad range of work areas that allows for the rapid delivery of innovative capabilities to the warfighter with increased speed and agility.
Demonstrated Wireless AI Technologies at the Wireless AI Innovation Summit
June 24, 2026
Nexcepta, Inc. showcased its AI-powered communications and networking solutions including, advanced signal analytics and Integrated Sensing and Communications (ISAC), at the Physical AI event, organized by the Federal AI Accelerator and hosted at Carahsoft on June 24. We look forward to connecting with technology innovators and industry leaders at this exciting event.
Visit www.nexcepta.com to learn more about our Physical AI technologies.
Demonstrated Tactical AI Technologies at the Warfighter Innovation Summit
March 26 2026
Nexcepta was pleased to attend the Warfighter AI Innovation Summit and showcase our tactical AI innovations designed to support forward-deployed warfighters and mission operations at the tactical edge. Through live demonstrations and technical discussions, our team presented capabilities in signal intelligence, spectrum awareness, connectivity, object detection, and secure and privacy-preserving AI. We highlighted how these technologies can enhance situational awareness, enable faster and more informed decision-making, and improve operational effectiveness in contested and distributed environments.
Visit www.nexcepta.com to learn more about our Tactical AI technologies.
Co-Organized IEEE DySPAN Workshop: ML-Spec: Machine Learning for Emerging Spectrum Operations
May 11, 2026
The Nexcepta team co-organized the ML-Spec: Machine Learning for Emerging Spectrum Operations Workshop at IEEE DySPAN 2026, held on May 11, 2026.
The workshop brought together researchers and practitioners from academia, industry, and government to explore how machine learning can transform emerging spectrum operations for next-generation wireless systems. Research presentations covered ML-enabled spectrum access and management, RFML datasets and pipelines, spectrum sensing and signal intelligence, edge intelligence, PHY-, MAC-, and network-layer adaptation, spectrum coexistence, security and resilience, and emerging AI techniques.
Visit https://dyspan2026.ieee-dyspan.org/events/workshop-4-ml-spec-machine-learning-emerging-spectrum-operations-workshop-0 to learn more about the ML-Spec Workshop.
Presented ISAC Tutorial at IEEE DySPAN
May 11, 2026
The Nexcepta team co-organized the IEEE DySPAN tutorial:
Integrated Sensing and Communications for Dynamic Spectrum Access in NextG Networks at IEEE DySPAN 2026.
The tutorial explored how integrated sensing and communications (ISAC) can provide richer spectrum awareness—including detection, delay and Doppler estimation, localization, and tracking—to support more reliable and efficient dynamic spectrum access. Topics included DNN-based waveform and transceiver design, multimodal RF and vision sensing, and monostatic and multistatic ISAC using 5G Positioning Reference Signals.
Visit https://dyspan2026.ieee-dyspan.org/events/tutorial-1-integrated-sensing-and-communications-dynamic-spectrum-access-nextg-networks-0 to learn more about this tutorial.