Tiami Networks

WATCH CPS 26

AI hardware that extracts radar sensing information from ambient 5G and WiFi signals to create digital twins of cities with real-time pedestrian, traffic, and occupancy data.

Elk Grove, California, United States·Founded 2022·~10 emp·PRIVATE · tiaminetworks.com ↗ ↓ JSON ↓ MD
Researched 2026-03-08 ● Current
Tiami Networks — robotics.press intelligence card

Tiami Networks occupies a technically compelling niche at the intersection of ISAC, edge AI, and camera-free sensing, with early ecosystem validation from Deutsche Telekom, Airspan, SEMPRE/AFGSC, and Vodafone. However, with only ~$550K-$1M in disclosed funding, ~10 employees, no verified revenue, and product claims that remain largely unvalidated by independent third parties, the company is pre-scale and high-risk. It merits tracking for strategic investors in defense/telco sensing but requires significant proof points before warranting a higher rating.

Moat NARROW

- Early mover in ISAC-specific sensing software layered onto existing wireless infrastructure — a nascent category with few direct competitors - Claimed 3GPP ISAC standardization contributions (5+ use cases shaped) could create standards-level influence if verified - PhD-heavy team with specialized RF/radar signal processing and wireless communications expertise - Camera-free, privacy-preserving approach provides regulatory and public acceptance advantages over optical sensing alternatives

Management ADEQUATE

The leadership team is technically strong with PhD-level expertise in wireless communications, radar, and AI/ML, anchored by Chief Scientist Sumit Roy's academic reputation. CEO Amitav Mukherjee (BS, MBA, PhD) and COO Tyrell Junius bring complementary technical and operational backgrounds. However, the team's ability to execute commercially at scale is unproven — the company remains at ~10 employees with minimal disclosed capital, and there is no evidence of experienced go-to-market or enterprise sales leadership.

Financials OPAQUE
Bull Case

Technically differentiated ISAC approach converting existing 5G/WiFi signals into sensing data without cameras — a privacy-forward angle with regulatory tailwinds in both defense and municipal markets

Named partner on SEMPRE's AFGSC Counter-UAS contract alongside Dedrone by Axon, providing real defense program validation and potential revenue pathway

Deutsche Telekom T-Challenge 'Most Integration Potential' award with endorsement from T-Mobile CTO John Saw signals genuine telco integration credibility

MOU with Airspan Networks (established RAN vendor) to explore ISAC-enabled RAN solutions positions Tiami within the 5G Advanced/6G supply chain

Vodafone smartphone-as-radar trial demonstrates potential for low-CAPEX, mass-market sensing deployments leveraging commodity devices

PhD-heavy leadership team with Chief Scientist Sumit Roy (notable wireless communications academic) and claimed 3GPP ISAC standardization contributions suggest deep technical credibility

Bear Case

Extremely limited disclosed funding (~$550K per CB Insights) relative to the breadth of ambition spanning defense, telco, and smart cities — capital inadequacy is a critical risk

Claims of '10+ DoD contracts' and '15+ live testbeds' lack external corroboration through contract vehicle IDs, program names, or independent verification

No independently validated performance metrics (detection ranges, accuracy, false positive rates) for any product — critical for competitive defense procurements

ISAC standardization in 3GPP is still maturing with long telco adoption cycles; commercial revenue from operator integration could be years away

MWC 2026 product announcements (PolyBase, PolyEdge, PolyRAN) were company-generated press releases distributed via EIN Presswire, not independently validated product reviews

Third-party data aggregators show conflicting information (founder identity, competitor sets, garbled funding numbers), indicating limited institutional coverage and data reliability

Key Risks

Capital starvation: ~$550K-$1M raised is insufficient to industrialize products across three market verticals simultaneously; failure to secure strategic financing or customer-funded programs could stall progress

Unverified claims: '10+ DoD contracts' and '15+ testbeds' need independent corroboration; if overstated, credibility damage could be severe

Long telco sales cycles: ISAC features in 3GPP are pre-commercial; operator integration timelines could extend 3-5+ years before meaningful telco revenue

Competitive pressure in C-UAS: Established multi-sensor fusion players (Dedrone, DroneShield, etc.) have larger installed bases and proven field performance; Tiami must demonstrate measurable detection KPIs to win platform slots

Key-person risk: With ~10 employees and deep technical specialization, loss of key scientists or engineers could materially impair R&D capability

Market definition immaturity: ISAC as a category is still being defined; aggregator competitor sets are unreliable, making market positioning and investor benchmarking difficult

Catalysts

Conversion of SEMPRE/AFGSC Counter-UAS partnership into a named subcontract or IDIQ task order with disclosed value

First paid telco deployment or NPI with Airspan, Deutsche Telekom, or Vodafone beyond trial/MOU stage

Publication of independent third-party test results validating UAS detection performance metrics (range, accuracy, false positive rates)

Publicly accessible 3GPP contribution documents bearing Tiami authorship to substantiate standardization leadership claims

Series A or strategic investment round from a defense prime or telco partner validating technology and market fit

Irreplaceability 3
Market Weight
Tech Differentiation
Operational Deployment
Strategic Momentum
Ecosystem Influence
Coverage Necessity
Fin. Valuation
Fin. Revenue
TypeQuick Research
Published2026-03-08
Length2,545 words · 11 min read
Sources14 sources cited
↓ Download Report ↓ JSON

Generated by automated research. Cross-reference with primary sources before investment decisions.

PolyEdge Software · LIMITED · Launched 2026
└─ Edge AI sensing platform providing on-device/edge inference for resilient situational awareness without reliance on fragile networks or cloud links. Supports real-time sensing analytics. Showcased at MWC Barcelona 2026 as part of the Deployable All-Domain Sensing Portfolio. Referenced in SEMPRE/AFGSC Counter-UAS program context for AI-powered edge detection in contested/survivable network environments. Designed to operate without cloud or network links for resilient situational awareness.
PolyBase Fixed · PROTOTYPE · Launched 2026
└─ Deployable 5G small cell with integrated ISAC sensing capabilities. Announced as part of the All-Domain Sensing Portfolio at MWC Barcelona 2026, designed for ground mobility, distributed assets, and non-terrestrial environments. Announced at MWC Barcelona 2026 as part of the Deployable All-Domain Sensing Portfolio. Serves as an optional hardware complement to Tiami's software-first stack, enabling gap-fill or contested-environment deployments. Roadmap spans from passive edge sensing to cooperative sensing embedded in deployable infrastructure including non-terrestrial network (NTN) environments.
Drone Detection Software · FIELDED
└─ Radio/ISAC-based UAS detection system without cameras, leveraging wireless signals for real-time drone identification. Deployed on existing RF infrastructure, edge nodes, or optionally on PolyBase/PolyEdge hardware. Named partner in SEMPRE-led AFGSC (Air Force Global Strike Command) Counter-UAS program alongside Dedrone by Axon. Tiami's role is AI-powered edge sensing within a sovereign, survivable network architecture. Complementary posture with Dedrone rather than head-to-head competition. Company claims 10+ DoD contracts awarded.
PolyRAN Software · LIMITED · Launched 2026
└─ RAN-integrated sensing and analytics platform that embeds ISAC capabilities into radio access network infrastructure. Enables cooperative sensing across distributed RAN elements. Showcased at MWC Barcelona 2026 as part of the Deployable All-Domain Sensing Portfolio. Subject of an MOU with Airspan Networks to combine Airspan RAN hardware with Tiami 5G-based sensing and tracking capabilities, targeting 5G/6G RAN integration. Tiami claims to have shaped 5+ ISAC use cases in 3GPP standardization.
Smart Infrastructure Software · LIMITED
└─ Camera-free occupancy and movement awareness system for smart cities, transport hubs, and public safety. Uses radio-based sensing on existing cellular/Wi-Fi infrastructure and smartphones. Validated through a Vodafone trial that demonstrated smartphones used as radars to alert users of danger on crowded train platforms (crowd hazard/congestion detection). Positions as a privacy-forward alternative to camera-based systems for municipalities and transit operators. No peer-reviewed results or city procurement wins publicly disclosed as of the report date.
GenAI for Networks & Cybersecurity Software · LIMITED
└─ Generative AI-driven anomaly detection, threat prediction, and network assurance platform for critical communications. Integrates with edge/SOC infrastructure for telemetry analytics. Recognized with Deutsche Telekom / T-Mobile 'Most Integration Potential' award at the T Challenge innovation program, with endorsement from T-Mobile EVP & CTO John Saw. Positioned for critical communications customers including telco operators and defense/enterprise SOC environments. Airspan Networks MOU also relevant to this platform's telco integration pathway.
Sumit Roy Chief Scientist
Tyrell Junius COO & Co-Founder
John Saw EVP & CTO at T-Mobile
Amitav Mukherjee CEO & Founder
Glenn Laxdal President & CEO of Airspan Networks
Tiami Networks Contact
Data fusion L3 · AI / Analytics
Signal classification L3 · RF Detection
Wide-area surveillance L3 · Area Monitoring
Threat classification L3 · AI / Analytics
Autonomy & Software L1
Perimeter Patrol L2 · Patrol & Surveillance
Detection L1
Drone signal detection L3 · RF Detection
AI / Analytics L2 · Autonomy & Software
Visual Detection L2 · Detection
Spectrum analysis L3 · RF Detection
Anomaly detection L3 · Perimeter Patrol
Area Monitoring L2 · Patrol & Surveillance
RF Detection L2 · Detection
Patrol & Surveillance L1
Multi-sensor fusion L3 · Visual Detection
Direction finding L3 · RF Detection