Today's Network
The Future Network
Future network architecture will enable a digital twin layer as a foundational component of the network, playing a pivotal role throughout the service lifecycle by facilitating testing, deployment and sandboxing. By creating virtual replicas of the network and its components, it will allow accurate simulations, risk-free testing and streamlined deployments that will enhance agility, reliability and performance.
Foundational technologies - The Future Network
The future network will add AI and data, sustainability and consumability, all of which play a critical role in future networks. AI and data will enable intelligent decision-making and accurate predictions; sustainability will minimize environmental effects; and consumability will enhance user-friendliness, making technology more accessible for everyone. Collectively the network becomes more flexible, efficient and green.
Digital twin system - The Future Network Future network architecture will enable a digital twin layer as a foundational component of the network, playing a pivotal role throughout the service lifecycle by facilitating testing, deployment and sandboxing. By creating virtual replicas of the network and its components, it will allow accurate simulations, risk-free testing and streamlined deployments that will enhance agility, reliability and performance.
Foundational technologies - The Future Network The future network will add AI and data, sustainability and consumability, all of which play a critical role in future networks. AI and data will enable intelligent decision-making and accurate predictions; sustainability will minimize environmental effects; and consumability will enhance user-friendliness, making technology more accessible for everyone. Collectively the network becomes more flexible, efficient and green.
The future architecture will integrate diverse, decentralized infrastructure resources across devices, networks and cloud environments. Owned and operated by multiple stakeholders, these resources will form a complex heterogeneous system. A network-compute continuum will abstract and unify resources for simplified consumption by applications, providing a unified platform for seamless access regardless of resource type, location or ownership.
Digital twin system - The Future Network
In future architecture, networks will expose capabilities in a more controlled, monetizable way, enabling stakeholders to create advanced, composite offerings. This shift moves from traditional linear models, where service providers provide only connectivity, to dynamic, multi-sided value networks—key to unlocking new monetization, driving innovation and capturing digital-era value.
Future networks will provide foundational services for orchestration and automation, enabling seamless deployment and scaling. Reusable frameworks for data, AI/ML, orchestration and security will support flexibility and scalability. All service functions, including virtual network functions, will run as applications categorized into end-user apps, network functions and beyond-communication functions, offering value-added "ambient" services to expand the network's utility.
In current networks, foundational technologies are built on key pillars such as software, security, automation and semiconductors, which collectively ensure robust performance, protection and efficiency.
Network and cloud infrastructure and enabling layers operate independently in the current technology landscape. This separation allows for specific management, security and performance optimization within each domain but also leads to fragmentation. Resources in today’s network are typically more centralized, with ownership and control often managed by single entities like service providers or hyperscalers. This hinders innovation, especially in highly applications, such as AI and the metaverse.
Digital twin system - Today's Network
Current networks lack mature digital twin technology to create virtual counterparts for their physical infrastructure components. This limitation reduces their ability to simulate, test and optimize network functions and services efficiently and safely.
Today’s networks have only basic APIs available. This hinders programability and significantly reduces potential monetization opportunities.
Capability drivers - The Future Network
Network services - The Future Network
In current networks, capabilities are limited to fixed service consumption patterns, with only basic APIs available, restricting programmability and monetization opportunities.
