TeraSpatial, Inc.

TeraSpatial — Solving the Wireless Connectivity Bottleneck for AI Data Movement TeraSpatial enables enterprises, network operators, and defense/government organizations to deploy and operate high-capacity wireless infrastructure faster and at substantially lower cost. Our solution removes data-movement bottlenecks for ground and air applications—edge AI, mobile platforms, and data-intensive workloads—where fiber is impractical and legacy wireless approaches cannot scale. TeraSpatial's platform unifies next-generation wireless transport with AI-driven network intelligence. TeraHaul™, the company's high-capacity wireless transport system, delivers up to 10× the throughput of legacy solutions and enables rapid deployment in mobile, non-stationary, hard-to-wire, and contested environments. TeraTwin™, TeraSpatial's AI-powered Wireless Digital Twin, serves as the intelligent control layer—modeling real-world RF environments, predicting performance under varying conditions, and continuously optimizing networks using live operational data to reduce planning and deployment costs by up to 10×. TeraSpatial's go-to-market strategy is software-first, with TeraTwin generating early recurring revenue deployed as a standalone SaaS product across both TeraSpatial and third-party wireless infrastructure. This enables broad platform reach and early revenue, while accelerating pull-through of TeraHaul as customers standardize on a single intelligence layer. Built on exclusively licensed IP from Carnegie Mellon University and Arizona State University, TeraSpatial combines proprietary AI software with advanced RF silicon. The company is generating revenue, has delivered working silicon under a U.S. Department of Defense contract, and is executing enterprise and government pilots. The domain-expert leadership team brings deep experience in wireless systems, semiconductors, and large-scale product commercialization, with backgrounds spanning Qualcomm, Intel, and SpaceX. TeraSpatial is currently raising a Series A to scale commercial deployments and expand across defense and enterprise markets.

AI is being stranded at the edge. As GenAI expands across distributed and edge infrastructures, the real barrier is not the sensors or devices themselves — it’s the transport layer that moves massive data streams between edge sites and the cloud. Traditional backhaul — slow, costly fiber builds or legacy wireless links capped at tens of Mbps—cannot keep up with the demands of AI training, visualization, or digital twin. The problem is most acute in environments that are mobile (fleets of autonomous vehicles, UAVs, defense missions), temporary (construction sites, forward bases, live events), or unpredictable (disaster recovery, emergency response, pop-up networks) — where connectivity must be high-capacity, rapidly deployable, and resilient. TeraSpatial solves this with a dual approach: breakthrough hardware delivering multi-Gbps xHaul and AI-driven software that models, predicts, and optimizes connectivity inside customer networks, making them adaptive and robust. This combination removes the transport bottleneck and enables AI to scale — anywhere, anytime.

• $950k trailing 12-month revenue: $200k SaaS contract with Polaris Wireless and $750k from DoD contract (SBIR Phase II silicon, part of $1.3M total contract—silicon delivered 2025 and validated in lab)
• 3 pilots converting to ARR in Q1-Q2 2026
• MOU with Parallel Wireless for TeraHaul go-to-market
• Joint GTM with Dell Federal
• Onboarded as Northrop Grumman supplier; active engagements with BAE Systems, L3Harris, Booz Allen, and Lockheed Martin
• Funding: $4.3M total raised; $1M closed in SAFE including Silicon Catalyst Ventures and Silicon Catalyst Angels
• Ecosystem: Silicon Catalyst member, Capital Factory All Access Fund member, AI-RAN Alliance, MMEC and SWAP Hubs of Microelectronics Commons