onBoresight Research LLC

Assists in attaining Risk Management Framework accreditation by restructuring system architectures to align with cybersecurity requirements. This includes applying DISA STIGs, implementing security policies, and performing vulnerability scanning to secure defense assets.

• System Architecture Restructuring

  Redesigning system configurations and network structures to meet strict federal cybersecurity compliance standards.

• Vulnerability Scanning & Hardening

  Identifying security gaps through active scanning and applying DISA STIGs to reinforce system defenses.

Combines distinct hardware components into cohesive, fully operational subsystems to address obsolescence. This process involves upgrading older chassis with modern equipment, such as Annapolis Micro Systems Wildstar boards, and programming field-programmable gate arrays using specialized software tools.

• FPGA Programming

  Configuring field-programmable gate arrays using development environments like the Annapolis Micro Systems Corefire application.

• Chassis Upgrades & Subsystem Assembly

  Replacing obsolete components within active systems with modern, serviceable hardware to prolong operational life.

Delivers comprehensive operational and preparation services for military exercises. The work facilitates smooth execution during missile flight tests and active fleet operations.

• Flight Test Operational Support

  Providing real-time assistance and troubleshooting during missile flight testing events.

• Fleet Exercise Planning

  Coordinating technical parameters and operational guidelines to support simulated and live fleet military exercises.

Designs and implements time-critical, real-time applications tailored for complex data environments. This includes creating specialized software that processes high-frequency MK-74 X-Band data streams with minimal latency.

• Radar Data Processing Software

  Developing real-time systems designed to parse, route, and process data from X-Band radar installations.

Engineers specialized analytical tools to process and interpret complex radar datasets. These utilities assist operators in identifying operational trends, assessing system health, and modeling external environments.

• Radar Signal & Data Analysis

  Creating MATLAB-based tools that allow technicians and engineers to parse raw instrumentation data.

• Missile Motion Dynamics Modeling

  Developing software models to track, analyze, and simulate the physical behavior and trajectories of flight assets.

• Environmental & Weather Analysis

  Analyzing atmospheric conditions and weather phenomena that could impact radar performance and signal propagation.

Utilizes advanced MATLAB-based modeling to estimate and measure radar capabilities across diverse operational sites. These tools establish baselines for calibration and ensure systems operate within specified tolerances.

• Radar Calibration Utilities

  Developing analytical algorithms to calibrate hardware and maintain accuracy across different radar installations.

Provides remote and on-site engineering expertise to assist field personnel with daily activities. This work focuses on keeping complex systems operational and resolving technical issues rapidly.

• Technical Troubleshooting Support

  Assisting field technicians in diagnosing hardware and software anomalies to minimize system downtime.

Delivers structured curricula to educate and certify technical personnel on complex radar operations and theory. Training programs combine academic concepts with practical, real-time system operations and maintenance procedures.

• Operator & Technician Certification

  Providing formalized training and certification paths for personnel responsible for running and maintaining field equipment.

• ROSA & WB-COSIP Curriculum

  Conducting specialized instruction tailored specifically to the MIT Lincoln Laboratory ROSA and WB-COSIP radar platforms.

Applies structured modeling methodologies to design complete systems from the ground up. This practice integrates requirements, behavioral simulations, and hardware constraints into a unified digital model.

• System Use Case Modeling

  Developing behavioral models to simulate hardware interactions and operational scenarios.

• Requirements Management & Simulation

  Tracking, managing, and simulating complex technical requirements throughout the system development life cycle.