Containerization technology is rapidly transforming how organizations develop, deploy, and scale applications, especially as the push for edge computing and hybrid cloud environments grows. From accelerating microservice deployments to enabling lightweight infrastructure at the edge, containerized workloads offer unmatched flexibility and efficiency. However, traditional container management software and platforms often introduce unnecessary complexity, requiring deep technical expertise and bulky infrastructure not optimized for distributed or resource-constrained environments.
Purpose-built for reliability, Scale Computing provides solutions for containerization on computing environments ranging from core data centers to the most remote edge locations. Instead of layering container management tools on top of an already complex stack, these solutions offer a streamlined, cost-effective alternative for edge computing without sacrificing performance, resilience, or manageability.
What Are Containerized Workloads?
Simplified IT Infrastructure Benefits
With Scale Computing for container management, simplicity isn’t just a feature; it’s foundational. Here’s how our container infrastructure delivers measurable advantages across your IT operations:
Faster and Simplified Deployment and Management
Deploy containers and virtual machines in minutes with built-in orchestration and centralized management, no Kubernetes expertise required.
Optimized Resource Utilization
Run containerized workloads and VMs side-by-side on the same hardware to eliminate waste and maximize performance at the edge or core.
Scalability and Flexibility
Easily scale up or down, add nodes without disruption, and deploy containers at the edge, in a centralized data center, or in hybrid environments, all from a single platform.
Use Cases
Containerization isn’t just a buzzword; it’s a strategic shift in how applications are built, deployed, and managed across environments. Whether you're modernizing legacy systems or building for the edge, Scale Computing's capabilities deliver the flexibility and resilience needed for today’s IT demands.
Here’s how organizations are putting containerization technology to work:
Application Modernization
Many organizations still rely on aging, monolithic applications, but rewriting them from scratch isn’t always practical. Containers are a great fit for new services and modern apps, but many legacy workloads are best kept in VMs while you modernize at your own pace. Scale Computing gives you a unified platform to run VMs and containers side-by-side, so you can refactor, replatform, and modernize incrementally—without forcing a risky all-at-once move.
Disaster Recovery for Containers
Containerized workloads deserve the same level of protection as any mission-critical application. With built-in data protection and platform-level fault tolerance, you can ensure your containerized services are protected and can be restored quickly. This guarantees business continuity and high availability for mission-critical applications at the core and the edge alike.
Edge Deployments
Running containerized workloads in edge environments introduces unique challenges: limited IT support, low bandwidth, and the need for ultra-reliable uptime. Scale Computing addresses these with purpose-built container management solutions optimized for edge computing and professional services to augment staff with expertise where needed.
Lightweight, resilient, and centrally managed, you can enable seamless deployment of containers across hundreds or even thousands of remote sites, with zero-touch provisioning and self-healing automation built in, and leverage experts who help plan, deploy, and support rollouts across sites so you don’t need to scale headcount to scale your footprint.
DevOps & CI/CD Pipelines
Developers want to build fast. Ops teams want to sleep at night. Scale Computing supports modern CI/CD workflows with a consistent infrastructure for both VMs and containers. By offering reliable container infrastructure with centralized management, Scale Computing supports agile workflows, continuous integration/continuous delivery (CI/CD), and streamlined testing environments.
You can integrate Scale Computing into your DevOps toolchain in two ways. With SC//HyperCore™, your team can use APIs and automation to connect to your existing CI/CD pipelines and workflows. With SC//Reliant™, we handle integration as a service—implementing it in the POC, proving it works, and supporting it as you move toward production.
The EdgeSlayer Chronicles: The Code Conundrum — Issue #2 Now Available
Follow our heroes to the edge of disaster in this epic second issue of the EdgeSlayer Chronicles as a software developer uncovers the sinister plot and realizes that only containers and a united force can combat this digital menace.
How Scale Computing Simplifies Containerized Workloads
Scale Computing simplifies containerized workload management with hyperconverged infrastructure, lightweight orchestration, and edge computing solutions.
Scale Computing keeps the focus where it belongs: running containers reliably on a resilient foundation, so your teams spend less time managing runtime differences and more time delivering applications.
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Jesse Wolcott
IT Infrastructure Manager at Royal Farms
Case Study
Real-World Implementation of SC//Platform for Containers
Royal Farms, a prominent convenience store and fuel chain with approximately 300 locations, aimed to modernize its IT infrastructure to enhance operations and customer experience. Operating 24/7, they required a solution that was not only robust and scalable but also space-efficient to fit within their existing store layouts. This implementation not only streamlined Royal Farms' operations but also positioned them for future technological advancements due to Scale Computing's hyperconverged container infrastructure in edge environments.
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