#iplook

As the stage where 6G communication is regarded as the futuristic technology that lay out possibilities, more use cases and new generation of cellular communication standards spring up. Zhang Ping, an Academician of Chinese Academy of Engineering, stated that the future 6G would be technology combined with communication, computing, perceiving, AI, and security. Wireless cloud solutions are the most suitable for 6G development.

The Power of Cloud

Cloud-managed wireless market shows the future growth potential in the latest released study. 6G is a cloud-centric wireless future. Cloud is a new economics and a new supply chain.

The open cloud wireless network can better meet the needs of 6G multi-dimensional networking. Additionally, the cloud system gets rid of the traditional software and hardware form to redefine “wireless network”. It opens up more options for operators and integrators to deploy new EPC and 5GC network.

However, there is always the other side of the coin.

Challenges and Possibilities

Up until now, multiple challenges still exist in 6G wireless. It’s concentrated on the MCPTT and security system solutions. While there is certainly an appeal to 6G Implementations, especially for enterprises, colleges and laboratories, we still need to figure out how to solve related challenges: how to ensure the quality of services, how to better integrate with all 6G capabilities, how to design a reasonable network architecture, alike problems.

Moving to open cloud wireless is going to require 6G. The world where the network becomes multimode through a cloud player, is the world where 6G technology features at industrial and ecological clusters. Cloud wireless network becomes a popular trend, which will definitely usher a new supply chain.

IPLOOK's Step into “Cloud”

IPLOOK core network has successfully deployed on Alibaba Cloud, Tencent Cloud, AWS Cloud alike cloud platforms, providing carrier-grade end-to-end mobile network solutions for operators and enterprises.

As the European telecom industry completes large scale 5G coverage deployment and shifts focus toward enhancing network capabilities, mobile virtual network operators across the region are facing a pivotal development crossroads. The migration to 5G Standalone networks is no longer a simple technical iteration, but a core strategic move that determines the long term survival capability and commercial monetization potential of MVNO businesses.

Different from traditional mobile network operators that concentrate on large scale infrastructure construction and investment, European MVNOs prioritize operational agility and stable return on investment in market competition. With in depth market research and long term practical engagement in European telecom scenarios, IPLOOK has summarized three core decision metrics that dominate MVNOs’ 5G SA transformation layout.

The first metric is SLA assurance and latency stability centered on user quality of experience. In 2026, 5G SA commercial value will be fully reflected in enterprise level service scenarios. Emerging businesses including cloud gaming, industrial Internet of Things and real time artificial intelligence applications all require deterministic and low latency network support. For MVNOs, obtaining strict and verifiable service level agreements from basic MNO networks has become the primary prerequisite for expanding enterprise business and securing market competitiveness.

The second key metric is the time to market of network slicing services. Network slicing serves as the core capability of cloud native 5G core networks and the key to MVNOs’ differentiated B2B service layout. European enterprise clients put forward flexible and customized demands for dedicated network slices. The rapid deployment, personalized adjustment and flexible dismantling of slices have become the core competitiveness of MVNOs, making operational agility far more important than blind scale expansion.

The third critical metric is the total cost of ownership per subscriber. Restricted by the stable and relatively saturated ARPU level in the European market, traditional rigid and outdated core network architectures can no longer adapt to MVNOs’ lean operation needs. A high performance cloud native user plane function can realize flexible scaling, shrinking deployment scale to match niche market demands and expanding capacity to carry massive IoT connections, effectively optimizing overall operating costs.

Many mobile virtual network operators choose a light entry strategy to launch services quickly. This approach enables rapid market entry without heavy upfront infrastructure investment. Yet as their business expands, operators inevitably encounter a significant barrier. They face persistent pressure from shrinking profit margins and a lack of control over their core business operations.

The Light MVNO Model: Limited Flexibility as a Data Reseller

Operating as a Light MVNO means functioning primarily as a data reseller. Service plans and pricing depend entirely on the wholesale offerings provided by the host mobile network operator. When market conditions change rapidly, competition intensifies, or price wars emerge, Light MVNO operators have almost no ability to adjust their strategies. They cannot independently modify pricing structures, develop innovative service packages, or respond promptly to evolving customer needs. This inherent dependency creates a natural ceiling for business growth and profitability.

The Full MVNO Model: Control Through Independent Core Network Deployment

Full MVNO operators achieve genuine operational independence by deploying their own core network infrastructure. Solutions such as IPLOOK flexible core network systems give operators complete control over essential network components including subscriber databases and gateway functions. This level of control empowers operators to design customized tariff structures, implement real time dynamic billing systems, and deliver specialized services such as data connectivity without additional charges for specific enterprise or Internet of Things applications.

Profitability Comparison: Clear Differences Revealed by Industry Data

Industry statistics demonstrate a remarkable gap in profitability between these two operational models. Light MVNO operators typically see gross margins ranging from 10 percent to 25 percent. This narrow margin severely restricts long term growth potential and return on investment, leaving limited resources for service enhancement or business expansion. In contrast, Full MVNO operators achieve consistently higher gross margins ranging from 35 percent to 50 percent. They accomplish this by separating from retail packages offered by mobile network operators and purchasing wholesale network capacity directly at the source level. This substantial margin advantage creates a solid financial foundation for sustainable development and continuous innovation.

The Strategic Shift: Becoming an Independent Telecom Operator

The asset light approach delivers speed during the initial startup phase, but it translates to loss of control as the business reaches maturity. The transition from Light MVNO to Full MVNO represents far more than a technical improvement. It constitutes a fundamental business transformation that elevates an operator from a simple commercial distribution channel into an independent, sovereign telecom service provider with full authority over its products, services, and customer relationships.

IPLOOK: Your Partner for Successful MVNO Transformation

The IPLOOK team is back from a busy few days at the Okura Hotel for MVNOs World Congress 2026. It was great to connect face-to-face with partners, clients, and new faces at Stand 13 to talk about where the mobile industry is heading and how our core network solutions fit into that future.

At the center of our booth this year was our latest network architecture map, showing how we build the cloud-native “Digital Heart” for next-gen networks.

A Look Inside the IPLOOK Converged Core

Many of our discussions centered around our Converged Core architecture. We showed visitors how a truly scalable cloud platform—bringing together essential network functions like HSS/HLR/UDM, OCS/CHF, GGSN/PGW/UPF, IMS, ePDG, STP/DRA/SEPP, and GTP Proxy—makes it much easier for operators to manage their ecosystems.

The feedback highlighted two main priorities for today’s market:

The Full MVNO Model: MVNOs are looking for real independence, and our core gives them the flexibility to manage subscribers and launch services on their own terms.

Multi-Tenancy & Slicing: Operators want efficient ways to slice their networks to support different enterprise needs without adding infrastructure complexity.

Solving Real-World Challenges: Roaming and VoWiFi

We also focused heavily on two practical solutions that address current pain points for international operators:

Global 4G/5G Voice Continuity

With 2G and 3G networks shutting down rapidly across the globe, voice roaming is becoming a headache for many providers. We walked visitors through our VoLTE/VoNR Roaming solutions, which keep global voice services running smoothly across 4G and 5G networks so subscribers don’t lose coverage when traveling.

Cross-Border VoWiFi with Zero Roaming Charges

Our Cross-Border VoWiFi setup got a lot of traction from attendees looking to cut costs for their users. It’s a lightweight deployment that lets subscribers make calls over any local Wi-Fi network worldwide, completely bypassing international roaming fees.

Thank You for Dropping By

A big thank you to everyone who took the time to stop by Stand 13, check out our network map, and chat with our team. The conversations we had show that the industry is looking for flexible, cost-effective infrastructure that can scale quickly.

Most telecom operators are running 4G LTE, 5G NSA and 5G SA networks simultaneously amid continuous mobile evolution. Traditionally separated core network deployment leads to fragmented network architecture. Independent hardware, isolated management platforms and incompatible signaling systems push up overall OPEX sharply, including equipment maintenance, power consumption and human resource costs. Besides extra operational expenses, separated networks also disperse subscriber data and hinder cross-network service coordination, slowing down the launch of IoT and vertical private network businesses and restricting operators’ digital transformation.

A fully converged core network has become an indispensable asset for contemporary telecom carriers to cut costs and realize sustainable development. Developed independently by IPLOOK, the Converged Core features unified signaling processing and integrated network architecture, supporting 4G EPC and full-standard 5GC on one unified platform. This design eliminates redundant hardware deployment and lowers initial capital expenditure effectively.

Equipped with a centralized O&M management system, IPLOOK Converged Core enables engineers to configure network parameters, locate faults and manage subscriber profiles on a single console instead of switching between multiple independent platforms, which greatly reduces daily maintenance workload and controls long-term OPEX. Built on cloud-native modular design, the solution supports flexible capacity expansion to meet diversified requirements of operator public networks and industrial private networks.

Looking ahead to the upcoming 6G era, IPLOOK reserves standardized expansion interfaces inside its converged core during R&D. When operators prepare for future 6G commercialization, they can upgrade networks by adding functional modules and updating software without massive hardware replacement or full-network reconstruction, avoiding huge reconstruction investment and service interruption.

From May 20 to 22, Asia Tech x SG (ATxSG) 2026 concluded at the Singapore EXPO, gathering global operators, technology innovators, and industry leaders to shape the future of digital ecosystems. At Booth 3G2-7, IPLOOK presented its latest technical developments, focusing on reliable, high-capacity backbone infrastructures engineered for next-generation mobile networks.

The centerpiece of the exhibit was IPLOOK’s 4G/5G Converged Core network. Built to meet the growing need for network modernization in the Asia-Pacific region, the platform offers a practical approach for operators looking to upgrade their infrastructure. The architecture is engineered to support millions of concurrent subscribers, ensuring stable traffic management under heavy loads while maintaining carrier-grade reliability.

A key technical feature highlighted at the event was the solution’s multi-cloud adaptability. The core network can be deployed across major public and private cloud infrastructures, including AWS, Azure, Alibaba Cloud, and Tencent Cloud. This gives operators the flexibility to scale their network capacity horizontally without being locked into specific hardware or cloud providers.

IPLOOK also emphasized its full-stack voice capabilities driven by its IP Multimedia Subsystem (IMS). The portfolio covers essential 3GPP-compliant network functions, including Compact EPC, 5G Core (5GC), and User Plane Function (UPF). Together with the IMS, these components enable operators to deploy integrated, high-definition voice and data services such as VoWiFi, VoLTE, and VoNR, ensuring a smooth transition from legacy systems.

Throughout the three-day event, IPLOOK’s technical team met with regional Wireless Internet Service Providers (WISPs) and enterprise partners to discuss cost-effective migration strategies. Because the platform is software-upgradable, it allows providers to modernize their networks and introduce advanced voice features with minimal disruption to existing operations.

The MVNO community is heading to Amsterdam this June, and IPLOOK is excited to be part of the conversation. We’ll be setting up at the Okura Hotel from June 1st to 3rd, and we’d love to see you there. The industry is moving fast, and we’ve been hard at work building what we call the “Digital Heart” of next-gen networks. Whether you’re looking to scale your existing services or explore entirely new territories, we’re coming to the Congress with solutions designed to Elevate Your Connectivity.

Why Visit IPLOOK at Stand 13?

We invite you to stop by Stand 13 to explore how we can help you Elevate Your Connectivity through four strategic pillars:

5G + LEO Satellite Integration:Experience our Native NTN-Ready Core, offering unified management of terrestrial and LEO satellite networks for truly global reach.

Seamless Global Roaming:Solve 2G/3G sunset challenges with our VoLTE/VoNR Roaming solutions, ensuring voice continuity from London to Tokyo.

Cost-Efficient Cloud Excellence:Discover how our lightweight, cloud-native deployments can significantly optimize your operations—our partners have already seen OpEx reductions of up to 40%.

Boundary-Free VoWiFi:Empower your subscribers with Cross-border VoWiFi, allowing them to stay connected via any Wi-Fi network worldwide without the burden of roaming charges.

Don’t just hear about it—see it. Visit our booth to interact with our Interactive Network Map and consult with our experts on how to customize these solutions for your specific market needs.

Event at a Glance:

Date: 1 – 3 June, 2026

Venue: Okura Hotel, Amsterdam

Location: Stand 13

IPLOOK officially announces its participation in Asia Tech x SG (ATxSG) 2026. From May 20 to 22, our technical team will be stationed at the Singapore EXPO, Booth 3G2-7, to present our latest progress in core network architecture and the practical integration of satellite and terrestrial 5G technologies.

As a provider of mobile core network software, our focus remains on building the stable, high-capacity backbone required for the next generation of connectivity.

Converged Core: Stability at Scale

The reliability of a network is defined by its core. At the IPLOOK booth, we will demonstrate our Carrier-Grade Converged Core Network Solution. This architecture is built to manage massive scale—supporting millions of users and high concurrency—making it a viable choice for MNOs looking to upgrade 4G/5G infrastructure or deploy specialized services like VoWiFi, VoLTE, and VoNR.

A key advantage of this solution is its high adaptability across diverse cloud environments. By supporting deployments on AWS, Azure, Alibaba Cloud, and Tencent Cloud, we provide operators with the flexibility to scale their infrastructure without being locked into a single provider

Satellite-Terrestrial Integration for Global Coverage

Beyond traditional terrestrial networks, IPLOOK is addressing the challenge of universal coverage through our LEO Satellite + 5G Private Network Solution.

This integration allows unmodified mobile terminals to maintain connectivity via LEO satellites, bridging the gap for maritime, airborne, and remote industrial operations. Our solution utilizes an NTN (Non-Terrestrial Network) gateway and 5G MEC Edge platforms to ensure that even the most isolated terminals—from shipborne systems to vehicle-mounted units—benefit from the low latency and high bandwidth of 5G architecture.

Join Us in Singapore