Tiami Networks
Developer of integrated sensing and communications (ISAC) technologies that use existing cellular and Wi‑Fi signals plus edge compute to provide passive RF sensing, cooperative network-integrated sensing, and edge AI analytics for drone/UAS detection, smart infrastructure monitoring, operator trials, and deployable/non‑terrestrial sensing.
Industries
Nr. of Employees
small (1-50)
Tiami Networks
Greater Sacramento, California, United States
Products
Multifunction edge RF sensing device (edge‑deployed passive sensor)
Compact edge device that ingests ambient cellular and Wi‑Fi signals and performs passive RF sensing, detection, and classification using onboard signal processing and machine learning.
RAN‑integrated cooperative sensing software
Software platform that enables distributed base stations and network nodes to operate as a synchronized sensing layer within the RAN for cooperative detection and wide‑area awareness.
Deployable small‑cell / expeditionary node with embedded sensing
Prototype deployable small cell or network‑in‑a‑box with integrated passive sensing designed to provide cooperative sensing and resilient communications in expeditionary or private network environments.
NTN‑capable sensing module for satellite‑augmented coverage
Sensing module designed to integrate with non‑terrestrial cellular connectivity to extend passive sensing into remote and satellite‑supported environments.
Multifunction edge RF sensing device (edge‑deployed passive sensor)
Compact edge device that ingests ambient cellular and Wi‑Fi signals and performs passive RF sensing, detection, and classification using onboard signal processing and machine learning.
RAN‑integrated cooperative sensing software
Software platform that enables distributed base stations and network nodes to operate as a synchronized sensing layer within the RAN for cooperative detection and wide‑area awareness.
Deployable small‑cell / expeditionary node with embedded sensing
Prototype deployable small cell or network‑in‑a‑box with integrated passive sensing designed to provide cooperative sensing and resilient communications in expeditionary or private network environments.
NTN‑capable sensing module for satellite‑augmented coverage
Sensing module designed to integrate with non‑terrestrial cellular connectivity to extend passive sensing into remote and satellite‑supported environments.
Services
Live demonstrations and pilots with telecom operators, defense organizations, and partners to validate network‑native sensing use cases and performance.
Integration of passive RF sensing with layered counter‑UAS stacks, hardened networking, and SOC/command center workflows for mission‑critical environments.
Partnership projects and co‑development with RAN vendors and operators to integrate sensing capabilities into existing network infrastructure and vendor platforms.
Live demonstrations and pilots with telecom operators, defense organizations, and partners to validate network‑native sensing use cases and performance.
Integration of passive RF sensing with layered counter‑UAS stacks, hardened networking, and SOC/command center workflows for mission‑critical environments.
Partnership projects and co‑development with RAN vendors and operators to integrate sensing capabilities into existing network infrastructure and vendor platforms.
Expertise Areas
- Integrated sensing and communications (ISAC)
- Passive RF sensing for drone/UAS detection and micro‑Doppler analysis
- Edge AI and on‑device machine learning for RF signal analytics
- RAN‑integrated and cooperative sensing for network‑scale awareness
Key Technologies
- Ambient RF sensing using 4G/5G and Wi‑Fi waveforms
- Edge machine learning and real‑time signal processing
- Micro‑Doppler and motion feature extraction from RF echoes
- Distributed cooperative RAN sensing architectures
News & Updates
Blog describing the use of ambient 4G/5G/Wi‑Fi signals and edge ML for real‑time traffic, pedestrian, occupancy, and smart‑infrastructure analytics without cameras.
Announcement of a multi‑partner deployment to provide hardened 5G connectivity and counter‑UAS solutions integrating passive 5G sensing with partner detection systems.
Proof‑of‑concept trials demonstrating that mobile networks and devices can be used for ISAC sensing use cases including crowd analytics and object detection.
Launch of a deployable sensing portfolio including deployable small cells with embedded sensing and expanded deployment models for mobile and non‑terrestrial use.
Progress update on a planned passive sensing mission targeted for July 2027 to demonstrate passive 5G sensing from space.
Recognition for a cooperative RAN‑integrated sensing platform as a finalist in the Wireless Innovation – RAN category.
Blog describing the use of ambient 4G/5G/Wi‑Fi signals and edge ML for real‑time traffic, pedestrian, occupancy, and smart‑infrastructure analytics without cameras.
Announcement of a multi‑partner deployment to provide hardened 5G connectivity and counter‑UAS solutions integrating passive 5G sensing with partner detection systems.
Proof‑of‑concept trials demonstrating that mobile networks and devices can be used for ISAC sensing use cases including crowd analytics and object detection.
Launch of a deployable sensing portfolio including deployable small cells with embedded sensing and expanded deployment models for mobile and non‑terrestrial use.
Progress update on a planned passive sensing mission targeted for July 2027 to demonstrate passive 5G sensing from space.
Recognition for a cooperative RAN‑integrated sensing platform as a finalist in the Wireless Innovation – RAN category.