Using the HeliX Platform on the Internet of things.
As IoT finds increasing presence in a variety of operational contexts, new demands are being placed on the data network.
As IoT devices multiply, so also is the demand for unique device addresses. Headless IoT devices require new approaches to provisioning, monitoring, and security.
IoT devices must have the ability to connect to heterogenous networks and to communicate with each other.
To meet these growing and unique demands fueled by IoT devices, companies are looking for secure, reliable, and scalable networking capabilities that can support emerging sensors and controls. The HeliX Platform can be deployed as a subscriber network to serve these and other IOT network needs.
HeliX Platform applications in healthcare.
Digital healthcare products and services, in the form of electronic health records, wearables, remote diagnostics / telemedicine, and powerful healthcare analytics, are growing at a rapid pace, with their promise of improved diagnosis and treatment at a lower cost.
Such growth is placing enormous loads on the data networks of medical facilities, which were designed to previously handle administrative tasks such as patient registration, billing, and personnel data. Most such facilities operate data networks that are based on proprietary network technologies that are difficult and costly to manage and scale.
As healthcare IT begins to transform, attention must be given to data reliability, regulatory compliance requirements, and data security risks. The HeliX Platform can be deployed as a network for services in the healthcare sector.
Application of the HeliX Platform to transport networks. There is a growing interest in high-speed communication services for transport systems with different quality of service: communication with the engineer/driver;
a closed-circuit television surveillance system for security/security; passenger information systems, providing passenger WiFi connections; providing autonomous navigation services on transport.
The lack of quality service functions in many solutions limits their ability to reliably transmit data critical to the fulfilment of tasks in the same network.
A key requirement is that these services be able to deliver guaranteed quality of service in dynamically varying data traffic conditions. To achieve this, data backhaul has to accommodate dynamic configuration with mobility management driven directly from a local area network controller.
The HeliX Platform can be deployed as a subscriber network to serve these network needs in the transport sector.
Application of the HeliX Platform to financial services applications.
Financial technology or FinTech innovations represent a strategic frontier for financial services companies.
Cloud technologies and mobile applications are driving marketing and customer services closer to each prospect and customer, alleviating the need for prospects and customers to come into branch offices to complete transactions.
These applications demand low-latency, high-reliability, secure data connections, and rich personalized experiences for distributed trading, banking, insurance, and other financial services applications. To meet these growing demands, financial companies are looking for secure, reliable, and scalable cloud technologies and virtualized applications in place of on-premises data centers and branch office systems.
The HeliX Platform can be deployed as a subscriber network to serve network needs in the financial services sector.
Application of the HeliX Platform to applications in educational institutions.
There is a growing interest in high-speed communication services in educational institutions with different quality of service:
remote video training; access to teaching aids and applications; remote access to archived data; administrative access for a closed group of teachers.
Increasing demands are being placed on bandwidth, user quality and secure connections to users worldwide.
The lack of quality service functions in many solutions limits their ability to securely transmit data critical to the task in the same network.
To meet these growing demands, educational institutions are looking for secure, reliable, and scalable cloud technology and virtualized applications instead of local data centers.
The HeliX Platform can be deployed as a subscriber network to serve these network needs in educational institutions.
HeliX Platform applications in public networks.
Corporate workforces are increasingly mobile and connected, leading to an always on, business anywhere model.
The same networking technologies are serving as a catalyst for new commercial real estate models, lowering the barriers between potential tenants and real estate owners.
Shared workplace or co-working spaces have emerged as collaborative office space models for young ventures, for the on-demand needs of telecommuting and mobile workforces, contractors, and even corporate satellite offices.
These shared spaces have to meet the networking demands of the corporate clients, with their diverse data-intensive applications, unified communication tools, business productivity applications, and enterprise resource planning applications. To meet these growing demands, shared services operators are looking for secure, reliable, and scalable cloud technologies and virtualized applications.
The HeliX Platform can be deployed to service these and other public network needs.
Application of the HeliX Platform in media networks that cover live events. Venue owners, event organizers, broadcasters and network operators are constantly looking for new ways to offer enhanced services and exciting experiences for large-scale live sporting events, entertainment, exhibitions/conferences and other public events.
Live 4K video quality, customizable multi-angle view casts, AI-enabled video recognition, virtual reality applications, and immersive advertising are just some of the many emerging applications.
The structural features of large public venues can make data networking a challenge, forcing the use of cables in many cases. In turn, this leads to difficult network deployment, fixed camera positioning, and high costs.
With LTE networks, if the compute power is a few hops away, it can lead to poor user experience. To meet these growing challenges, stakeholders are looking for flexible, scalable and reliable alternatives. The HeliX Platform can be deployed as a service to service these and other live events.
Application of HeliX Platform to VOIP networks. A VOIP provider can communicate over the Internet and communicate with Helix Cloud with IP phones.
For businesses looking to use the cloud for voice, video and data, their legacy WAN networks may not meet the performance, scalability and security requirements of cloud applications. Replacing the WAN may not be a practical solution.
HeliX Platform can deploy a subscription-based network as a service to serve these and other VOIP network needs.