Accelerating Cloud-native Development Journey with Platform-based

In recent years, the rise of virtualization and infrastructure technologies has triggered a significant shift from on-premises to cloud architectures. This transition has ushered in enhanced scalability, flexibility, and resilience, with a primary focus on building efficient, loosely coupled applications to accelerate time-to-market and streamline development cycles, resulting in quicker feature releases.

The cloud-native approach capitalizes on microservices architecture and the DevSecOps methodology to meet the evolving needs of modern businesses. By 2025, Gartner predicts that over 95% of new digital workloads will leverage cloud-native platforms, a substantial increase from 30% in 2021.

Key Components of Cloud-Native Architecture:

Enterprises aiming for faster development, reliability, optimized resource utilization, and heightened security adhere to specific guidelines and principles in cloud-native development. The foundational pillars of cloud-native architecture include:

1. Declarative application programming interfaces (APIs)
2. Microservices
3. DevSecOps
4. Containers
5. Automation-first approach

Challenges in Adopting Cloud-Native Development:

While cloud-native development offers advantages, it also presents challenges:

1. Complex architectures: Cloud-native architecture complexity grows to accommodate diverse applications and business requirements.
2. Talent acquisition: Rapid technological advancements create a skills gap, hindering talent acquisition.
3. High investment: Implementing an automation-first approach and embracing cloud-native technologies demand substantial upfront investments.
4. Security threats: The distributed architecture increases the attack surface, necessitating vigilance in identifying and addressing vulnerabilities.

Accelerating Cloud-Native Development:

Enterprises can expedite their cloud-native development journey through a combination of best practices, open-source technologies, cloud provider offerings, and cultural shifts like DevSecOps. Abstracting complexities and integrating technologies seamlessly is crucial for a cohesive user experience.

Platform-Based Automation Solutions:

Platform-based automation addresses these challenges by:

1. Integrating disparate cloud-native architecture components.
2. Enforcing standardized tools and practices.
3. Minimizing the learning curve for new team members.
4. Reducing initial investments and time to value.
5. Facilitating secure-by-design development through integrated security controls.

Infosys Live Enterprise Application Development Platform exemplifies how platform-based automation tackles cloud-native development challenges. It automates activities across the application lifecycle, streamlining development efforts, expediting time-to-value, and enhancing quality.

Client Success Stories:

Infosys has successfully executed numerous cloud-native development projects worldwide, leveraging platform-centric strategies. For instance:

1. Partnering with a US investment management company to rewrite their legacy retirement solution, resulting in significant development effort savings and accelerated delivery.
2. Assisting a UK energy and utilities major in building a smart meter solution with digital customer experience, ensuring an on-time rollout through platform-based automation.

Conclusion:

To remain competitive, enterprises must embrace digital transformation and cloud-native technologies. Platform-based automation provides the necessary tools and technologies to expedite development cycles effectively, standardize processes, and mitigate risks associated with large-scale development projects.