What are the challenges and considerations involved in adopting a cloud-native approach?

Businesses should address these when implementing a cloud-native approach: • Organizational Shift: A DevOps-focused pivot to another where automation and collaboration are emphasized is the goal. • Complexity: You need the proper skills and experience to manage cloud-native architectures. • Cost Management: Due to the cost of cloud resources, plan and manage budgets and expectations well in advance. • Security: Have strong security measures in your cloud-native apps for sensitive data protection and also to prevent any unauthorized access. Aspect Traditional Development Cloud-Native Development Organizational Structure Team Organization Siloed teams with separate responsibilities DevOps culture with shared responsibilities and collaboration Development Approach Waterfall or traditional methodologies Continuous improvement and automation-focused Technical Architecture Application Structure Monolithic applications with tight coupling Microservices architecture with loose coupling Deployment Method Manual deployment processes Containerization and automated orchestration Resource Management Cost Structure Fixed infrastructure costs Dynamic cloud resource costs requiring active management Expertise Required Traditional development and operations skills Cloud-specific expertise and modern tooling knowledge Security Considerations Security Approach Perimeter-based security Distributed security with multiple protection layers Access Control Centralized access management Distributed authentication and authorization

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Cloud-Native Development
What are Cloud-Native Principles?

Cloud-Native Development

What are Cloud-Native Principles?

Updated on: November 2, 2026

Author: Ioana Grigorescu, Content Manager

Reviewed by: Marta Dozorska, VP of Product

What are cloud-native principles? Explore how these core concepts drive modern software development, impacting scalability, resilience, and continuous delivery.

What are the cloud-native principles?

Cloud-native principles are a set of cloud-specific guidelines when creating apps. The point is to guide app development/design and utilize cloud computing environments.

Scalability and agility in your apps should be a main objective when using cloud-native principles.

Keep these characteristics in mind:

Microservices Architecture: Dividing apps into smaller and loosely coupled services while development, deployment and scaling remain independent.

Containerization: Bundle apps/dependencies into portable containers to consistently deploy apps across all environments.

Orchestration: Automate containerized apps’ scaling, deployment, and management for resource utilization.

DevOps Culture: Your DevOps team should be worth together across both operations and development teams.

Continuous Delivery: Use frequent/automated new feature/improvement releases for user experience.

How do cloud-native principles enable organizations to achieve greater agility and scalability?

Some of the agility and scalability aspects associated with cloud-native principles are:

Microservices Architecture: Independent deployment/development for more frequent release updates and concurrent working.
Containerization and Orchestration: Containers are used for consistency/portability; orchestration tools automate app deployment/scaling for adaptation to changing demands.
DevOps and Continuous Delivery: ADevOps culture working with a continuous delivery together should streamline the software development lifecycle.

What role does DevOps and continuous delivery play in cloud-native development?

DevOps’ role in a cloud-native environment is:

Collaboration: DevOps must avoid development and operations team silos. Team effort and a collaborative culture are key.

Automation: Use automation in continuous delivery when building and testing to stop manual errors and speed up release cycles, especially in deployment!

Feedback Loops: Monitor for continuous feedback so teams identify and address issues quickly and apps are both reliable and of quality.

What is the best way for cloud-native applications to manage disruptions?

Cloud-native apps address issues through:

Architecture: App components are distributed across microservices and containers, with different servers and availability zones in use.
Health Checks: Cloud-native apps use self-healing mechanisms to find and then fix issues; but also use health checks to help.
Load Balancing: Traffic should move across multiple app instances so availability during peak loads does not affect performance.

What are some of the challenges when taking on a cloud-native approach?

Businesses should address these when implementing a cloud-native approach:

Organizational Shift: A DevOps-focused pivot to another where automation and collaboration are emphasized is the goal.
Complexity: You need the proper skills and experience to manage cloud-native architectures.
Cost Management: Due to the cost of cloud resources, plan and manage budgets and expectations well in advance.
Security: Have strong security measures in your cloud-native apps for sensitive data protection and also to prevent any unauthorized access.

Aspect	Traditional Development	Cloud-Native Development
Organizational Structure
Team Organization	Siloed teams with separate responsibilities	DevOps culture with shared responsibilities and collaboration
Development Approach	Waterfall or traditional methodologies	Continuous improvement and automation-focused
Technical Architecture
Application Structure	Monolithic applications with tight coupling	Microservices architecture with loose coupling
Deployment Method	Manual deployment processes	Containerization and automated orchestration
Resource Management
Cost Structure	Fixed infrastructure costs	Dynamic cloud resource costs requiring active management
Expertise Required	Traditional development and operations skills	Cloud-specific expertise and modern tooling knowledge
Security Considerations
Security Approach	Perimeter-based security	Distributed security with multiple protection layers
Access Control	Centralized access management	Distributed authentication and authorization

Conclusion

Cloud-native principles are a core consideration, but they require thinking and planning. Embracing principles of agility, scalability, resilience, and collaborative work can affect the pace of innovation and the degree of focus on user experience for organizations.