9 Business Benefits of Combining Edge Servers with Cloud Computing

9 Business Benefits of Combining Edge Servers with Cloud Computing

In your role as a growing business, you always keep in mind the emergence of new technologies that might be the answer to your market success. Cloud technology offers solutions that are flexible and scalable, but edge hosts offer even greater advantages.

Edge and cloud computing are connections in the hybrid IT model that provide new opportunities for optimization, customization, and real-time insights. By providing new levels of performance and reducing latency, the hybrid approach opens the door to unlimited opportunities for your company.

Let’s look into 9 key business features of edge servers that you can gain when working with hybrid clouds.

1. Experience Lightning-Fast Response Times with Locations Near Users

The main positive aspect of edge servers is the closeness they provide. Latency and speed of response can be reduced considerably if the computing resources are deployed near edge users or Internet of Things (IoT) devices. The ability to have high-bandwidth and low-latency communication is crucial for applications including augmented and virtual reality, autonomous vehicles, and the industrial Internet of Things, which require real-time interactions.

2. Optimize App Delivery and Performance Regionally

With edge hosts placed strategically around the world, you can optimize the experience for users in different locations. Here are some of the ways this can be done:

  • Content caching at the edge ensures static resources like images, videos and CSS/JS files are delivered lightning fast to local users. By caching popular content, edge hosts eliminate the roundtrip to your origin servers or cloud data centers.
  • Dynamic content can also be generated regionally through microservices running at the edge. This includes personalized data, customized recommendations, location-based search results and more.
  • Edge servers allow granular control over app routing. You can configure your load balancers to route users to the nearest edge location for the lowest latency. This enhances performance compared to single-cloud-based delivery.
  • Latency-sensitive features like real-time collaboration, multiplayer gaming and AR/VR experiences function optimally when processed at the local network edge.
  • Should a cloud region experience an outage, edge infrastructure acts as a backup to ensure continuity of services for users in that geography.
  • Edge compute capabilities like video transcoding, image optimization and data processing can be distributed to locations with the highest demand. This eases load on centralized cloud resources.
  • Regional edge deployments provide redundancy, so if one edge server fails, others can seamlessly take over without affecting the user experience.
  • Edge locations enable geo-fencing features for location-based services and geo-targeted marketing. Proximity to users facilitates geo-tagging of content, customized local notifications and geo-consents.
  • Language and currency formats can be localized through region-specific app configurations, translations and pricing at each edge location.
  • Real-time analytics run at the network edge provide valuable insights into user behavior and preferences on a hyperlocal level for each market.

By optimizing for location, edge computing delivers a highly personalized experience that keeps users engaged through fast, smooth interactions, no matter where they are.

3. Gain Deeper Insights from IoT and Sensor Data in Real Time

For IoT and industrial use cases, edge computing is essential due to the huge volumes of data generated by sensors in real time. With edge servers deployed on-premises or at the source, you can collect, analyze, and act on IoT sensor data immediately without latency. This enables real-time monitoring and control of devices and processes. You also gain deeper insights through on-site analytics that aren’t possible in the cloud due to network constraints.

4. Reduce Cloud Infrastructure and Data Transfer Costs

By processing and caching data locally, edge computing reduces the amount of information that must be transmitted to cloud data centers. This lowers your networking fees and cuts down on expensive inter-region data transfers. Edge hosts also allow you to run workloads locally versus in the cloud, which decreases the number of virtual machines and instances required. All of this directly positively impacts your overall infrastructure costs.

5. Ensure Data Security, Privacy and Compliance

For industries like healthcare, financial services and government, it’s critical to keep sensitive data and workloads within set geographic boundaries to comply with regulatory requirements. Edge servers enable you to store, analyze and run applications on-premises or at the local network edge to address data sovereignty laws. This gives you full control and visibility of where data is processed and stored. Edge computing also strengthens security by minimizing the attack surface for threats and preventing unauthorized access to sensitive data in transit to the cloud.

6. Support Intermittent Connectivity for Remote Assets

Whether you manage vehicles, field equipment or dispersed enterprise sites, edge hosts ensure business continuity even when offline. They allow remote assets with intermittent connectivity to cache data, process transactions and run applications locally. This prevents disruptions to operations from temporary network outages. Edge locations also provide backup capacity to avoid downtime if the primary cloud connection fails, keeping your business running smoothly at all times.

7. Customize Hardware for Specialized Workloads

With cloud computing, you’re limited to using standardized virtual machines and server configurations. Edge computing provides more flexibility to deploy custom hardware optimized for your specific workloads. This includes GPUs and FPGAs to accelerate AI and ML models as well as application-specific processors. You can right-size edge hosts to meet unique low-latency, security or processing needs that aren’t possible or cost-effective in the cloud.

8. Gain a Consistent Hybrid Experience Across Environments

Managing workloads in both cloud computing and edge environments can introduce operational complexity. However, a unified hybrid solution ensures consistent infrastructure, tooling and policies across locations. You get a single control plane to provision, secure and update resources regardless of where they reside. Employees enjoy the same experience developing, deploying and managing applications on-prem or off-prem. This streamlines management and allows you to leverage existing skills.

9. Scale On-Demand Without Infrastructure Constraints

While edge servers let you run workloads locally, cloud resources provide virtually unlimited scalability. By combining both, you gain the best of both worlds. Edge handles predictable, latency-sensitive work, while the cloud handles unpredictable demand. The hybrid model removes capacity constraints so you can scale instantly as needs change without procuring new hardware. It also enables burstable performance, so you only pay for what you use.

Final Words

Integrating edge servers with your cloud environment opens the door to powerful optimizations across many dimensions. From faster response times to lower costs to stronger security and compliance technology, a hybrid IT approach unlocks new strategic advantages for your growing business.  With edge servers located in local markets, your customers enjoy instant access to content and services without the lag of transmitting data to a distant cloud data center.



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