Veranda CMS

Managing a multi-tenant digital footprint for thousands of growing businesses requires an infrastructure that refuses to choke under pressure. As an all-in-one content management and business platform, Veranda CMS is engineered to help SMBs run their entire online operations—from websites to core digital workflows—entirely from a single, centralized system.

Because the platform acts as the technical foundation for their clients' daily business operations, infrastructure stability is non-negotiable. To achieve this, Veranda CMS hosts its software along with several critical supporting services on the dedicated infrastructure of NovoServe, serving customers reliably across different regions.

SaaS application hosting on shared public cloud environments can cause unpredictable latency due to noisy neighbors. When other companies sharing the same hypervisor spike their workloads, your application's performance drops. For Veranda CMS, this multi-tenant volatility was a clear dealbreaker.

When searching for an infrastructure partner, the engineering team knew exactly what operational risks they needed to eliminate. As Murat Gazioglu, Tech Lead at Veranda CMS, puts it: "Performance and predictability were our biggest priorities. We wanted dedicated resources without the noisy-neighbor issues that can sometimes occur in shared cloud environments."

Beyond securing isolated physical resources, their technical requirements were clear-cut. Veranda CMS required a provider that offered highly reliable hardware, fast network connectivity to minimize regional latency, and transparent pricing with no hidden data egress traps. Crucially, they needed an engineering support team capable of responding quickly when needed.

To solve the predictability problem, Veranda CMS bypassed virtualized cloud layers entirely. They deployed their entire core infrastructure onto NovoServe dedicated bare metal servers.

Instead of over-engineering with complex virtualization layers, their deployment is intentionally designed around performance and simplicity. They run their application stack, databases, and supporting services directly on dedicated bare metal servers, passing traffic cleanly down to the physical hardware. This eliminates the hypervisor layer entirely, bypassing the CPU scheduling delays that typically throttle database read/write speeds in virtual environments. For a multi-tenant platform, removing this layer guarantees that database engines maintain consistent, high-sustained I/O operations and rock-solid page-load times for global users.

According to Gazioglu, this straightforward structural setup gives them the exact operational leverage they need, "Our deployment is designed around performance and simplicity. We run our application stack, databases, and supporting services on dedicated bare metal servers, which gives us full control over resource allocation and system tuning. We chose this setup because it provides consistent performance for our customers while remaining cost-effective as our platform grows."