An innovative concept for building modern cloud-first services, fulfilled by its methodology and technical stacks, contrary to the traditional data center, it decentralizes the service and data to the edges where application should've been accessed, as it were in local, It's born, designed and applied with cloud initiative, to fully take advantage of scalability, elasticity of distributed platform.

Microservices

application decoupled into autonomous small services, yet reinforce the coherence of the entire system, more flexible to functional and structural changes

Containerized

Runtime environments virtualization for micro-services, which is composed of independent autonomous portion, then packaging per portion as the entire system

Distributed Architecture

Based on the micro-services concept, various components could be spread across different devices on the network, to schedule the job more efficiently and more resistant to the partial failure

Automate Process

The automated flow consists of development, tests, containerized, deployment, then orchestration of containers, which distinguishes the process from legacy IT deployment

Aerospace & Defense

Strategy is a high-level plan to achieve one or more goals under conditions of uncertainty.

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Automotive Industry

Strategy is a high-level plan to achieve one or more goals under conditions of uncertainty.

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Capital Markets

Strategy is a high-level plan to achieve one or more goals under conditions of uncertainty.

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The reasons that you should consider apply cloud-native technologies to your next project

As cloud native architecture rolls out, operations teams can begin to focus on other projects and stay on top of critical business operations. A cloud native platform takes care of monitoring and remediating issues that used to take hours of manual work, freeing up your development teams to focus on daily releases.
  • Predictable objective Cloud native apps follow standardized behaviors and rules to ensure they’ll run reliably. The automated, container-driven infrastructure used in cloud platforms dictates how software is written
  • OS independent In the cloud-native world, developers can build and run software without being tied to any specific underlying infrastructure. Instead of configuring and patching OSes, they focus on software
  • Resources distribution To develop cloud native applications, platforms process the application’s deployment, distribution, and other management tasks through automation. It dynamically allocated infrasctructure resources depending on the needs of the application. A cloud native platform can be built on cloud native runtime that optimizes application lifecycle management and be recovered quickly from errors with minimum downtime.
  • Continuous delivery IT departments can now release new software as soon as it’s ready, as part of continuous delivery. This approach is useful for iteratively improving customer experience and keeping a closer eye on customer needs. Continuous delivery works well with other agile development methods such as test-driven development and continuous integration.
  • Collaboration Cloud native architecture (CNA) has emerged as a way to increase collaboration between development and operations (DevOps) teams, speeding the transfer of finished application code into production.
  • Decoupling From prespective of microservice architecture, businesses need to decompound their apps into smaller, loosely coupled, and independent teams. These teams can develop, scale, and failover quickly without impacting any other services.
  • Automate scalability Cloud native strategies require that services are deployed across multiple regions on the cloud. as well as eliminates downtime due to human error. In addition, cloud native architecture is not just about automating servers; it’s automation of systems and applications.
  • Rapid recovery Businesses make use of container-based virtualization to dynamically create a large number of microservices. They rely on the container orchestrator and runtime to manage the dynamic environment and maintain elasticity. The container infrastructure is the ideal fit to provide ease of scaling, recovery if any failure, and application management.

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