We have successfully demonstrated over-the-air operation of our 6G OTFS waveform on a new low-power RFSoC platform. This prototype achieved a sustained 20 Mbps data stream at a 20 km range while consuming only 1 watt of power. The test confirms the exceptional spectral efficiency and robustness of OTFS under real-world conditions and marks a critical step toward resilient beyond-line-of-sight communications and radar imaging applications. This compact, energy-efficient solution is ideal for next-generation tactical edge nodes, drones, and satellite payloads demanding high-throughput, low-latency performance.

We have achieved a major milestone with the successful operation of our 6G OTFS (Orthogonal Time Frequency Space) waveform radar prototype. This next-generation radar system leverages the unique Doppler-resilient properties of OTFS to enable precise tracking of hypersonic and low-RCS targets in challenging environments. Integrated into our SDR platform, the prototype demonstrated real-time delay-Doppler imaging and symbol-level intelligence, validating its potential for military sensing, autonomous targeting, and future 6G tactical communications. This breakthrough establishes a new benchmark for radar performance under extreme mobility and cluttered signal conditions.

We have successfully completed the prototype implementation of our secure RISC-V System-on-a-Chip (SoC) with integrated "classified" networking capabilities. This revolutionary design features a fully functional embedded Hardware Security Module (eHSM) and advanced cryptographic engine, enabling Quantum, Post-Quantum, and Non-Quantum secure communications on a chip. The SoC delivers performance more than 10 times faster than current SIPRNet systems while dramatically reducing size, weight, power, and cost. It supports military-grade, radiation-hardened (RADHARD) variants and provides native support for AI/ML, radio frequency processing, and secure frame-based Ethernet communications.

We successfully conducted demonstrations showcasing our advanced 5G NR SA infrastructure tailored specifically to meet Navy and Air Force tactical requirements. These demonstrations featured our innovative 5G/Any G IoT platform and provided deep insights into military applications of network slicing and Multi-Access Edge Computing (MEC). The event emphasized secure communications, real-time resource allocation, and robust network performance essential for modern military operations.

We demonstrated our 5G NR SA infrastructure meeting the U.S. Army Tactical Mobility Down-link Threshold requirements using a software-defined radio as the 5G NR RU and a tactical deployment of the RAN and Core Network on a 128-core next-gen ARM AI server. Additionally, we showcased a new 150-gram 5G/Any G IoT platform operating as a secure, multi-enclave 5G Wi-Fi hotspot, integrated into a quadcopter drone as part of a comprehensive multi-level AI demonstration.

We successfully presented our work, "A High-Performance 5G/6G Framework for Smart Cities Supporting Multi-Level Artificial Intelligence," at the IEEE-sponsored 2nd International Conference on Advanced Innovations in Smart Cities in Jeddah, Saudi Arabia. Our demonstration featured a fully integrated 5G/6G system, showcasing real-time AI-driven decision-making through our multi-level AI platform, supported by our LifeLine emergency response system and LL-MEC integration. The event provided an excellent opportunity to engage with industry leaders and explore future collaborations for advancing smart city technologies.

We conducted a demonstration for representatives of the Missile Defense Agency, showcasing how our advanced 5G waveform and software-defined radio technology can enhance radar capabilities for missile defense and countering modern threats such as drones. Our presentation highlighted the advantages of using 5G-based OFDM and OFTS radar for improved target detection, tracking, and electronic warfare resilience. This engagement provided valuable insights into integrating next-generation telecommunications and sensing technologies for national defense applications.

We conducted a demonstration of our 5G and software-defined radio technology for the Brazilian military strategic command. This showcase underlined our system’s potential for secure, high-performance communications in mission-critical environments and laid the groundwork for future collaborations.

We presented our article, "A Smart City Development and Deployment Platform using a High-Performance 5G/6G System," at the 2024 International Conference on Computational Science and Computational Intelligence in Las Vegas. The talk highlighted how 5G/6G technologies can accelerate smart city initiatives through improved network performance and advanced data analytics.

Our article, "A High-Performance 5G/6G Framework for Smart Cities Supporting Multi-Level Artificial Intelligence," has been accepted to the IEEE-sponsored 2nd International Conference on Advanced Innovations in Smart Cities in Jeddah, Saudi Arabia, to be held February 9–11, 2025. We look forward to sharing our insights on the role of 5G/6G and AI in developing smarter urban environments.

We have extended our user-programmable, secure Wi-Fi hotspot to support 5G/4G/3G/2G networks anywhere in the world. This expansion provides users with broader connectivity options while maintaining the robust security features and flexibility they have come to rely on.

Smaller than a tablet and a bit bigger than a smartphone, this new handset—running Linux or Android—is a fully programmable IoT device offering greater security and far more functionality than traditional cellular devices. It supports 5G/4G/3G/2G networks worldwide, giving users unparalleled control and flexibility.

We are thrilled to announce a significant advancement in our 5G Standalone (SA) system. Building on our foundation of innovation and security, we are now incorporating Post Quantum Cryptography (PQC) into our baseline 5G SA system. This enhancement makes our system the first Zero Trust 5G solution to offer quantum-resistant encryption, providing unprecedented levels of security for next-generation wireless communications.

Stay tuned for more updates as we continue to push the boundaries of secure communications technology.

We are excited to announce the upcoming release of our latest 5G Standalone (SA) system. This groundbreaking system delivers speeds over 1 Gbps to smartphones equipped with Qualcomm SoCs, featuring the only true Zero Trust wireless system available. It is the only end-to-end encrypted 5G SA system, deploying PKI certificates directly from the SIM card in accordance with 3GPP standards. Our cyber-attack strengthened Core Network has been subjected to extensive wargaming to ensure unmatched security.

We have released the first secure, user-programmable 5G Wi-Fi hotspot product. This innovative device supports FIPS/NIST encryption and is compatible with T-Mobile, Verizon, and AT&T wireless plans, ensuring secure and flexible connectivity for users.

We are now taking orders for our new Multi-Enclave Secure RISC-V product lines. These products feature advanced vector cryptography and a tagging system that supports isolated user containers, similar to virtual machines, ensuring unparalleled security. Our product lines cater to various computing needs, from IoT and notebook-class computing with 4 cores to enterprise-scale solutions with up to 32 cores.

We have successfully completed extensive field testing of our 5G SA system at a government facility under extreme environmental conditions. The system, which includes wireless backhauls from RAN to the Core Network, supports high-performance AR and VR applications and various user equipment types, demonstrating its robustness and versatility.

Field testing of our high-performance 5G SA system has commenced. This marks a significant milestone in our mission to deliver cutting-edge wireless technology with unparalleled performance and security features.

We have started lab testing AR/VR applications on our high-performance 5G SA system, achieving 200 frames per second to VR headsets and single-digit millisecond end-to-end system latencies. Our system supports multiple headsets simultaneously, each requiring over 60 Mbps of bandwidth, showcasing its capability to handle demanding applications.