5 Ways to Accelerate Product Delivery Without Managing Infrastructure

#Introduction: The Delivery Dilemma

Getting your ideas into production isn’t just a matter of having the right features, it’s about how quickly and reliably you can deliver them. Product Delivery is the set of processes companies use to get ideas transformed into actionable tasks taken by engineering teams that then build, test, and deploy to your users. Today, the speed at which you move from idea to production is critical to customer satisfaction, a competitive advantage resides in being able to quickly deliver and adapt, week after week.

When shipping features and updates rapidly, many infrastructure issues and bottlenecks tend to come up, impacting delivery pace and operational complexities. Infrastructure provisioning can be slow, taking days to deliver and configure, impacting development cycles and release. Environments can become inconsistent which creates drift between developers' work and how it behaves in production, potentially provoking deployment failure and production outages. Deployment can require manual steps from engineers, taking them away from product development, and making them error-prone and time-intensive.

These challenges highlight the main issue: managing infrastructure directly is a major impediment to delivery speed. Today there are more modern approaches, including cloud-native platforms, infrastructure as code, and DevOps automation, that help organizations shift to a more efficient and scalable delivery.

#Why Infrastructure Management Slows Delivery (And How to Avoid It)

Traditional Infrastructure management creates significant barriers to efficient product delivery: 

• Time Drain: Teams spend weeks provisioning servers, configuring networks and building environments for applications to run correctly. This requires deep time investments from engineering teams, learning specialized knowledge that divert them from core product development.
• Environment Drift: Between development, staging, and production, manually managed environments create inconsistent behaviors. This leads to deployment failures or application outages despite passing tests, requiring rollbacks and emergency fixes.
• Manual Troubleshooting: Infrastructure issues require hands-on investigation across multiple systems. Teams can waste valuable time debugging network issues, resource constraints, or invalid configurations.
• Cognitive Load: Developers juggling between application and infrastructure need to context switch to understand network, scaling, monitoring, security… Operation teams need to understand application specificities to debug production issues, taking them out of infrastructure operations, reducing their productivity, and heightening their stress.

These persistent challenges can be solved sustainably by adopting a different culture around managing infrastructure. This effort eliminates the generated bottlenecks and accelerates delivery while making the engineers’ day-to-day easier.

#5 Ways to Accelerate Product Delivery Without Managing Infrastructure

#1 - Embrace Fully Managed Services

Fully managed services transform infrastructure from a burden into a utility. They provide easy-to-use interfaces and APIs for engineers to use and provision servers, databases, or applications. 

They help accelerate delivery by completely offloading infrastructure management to the service provider, removing the need to keep operating systems up to date, security patches, and backups as they are all managed by the cloud providers. This shifts operating teams from operators to consumers, allowing them to leverage enterprise-grade services without complexity, which drastically improves product time-to-market. 

Qovery is an orchestration layer that sits above the cloud platforms, it provides a unified interface to manipulate a wide range of service deployments. The underlying infrastructure benefits from the cloud provider expertise while Qovery exposes an easy-to-use interface to manage configuration, deployment, and operation.

This approach enables organizations to deliver new application components in minutes rather than days or weeks, reducing the operational impact on development teams along the way. By removing infrastructure concerns, teams can dedicate full attention to product development and application logic. This reduces time-to-market and improves code quality and service stability for customers.

#2 - Implement On-Demand, Ephemeral Environments

On-demand ephemeral environments eliminate the traditional bottlenecks of shared environment provisioning and management. These environments are consistent, isolated, and similar to production, allowing developers to develop and test features in environments as realistic as possible. They can be provisioned for every branch and pull-request automatically, allowing for perfect testing grounds before production, and decommissioned whenever not needed. 

Ephemeral Environments are one of Qovery’s core strengths. Available as a simple option on a service, they are automatically configured for any application and their lifecycle is entirely automated. This automation is also integrated into the developer’s git workflow, intelligently triggered by pull requests and providing direct feedback to engineers on their availability.

This approach drastically transforms the developer workflow, it enables faster QA cycles by removing the need to wait for environment provisioning or availability. Teams can run comprehensive tests concurrently on environments as close to production as possible, bringing confidence to their reviews. The resulting effect brings enhanced code quality and an accelerated delivery pipeline.

#3 - Adopt a GitOps-Centric Workflow

A GitOps-Centric view treats all applications and infrastructure as versioned code within Git repositories; it enables a declarative, reproducible, and immutable approach to automated deployment while maintaining a single source of truth. This eliminates the need for manual interventions, drastically reducing the possibility of human error while ensuring consistency across all environments. 

Qovery seamlessly integrates with any Git repository and follows the GitOps philosophy. The platform listens to all changes triggered on organization repositories and takes all necessary actions automatically. Qovery handles all the complex orchestration of multi-service applications while developers stay in their development workflow, allowing for continuous delivery at scale, easily. 

GitOps workflows create predictable and repeatable deployments that reduce the time to deploy and the risk of deployment failures. Teams also benefit from faster rollback capabilities, as reverting a repository to a known good state can be executed with a single command. Organizations also benefit from better traceability, as Git stores the history of all changes and commits to a repository, helping audit processes along the way. This simplifies engineers’ interaction with deployment with streamlined delivery, heightening confidence and developer experience on a daily basis.

#4 - Empower Developers with Self-Service Deployment Platforms

Self-service deployments eliminate the traditional bottleneck of a centralized operations team handling every deployment request. This approach transforms the developers’ capabilities by granting them autonomy over their application management and deployment. They gain control of their environments safely, managing rollouts and configuration change autonomously, removing their dependency on operational team handoffs.

Qovery centers its developer experience around this principle. It exposes a developer-friendly intuitive interface that enables developers to explore all the capabilities of the infrastructure while manipulating their service. Qovery abstracts the powerful features within Kubernetes while keeping robust guardrails and safe control. While keeping management over resource provisioning, monitoring, and security configuration this creates a zero-compromise environment for engineering organizations that want to manage infrastructure with confidence.

This approach brings a plethora of improvements for development teams. It removes the need for handoffs and brings reduced context-switching while allowing for faster release cycles. The increased autonomy keeps developers in their process, allowing for faster feedback loops, better code quality, and quicker iterations. This increased autonomy frees operational teams from routine tasks to focus on strategic platform efforts benefiting the whole organization, bringing a more scalable and efficient delivery model for the company as a whole.

#5 - Leverage Intelligent Container Orchestration & Abstraction Layers

Managing complex container orchestration platforms like Kubernetes brings significant operational overhead to platform teams. They need constant monitoring, improvement, and deep expertise to master perfectly. While Kubernetes provides powerful capabilities, its inherent complexity requires special knowledge and focus on cluster management, networking configuration, and optimization. Relying on managed Kubernetes services or higher abstraction can elevate operating teams, removing the operational burden on low-level infrastructure and letting them focus on more impactful efforts.

Qovery serves as a powerful abstraction layer over Kubernetes designed to harness all its capabilities to harden cluster provisioning, network configurations, resource management, security, and monitoring automatically. It then exposes a service for operators to manage their applications, exposing simple configurations to leverage complex underlying features. It provides automated scaling capabilities making it a viable and sustainable solution for teams, freeing them from operational burden to focus on their product.

This approach enables easier and faster deployment of containerized applications through automated processes that would otherwise require manual configuration and expertise. Teams also benefit from automated scaling and simpler integration through service discovery, leading to a better, streamlined microservices model. The reduced operational overhead leads teams to deploy services quickly and safely while still enjoying the powerful features of Kubernetes to manage their production environment.

#Beyond the Five: The Catalytic Role of DevOps Automation Platforms

These five strategies are powerful methodologies for accelerating software delivery while keeping the right technological foundation. While they can be implemented independently by separate efforts, they can also be combined and bring compounded returns by using the right tooling for an engineering organization. 

Integrated Platforms offering this array of features are built specifically to remove the complexity of operating such infrastructure from their users. They abstract away the need for deep expertise and time investment while allowing users to reap all the benefits. 

Teams transforming their approach to managing infrastructure and relying on higher-level services lessen their operational burden in favor of more focus on their core product. Engineering Organizations going in this direction report better delivery speed, consistency, and cost-efficiency, all the while empowering their engineers, letting them safely ship with confidence. 

#Conclusion

Organizations focusing on accelerating their product delivery realize that their focus needs to shift from the menial tasks of infrastructure management, free themselves from operational burden, and focus their efforts on innovation, and improving their product and services.

Embracing managed services, GitOps, and self-service approaches letting engineers benefit from on-demand environments while running products on higher-level infrastructure all contribute to a better developer experience. This quality of life improvement directly translates to significantly faster delivery, better code quality, and reliable service for users. 

Accelerate your delivery and improve your developer experience with Qovery, Start a Free Trial today or book your demo directly.