• Rapid prototype development of T&E and Training capabilities that enable event planning, centralized command and control, data translation, data collection, data visualization, data analysis, and reporting
• All system development uses engineering best practices such as MBSE, MOSA designs, cybersecurity, trusted supply chain, and system maintainability
• Supporting customers directly with test design, network layout, system setup & operation, data management, and system maintenance

Our Rapid Prototyping approach uses advancing engineering solutions with a rapid prototyping approach, utilizing varied technologies to streamline the path from concept to solution.

• Speed and agility: Create CAD models optimized ready for 3D printing or other prototyping methods.
• AR/VR Integration: Transforming CAD models into virtual prototypes for user testing to identify and resolve issues efficiently.
• Production Capabilities: A skilled team capable of producing limited production runs.

GaN’s digital engineering approach leverages the integration of processes, tools, and their data across engineering disciplines to provide rapid access to authoritative system data and models, supporting fast, correct technical decisions in all relevant lifecycle activities.  This means verified, on-time products that meet customer needs the first time, every time.

GaN has experience with full-stack software development for web, cloud, applications, and embedded systems. Our development approach is to work closely with the customer to define the right product with frequent interaction so the end-product meets all requirements.

• DevSecOps
• CI/CD pipelines
• modernization projects
• Open Architecture

Our AI/ML Engineers have solved real-world issues using a using our tools.

• AI/ML technologies developed for deployment on edge devices and small handheld systems, ensuring portability and efficiency.
• Projects ranging from signal processing to intuitive user interface systems.
• Solutions designed to collaborate seamlessly with users, enhancing accuracy and boosting productivity thought optimized workflows.

GaN’s Cybersecurity team provides professional expertise for GaN developed products and manages internal cyber processes. GaN Cyber provides the following capabilities:

• DoD Risk Management Framework (RMF) assurance on products involving IT, providing the needed artifacts and information for the customer to perform assessment and authorization.
• Secure-by-design development with cybersecurity integrated into the system engineering process from the requirements phase.
•  Internal DevSecOps process for software development.
•  Internal CMMC compliance.
•  Supply chain security review process for internal and developed product IT purchases.

GaN also provides staffing for DoD cyber positions involving RMF, continuous monitoring and security engineering.

GaN develops RF and EO/IR Electronic Warfare modules and performs sensor integration and testing for communication, jamming, networking,  signal  intelligence and ISR

The products range from RF Safety monitors, broadband antenna, RF location system, RF monitor, RF threat generator and low detectability ranging system.

GaN is on the forefront providing concepts and technologies that address the ever-increasing crowded spectrum of communications, jamming, networking, and intelligence signals.

GaN Corporation is a leader in developing test technologies (technical capabilities that enable the testing of military systems) from concept through production and use. Our test technologies focus on filling test capability gaps, enabling test efficiency and automation, developing expeditionary test capabilities,  and making tests operationally realistic using electronic warfare emulators and live components. Our solution always includes:

• Modular Open Systems Architecture (MOSA) designs that ensure maximum reusability and adaptability to evolving needs.
• Scalable and Extensible solutions such that our initial development items can be duplicated to meet demand and/or altered to support alternate needs. This scalability gives you the confidence that our technology can grow with your needs.
• Interoperable so that our systems can integrate easily with other systems, often using standards such as TENA, Google Protobuf, and OpenAPI
• Cybersecure such that cybersecurity is built into the design from the beginning and delivered with all required Risk Mitigation Framework (RMF) documentation

Model Based Systems Engineering (MBSE)

• Hardware and software engineering for open system architectures

Software Engineering

• Manned and unmanned platform software development
• Scrum master
• Generation and monitoring of software metrics
• Software development planning, testing, integration, and management

Logistics Analyst

• Acquisition Documentation
• Readiness and Fleet Management
• Material Fielding

Our modular open systems approach to taking test and operational missions on the road allows for user configurability for a right-sized solution.

• Customizable containers (trailers, ISO containers, etc.) for command & control (C2), data collection/analysis, VIP, etc.
• Modular, scalable C2 software and hardware solutions
• Integrated instrumentation and flight termination solutions
• Open interfaces for rapid integration of new systems

All GaN-designed systems employ a Modular Open Systems Approach (MOSA). MOSA combines acquisition and engineering/architecting methodologies that facilitate improved interoperability and reuse across programs, expedite technology refresh, enable requirements management, enhance competition, and empower collaboration. MOSA fuels our ability to innovate with purpose.  GaN executes MOSA development by employing various open system architecture technologies coupled with Models Based Systems Engineering (MBSE) techniques to design, build, upgrade, and deploy capabilities to our warfighters and test communities that are more capable at faster rates.

IMMERSE delivers an integrated programmable RF gray-space capability designed to address testing and training requirements.

Its modular and scalable architecture enables seamless integration with existing and future Multi-Domain Operations (MDO) testing and training needs to create realistic operational EW/RF environment.

SGT MIRAGE is a portable, low SWaP-C RF capability that delivers tactical EW effects through wireless control without dependence on dedicated platform integration.

Its modular architecture and software-defined design enable rapid deployment, mission-level reconfiguration, and scalable capability enhancements to address emerging operational demands.

Developed under the Logistics Enterprise Enhancement Platform (LEEP) SBIR, modernizes and extends the functionality of the GCSS-Army tactical ERP environment.

By delivering enhanced data accessibility, workflow efficiencies, and decision-support capabilities, SGT NERDS empowers Army logisticians to improve sustainment planning, increase operational effectiveness, and strengthen mission readiness.