Concurring to a Statista report, by 2025, the IoT industry anticipates reaching 30.9 billion IoT units. Managing the increasing number of IoT devices can be complex as an organization might have devices installed in different parts of the world. With this increasing number of IoT deployments, systems will become more complex and integrated.
Enterprises and telecom operators across the world must address these complexities to scale up with a comprehensive IoT Connectivity Management Platform to address the arrival of 5G networks, network slicing, connected incident management, and IoT Ecosystem Enablement capabilities for a long-term competitive advantage with a clear path to monetization.
As there is a need of having such a system to adapt to the changes within the environment and meet the changing needs within the future. It is the basic highlight of any framework which can handle the growing number of networks. It would make new demand for connectivity management platforms, making the long-standing time market profitable.
Connectivity Management Platform vs. Future Demands of Connected Devices
Typically, a Connectivity Management Platform is a collection of features and tools to monitor and manage device connections that empower enterprises to launch IoT services locally and globally.
Airlinq provides Connectivity Management Platform that runs 24 hours a day, 365 days a year, and is scalable to 100M+ device connections. The platform provides cost-effective solutions without relinquishing the usefulness and dependability on which the clients depend. Airlinq Connectivity Management Platform is utilized to provide managed connectivity in multi-national, multi-level, and multi-operator environments.
The Connectivity Management Platform includes highlights such as SIM lifecycle management, automated troubleshoot and incident management for enhanced operational excellence.
Airlinq provides certainty to the clients about the Connectivity Management Platform capacity to handle all future demands such as network slicing focusing on diverse services with distinctive prerequisites on speed, latency, and reliability. 5G technology transitioning the IoT solutions. Split billing between multiple parties with a flexible definition of rules based on time of connection or service type, and many more.
Scaling the Business Quickly and Cost-Efficiently
Connecting millions of devices across multiple geographies to realize significant business results can be complex and expensive. Airlinq helps organizations to quickly scale their business and speed up development without the complexity of handling multiple MNO contracts to enable reliable connectivity coverage in the deployed regions.
Airlinq’s incorporated cloud solutions handle all operations for running and maintaining the platform. Such advanced troubleshooting capabilities helps in proactive monitoring of the system for reduced response time for any incident.
Following are the key highlights of the Connectivity Management Platform:
- Sim lifecycle management resulting in achieving increased operational efficiency.
- Ready to use API Connectivity Adapters for Unified Deployment
- Network slicing capabilities
- Split billing
- Live troubleshooting for operational excellence ensuring higher service
availability
- Ecosystem enablement capabilities
At Airlinq, we endeavor to empower and engage our clients and partners in characterizing the present & future of their products and services in a way that presents an open road of possibilities.
For more information about Airlinq, please visit: https://www.airlinq.com/
Moreover, the trending technologies, such as Industrial Internet of Things (IIoT) and Cloud Radio Access Network (C-RAN), and the evolving next-generation wireless networks are some of the other factors that are expected to contribute to the overall growth of the network slicing market.
MarketsandMarkets forecasts the global network slicing market size to grow from USD 112.3 Million in 2017 to USD 302.2 Million by 2022, at a Compound Annual Growth Rate (CAGR) of 21.9%.Download PDF Brochure @ https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=120515704 There are several established players in the network slicing market, such as Ericsson (Sweden), Huawei (China), Nokia (Finland), Intel (US), Cisco (US), ZTE (China), SK Telecom (South Korea), Affirmed Networks (US), Deutsche Telekom (Germany), Telefónica (Spain), Samsung Electronics (South Korea), NTT DOCOMO (Japan), Aria Networks (UK), Argela (Turkey), and Mavenir (US).
These leading players have adopted various strategies, such as partnerships, collaborations, agreements, mergers and acquisitions, and new product developments, to achieve growth in the global network slicing market.Ericsson offers virtual network services, which address the networking requirements of the operators.
The network slices help operators improve the network the efficiency, reduce the latency, and enhance the speed, thereby improving the overall cost-efficiency.
For instance, in September 2017, Ericsson partnered with Intel, a multinational company providing technology and networking, and communication platforms for commercial clients.
The company offers a comprehensive set of 5G core solutions, including Cisco’s Ultra Services Platform, which consists of Control and User Plane Separation (CUPS) for network slicing, virtualization, and end-to-end automation.
Use machine downtime monitoring systems to detect the time during which your machines were not running.
Identify causes that resulted in equipment downtime and make smart decisions to manage their availability.
These IoT driven manufacturing monitoring systems further help in determining the cause of machine shutdown and hence enable you to eliminate them and subsequent breakdowns.IoT based smart factory solutions can also be used for proper resource utilization.
Consumption of resources like fuel, electricity, lubricant, coolant, etc.
can be tracked through the machine monitoring system.
Information pertaining to their consumption can be gathered and analyzed to reduce their utilization, maintain proper stocks, and decrease wastage.Machine health monitoring systems can be used to monitor the condition of the equipment and determine its health and performance.
