K
Kathleen Martin
Guest
Edge computing networks prioritize distributed infrastructure and micro data centers that bring processing and storage of digital resources to global end-users. But how should organizations at large approach edge network deployment?
While the last decade has seen the widespread adoption of cloud computing — which relies on centrally hosted and managed data centers — edge computing provides enterprise organizations with the methods needed to keep pace with data speeds and serve a global audience. With clients and end users top of mind, edge networks help reduce latency, speed delivery of resources, and improve the customer experience.
This article looks at what to consider when adding edge network infrastructure, edge computing hardware traits, what edge solutions offer, and the top edge service vendors.
How to Build an Edge Computing Network
Comprehensive edge computing networks require a long-term strategy with adequate resources, partners, and implementation. With a proper inventory of distributed network infrastructure, organizations can evaluate target locations for potential edge networks, find the appropriate hardware and software needs, and continually develop their newest network segment.
1. Evaluate Edge Needs, Resources, and Objectives
Organizations interested in deploying edge computing networks must first know their intended audience, which is existing or potential clients benefiting from the additional infrastructure. Knowledge of customer requirements like global geographic locations, concentrated service regions, or content delivery speeds can help drive decision-making around an edge investment.
Establishing an inventory of existing data centers and distributed network infrastructure — including IoT devices and sensors — is essential to developing new edge networks. The next step is finding edge computing solutions that are flexible enough to integrate with legacy systems and the latest products.
Read more: Edge Cache: What Is Edge Caching? How Does it Work?
2. Select and Deploy Edge Computing Solutions
Edge computing companies are the vendors offering organizations the hardware, networking machinery, processors, colocation data center contracts, and innovative edge technologies needed to establish an edge network.
Enterprise organizations with existing global infrastructure and networks will have a far easier time adding edge devices and transforming legacy networks to serve physically close end users.
Alternatively, startups and smaller companies will need to obtain the required infrastructure and solutions provided by edge computing providers to create edge networks. Because of the sensitive nature of uptime and reliable service, organizations must conduct due diligence in selecting adequate solutions.
3. Maintain, Secure, and Optimize Edge Infrastructure
Once established, edge computing networks require ongoing maintenance and performance tuning like any other IT network. Administrators can dive into edge-specific traffic, evaluate potential problems, and remediate as needed to optimize the distributed network.
Organizations adopting additional edge networks isolated by long geographic distances must develop a strategy that accounts for and centrally maintains an array of remote networks.
Continue reading: https://www.serverwatch.com/guides/build-edge-network/
While the last decade has seen the widespread adoption of cloud computing — which relies on centrally hosted and managed data centers — edge computing provides enterprise organizations with the methods needed to keep pace with data speeds and serve a global audience. With clients and end users top of mind, edge networks help reduce latency, speed delivery of resources, and improve the customer experience.
This article looks at what to consider when adding edge network infrastructure, edge computing hardware traits, what edge solutions offer, and the top edge service vendors.
How to Build an Edge Computing Network
Comprehensive edge computing networks require a long-term strategy with adequate resources, partners, and implementation. With a proper inventory of distributed network infrastructure, organizations can evaluate target locations for potential edge networks, find the appropriate hardware and software needs, and continually develop their newest network segment.
1. Evaluate Edge Needs, Resources, and Objectives
Organizations interested in deploying edge computing networks must first know their intended audience, which is existing or potential clients benefiting from the additional infrastructure. Knowledge of customer requirements like global geographic locations, concentrated service regions, or content delivery speeds can help drive decision-making around an edge investment.
Establishing an inventory of existing data centers and distributed network infrastructure — including IoT devices and sensors — is essential to developing new edge networks. The next step is finding edge computing solutions that are flexible enough to integrate with legacy systems and the latest products.
Read more: Edge Cache: What Is Edge Caching? How Does it Work?
2. Select and Deploy Edge Computing Solutions
Edge computing companies are the vendors offering organizations the hardware, networking machinery, processors, colocation data center contracts, and innovative edge technologies needed to establish an edge network.
Enterprise organizations with existing global infrastructure and networks will have a far easier time adding edge devices and transforming legacy networks to serve physically close end users.
Alternatively, startups and smaller companies will need to obtain the required infrastructure and solutions provided by edge computing providers to create edge networks. Because of the sensitive nature of uptime and reliable service, organizations must conduct due diligence in selecting adequate solutions.
3. Maintain, Secure, and Optimize Edge Infrastructure
Once established, edge computing networks require ongoing maintenance and performance tuning like any other IT network. Administrators can dive into edge-specific traffic, evaluate potential problems, and remediate as needed to optimize the distributed network.
Organizations adopting additional edge networks isolated by long geographic distances must develop a strategy that accounts for and centrally maintains an array of remote networks.
Continue reading: https://www.serverwatch.com/guides/build-edge-network/
