Dirac Solutions Inc. (DSI) has developed a high-performance, long-range, Non-RF Alternative  wireless communication system designed to enable reliable transmission of sensor, image, and video data across some of the most challenging RF propagation environments—including air, metal structures, and reinforced concrete barriers.

Key Capabilities:

• Penetrative, Long-Range Communication
  Capable of robust data transmission through air, metallic enclosures, and concrete walls.
  Detailed communications parameters available upon request.
• Bi-Directional, Asynchronous Operation
  Supports two-way communications without requiring synchronized timing, enabling flexible, autonomous system operations.
• Continuous or On-Demand Data Transmission
  System can operate in continuous streaming mode or on-demand polling mode, depending on the mission or application requirements.
• Non-Line-of-Sight (NLOS) Operation
  Maintains reliable connectivity without a direct line of sight, making it ideal for complex, obstructed environments.
• Secure, Covert Communications
  • Low Probability of Intercept/Detection (LPI/D) ensures that communications remain undetectable by standard surveillance systems.
  • Covert waveform structure renders transmissions inaudible to humans and indistinguishable from background noise.
• Reverberation-Enhanced Reliability
  Unlike conventional systems that degrade in reverberant environments, this system leverages multipath and reverberation to enhance signal integrity and robustness.
• Noise Resilient Design
  Engineered to resist both intentional jamming and unintentional interference from surrounding RF sources and electrical noise.
• Frequency-Independent Modulation
  The proprietary modulation technique is decoupled from operating frequency, making it adaptable for terrestrial, RF-constrained, or underwater environments with minimal modification.

This communication solution is ideal for defense, nuclear facility monitoring, underground infrastructure, shipboard deployments, and covert surveillance, offering unmatched performance in RF Denied and tactically sensitive environments