TeraSky Kubernetes Adoption Framework

TeraSky Kubernetes
Adoption Framework

Run Kubernetes at Enterprise Scale. The Right Way.

You want to move to Kubernetes to achieve stability, scalability, and security. But Kubernetes alone is not enough! Without the right architecture, tooling, and operational processes, organizations end up with fragile clusters, escalating costs, and teams fighting infrastructure instead of shipping products.

That’s where we come in. Drawing on years of experience guiding enterprise customers through container adoption and application modernization, TeraSky’s Kubernetes Adoption Framework (KAF) delivers everything you need to make Kubernetes work for your organization. Developed after completing numerous complex projects, KAF directly addresses the real challenges enterprises face: complexity, skills gaps, security risks, cost overruns, and the difficulty of achieving true technology adoption. The methodology is modular and customizable to match your maturity level and business goals. Multi-cloud ready. Security-first. Built to last.

Choose Your Workstream

The Five Building Blocks Of Kaf

A complete framework — not just a cluster deployment

Most organizations implement only the Infrastructure Layer and leave the rest to chance. A typical production Kubernetes environment requires 10–20 additional tools beyond the cluster itself to be truly production-ready. KAF addresses all five building blocks as modular, structured workflows — choose one or all, based on your needs and maturity level.

01

Infrastructure Layer

The foundation that everything else runs on. Most organizations stop here — KAF ensures it’s built right: resilient, scalable, and production-ready from day one.

  • Cluster topology design: on-prem, cloud, or hybrid
  • Node sizing, headroom calculation & control-plane HA
  • CNI selection, ingress, load balancing & DNS
  • Multi-cluster and multi-location architecture
  • KEDA & Cluster-API for event-driven, infinite scale
  • Persistent volume strategy: storage classes & CSI drivers
  • Data backup and disaster recovery for stateful workloads
  • Storage performance targets and tiering
  • Snapshot and restore workflows
  • Integration with Portworx and other enterprise storage
02

Storage

Moving to production means addressing persistent storage, backup, DR, and performance — issues that cannot be retrofitted after the fact.

03

Security

With the average container lifespan at just four hours, traditional quarterly scans are obsolete. Security must be shift-left and continuous across the entire pipeline.

  • RBAC design and least-privilege access controls
  • Network policies, micro-segmentation & admission control
  • Kyverno / OPA policy enforcement (incl. financial compliance)
  • Image scanning, registry governance & supply-chain security
  • Secrets management: Vault, sealed secrets & key rotation
  • Metrics: Prometheus, Grafana & custom alerting rules
  • Log aggregation: Fluent-Bit, Elastic Stack or cloud-native
  • Distributed tracing and service dependency mapping
  • Cost visibility, resource utilization & capacity reporting
  • Full-stack observability from infrastructure to application layer
04

Monitoring & Observability

Hundreds of pods constantly starting and stopping demand a dedicated observability approach. Understanding relationships between objects is critical for full cluster insight.

05

Software & Developer Experience

The most critical building block. If developers can’t leverage Kubernetes quickly, it directly impacts every service they deliver. The goal: minimal infrastructure toil, maximum development velocity.

  • GitOps pipelines: Argo CD / FluxCD for declarative delivery
  • CI/CD integration, Helm packaging & rollout strategies
  • Internal Developer Platform (IDP): Backstage + TeraSky plugins
  • Crossplane orchestration & developer self-service workflows
  • Onboarding runbooks and team knowledge transfer

K8s Success Pathway

Our proven three-phase approach to enterprise Kubernetes implementation

PHASE 01

Discovery Workshops

  • Audit current infrastructure and cluster landscape
  • Map stakeholders, teams, workloads and use cases
  • Define target platform environment (on-prem, cloud, hybrid)
  • Identify security gaps, compliance and governance needs
  • Align Kubernetes strategy to business and DevOps goals
PHASE 02

LLD & HLD documents

  • Architecture and cluster topology outline
  • Detailed migration and transition execution plan
  • Networking, storage, and workload design
  • Security hardening & policy blueprint
  • Technology and tooling selection rationale
PHASE 03

Production-ready implementation

  • Deploy hardened, production-grade clusters
  • Implement GitOps pipelines and CI/CD integration
  • Configure RBAC, network policies & secrets management
  • Deploy observability, monitoring and alerting stacks
  • Seamless solution delivery & knowledge handover

Selected Use Cases

Choose a specific focus area or combine for full coverage

USE CASE 01
New Cluster Deployment

Stand up a production-grade, hardened Kubernetes environment from scratch — on-prem, on any cloud, or hybrid. We architect across all five building blocks, bundle the 10–20 tools required to truly productionize Kubernetes, and ensure your cluster is observable and developer-ready from day one.

USE CASE 02
Cluster Hardening & Security

Secure an existing environment against real-world threats. We implement RBAC, network policies, admission controllers, image scanning, and secrets management. Used by financial institutions to enforce compliance automatically via Kyverno policies without slowing down development teams.

USE CASE 03
Workload Migration

Migrate containerized or legacy workloads onto Kubernetes without disruption. We redesign deployment strategies, address stateful workload challenges, integrate GitOps and CI/CD pipelines, and deliver a seamless transition that results in faster deployments and a 30%+ improvement in resource utilization.

Impact — Outcomes

The Kubernetes Adoption Framework is the proven way to:

Production-Ready Confidence

  • Clusters built for real enterprise workloads from day one
  • Hardened security posture and compliance by design
  • Full observability — from infrastructure to application layer

Cloud-Agnostic Flexibility

  • Runs on any cloud or on-prem — no vendor lock-in
  • Portable GitOps configs and multi-cluster architecture
  • 65%+ of enterprises run K8s in multiple locations — we design for that

Developer Velocity & Cost Control

  • Developers focused on code, not infrastructure management
  • 30%+ improvement in resource utilization through automation
  • From Kubernetes novice to self-sufficient in under 6 months

Built On Terasky’s Kubernetes Expertise

Let's get started!

Connect with us to learn more. info@terasky.com | www.terasky.com

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