We build next-generation UE chips, modules, and systems for private cellular networks in AI-enabled industrial environments—where timing, reliability, and resilience cannot fail.
A unified system + silicon approach designed for the realities of industrial networks.
Deterministic scheduling, tight timing, and resilient synchronization for control-grade performance.
High dynamic range with co-designed filters and RF chains for noisy factory floors.
Fleet management, provisioning, and diagnostics aligned with private 5G/6G deployments.
Secure boot, identity, and update pipelines for infrastructure-grade lifecycle control.
Deterministic wireless links for PLC loops, robotics, and time-sensitive operations.
Reliable control and telemetry for AGVs, drones, and remote handling systems.
Low-latency monitoring for substations, distributed assets, and predictive maintenance.
High-availability connectivity for transit, ports, and mission-critical campuses.
Industrial UE module validation with partner-led pilots and live network trials.
Custom silicon programs for latency-critical deployments and ruggedized hardware.
Scaled manufacturing and network-level orchestration for global rollout.
A veteran leadership and engineering team with deep roots in global wireless and semiconductor innovation—from pioneering IoT Wi‑Fi platforms and NB‑IoT + GNSS system‑on‑chips to leading LTE and 5G NR silicon programs. Experience spans top-tier industry labs, public-company executives, and venture-backed scale, with a track record of shipping commercial 3G/4G/5G terminals and system-level IP at scale.
Based in San Diego, a rare full-cycle 3G → 4G → 5G terminal talent hub.