
Advanced Wireless Systems
5G/6G and RF engineering, from antenna and PHY design to full system integration.
From concept to deployment across wireless, satellite and next-generation networks.

5G/6G and RF engineering, from antenna and PHY design to full system integration.

Test beds for O-RAN, NTN and device validation with lab-grade instrumentation.

Satellite and terrestrial networks unified into one resilient, always-on layer.

Prototyping what comes next: 6G, AI-native RAN and self-optimizing systems.
The platforms and live test environments our teams build and operate.

3GPP-aligned platforms across core, RAN and air-interface.

Open, disaggregated RAN on virtualized CU/DU with multi-vendor interoperability.

AI-native radio embedding ML across the RAN for smarter efficiency.

Non-terrestrial networks linking satellites and ground for gap-free coverage.

Quantum key distribution over satellite links for secure communications.

Multi-modal AI fusing text, voice and vision into real-time intelligence.
From concept to deployment across wireless, satellite and next-generation networks.

5G/6G and RF engineering, from antenna and PHY design to full system integration.

Test beds for O-RAN, NTN and device validation with lab-grade instrumentation.

Satellite and terrestrial networks unified into one resilient, always-on layer.

Prototyping what comes next: 6G, AI-native RAN and self-optimizing systems.
The platforms and live test environments our teams build and operate.

3GPP-aligned platforms across core, RAN and air-interface.

Open, disaggregated RAN on virtualized CU/DU with multi-vendor interoperability.

AI-native radio embedding ML across the RAN for smarter efficiency.

Non-terrestrial networks linking satellites and ground for gap-free coverage.

Quantum key distribution over satellite links for secure communications.

Multi-modal AI fusing text, voice and vision into real-time intelligence.
From concept to deployment across wireless, satellite and next-generation networks.

5G/6G and RF engineering, from antenna and PHY design to full system integration.

Test beds for O-RAN, NTN and device validation with lab-grade instrumentation.

Satellite and terrestrial networks unified into one resilient, always-on layer.

Prototyping what comes next: 6G, AI-native RAN and self-optimizing systems.
The platforms and live test environments our teams build and operate.

3GPP-aligned platforms across core, RAN and air-interface.

Open, disaggregated RAN on virtualized CU/DU with multi-vendor interoperability.

AI-native radio embedding ML across the RAN for smarter efficiency.

Non-terrestrial networks linking satellites and ground for gap-free coverage.

Quantum key distribution over satellite links for secure communications.

Multi-modal AI fusing text, voice and vision into real-time intelligence.
How we take programs from concept to deployment across wireless, satellite and next-generation networks.

End-to-end 5G/6G and RF engineering — antenna design, PHY/MAC development, and full wireless system integration.

Purpose-built test beds for O-RAN, NTN and device validation, backed by lab-grade measurement and instrumentation.

Unifying satellite (NTN) and terrestrial networks into one resilient, always-on connectivity layer.

Prototyping the networks that come next — 6G, AI-native RAN, and intelligent, self-optimizing systems.
The platforms and live test environments our teams build, validate and operate on.

3GPP-aligned 5G and 6G platforms spanning core, RAN and air-interface experimentation.

Open, disaggregated RAN built on virtualized CU/DU components and multi-vendor interoperability.

AI-native radio — embedding machine learning across the RAN for smarter scheduling and efficiency.

Non-terrestrial networks connecting satellites and ground systems for global, gap-free coverage.

Quantum key distribution over satellite links for future-proof, physically secure communications.

Multi-modal AI that fuses text, voice and vision into unified, real-time intelligence.
Our Milton testbed runs live 5G core, edge-AI inference, and real-time network monitoring on production-grade equipment.
Our Milton testbed runs live 5G core, edge-AI inference, and real-time network monitoring on production-grade equipment.



PhDs, Stanford top-2% researchers, MIT Sloan alumni, and 35-year satellite engineers.
NTN, QKD, 5G/6G. Surrey PhD, MIT Sloan.
6G, AI/ML. Stanford Top 2%, IEEE Distinguished Lecturer 2025-26.
O-RAN, AI-RAN, 5G MAC/PHY. 15+ yrs.
5G/6G antennas, mmWave, MIMO. IIT PhD.
NTN, satellite systems. 35+ yrs, Surrey MPhil.
Aerospace, drones, VTOL, GNSS. 36+ yrs.
Data science, analytics, NTN.
NTN, AI-RAN, O-RAN. 18+ yrs.
The senior minds guiding our work across NTN, 5G/6G, O-RAN, AI-RAN, satellite and aerospace systems.
Whether you are designing an NTN testbed, building AI-governed sensor fusion for defence, or researching quantum communications, our team takes you from concept to deployment.
The senior minds guiding our work across NTN, 5G/6G, O-RAN, AI-RAN, satellite and aerospace systems.
Senior consultants in NTN, 5G/6G, O-RAN, AI-RAN, satellite and aerospace systems — Envision. Engineer. Execute.
Whether you are designing an NTN testbed, building AI-governed sensor fusion for defence, or researching quantum communications, our team takes you from concept to deployment.
The senior minds guiding our work across NTN, 5G/6G, O-RAN, AI-RAN, satellite and aerospace systems.
