Engineering Solutions for Your Business

In support of signal acquisition and

processing of narrow and wide-band applications. Algorithms to aid

processing of the physical layer and internals of signal of interest,

providing solutions and systems for managing and manipulating streams of

data requiring high precision and timing accuracy.

Utilize software development techniques to analyze and solve

complex problems, creating multi-platform software products using

software engineering and OOD programming techniques

Research, development, and vulnerability analysis

of hardware and software systems on a variety of embedded targets.

Delivering solutions to increase compute power for

existing and future RF and wireless applications. Designing and developing

systems with high-throughput packet processing and low latency to help

data management and effective buffering to maximize hardware

performance to ensure real time processing requirements are met.

Certified Professionals with proven

project execution success supporting complex mission tasks, goals, and

requirements of many customers in different programs.

Experts in spectrum surveying and link budget analysis, calibration of

receive and transmit paths in support of active and passive applications.

Developed, and integrated applications on customize servers and multiple SDR platforms in support of tactical and control environment missions.

Our real‑time processing software leverages NVIDIA CUDA parallel computing architecture and libraries to accelerate performance across complex workloads. By harnessing thousands of GPU cores, we enable:

• Low‑latency data pipelines for mission‑critical applications such as sensor fusion, image recognition, and signal processing.

• Deterministic execution with optimized memory management and thread scheduling, ensuring predictable response times.

Our FPGA solutions combine hardware‑level parallelism with CUDA‑accelerated software stacks to deliver flexible, high‑performance computing. Key capabilities include:

• Customizable hardware pipelines for specialized algorithms, tightly integrated with CUDA kernels for hybrid acceleration.

• Ultra‑low power consumption and deterministic performance, ideal for embedded and edge deployments.

• Seamless interoperability between FPGA logic and GPU compute, enabling heterogeneous architectures that maximize efficiency.

By bridging FPGA configurability with CUDA’s massive parallelism, we deliver tailored solutions for domains such as real‑time analytics, cryptography, and advanced signal processing.

We provide end‑to‑end integration and validation services that ensure seamless interoperability across diverse computing and communications environments. Our capabilities include:

• High‑Performance Servers: Leveraging multi‑core CPUs and GPU acceleration to support compute‑intensive workloads, large‑scale simulations, and real‑time analytics.

• Custom Embedded Platforms: Tailoring firmware and middleware to optimize performance, power efficiency, and reliability for mission‑critical applications.

• Software‑Defined Radios (SDRs): Integrating advanced RF front‑ends with flexible, reconfigurable signal processing pipelines to enable rapid prototyping, spectrum agility, and secure communications.

We deliver advanced cyber security support and exploitation solutions designed to identify, analyze, and mitigate risks across complex hardware and software ecosystems. Our expertise includes:

• Reverse Engineering: Disassembling and analyzing binaries, firmware, and proprietary protocols to uncover hidden functionality, undocumented features, and potential attack vectors.

• Vulnerability Analysis: Systematic evaluation of hardware and software components to detect weaknesses in architectures, operating systems, and embedded platforms.

• Complex Systems Assessment: Applying multi‑layered methodologies to evaluate integrated systems, including high‑performance servers, custom embedded platforms, and software‑defined radios, ensuring resilience against sophisticated threats.

• Exploit Development and Testing: Controlled exploitation of identified vulnerabilities to validate risk exposure, quantify potential impacts, and support remediation strategies.

By combining deep technical analysis with operationally focused testing, we provide actionable intelligence that strengthens defensive postures while enabling informed decision‑making in contested cyber environments.

Our team provides advanced support for open‑source development frameworks, leveraging deep expertise in SCA, REDHAWK, and OpenCPI to deliver innovative, mission‑ready solutions.

• Software Communications Architecture (SCA): Applying modular, standards‑based design principles to ensure interoperability, scalability, and rapid deployment of software‑defined systems.

• REDHAWK Framework: Harnessing its dynamic signal processing capabilities to build and integrate complex radio frequency (RF) applications with real‑time adaptability.

• OpenCPI Framework: Utilizing heterogeneous computing support to accelerate performance across CPUs, GPUs, and FPGAs, enabling efficient hardware/software co‑design.

By combining our knowledge of these frameworks with a culture of innovation and system‑level integration, we empower organizations to maximize flexibility, reduce development cycles, and achieve robust performance across diverse mission environments