How Edge Computing Will Change IoT Communication

Johannes Beekman

Direct Network Edge Connectivity

Edge computing brings computing power as close as possible to the edge of the network. It speeds up response time from 60 to under 20 milliseconds. A major advantage of this method is that it allows for direct private connections which enhance application performance and user experience, providing a competitive edge.

This solution is ideal for global businesses looking to cut high-volume communication costs and can be integrated with existing infrastructure. Edge technology is based on the concept of voluntary exchange of traffic among providers, known as peering. It has become an effective solution for B2B and machine-to-machine communication, using direct private networking.

Why the Edge Is Crucial for Digital Business

Thanks to edge computing and IoT technology, businesses have the option of bringing applications and data processing closer to users. The key is to remove physical distance between users, data, applications, and the cloud.

The more your network moves toward direct connections over shorter distances, the more you will improve traffic flow and workplace performance. This type of connectivity “tightening,” combined with device consolidation, is leading to smaller, more efficient data centers. Ultimately, deploying more direct connections to the edge will deliver a digital-ready infrastructure with faster connections among coworkers and suppliers.

How Interconnection Makes Your Business More Competitive

While the global hybrid multi-cloud has become essential, edge-first architecture is expected to play a large role in digital infrastructure in the coming years.

This interconnected solution is evolving with multi-clouds and software-defined networking (SDN), 5G, and software-defined interconnection (SD-IX), as well as network functions virtualization (NFV).

As traffic from customers and partners increases, businesses should take a closer look at an edge-first solution. Staying on top of edge technology will give your company a competitive advantage over rivals that fail to do so.

Network Edge Benefits

  • Edge computing will grow with IoT adoption

The edge reduces connectivity costs by prioritizing data that needs to be processed urgently and allowing other connectivity solutions to be applied to non-urgent data.

  • IoT edge helps data centers

The rise of the edge could revolutionize data centers, with more smaller facilities built closer to large cities and business parks. Traditional data centers will continue to process core data and facilitate long-term storage.

Data center infrastructures may become more distributed, leading to more storage hubs in smaller markets, but it could also lead to more telecom towers. In the coming years, it’s clear that more power and storage solutions will be needed for IoT and edge transmissions. These processes will likely be built on top of existing infrastructure.

The evolution of edge solutions serves as a trigger for innovations that will improve 5G, serverless computing, quantum computing, and blockchain technology. IoT technology will play a profound role in this development. By 2022, there will be a growing need to analyze and respond to real-time data, particularly with medical equipment involved with doctor-patient communication. Collecting data faster will help companies scale and refine their networks.

Conclusion

Within a matter of years, an increasing amount of big data will be processed outside of the cloud and data centers, according to Gartner. This dynamic will expand the global edge computing market to over $13 billion. While a recent report by MarketsandMarkets estimates the IoT Connectivity Market to grow to $8.9 billion within 5 years.

IoT developers and business owners should adopt edge computing in order to stay competitive. Edge technology is an important solution for the traffic bottlenecks that will continue to arise from the exponential growth of IoT and big data.

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