Imagine that you reach a hotel after a long trip, and something great talks: Nothing. Your car connected to remote measurement data has installed and downloaded it on the hotel’s Wi-Fi network. The medical surveillance device has maintained its safe contact smoothly with your health care provider. The laptop and the phone immediately connected the same performance and safety policies you enjoy at home. No passwords. No qr codes. Do not feel with applications. All your devices are simply linked upon arrival.
This vision of easy communication is not a science fiction. It is a promise of the context network (CAN), and it is a transformative framework that develops Cablebs to revolutionize the way the devices, users and applications interact with the network infrastructure. By making networks really perceived for context, we convert the form from the site associated with the experiences that follow users wherever they go.
The problem of contacting the site
Today’s communication model is essentially broken. When we think about “our network”, we imagine the Wi-Fi router sitting in our home-a fixed point in the space that determines where we can contact. A step outside that bubble, and our devices have become strange strangers, forced to move in a maze of guest networks, captive gates and one solutions to security. Even inside our homes, each new smart device requires its preparation rituals: entering passwords, wipe the symbols, and download applications, in the hope of connecting everything correctly.
This fragmentation is not only uncomfortable; It hinders the entire industries. The connected vehicles are almost exclusively on expensive cellular connections because Wi-Fi networks cannot provide a smooth and perceived connection that they need. Health care providers are struggling to spread patient monitoring widely when each manual composition requires patients who may not be intelligence of technology. Hotels are constantly occupying Wi-Fi problems between the most important complaints of guests, from the difficulty in the drops that were dropped.
root cause? Today’s networks lack the basic ability to understand the device and the user’s context. They treat devices as anonymous ends instead of known entities with well -known trust relationships, ownership models and service requirements. This registration prevents networks from providing distinct, mobile and safe experiences required by modern communication.
A new framework for modern delivery experiences
It can represent a typical shift in the way the network’s infrastructure and interaction with devices, users and applications connect to it. It is specifically designed for Coax Coax (HFC) operators and their ecosystem for customer workplaces (CPE)-including Wi-Fi access points, keboli models, optical network units (burden) and gates-this frame shows the capabilities necessary to make communication to really smart and studied.
In essence, it can allow three transformative capabilities. First, networks are allowed to identify and document devices as known entities instead of the unknown end points. Second, the frame links these devices with their owners and the policies that must be governed. Third, these contextual relationships make it portable, allowing devices to maintain confidence relationships and service levels while they are moving across different networks and the effects of the operator.
This is not related to creating new zero protocols. Instead, the formatting layer that allows existing technologies-including Wi-Fi, Docsis, negative visual network (Pon), smart home standards for the material, and the DEPS provision (DPP), the network as a NAS service and the SDN networks-to work together and deliver context experiences widely.
Building blocks of context experiences
CAN’s magic comes from two basic capabilities working in a concert: Zero-Touch Onboarding and Trust. Together, these concepts address the main challenges for providing devices and managing policies that have been connected to decades.
Zero-Touch Onboarding eliminates the manual burden of connecting devices to networks. Through the AGNOSTIC NAAS API, the operators and third-party service providers can provide prior devices to automatically join the correct network without any user intervention. Imagine a healthcare provider. When the patient works on the device, he discovers automatically and connects to the right network with the appropriate safety policies that already exist. The solution is flexible and can support a number of operating technologies on the plane, including the material assignment protocol and the provision of devices (also known as Wi-Fi Connect).
This frame is designed to be a non-cuisive protocol, allowing hardware manufacturers to benefit which is the best way to use it. Regardless of the basic protocol, the principle remains the same: devices can authenticate themselves safely and join the network without manual intervention.
This flexibility guarantees that the frame is working through a wide range of devices – from advanced connected vehicles to simple internet sensors (IOT) that lacks user interfaces – while allowing operators to adopt emerging criteria when they are matured. With the development of the industry, the Canan frame can smoothly develop new protocols on the plane, ensuring that operators maintain a future resistance communication platform.
The areas of trust provides the framework of politics and ownership that make awareness of context meaningful. The field of confidence is a logical structure that brings devices under common policies to control access, security and service quality. But trust domains go beyond division of the simple network. It encodes ownership relationships and makes policies mobile through networks.
When this medical device connects to the home, it joins the confidence field that has been specially configured for the Internet of healthy things: isolated from other devices, with encrypted connections for the approved end points only, as well as service quality settings to send reliable data. When the patient travels to a hotel equipped with a box, the device’s confidence in the device also travels, while maintaining the same safety policies and communication requirements without any reconfiguration.
This transmission extends to all types of devices and cases of use. The connected car can maintain high -frequency domain discharge policies, whether it is parked at home, at the office, or in a shopping center. Commercial laptop computers can impose institution safety policies regardless of the operator’s network to which they join. Game keyboards can maintain their low configurations in different locations.
The frame also integrates with NAIS supplementary capabilities that enhance the offense experience in the context. Quality application programming facades allow the dynamic modification to display the frequency and cumin range based on a device or user. Quality provides according to applications programming interfaces for design monitoring and exploring errors and repairing them in actual time, giving service providers a vision of delivery health. Together, these capabilities create a complete environmental system to provide different smart communication services.
Help us form the future of communication
It can be more than technical development; It is an opportunity to make cables to re -determine what means communication in an increasingly connected world. By informing the networks of the context, we can finally provide smooth, safe and mobile experiences that consumers expect and demand new markets.
The market opportunity is large and immediate. The connected vehicles represent the opportunity of great revenues for the services of loading operations, as automobile companies actively search for alternatives to expensive cellular strategies only. The patient’s monitoring provides strong growth capabilities while improving health care results and reducing costs. The hospitality sector sees additional opportunities to take over the excellent communication experiences that follow the guests across real estate.
But seizing these opportunities requires the alignment of industry and work. Technology is ready. What is required now is the collective commitment to spread these capabilities uniformly across cable networks. By working together for implementation, operators can create cable as a final platform for the next generation connection services.
Cablebs works actively with members and technology partners to improve these specifications and accelerate publishing. We develop reference applications, create an overlap and enhance the ecosystem needed to bring in market experiences to the market. The opportunity window is open, but competitors do not stand. It’s time to work now.
