Platform Development

Powering robust backend solutions with expert full-stack and backend engineers.

Our Method

Seamless, Scalable, and Smart Backend Systems for National-Scale Impact

With many of our software engineers being either full-stack or backend-focused, we have strong capabilities in designing, building, and integrating massive backend systems. One of the back-end systems we built for a national e-service client has over 200 integrations with local government and business systems, all hidden from the end-user’s point of view.

Process Adaptation

With a microservices architecture, new digital technologies and process adoption become simple. Oivan’s deep expertise in designing and operating microservices enables secure, scalable, and resilient services for complex environments.

Modular Architecture

The solutions we develop become easier to build and maintain as we divide the developed application into smaller chunks. Our battle-tested expertise in using modular architecture in massive productions, such as the e-government platforms Ejar and Sakani, provides remarkable efficiency gains for our clients.

Auto Scaling

Each module in microservices can scale independently through either vertical (more CPU & memory capacity) or horizontal (several virtual machines running parallel) scaling. This approach makes modern web services highly reliable and elastically scaleable.

Deployment & Unaffected

Each service in microservices architecture can be independently DURS (Deployed, Updated, Replaced & Scaled), and failure of a single module won’t affect the remaining part of applications. This methodology adds another significant layer of reliability for micro-service deployments.

Agile, Cost-Efficient Backends Built to Scale for Millions of Users

In today's hyper-connected world, large platforms are the foundation of digital economies, government services, and industry innovation. Oivan specializes in designing, building, and operating large-scale platforms that serve millions of users with unwavering reliability, security, and performance.

Microservices Architecture at Scale

We structure platforms using microservices architecture with Domain-Driven Design (DDD) patterns, delivering both technical excellence and business value:

Team autonomy and faster parallel development - Multiple teams can work simultaneously, accelerating delivery

Technology flexibility - Select the most cost-effective and performant technology for each service component

Reduced technical debt - Smaller, focused codebases are easier and cheaper to maintain long-term

Smart Resource Optimization

Our backends are engineered to maximize cost-efficiency:

Horizontal auto-scaling dynamically adjusts resources based on real-time demand

Intelligent caching strategies reduce database load and infrastructure costs

Asynchronous processing offloads heavy tasks to background workers, optimizing resource utilization

Cloud-agnostic architecture prevents vendor lock-in and enables cost optimization across providers

DevOps & Backend Engineering

Our DevOps teams embed automation, monitoring, and continuous improvement into every backend:

Infrastructure as Code (IaC) for rapid provisioning and disaster recovery

CI/CD pipelines with automated testing and deployment

Kubernetes orchestration for horizontal scaling and self-healing infrastructure

Real-time monitoring, logging, and alerting

Proven Track Record Building National-Scale Platforms

Oivan doesn't just talk about scale—we deliver it. Our platforms serve real people, processing millions of transactions and connecting hundreds of integrated systems.

Since 2017, Oivan has been the strategic partner for National Housing Company Innovation (NHCI), designing, building, and operating two of the Kingdom's most successful digital platforms: Sakani & Ejar

Client Success Stories

View More Selected Client Success Stories

Let’s Work Together

Whether you want to discuss the latest developments in digital service innovation, or have an idea for a service for your organization, we are always happy to talk.