Can One Core Network Support Consumer, Enterprise, and IoT MVNOs?

A one core network can help consumer, enterprise, and IoT services. It gives operators the flexibility they need today. Businesses like a one core network because IoT MVNOs are growing fast. The market will go from USD 3.13 Billion in 2024 to USD 8.95 Billion by 2030. A one core network lets companies grow fast and connect systems easily. Operators can use it to make special experiences for users. IPLOOK’s MVNO Solution uses a one core network to meet these needs and support many services.

Key Takeaways

• One core network helps consumer, enterprise, and IoT MVNOs. It lets them change and grow fast.

• Consumer MVNOs want customers to have a smooth experience. They give personal service and simple bills to keep people happy.

• Enterprise MVNOs need more control and special options. They want safe connections and custom services for their business.

• IoT MVNOs have problems like coverage and safety. They need strong systems to connect many devices well.

• A modular core network lets MVNOs change services quickly. This helps them keep up with new market needs.

• Cloud-native setup makes things bigger and faster. MVNOs can handle lots of users and keep good service.

• Good security is very important in one core network. It keeps private data safe and helps customers trust them.

• Picking the right vendors and following rules is key. MVNOs must do this to work well in different places.

MVNOs: Segment Needs

Consumer Requirements

Consumer mvnos want to give users a smooth experience. They try to make things easy and personal for each user. People expect more than just basic phone service now. They want simple ways to sign up and clear bills. They also want their service to work well all the time. MVNOs work hard to make managing accounts easy. They show prices clearly so people know what they pay. The table below shows what consumers look for and how they use services:

These needs show why mvnos spend money on easy-to-use systems. They also focus on helping customers quickly. MVNOs must keep service strong and prices fair.

Enterprise Demands

Enterprise mvnos care about different things. They want more control and ways to change their network. Businesses need safe and fast connections for important work. The table below compares what enterprise and consumer mvnos need:

Enterprise mvnos need special management tools for safe data and private networks. They also want to connect teams far away and use cloud apps. These needs show why enterprise mvnos pick platforms that can grow and change.

IoT Challenges

IoT mvnos have their own problems. They connect lots of devices, even in far places. The biggest problems are:

• Coverage issues: Devices work in many places, so mvnos must keep them connected even when networks change.

• Technology sunsets: Devices may stop working when old networks go away, like when 3G ends.

• Price fluctuations: MNOs might charge more for iot, making it hard to plan.

• Security concerns: IoT devices can be attacked, so mvnos need strong management and safety steps.

IoT mvnos also need to connect everywhere in the world. Multi-IMSI and good deals with MNOs help with this. They use smart management tools, like AI security and blockchain, to keep data safe. These problems show why iot mvnos need strong, flexible, and safe systems to do well.

Overlaps and Differences

MVNOs work with different groups, but they have some of the same goals. Each group wants to give good service and make customers happy. They all need strong networks and must change services for users. But, why they need these things and how they do it can be very different.

The table below shows how consumer, enterprise, and IoT MVNOs are not the same. It compares what each group needs for network performance and service changes:

Consumer MVNOs want to give easy and steady service. They try to keep things simple for lots of people. Their main job is to help users call, text, and use data with no trouble. They do not need many special tools, but prices must be fair and service must be strong.

Enterprise MVNOs need more control and ways to change things. They help businesses that work in many places or need extra safety. These MVNOs offer custom plans, like private networks or special bills. They also connect teams in different places. This means they need better networks and more ways to change their service.

IoT MVNOs have their own problems. They link many devices, even in hard places to reach. They care most about fast and steady service. They must help devices that send small bits of data but must work all the time. IoT MVNOs often make special plans for each job, like smart meters or cars that talk to each other.

Note: All MVNOs want strong networks and happy users, but the reasons change for each group.

The overlap is that all need good service and ways to change what they offer. The differences are in how much they change things and what kind of network they need. Consumer MVNOs keep things easy for many people. Enterprise MVNOs make hard plans for business. IoT MVNOs build networks for devices that must always work.

MVNOs must know what is the same and what is different to pick the best core network. A flexible system helps them meet each group’s needs. This is why many MVNOs want one solution that works for all three groups.

One Core Network Capabilities

A one core network is the base for custom core network solutions. It helps consumer, enterprise, and IoT MVNOs with their special needs. These features show why operators pick a single core. It gives strong connections, worldwide service, and advanced management tools.

Modularity

A modular core network lets mvnos change fast when the market changes. The Network Repository Function (NRF) is important for this. It helps register, find, and manage services for many mvnos. NRF is like a main list, so network parts can talk without knowing each other’s addresses. This setup helps services start and grow quickly for all mvno types. Modularity makes sure each mvno gets custom core network solutions. It also gives detailed network control and good management.

Network Slicing

Network slicing splits the core into many virtual networks. Each slice helps a certain mvno or service. For example, one slice can help iot devices that need fast and steady service. Another slice can help enterprise customers who want safe and private connections. This way, operators give custom core network solutions for different needs. Network slicing also helps mvnos start services in new places without building new networks.

Service Customization

Service customization lets mvnos make special plans for their users. They can build plans for iot, like smart meters or cars, and change management for enterprise clients. Modularity in the core network makes it simple to add or remove features. This helps mvnos grow worldwide and react fast to new chances.

Cloud-Native Deployment

Cloud-native deployment changes how mvnos give service and management. Running the core in the cloud gives great growth and strength. The table below shows why cloud-native deployment is key for custom core network solutions:

Cloud-native deployment helps mvnos grow from local to global. It lets them handle millions of iot devices or add management for enterprise clients. Operators can start services in many places, giving worldwide service and backup.

Scalability

Scalability means the core can handle more users and devices without slowing down. IPLOOK’s MVNO Solution can support up to 10 million users. This is good for mvnos of any size. Scalability is very important for iot mvnos, who may connect many devices in many countries. Cloud-native deployment makes sure custom core network solutions can grow as needed.

Geo-Redundancy

Geo-redundancy keeps mvnos safe from service stops. By running the core in many data centers, operators keep service steady even if one place fails. This is very important for iot and enterprise mvnos who need strong service. Geo-redundancy also helps mvnos give the same service in many places.

Security Features

Security is very important for mvnos serving all markets. A one core network must keep data, devices, and management safe from harm. The table below shows key security features for custom core network solutions:

These features show why mvnos trust a single core for safe management and connections. They keep iot data private, enterprise networks safe, and consumer info protected.

Multi-Tenant Support and BSS/OSS Integration

IPLOOK’s MVNO Solution shows why operators want custom core network solutions with multi-tenant support. The platform can run many mvnos at once, showing it can grow. Easy BSS/OSS integration lets mvnos handle billing, customer care, and management in one place. This makes work easier and helps mvnos start services fast for all markets.

Support for 2G/3G/4G/5G Technologies

A one core network must work with all mobile tech to give worldwide service. IPLOOK’s MVNO Solution lets mvnos give service on 2G, 3G, 4G, and 5G networks. This means iot devices, phones, and business systems can connect anywhere. Big operators like NTT DOCOMO and Cisco have shown that a single core can give fast, on-demand service and good connections between networks.

A one core network with these features shows why mvnos can give strong, safe, and flexible service for all markets. Custom core network solutions help operators grow worldwide, use new tech, and meet the needs of a connected world.

Operational Benefits

Cost Efficiency

MVNOs pick a single core network to save money. They do not need to build different systems for each group. Sharing the same network lowers costs for equipment and running things. The core network can handle millions of users, so MVNOs can grow without spending a lot more. Operators use data centers in many places to keep service working and management safe. This stops long breaks that cost money. They also use cloud-based choices that can change as the market changes. This helps MVNOs keep prices low for customers and still make money.

Tip: MVNOs can use the money they save to make new services and help customers more.

Simplified Management

A single core network makes things easier to manage for MVNOs. Operators have full control over their network, so they can check how it works and fix things fast. This helps keep service quick and strong for everyone. MVNOs do not have to wait for other companies to make changes. They can help customers faster. The core network works with BSS/OSS systems, so management and service are easier to handle. Operators can do billing, customer care, and check the network all in one place. This makes things less confusing and stops mistakes.

• Full control of the core network

• More ways to change services

• Can make special plans for each customer

• Do not depend on other companies

MVNOs use these tools to keep service good for all users. They watch management and service all the time, so they can fix problems fast.

Service Personalization

MVNOs use one core network to make services fit each customer. The core lets them change management and service for each group. For consumers, MVNOs make special plans and bills that match what people want. Enterprise customers get safe, private service and special management tools. IoT users get network slices that are fast and always work.

Personalization means helping each customer in a way that fits them. Operators use customer data in the right way, so they can fix problems faster and give better ideas. This makes customers happy and keeps them coming back.

MVNOs use the core network to change fast when the market changes. They give management and service that fit what each group needs.

Challenges of a Unified Core

Security and Privacy

A unified core helps mvnos, but it brings new problems. Mvnos must keep private data safe from many places. More iot devices mean more chances for data leaks. Hackers look for weak spots to steal information. If encryption is weak, attackers can get private data easily.

Malware is also a big danger. If one iot device gets malware, it can spread fast. Other devices on the same core can get infected. This can cause stolen data and service issues. Updating systems and using strong security helps lower this risk.

Sharing the network means one breach can hurt everyone. If one iot device is hacked, attackers can reach other devices. They might even get into enterprise data. This risk is bigger in public places with lots of devices.

Security and privacy are important because one weak spot can hurt the whole core. Mvnos need strong security tools and must watch for threats all the time.

Performance Risks

A unified core must handle many kinds of traffic. Iot apps need fast and steady service. If the core gets too busy, some devices slow down or lose connection. This can cause trouble for important iot jobs, like health care or factory machines.

The core’s design helps lower these risks. It uses a priority system to give more help to key iot traffic. Important devices get the speed they need. Carrier redundancy helps too. If one network fails, iot devices can switch to another. This keeps devices working even if there are problems.

Network fallback plans help iot devices stay online during outages or when moving. The core uses smart resource sharing. It gives special bandwidth to very fast iot traffic. This keeps mission-critical devices running well.

Performance risks matter because even short delays can cause big problems for iot. Mvnos must make sure the core can handle all traffic without slowing down.

Regulatory Issues

Mvnos must follow many rules when using a unified core in different places. Each country has its own laws for data and privacy. Mvnos must obey these laws to avoid fines or losing service. The table below shows some main regulatory problems:

These rules can change fast. Mvnos must keep up and change their core to fit new laws. They must check their vendors to make sure they follow all rules.

Regulatory issues matter because breaking rules can stop mvnos from giving service. A flexible core helps them follow new laws and keep iot data safe.

Configuration Complexity

A unified core network has many good points, but it can be hard to set up. Operators must run consumer, enterprise, and IoT MVNOs on one system. Each group needs different things. This means there are more settings and rules to manage.

There are a few reasons why this is tricky:

• Operators use many tools for different network types. Each tool works in its own way, so it is harder to control everything.

• Adding new users takes careful setup. Operators must change settings for each MVNO type, which can slow things down.

• Keeping up with changes is tough. Operators must update settings as MVNOs grow or add new services.

• The need for easier management shows how hard it is to run many MVNOs on one core.

Operators must also make sure each MVNO gets the right features and security. For example, an enterprise MVNO might need private networks. An IoT MVNO may need special ways to manage devices. These differences mean operators must make detailed profiles and rules for each group.

If operators make a mistake, it can cause service problems. If a rule is set up wrong, users might lose access or have delays. Operators must check every change to stop mistakes. This takes time and needs skilled workers.

Operators also have to work with BSS and OSS. These systems handle billing, customer care, and network checks. Connecting them to the core network makes things even more complex.

Operators pick unified core networks for flexibility, but they must use strong management tools and train their staff. This helps them make fewer mistakes and give good service to all MVNO types.

A unified core network helps MVNOs grow and try new things. But operators must solve setup problems to keep things running well for everyone.

MVNO Strategy and Decision

Migration Planning

MVNOs need to plan moving to a unified core network carefully. This step is important because it can change service quality and customer experience. It also affects how MVNOs grow in the future. Operators should know the difference between Light MVNO and Full MVNO models. Light MVNOs use the host network for most things. Full MVNOs do more work on their own. Picking the right model helps MVNOs choose how much control they want.

A good migration plan lowers risks and makes changes go smoothly. MVNOs should use outside systems to help with real-time jobs like SIM activation. They must block or allow IMEI and IMSI numbers to stop fraud and manage accounts. Modular billing systems help MVNOs handle different ways to pay and follow rules. Connecting with the host network’s OSS/BSS systems helps with fixing problems and customer support.

Tip: Careful planning helps MVNOs keep service working and build trust with users.

Vendor Selection

Picking the right vendor for a unified core network is very important for MVNOs. MVNOs should look for vendors with strong technical skills, like real-time billing and automatic setup. Scalability and flexibility are needed because MVNOs may grow fast or start new services. Good integration helps MVNOs connect with old systems and keep things running well.

MVNOs should check contract details and service level agreements. Clear promises for uptime and flexible contracts let MVNOs change vendors if needed. Security and following rules keep data safe and help MVNOs meet laws. Vendors with strong APIs and good guides make connecting easier.

MVNOs should think about things like multi-network access and new management features. These help MVNOs change with the market and meet different customer needs.

Compliance

Compliance rules are different for consumer, enterprise, and IoT MVNOs on a unified core network. Consumer MVNOs must follow data rules and local laws about where data stays. Enterprise MVNOs need to keep traffic local and follow data ownership rules. They often need direct access to local cloud for fast service. IoT MVNOs must manage connections in many networks and follow rules everywhere. They need to connect with a management platform and use safe APIs.

MVNOs must keep up with new laws and change their network to follow new rules. Next-generation managements help MVNOs handle compliance and safety for all groups.

Note: Good compliance keeps MVNOs safe from legal trouble and helps them grow for a long time.

Future-Proofing

MVNOs work in a market that changes quickly. New technology and customer needs show up every year. Operators need to know why future-proofing is important for their core network. The reason is clear: only a future-proof network can keep up with new trends and protect what they spend.

A future-proof core network helps MVNOs change with new business ideas. It lets them start new services fast. Operators can reach new markets without making a new network each time. This flexibility helps MVNOs stay strong, even when technology changes.

Some features make a core network ready for the future. These features help MVNOs face new problems and find new chances. The table below lists the most important features for future-proofing:

Network slicing is a strong tool for MVNOs. It lets them build special networks for different groups. For example, an MVNO can make a slice for IoT devices that need fast service. Another slice can help enterprise customers who want safe connections. This way, MVNOs can meet new needs without changing the whole network.

Cloud-native architectures help MVNOs grow or shrink as needed. They can add new features or take away old ones easily. This makes it simple to try new ideas and reach more customers. Operators do not have to worry about hardware limits.

AI integration brings smart tools to the network. It can spot problems before they happen. It also helps MVNOs use their resources better. This means lower costs and better service for users.

Open APIs make it easy to connect with other systems. MVNOs can link their core network to other platforms. They can add billing, analytics, or customer care tools quickly. This helps MVNOs launch services faster and stay ahead of others.

A future-proof core network is not just about new tech. It is about being ready for change. MVNOs that use these features can grow, change, and lead in a busy market.

IPLOOK’s MVNO Solution has these future-proofing features. The platform supports network slicing, cloud-native deployment, AI-driven management, and open APIs. This helps MVNOs get ready for new trends and stay strong as the market changes.

A single core network helps mvno operators serve many groups. It works for consumer, enterprise, and IoT markets. The table below explains why this is a good idea. It brings new services, more freedom, and saves money.

Operators pick scalable solutions like IPLOOK’s MVNO Solution. These help them manage management and grow their business. Operators should check management tools, follow rules, and watch market changes before choosing. New tech and flexible plans help them do well.

FAQ

Why do MVNOs prefer a unified core network?

MVNOs like a unified core network because it makes things easier. They can run all their services from one place. This saves both time and money for them. It also helps them start new services faster.

Why is scalability important for MVNOs?

Scalability lets MVNOs add more users or devices when needed. They do not have to change their core network to grow. This helps their business get bigger and meet what the market wants.

Why does security matter in a shared core network?

Security keeps customer data and network safe from harm. If one part is weak, it can hurt everyone. Strong security tools stop attacks and keep information safe. MVNOs must protect users and follow the rules.

Why should MVNOs consider cloud-native deployment?

Cloud-native deployment gives MVNOs more flexibility and fast updates. They can make services bigger or smaller easily. This cuts down on service breaks and helps them work worldwide. It also keeps them ready for new tech.

Why do different MVNO segments need service customization?

Consumer, enterprise, and IoT MVNOs all want different things. Customization gives each group the features they need. For example, enterprises want private networks. IoT devices need steady connections. Custom service makes users happier.

Why is BSS/OSS integration valuable for MVNOs?

BSS/OSS integration puts billing, customer care, and network checks in one place. MVNOs can do all their work in one system. This lowers mistakes and makes service changes faster. It also helps them support customers better.

Why do MVNOs need to follow compliance rules?

Compliance means MVNOs follow the law in each place. Every region has its own rules for data and privacy. Following these rules stops fines and keeps service running. It also helps customers and partners trust them.

Why does future-proofing matter for MVNOs?

Future-proofing gets MVNOs ready for new tech and trends. A flexible core network lets them change fast. This helps them stay ahead and meet what customers want.