Geon Technologies

Provides design, integration, and deployment of software-defined radio systems for national security, intelligence, and tactical communication missions.

• SDR System Architecture

  Custom design and development of radio architectures engineered for defense and intelligence environments.

• OpenCPI Platform Engineering

  Development of OpenCPI Open System Platforms (OSPs) on high-performance FPGA hardware, including Xilinx Zynq UltraScale+ and HiTech Global devices.

• USRP Integration

  Turn-key products and system integration services for the Ettus Research USRP software-defined radio platform.

Delivers advanced mathematical and signal processing algorithms optimized for large-scale site installations and compact, tactical field operations.

• Signal Acquisition and Analysis

  Collection and monitoring of radio frequency signals across diverse environmental conditions and frequency bands.

• Interactive RF Scanning Tools

  Development of browser-based scanning systems backed by microservice-driven JSON APIs for real-time analysis.

• Optical and Antenna Optimization

  Leverages parabolic antennas and Radio Frequency over Fiber (RFoF) technologies to improve non-line-of-sight signal reception.

Proprietary intellectual property cores engineered to provide standards-compliant digital IF and seamless communications interoperability.

• VITA 49.2 Standard Compliance

  Extensible IP cores designed to support ANSI/VITA 49.2-2017 compliant communications on programmable logic hardware.

• DIFI v1.1 Implementation

  IP cores enabling IEEE-ISTO Std 4900-2021 Digital IF Interoperability Standard communications on modern silicon.

• DIFI v1.2 Implementation

  Advanced IP cores conforming to the DIFI Version 1.2.0 standard released in August 2023 for programmable logic systems.

Research, prototyping, and optimization of cellular systems deployed on embedded computers and aerial drone platforms.

• Embedded ARM Deployments

  Implementation of open-source 5G protocols tailored for compact ARM-based devices and drone payloads.

• RF Performance Optimization

  Enhancing 4G and 5G signal reception within highly congested or challenging radio environments.

Technical consulting, architecture planning, and system integration for complex software and radio frequency projects.

• Complex Systems Integration

  Unifying commercial hardware and proprietary software into cohesive, mission-ready operational configurations.

• Technical Research and Documentation

  Authoring scholarly articles and technical publications focusing on digital signal processing and open-source radio paradigms.