HomeArchitectureWhat is a low-ops approach to infrastructure management?

What is a low-ops approach to infrastructure management?

Over the last few years, the infrastructure landscape has witnessed significant changes in the realm of Kubernetes. First and foremost, there has been increased adoption of Kubernetes as the preferred container orchestration platform, with more organizations migrating their workloads to Kubernetes clusters. This shift has led to advancements in the Kubernetes ecosystem, including the development of new tools, frameworks, and services tailored for managing and deploying Kubernetes infrastructure. Additionally, there has been a focus on improving Kubernetes’ scalability, resilience, and security features. The emergence of cloud-native technologies and practices has further influenced the evolution of Kubernetes infrastructure, enabling seamless integration with cloud platforms and enhancing automation capabilities.

However, the lack of effective infrastructure management adversely affects Kubernetes, creating challenges in the availability, scalability, and performance of Kubernetes clusters. Additionally, the absence of standardized management practices makes it harder to deploy and manage applications consistently across the Kubernetes infrastructure, hampering operational efficiency and hindering the realization of Kubernetes’ full potential.

This blog post focuses on the complexity of infrastructure management and the upcoming low-ops approach by Cycle.io for businesses seeking reliable and scalable infrastructure management.

The complexity of managing infrastructure 

Containers and Kubernetes have become mainstream among developers. However, Kubernetes has also become complex, making it difficult to manage. Managing infrastructure in Kubernetes is complex due to several factors. Firstly, Kubernetes operates at a high level of abstraction, requiring a deep understanding of its concepts and components. Configuration and deployment can be challenging, involving YAML files, container images, and service definitions. Scaling and load balancing demand careful orchestration. Secondly, the distributed nature of Kubernetes introduces challenges in network connectivity and service discovery. Monitoring and debugging across a cluster of nodes is intricate. Lastly, ensuring security, authentication, and authorization in a dynamic environment requires constant vigilance. To successfully manage Kubernetes infrastructure, expertise in these areas and navigating its intricacies are essential.

Businesses looking to scale their containers find it challenging to do so. While there are many benefits to containerization, there have also been several players who introduced complex, customizable orchestration platforms. These platforms delivered on their promises of reducing downtime and producing products faster but remained expensive.  

The rise of containers and Kubernetes has presented challenges for organizations. Managing containerized environments requires networking, security, and monitoring expertise to ensure efficient operations. Container sprawl and resource management have become complex, demanding effective orchestration and scaling. Organizations also face the challenge of upskilling their teams to understand and operate container-based architectures and Kubernetes clusters. Furthermore, ensuring compatibility and seamless integration with existing infrastructure and legacy systems can be a hurdle during adoption.

Another critical aspect of infrastructure management is standardization. There are different variables across the board. The need for standardization in infrastructure management arises from the growing complexity and diversity of modern IT environments. As organizations adopt hybrid or multi-cloud architectures, virtualization technologies, and containerization, managing infrastructure becomes more challenging. Standardization provides a consistent framework for provisioning, configuration, and monitoring across different platforms and technologies. It reduces complexity, improves interoperability, and simplifies integration with automation and DevOps practices. Standardization also enhances security by ensuring the consistent application of policies and controls. Moreover, it promotes scalability and agility, allowing organizations to adapt quickly to changing business needs. 

However, the absence of standardization in infrastructure management can impede productivity, hinder growth, and elevate operational and security risks. Without standardization of infrastructure management, organizations face significant challenges. Inconsistencies in provisioning, configuration, and monitoring processes can lead to errors, inefficiencies, and operational bottlenecks. Lack of interoperability between different technologies and platforms hinders seamless integration and limits scalability. Security risks increase when policies and controls are not uniformly applied across the infrastructure. 

Low-ops approach to infrastructure management 

Companies that have struggled with Kubernetes or those who do want to go through the whole process can benefit from a low-ops approach. The Low-ops approach to infrastructure management, also known as “low operations,” focuses on minimizing the operational burden and complexity associated with managing infrastructure. It emphasizes automation and self-service capabilities while reducing the need for manual intervention. With the Low-ops approach, organizations strive to create self-healing systems that require minimal human intervention for routine tasks. The Low-ops approach aims to streamline operations, increase agility, and improve the efficiency of infrastructure management, allowing organizations to focus more on delivering value and innovation.

Cycle.io is a low-ops platform for infrastructure management and container orchestration. When companies come to cycle.io, they bring their own infrastructure. Cycle.io connects its infrastructure, manages all its continuing orchestration, and ensures that the entire process is simplified compared to other products. Cycle.io can push updates automatically to the Kubernetes cluster using a SaaS infrastructure management approach. Having simplified the management process, companies can now spend more time writing code and building the products and less time maintaining infrastructure. 


Cycle.io is a cloud infrastructure provider that offers a robust and flexible platform for managing and deploying applications. With Cycle.io, users can create and manage their own private cloud infrastructure, utilizing bare-metal servers and virtual machines. The platform provides a range of features, including automated provisioning, scaling, and monitoring of infrastructure resources. It also offers advanced networking capabilities, such as load balancing and private networking. Cycle.io emphasizes security, with features like isolated environments and encrypted communication. Its user-friendly interface and API allow easy management and integration with existing tools. 

This blog is based on an interview with Jake Warner, CEO and Founder of Cycle.io. You can watch the full interview here.



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