SeismicComm is an early-stage research and development effort exploring new physical communication layers designed to operate beneath and alongside existing RF, fiber, satellite, and optical systems.

Our work focuses on understanding how modern ground-coupled transducers, adaptive signal processing, and AI-driven channel modeling can be combined to create resilient, low-bandwidth communication paths in environments where conventional networks are degraded, denied, or unavailable.

We are currently in the research and validation phase, with initial laboratory characterization and early field experimentation actively underway, aimed at rigorously defining channel behavior, constraints, and practical performance envelopes.

We are open to conversations with researchers, engineers, institutions, and others who understand the value of engaging while system behavior, constraints, and design tradeoffs are being defined through disciplined measurement, characterization, and field testing.

If your interest lies in advancing resilient communications for defense, critical infrastructure, extreme environments, or future off-world systems, we welcome the opportunity to connect.