Telco Cloud Evolution: Embracing On-prem, Hybrid, Multi-Cloud and Edge Solutions

The telecom industry is undergoing a rapid transformation, driven by the need for greater agility, scalability, and cost efficiency. Traditional, hardware-centric network infrastructures are giving way to dynamic, software-defined environments — a shift often referred to as the Telco Cloud revolution.

At the core of this evolution lies a hybrid model that blends on-premise infrastructure, multi-cloud deployments, and edge computing. Telecom providers are moving beyond centralized, monolithic systems and adopting distributed architectures that combine the control of on-premise systems, the scalability of multiple cloud platforms, and the low-latency performance of edge data centers.

This strategic mix enables service providers to deliver faster, more reliable, and flexible network services while optimizing operational costs. As a result, telecom companies are better positioned to compete in a rapidly changing digital landscape, supporting emerging use cases such as 5G, IoT, AI-powered services and real-time data applications.

Decentralizing the Network: The Move Toward Hybrid Cloud and Edge

Recent reports from leading research firms like IDC and Gartner indicate that telecom providers are shifting away from centralized infrastructure models in favor of more flexible, hybrid setups that integrate on-premise equipment, multi-cloud environments and edge computing.

• Multi-cloud strategies is on the rise reducing reliance on a single cloud provider and enables organizations to leverage the best offerings from multiple vendors.
• On-premise infrastructure continues to play a critical role. It supports sensitive data processing, ensures compliance with regulations and delivers low-latency performance for time-sensitive operations.
• Edge computing is also expanding rapidly. It is essential for enabling technologies like 5G, IoT devices and other applications that require real-time responsiveness—such as virtual reality, autonomous vehicles and instant data processing.

According to a IDC report, more than 70% of telecom companies are expected to adopt multi-cloud strategies by 2027. Additionally, the global edge computing market in telecom is projected to surpass $20 billion by 2027, driven by the rollout of 5G networks and the rise of smart cities.

How a Blended Infrastructure Boosts Performance

Adopting a combination of on-premise, multi-cloud and edge computing technologies delivers significant advantages for telecom providers:

• Greater Flexibility: Running systems across multiple environments enables optimization for cost, performance and compliance requirements.
• Enhanced Data Control: On-premise infrastructure ensures complete ownership and control of sensitive data, essential for meeting national and industry-specific regulations.
• Faster Response Times: By processing data closer to the end user, edge computing reduces latency and enables real-time service delivery.
• Improved Reliability: A distributed setup enhances network resilience, ensuring service continuity even during outages or disruptions in one part of the system.
• Accelerated Innovation: Leveraging cloud and edge platforms supports rapid deployment of emerging technologies such as AI, network slicing and mobile edge computing (MEC).
• Cost Efficiency: Organizations can strategically run workloads where it’s most cost-effective and scalable, improving overall operational efficiency.

What Can Be Done Now: Real-World Use Cases

The adoption of on-premise, multi-cloud and edge technologies is enabling a wide range of innovative applications:

• Private 5G Networks for Factories: Edge computing powers secure, high-speed connectivity for industrial automation and smart manufacturing.
• Smart Cities: Localized data processing supports real-time decision-making for surveillance, traffic management and energy optimization.
• Autonomous Vehicles: Self-driving cars rely on edge computing to make split-second decisions at the point of action.
• Virtual Healthcare: Ultra-low latency connections enable remote consultations, diagnostics and real-time patient monitoring.

VVDN’s Role in Shaping the Future of Telecom

VVDN Technologies is at the forefront of developing the infrastructure necessary for the evolving telecom landscape. Our offerings include:

• RAN Intelligent Controller (RIC): We have built an ORAN-compliant RIC solution stack that operates across private data centers, public clouds or edge environments. It runs lightweight applications (xApps) to optimize network traffic and performance.
• SD-WAN Solutions: Our SD-WAN ensures intelligent data routing and secure transmission at the edge while seamlessly integrating with multiple cloud platforms.
• Intelligent Network Controller: This software enables telecom providers to monitor and manage their entire network—regardless of location and Cloud Type—through a unified interface.
• Edge-Focused Solutions: Our team delivers compact, efficient network applications specifically designed for edge locations with limited computing resources.
• Public Cloud Integration: Our solutions are fully compatible with leading public cloud platforms such as AWS, Azure and Google Cloud, enabling flexible hybrid deployments.
• Reference Ready 5G Radio Units: We offer ORAN-compliant micro, macro and small cell RUs (Sub-6 GHz), pre-integrated with L1 software and validated with DU partners for faster time-to-market
• Private 5G Solution: We offer a complete Private 5G solution—O-RU, CU/DU, Core, NMS and deployment—optimized for secure, low-latency connectivity in enterprise, industrial, and campus networks.
• Domain Proxy: We enable centralized RAN spectrum management through our Domain Proxy, mediating between the CBSD and SAS for real-time allocation and compliance.

With these technologies, VVDN empowers telecom companies to build smarter, faster and future-ready networks.

The telecom industry is rapidly evolving toward a hybrid model that blends on-premise infrastructure, multi-cloud environments and edge computing. This shift isn’t just a trend—it’s a strategic necessity for staying competitive, agile and future-ready. VVDN is leading this transformation, delivering innovative technologies that empower telecom providers to build resilient, scalable and intelligent networks that meet the demands of the modern digital era.