Cloud Connectivity for High-Stakes Web Platforms in Dubai

For Stralya, cloud connectivity is the complete network and access layer that links your users, applications, APIs, and data across cloud providers and, if needed, on‑premise systems. It includes VPC/VNet design, routing, peering, VPNs, private links, load balancers, DNS, and security controls such as WAFs and zero-trust access. We focus on making this layer secure, observable, and resilient for your web platforms.

We design and implement connectivity on AWS, Microsoft Azure, and Google Cloud Platform, including hybrid and multi-cloud scenarios. Many Dubai-based organisations use a combination of providers for resilience, data residency, or vendor strategy reasons. Our role is to make those environments communicate securely and efficiently.

Yes. A significant part of our work in Dubai is “project rescue” – stabilising projects where connectivity or security was poorly implemented by previous vendors. We audit your current setup, identify critical risks and bottlenecks, then redesign and implement a safer, more robust architecture without unnecessary disruption to your live services.

Our primary model is fixed-price, project-based. After an initial assessment and scoping phase, we define a clear perimeter: architecture deliverables, implementation tasks, testing, and documentation. You receive a transparent proposal with timelines and milestones. For some clients, we complement this with selective senior staff augmentation for ongoing operations.

Yes. We design with maintainability in mind. All connectivity is implemented using infrastructure as code where possible, and we provide documentation and knowledge transfer sessions for your team. If you prefer, Stralya can also handle long-term maintenance and evolution under a dedicated SLA.

We are familiar with common regulatory expectations in the UAE and wider GCC region, especially around data residency, access controls, and logging. While you remain the formal owner of compliance, we design connectivity architectures that support your obligations, including network segmentation, encryption in transit, centralised logging, and access traceability.