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Cloud-Native Application Engineering

Modernize and build secure cloud-native APIs, microservices and operational application platforms.

Definition

Engineer reliable applications and APIs for the cloud era.

In brief: Cloud-native application engineering is the design of software for cloud platforms: packaged in containers, deployed by automated pipelines and able to scale with demand. OB360 covers architecture modernization, microservices and APIs, CI/CD, security and observability on Azure, AWS and Google Cloud.

Cloud-native delivery provides the foundation for maintainable AI systems and modern digital products. OB360 supports architecture modernization, microservices and API engineering, deployment automation and cloud operations. Solutions are designed according to workload characteristics, security requirements, cost awareness and the existing technology landscape - not a single prescribed cloud pattern.

Problems

Designed around your business

  • Architecture before tools

    We define the business workflow, constraints and right level of AI before choosing implementation patterns.

  • Engineering accountability

    Our work spans concept, integration, software delivery and handover.

  • Controlled enterprise AI

    We design with boundaries, permissions, human review and evaluation in mind.

  • Specialist depth

    Agents, graph intelligence, document AI, applied ML and cloud-native engineering can be combined when the problem requires them.

Who it is for

Where this service fits

This service fits teams modernizing applications or preparing a reliable foundation for AI workloads.
  • Enterprise leaders planning practical AI adoption.
  • Software and product teams extending existing applications.
  • Business and engineering teams connecting workflows, knowledge and systems.

Use cases

An illustrative business scenario

  • A possible engagement

    An enterprise is modernizing an API-led application and wants a scalable foundation for emerging AI capabilities, with automated deployment and operational visibility.

Related case studies

Approach

From requirements to delivery

Each engagement moves through four stages.
  1. Understand

    Agree the business problem, users, existing systems and constraints.

  2. Design

    Choose the architecture, data boundaries and appropriate human oversight.

  3. Engineer

    Implement the agreed scope with testing and integration.

  4. Enable

    Share implementation knowledge and agree operational next steps.

Technology

Typical scope

A typical engagement can cover the following areas.
  • Cloud architecture on Azure/AWS/GCP
  • API modernization
  • Containerization
  • CI/CD
  • Reliability
  • Observability
  • Security

Delivery

Delivery model

Engagement scope, team structure and delivery priorities are agreed around your business needs.

Specific deliverables and implementation boundaries depend on the agreed engagement.

What to expect from an engagement

Target architecture, services and APIs, CI/CD pipelines, security and observability foundations, and deployment/handover guidance.

Questions

Questions about this service

Does OB360 work with different cloud providers?

The company's engineering scope includes Azure, AWS and Google Cloud, with platform selection based on client constraints and workload needs.

Can this work connect to our existing software?

OB360 can integrate AI capabilities with existing applications, data and APIs, with access boundaries defined for the engagement.

How do we start?

Discuss your workflow and constraints with OB360 to agree the relevant discovery and engineering scope.

What does cloud-native mean?

Cloud-native software is designed for cloud platforms: packaged in containers, deployed by automated pipelines and able to scale with demand, with security and observability built in from the start.

Why does cloud-native engineering matter for AI?

AI systems depend on reliable APIs, automated deployment and operational visibility. A cloud-native foundation keeps AI components maintainable, secure and scalable as usage grows.

Next steps

Related services

Explore complementary consulting and engineering services for your initiative.

Discuss Cloud Engineering

Tell us about your business workflow, users and existing systems. We will discuss the architecture, engineering support and next steps that fit your needs.