What is an AI-Native network?

It means AI is not an add-on; the core physical and MAC layer protocols use machine learning natively to decode signals and route traffic.

When will 6G be ready?

While standardization is expected around 2030, the foundational research and IP development is happening right now.

What frequency bands will 6G use?

6G will expand into the sub-terahertz (sub-THz) and terahertz (THz) spectrum (100 GHz to 3 THz), providing massive bandwidth at the cost of high path loss.

How do you solve THz path loss?

We are researching massive MIMO systems, Reconfigurable Intelligent Surfaces (RIS), and AI-driven beamforming to overcome extreme signal attenuation.

What is Integrated Sensing and Communication (ISAC)?

In 6G, the communication signals themselves will act like radar, allowing the network to physically sense and map its environment while transmitting data.

DEV SEC IT RESEARCH

6G Network Architecture Research

Pioneering terahertz communication and intelligent cell structures.

The Engineering Challenge of 6G Network Architecture

6G will not just be faster; it will integrate sensing and intelligence directly into the network fabric. We are building the protocols for this future.

Developing a Proof of Concept is easy. Engineering a reliable, scalable, and secure system for production is incredibly difficult. Our research is directly targeted at solving enterprise-grade problems within the 6G Network Architecture space.

Massive Throughput

Designing protocols capable of handling Tbps data rates.

Sub-millisecond Latency

Enabling true real-time remote robotics and haptics.

Network Intelligence

Using AI to dynamically manage spectrum allocation and beamforming.

Hyper-Security

Physical layer security exploiting channel characteristics.

Core Research Offerings

How we apply our foundational research to solve complex enterprise problems.

AI-PHY Development

Replacing traditional signal processing blocks with neural networks.

Spectrum Management

Dynamic AI-driven spectrum allocation algorithms.

Network Digital Twin

Building high-fidelity simulations of entire network deployments.

Research & Implementation Methodology

Theoretical Modeling

Mathematical modeling of channel characteristics at THz frequencies.

Algorithm Design

Developing AI/ML algorithms for channel estimation and resource allocation.

SDR Prototyping

Implementing the physical layer on Software Defined Radios.

System Level Simulation

Evaluating network-wide performance in dense environments.

Technology Stack

We utilize state-of-the-art frameworks and hardware.

Simulation

MATLAB
GNU Radio
Sionna

AI/ML

PyTorch
Reinforcement Learning
Graph Neural Networks

Hardware

USRPs
Terahertz transceivers

Core Network

SDR
NFV
Cloud-Native 5G/6G Cores

Research FAQ

Explore Other Research Areas

Deep Learning Deepspace Network Neural Processing Quantum Computing System Engineering Low Level Engineering

Ready to Operationalize 6G Network Architecture?

Partner with our research division to build sovereign, secure, and highly optimized systems for your enterprise.