TeraSpatial provides an AI‑first wireless communications platform that combines patented RF silicon with embedded machine‑learning at the physical layer to deliver up to ten times the wireless capacity of conventional solutions. The system offers high‑speed, low‑latency data transport for distributed AI workloads, edge deployments, and mobile endpoints, serving network equipment manufacturers, enterprise AI providers, and government/defense customers as a cost‑effective alternative to fiber.
Funding
Funding not disclosed
Founders
Product
Problem
Current wireless networks cannot sustain the high‑bandwidth, low‑latency data streams required by distributed generative AI workloads, edge AI deployments, and mobile or rapidly deployed endpoints, leading to bottlenecks that limit training, visualization, and digital‑twin applications.
Solution
TeraSpatial delivers an AI‑first wireless communications platform that combines patented RF silicon innovations with embedded machine‑learning at the physical layer. By integrating custom silicon, software, and advanced beamforming techniques, the system provides up to ten times the wireless capacity of conventional solutions while reducing cost relative to fiber deployment. The platform is designed for dual‑use scenarios, supporting both commercial 5G/enterprise edge connectivity and government/defense networks. Its AI‑driven link adaptation and interference management enable high‑speed, low‑latency data transport across distributed and non‑stationary endpoints, addressing the connectivity bottleneck for AI data movement.
Target Audience
Primary customers are network and IT equipment manufacturers, enterprise edge AI providers, and government/defense organizations that require high‑speed, low‑latency wireless links for AI‑driven workloads.
Features
- Dual‑patented RF silicon technology that implements integrated phased‑array and hybrid beamforming in CMOS for high‑density spatial multiplexing
- Embedded AI/ML algorithms at the physical layer for real‑time link optimization, beam steering, and interference mitigation
- Scalable architecture that delivers up to 10× wireless capacity compared with existing radio solutions
- Cost‑effective alternative to fiber, achieving comparable throughput with significantly lower deployment expense
- Compatibility with public and private 5G standards, enabling seamless integration into existing network infrastructures
- Designed for edge AI, enterprise, and defense use cases, supporting mobile, stationary, and rapidly deployed endpoints