SquareOps

Accelerate Kubernetes Adoption with Terraform Blueprints

Simplify Cloud Deployments with Kubernetes-Centric Architectures

DevOps
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How to Accelerate Kubernetes Adoption with SquareOps Automation

We are an AWS Advanced Consulting Partner and a leading provider of automated Kubernetes solutions. Our SquareOps Kubernetes Adoption Framework (SKAF) is designed for seamless, efficient, and scalable Kubernetes management. As an AWS partner with the EKS Service Delivery Badge, we ensure best-in-class Kubernetes deployments across EKS, GKE, and AKS, driving results that matter.

Unlock the potential of Kubernetes-powered architectures with our battle-tested Terraform modules. Our blueprints provide fully integrated solutions for Kubernetes clusters, supporting components like databases (RDS), observability, security, and disaster recovery. Built for scalability, our blueprints are continuously updated to ensure compliance with the latest standards, including CIS benchmarks.

Benefits for Your Business

Instant Kubernetes Launch

Launch production-ready Kubernetes clusters with infrastructure as code for faster go-to-market times.

Plug-and-Play Modules

Effortlessly build complex architectures using our ever-growing library of pre-built Terraform modules

Cloud Agnostic

Deploy across AWS, GCP, or Azure using our adaptable Terraform blueprints for multi-cloud.

Enhanced Security

Each blueprint comes with built-in CIS compliance, reducing your risk from day one.

Reduced Downtime

Integrated disaster recovery solutions ensure minimal disruption to your operations during failures.

Cost Optimised

Leverage pre-configured cost optimization strategies, ensuring reduced cloud expenditure.

Use Cases

Innovation

Microservice Delivery

SquareOps Managed Kubernetes is ideal for microservice architectures, ensuring security, resource optimization, and real-time observability through tools like Helm and Istio.

Integrity

Multi-Tenant SaaS Delivery

Our automation platform supports multi-tenant SaaS applications, maintaining isolation, compliance, and enhanced performance.

Customer-Centricity

Multi-Account and Multi-Region Deployments

We support complex multi-region deployments with advanced security policies and efficient cost management.

Excellence

Cloud Agnostic Deployments

For businesses seeking flexibility, we offer cloud-agnostic setups using Terraform and Kubernetes to ensure seamless scaling and cross-cloud functionality.

What SquareOps Managed Kubernetes Automation Offers

Our managed service covers the entire Kubernetes lifecycle, including DevSecOps, Monitoring and Observability, and Deployment Readiness.

Collaboration

Build diverse, flexible architectures for various workloads, from microservices and web apps to IoT applications. Use pre-integrated Kubernetes modules, enabling you to deploy complex, multi-tier setups with minimal overhead and ensure optimal performance in any environment.

CI & Automation

Implement advanced scaling mechanisms like Horizontal Pod Autoscaler (HPA), Vertical Pod Autoscaler (VPA), and Karpenter to optimize resource allocation. Automatically scale workloads based on demand while leveraging a mix of spot and on-demand instances for cost efficiency.

DevSecOps

Integrate a comprehensive observability stack using Grafana, Prometheus, and Elastic Cloud to monitor key infrastructure components such as servers, databases, and networks from the get-go. Extend observability to other tools for deeper insights and proactive issue detection.

DevSecOps

Ensure secure, automated pipelines with CI/CD embedded into your Kubernetes lifecycle. Incorporate security checks at every stage of development, including vulnerability scanning and compliance testing, to deliver updates faster and more securely, without compromising quality.

DevSecOps

Meet industry-standard security and compliance requirements with built-in CIS benchmarks and automated security policies. Implement role-based access control (RBAC), secure VPNs, and regular vulnerability assessments to keep your infrastructure protected at all times.

DevSecOps

Prepare for any disaster with robust strategies including backup and restore, pilot light, and active-active replication templates. These ensure your Kubernetes clusters can recover quickly, minimizing downtime and safeguarding critical workloads in the event of a failure.

Terraform Blueprints

Ready to transform your Kubernetes adoption process? Leverage the power of automation with SquareOps to streamline your cloud-native deployments.

Success Stories

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Frequently asked questions

What is Kubernetes used for?

Kubernetes is a platform used to automate the deployment, scaling, and management of containerized applications.

 

How does Kubernetes manage scaling?

Atmosly automates infrastructure management and application deployment across multiple clouds with single-click solutions, integrating security and observability into every step of the DevOps lifecycle.

What are Kubernetes pods?

Pods are the smallest deployable units in Kubernetes, encapsulating containers to run a single application instance.

How does Kubernetes help with microservices?

Kubernetes manages and orchestrates microservices, allowing them to scale and communicate efficiently within clusters.

How does Kubernetes support multi-cloud deployments?

Kubernetes allows seamless orchestration and deployment across multiple cloud providers, giving flexibility in cloud strategies.

What is Terraform used for?

Terraform is an infrastructure-as-code tool that allows users to define and provision infrastructure resources across multiple cloud providers.

How does Terraform manage cloud infrastructure?

Terraform uses declarative configuration files to manage infrastructure, automating provisioning and updates across clouds.

What are Terraform modules?

Terraform modules are reusable configuration templates that simplify the deployment of complex infrastructures.

How does Terraform ensure infrastructure consistency?

Terraform’s state management feature ensures infrastructure remains consistent across multiple environments.

What is Kubernetes cluster management?

Kubernetes cluster management involves overseeing nodes, workloads, and resources to ensure the optimal performance of your applications.

How does Kubernetes handle high availability?

Kubernetes ensures high availability by distributing application instances across multiple nodes and automatically recovering failed components.

What are the security best practices for Kubernetes?

Implementing role-based access control (RBAC), enabling network policies, and regularly updating components are key security measures for Kubernetes.

What monitoring tools can be integrated with Kubernetes?

Tools like Prometheus, Grafana, and Elastic Stack are often used to monitor Kubernetes clusters, offering real-time insights.

What are the advantages of using Kubernetes?

Kubernetes offers advantages like automated scaling, self-healing, portability across cloud providers, and seamless updates.

What are the benefits of using Terraform?

Terraform automates infrastructure provisioning, enabling consistent deployments and reducing human error.

How does Terraform work with multi-cloud environments?

Terraform supports multi-cloud by allowing infrastructure definitions to be deployed across various cloud providers from a single configuration.

What’s the difference between Terraform and Ansible?

Terraform is focused on provisioning infrastructure, while Ansible is more about configuration management.

What are the common Terraform use cases?

Terraform is used for provisioning cloud infrastructure, managing Kubernetes clusters, and deploying applications.