Airwalk Reply - Secure Kubernetes Platform

Airwalk Reply’s Secure Kubernetes Platform enables you to take advantage of the cost savings, agility, and stability of container orchestration, all within a secure-by-default configuration. It includes essential deployment tools and pipelines that allow your application development teams to focus on delivering features instead of configuring infrastructure.

Utilising Amazon EKS and drawing from Airwalk Reply’s extensive experience in deploying Kubernetes for production workloads within FSI clients, this platform is ideal for any customer in highly regulated industries with strict governance and control standards.

Platform Highlights:

1. Ease of deployment through comprehensive automation
2. Cost efficient
3. Scalable
4. Version-controlled configuration and Infrastructure-as-Code
5. Enhanced security of critical infrastructure utilizing GitOps principles
6. Isolated and multi-tenanted environments
7. Resilience against the failure of individual systems, networks, or entire data centers

With a wealth of experience in engineering Kubernetes platforms, Airwalk Reply can expertly handle both the technical intricacies and strategic considerations required to build and maintain robust, secure, and scalable K8s environments for your organisation. Our proficiency includes designing and deploying Kubernetes clusters in AWS using EKS, as well as non-cloud-native implementations and on-premises solutions. By leveraging tools such as Helm, Terraform, and Ansible, we streamline the deployment process, ensuring consistency and reliability through Infrastructure-as-Code principles. Our expertise in implementing security best practices such as Role-Based Access Control (RBAC), network policies, and end-to-end TLS encryption ensures that the platforms we engineer for you are secure by default. Additionally, our practical experience with GitOps principles and continuous integration/continuous deployment (CI/CD) pipelines enables seamless application updates and infrastructure management, ultimately empowering your development teams to focus on delivering features rather than grappling with configuration complexities.

Key Activities:

• Assessment and Planning including assessment of current infrastructure and functional and non-functional requirements, definition of the objectives and scope for EKS implementation.
• Design an architecture of the end-to-end solution
• Implementation to meet the needs and operating model of your organisation
• Testing of the entire solution and integration points to ensure readiness for your most critical workloads
• Handover including training and support if required