REMCOM INC

REMCOM INC specializes in electromagnetic simulation software and wireless propagation analysis tools, delivering high-fidelity computational modeling solutions for complex radio frequency environments. Their core expertise lies in finite-difference time-domain (FDTD) simulation, antenna design validation, and channel modeling for terrestrial, airborne, and planetary applications. The company’s proprietary Wireless InSite and XFDTD platforms enable precise prediction of signal propagation, interference, and coverage in challenging terrains—including lunar surfaces and defense-grade infrastructure—making them a trusted provider for mission-critical RF system evaluation. Key differentiators include advanced MIMO channel simulation, real-time ray-tracing algorithms, and seamless integration of environmental data into electromagnetic models, supporting both research and operational deployment scenarios. REMCOM maintains a strong, recurring relationship with NASA, providing software licenses, training, and research support for wireless communication systems in space exploration contexts, particularly lunar and planetary surface networks. The Department of Defense engages REMCOM for maintenance and enhancement of electromagnetic simulation toolsets used in radar, communications, and electronic warfare system development. The Department of Justice has leveraged their capabilities for antenna and propagation analysis to support law enforcement communication system upgrades. The contractor’s primary industry focus is software publishing for engineering simulation (NAICS 513210), with significant work in physical sciences R&D (541715) and broader professional technical services (541990). They serve the aerospace, defense, and public safety sectors by enabling predictive RF engineering through validated computational tools, positioning them as a niche provider of mission-specific electromagnetic modeling software. REMCOM INC is a small, Pennsylvania-based firm operating under a 2L entity structure. While no formal government certifications are listed, their technical credibility is established through sustained engagement with federal agencies on high-complexity simulation projects. Their geographic presence is centralized in State College, PA, with a market footprint defined by deep technical specialization rather than broad service diversification.