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6G Networks

Explore our 6G Network Solutions: innovative architectures, AI-driven optimization, and secure, scalable networks designed to power the next generation of European research and industrial projects.

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research@fourdotinfinity.com
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Transforming Connectivity with High-Performance 6G Networks.

Our 6G Network Solutions deliver advanced capabilities for next-generation connectivity, offering tailored packages designed to meet the technical demands of beyond 5G networks. We develop AI-driven network intelligence tools, implement O-RAN applications, optimize radio resource management, and deploy cybersecurity frameworks to ensure resilient and secure network operations.

For projects seeking to explore cutting-edge 6G technologies, we also offer flexible integration and support services, enabling teams to leverage our expertise in open-source NWDAF interfaces, DRL-based optimization, and native AI tools while focusing on their core research objectives.

Our Open RAN portfolio

Our ORAN portfolio helps Communications Service Providers transform their RAN operations, putting automation and intelligence to the heart of network management.

Our applications are integrated with the main RAN Intelligent Controller (RIC) platforms.

Sleepy rApp
SLEEPY-rApp is an edge computing efficiency engine. By monitoring network load, it continuously optimizes server utilization by turning them on/off based on actual demand, not predictive guessing.
Dynamic Resource Sharing Oprimizer rApp/xApp
Dynamic Resource Sharing Optimizer learns network behaviour in real-time and autonomously optimizes PRB allocation policies. Simultaneously handles diverse user requirements, letting engineers focus on strategy, not daily parameter tweaks.
xApp Conflict Resolver
The Conflict Resolver evaluates competing xApp recommendations using a Network Digital Twin. Before any action is applied to the live network, the NDT predicts the impact of each option against operator-defined policies. The winning recommendation is applied with confidence, avoiding the costly trial-and-error of reactive conflict management.
Load Balancing rApp
The Load Balancing rApp enables the dynamic selection of serving nodes, based on predicted network conditions. Traffic can be transferred between different RUs or DUs under the same CU to accommodate optimal throughput and efficiency.
PHY Config rApp
The PHY config rApp enables the dynamic management of transmission-level parameters like MCS, numerology, power levels, etc., making the Physical Layer programmable.
Sleepy rApp
SLEEPY-rApp is an edge computing efficiency engine. By monitoring network load, it continuously optimizes server utilization by turning them on/off based on actual demand, not predictive guessing.
Dynamic Resource Sharing Optimizer rApp
Dynamic Resource Sharing Optimizer rApp predicts network requirements and autonomously sets physical resource allocation policies for the next period, based on diverse user needs.
xApp Conflict Resolver
The Conflict Resolver uses a Network Digital Twin to assess competing xApp recommendations, predicting their impact against operator policies before applying the best option, avoiding costly trial-and-error.
Load Balancing rApp
The Load Balancing rApp enables the dynamic selection of serving nodes, based on predicted network conditions. Traffic can be transferred between different RUs or DUs under the same CU to accommodate optimal throughput and efficiency.
PHY Config rApp
The PHY config rApp enables dynamic, fine-grained management of transmission-level parameters such as MCS, numerology, and power levels, effectively making the Physical Layer more flexible and programmable to adapt to changing network conditions.
Dynamic Resource Sharing Optimizer xApp
Dynamic Resource Sharing Optimizer xApp learns network behavior in real time and manages PRB allocation to meet diverse user needs so engineers can focus on network strategy.

The four pillars of our 6G Network Solutions include

Our approach to next-generation networks ensures reliability, security, and innovation, connecting research to industrial projects.

Network Intelligence
Leverage AI-driven tools for real-time optimization and predictive management of 6G network performance.
Resilience & Security
Implement robust security frameworks and protocols to protect networks and ensure uninterrupted operation.
Deployment & Integration
Support the implementation of 6G solutions in experimental and production environments, ensuring seamless integration with existing infrastructures.
Research & Innovation
Develop and validate cutting-edge 6G technologies, which are offered to the European community as contributions to demonstrations, pilots, and knowledge transfer.

Our 6G Network Solutions Process

Step 1

Define Requirements

We start by analyzing your project’s goals and connectivity needs, ensuring alignment with next-generation 6G use cases.

Step 2

Design & Simulation

Our experts design AI-driven architectures and run simulations to validate performance, scalability, and security.

Step 3

Develop & Integrate

We implement customized 6G components, from xApps to open interfaces, and integrate them seamlessly into your ecosystem.

Step 4

Test & Optimize

Through real-world pilots and continuous optimization, we ensure ultra-reliable, secure, and energy-efficient network performance.

Let's Connect

Let’s Build the Future of Connectivity Together

Whether you’re leading a Horizon Europe consortium or seeking innovative R&D partners, Four Dot Infinity is ready to collaborate.

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Head Offices
208, Kifisias Avenue, Chalandri, 15231, Athens, Greece
Technical Branch
32, Vosporou, Elliniko, 16777, Athens, Greece
Contact with us
Call Consulting: +30 210 723 6195 Call Cooperate: +30 213 088 9302
Working Hours
Mon - Fri: 9.00 - 17.00 EET
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