Solutions

Proven solution patterns for platform work.

A curated overview of project patterns, reference architectures, migrations, appliances, and automation solutions from real Kubernetes, OpenShift, and cloud-native environments.

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Solution library

Designed for complex infrastructure realities.

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Financial Services Observability

Monitoring Solution with Grafana

Unified monitoring for OpenShift workloads using Grafana, Prometheus, Thanos, and application-level metrics.

OpenShiftGrafanaPrometheusThanos

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Challenge

Distributed application landscapes often lack consistent metrics collection, long-term visibility, and useful alerting across teams and environments.

Solution

A centralized observability stack was designed around Prometheus, Grafana, Thanos, and application metrics. The setup improved visibility across OpenShift workloads and enabled more reliable operational decisions.

Outcomes

Unified dashboards for platform and application teams
Better long-term metric retention
More actionable alerting and incident context

Enterprise Observability

Logging Solution with Graylog

Centralized log collection, indexing, and operational search for platform and application workloads.

GraylogLoggingOpenShiftOperations

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Challenge

Logs were spread across systems, making troubleshooting slow and incident analysis dependent on manual access to individual components.

Solution

A centralized logging architecture was introduced to collect, structure, and search platform and application logs in one place.

Outcomes

Faster troubleshooting
Better operational traceability
Clearer incident analysis across services

Enterprise Migration

From Rancher to OpenShift

A structured migration path from Rancher-managed Kubernetes to OpenShift with workload assessment and team enablement.

RancherOpenShiftKubernetesMigration

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Challenge

Growing Kubernetes environments managed through Rancher can hit limits around enterprise support, security controls, workload governance, and platform standardization.

Solution

The migration was structured around workload assessment, compatibility checks, automation, CI/CD adaptation, and team enablement.

Outcomes

Reduced migration risk
OpenShift-native operating model
Improved security and platform governance

Government Air-gapped

Air-Gapped OpenShift Appliance

A self-contained OpenShift appliance for restricted networks with offline registry, updates, and hardened configuration.

OpenShiftAir-gappedSecurityAppliance

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Challenge

Restricted environments cannot rely on internet access for registries, updates, packages, or external management tooling.

Solution

A self-contained OpenShift appliance pattern provides local image distribution, controlled update workflows, and hardened configuration for disconnected operation.

Outcomes

OpenShift operation in restricted networks
Reduced manual installation effort
Better compliance and repeatability

Manufacturing Edge

Fully Air-Gapped MicroShift Edge Appliance

A lightweight edge platform pattern for disconnected sites with constrained resources and local workload autonomy.

MicroShiftEdgeAir-gappedManufacturing

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Challenge

Edge environments often need to run workloads locally with limited hardware, no stable internet access, and strict operational independence.

Solution

A MicroShift-based appliance pattern enables containerized workloads at the edge with a small footprint and disconnected operation.

Outcomes

Local workload execution at edge sites
Reduced dependency on central connectivity
Platform pattern for constrained environments

Industry PaaS

HyperShift-Based OpenShift PaaS Platform

A scalable OpenShift platform model using hosted control planes to reduce overhead and improve cluster lifecycle operations.

HyperShiftOpenShiftPaaSLifecycle

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Challenge

Organizations running many OpenShift clusters often face control plane overhead, higher cost, lifecycle complexity, and operational fragmentation.

Solution

A HyperShift-based PaaS pattern separates control planes from worker capacity and enables a more scalable platform operating model.

Outcomes

Reduced cluster overhead
Better lifecycle management
More scalable OpenShift platform operations

Industry Lifecycle

Enterprise-Scale Application Lifecycle Management

An OpenShift-based ALM platform for CI/CD, RBAC, compliance, artifact management, and delivery automation.

ALMCI/CDOpenShiftCompliance

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Challenge

Enterprise delivery teams need consistent workflows for build, test, deploy, security checks, and compliance without slowing down delivery.

Solution

An OpenShift-based ALM platform integrated CI/CD automation, RBAC, artifact management, monitoring, and compliance-oriented delivery flows.

Outcomes

Standardized delivery workflows
Better compliance control
Faster and safer release processes

Enterprise Automation

Continuous Delivery Automation

Automated deployment workflows using GitOps, CI/CD pipelines, and platform-native release processes.

GitOpsCI/CDAutomationOpenShift

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Challenge

Manual release processes create delays, inconsistent deployments, and avoidable production risk.

Solution

Continuous delivery workflows were automated around GitOps principles, CI/CD pipelines, environment promotion, and clear release governance.

Outcomes

Repeatable delivery processes
Lower manual deployment effort
Clearer release ownership

Enterprise Management

Advanced Cluster Management for Kubernetes

Multi-cluster management patterns for governance, lifecycle control, policy enforcement, and operational visibility.

KubernetesMulti-clusterGovernanceOperations

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Challenge

Multi-cluster environments become difficult to govern when policies, updates, configuration, and ownership differ across teams and locations.

Solution

A cluster management model was designed around governance, policy enforcement, lifecycle visibility, and repeatable operational routines.

Outcomes

Better multi-cluster control
Clearer governance and policy handling
Improved operational visibility

Critical Infrastructure Hybrid Cloud

Hybrid Cloud Solution

Hybrid infrastructure architecture connecting cloud, on-prem, networking, platform operations, and workload placement.

Hybrid CloudNetworkingOpenShiftOperations

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Challenge

Hybrid environments need consistent operations across cloud and on-prem infrastructure while preserving security, performance, and ownership.

Solution

A hybrid cloud architecture was designed around workload placement, connectivity, platform governance, and operational responsibilities.

Outcomes

Clearer hybrid operating model
Better workload placement decisions
More consistent platform operations