Platform & Cloud Engineering

A multi-stack deployment harness: applications declare what they need once, and the harness decides how each infrastructure stack delivers it through Claude Code skills backed by hands-on experience across private, hybrid and public cloud.

Declare Intent Once. Deploy to the Right Stack.

Every application carries a single manifest describing its services, their size, the backing services they need and where they answer. It never contains account IDs, cluster names or secret values. Each stack resolves that intent in its own native way. The same manifest becomes Terraform or CloudFormation, deployment and service manifests on the respective platforms. Moving an application between stacks is a rendering exercise with a precise gap list, not a rewrite.

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The Deployment Harness

One contract between applications and infrastructure stacks

How It Works

Intent

One application manifest: services, build recipe or image, CPU and memory, health checks, paths, and backing services requested by logical name

Stack registry

An estate registry names every deployment stack and the adapter that serves it

Resolution

Each stack turns intent into its native form and keeps its own deployment catalog

Cross-stack services

Shared identity and entitlements, a public application catalog, and one estate-wide dashboard

What Every Stack Guarantees

  • Service marketplace and broker: applications ask for postgres/small or user-registry; each stack maps that to a service instance or claim
  • Explicit binding: provisioning a database never hands its credentials to every container, only to the ones that bind it
  • Secrets out of every repository: the manifest classifies each value as config or secret; values are supplied out of band per stack (Secrets Manager, a user-provided service, a Kubernetes Secret)
  • Blue/green by declaration: each colour always answers on its own host, and the live host follows live: true in the manifest. Cutover is the same on every container stack: move the flag, apply the newly live colour first, then the old one. In between, both colours answer. Degraded, never dark
  • Target guards: refuse the wrong context, such as AWS account, Kubernetes namespace, etc. before anything changes
  • Deployments never depend on running services: catalogs represent Infrastructure as Code in source files, so an application outage can't block deploying its own fix
  • Preview before acting: every stack shows what it will do before doing it: a Terraform plan, a dry-run deploy, or a rendered manifest before any push executes
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Solution Architecture Services

Expert Design and Oversight for Enterprise Cloud Solutions

Dedicated solution architects provide comprehensive oversight for designing and executing cloud infrastructure solutions that meet technical requirements and align with industry best practices.

Virtualized Infrastructure Specialization

  • Lifecycle Management: Install, upgrade, and troubleshoot VCF components
  • Resource Management: Dynamically commission and decommission resources based on demand
  • High Availability: Configure multi-site high availability and disaster recovery solutions
  • Storage Replication: Set up storage replication between multiple sites
  • Multi-Tenancy: Design and configure secure multi-tenant environments

Modern Private Cloud Design

  • Full-Stack Deployment: Design and deploy complete VCF instances integrating compute, network, and storage
  • Automation Components: Deploy and configure automation and operations components
  • Systems Integration: Integrate VCF with existing enterprise tools and systems
  • Self-Service Enablement: Activate self-service catalogs for rapid provisioning
  • XaaS Configuration: Configure VM as a Service, Database as a Service, and Container as a Service
  • Operational Excellence: Establish service request management, incident management, and comprehensive monitoring

Knowledge Transfer & Enablement

  • Team Training: Provide comprehensive knowledge transfers to internal teams
  • Expert Guidance: Offer strategic guidance and task prioritization
  • Skills Development: Bridge skills and experience gaps through hands-on mentoring
  • Best Practices: Document and implement industry-standard operational procedures
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Hybrid Cloud Solutions

Seamless Integration Across Environments

Connect private cloud, public cloud, and edge environments into a unified infrastructure. Enable workload mobility, consistent operations, and flexible deployment options across your entire IT estate.

Key Capabilities

  • Workload portability: Move applications between private and public cloud
  • Unified management: Single pane of glass for hybrid operations
  • Consistent security: Policies that span environments
  • Network connectivity: Secure, high-performance inter-cloud networking
  • Data synchronization: Keep data consistent across locations

Hybrid Cloud Patterns

Cloud Bursting

Scale to public cloud during peak demand, run on-premises normally

Disaster Recovery

Use public cloud as DR target for on-premises workloads

Data Residency

Keep sensitive data on-premises while leveraging cloud for processing

Gradual Migration

Phased approach to cloud adoption with hybrid operation during transition

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Containerization & Registry Management

Modern Application Packaging and Distribution

Containerize applications for portability, consistency, and efficiency. Implement enterprise-grade container registries with security scanning, replication, and lifecycle management.

Container Technologies

  • Docker: Industry-standard container runtime and tooling
  • Kubernetes: Container orchestration at scale
  • Harbor: Enterprise container registry with security and replication
  • Helm: Package manager for Kubernetes applications
  • Buildpacks: Automated container image creation

Registry Management Features

  • Vulnerability scanning and policy enforcement
  • Image signing and trust verification
  • Multi-registry replication
  • Quota management and garbage collection
  • Role-based access control (RBAC)

Use Cases

Application Modernization

Containerize legacy applications for cloud deployment

CI/CD Integration

Automated build, scan, and deployment pipelines

Multi-Cloud Distribution

Replicate container images across cloud providers

⚙️ DevSecOps & CI/CD Automation

Build automated CI/CD pipelines with security integration at every stage. Our DevSecOps approach embeds security, testing, and compliance into the development lifecycle.

CI/CD Pipeline Development

  • GitHub Actions: Automated workflows for build, test, and deployment
  • Infrastructure as Code: Terraform, CloudFormation, AWS CDK for repeatable infrastructure provisioning
  • GitOps: Flux CD, ArgoCD for declarative Kubernetes deployments
  • Container Builds: Docker, Cloud Native Buildpacks, Kaniko for containerization
  • Artifact Management: Container registries (Harbor, ECR, ACR), artifact versioning

Security Integration

  • Automated Security Scanning: SAST, DAST, dependency vulnerability scanning
  • Secret Management: HashiCorp Vault, AWS Secrets Manager, Azure Key Vault
  • Compliance as Code: Automated policy enforcement and compliance checks
  • Container Security: Image scanning, runtime security, admission controllers

Observability & Monitoring

  • Metrics: Prometheus, Grafana for system and application metrics
  • Logging: Fluentbit, CloudWatch, Azure Log Analytics for centralized logging
  • Tracing: Jaeger, Zipkin, OpenTelemetry for distributed tracing
  • Alerting: Automated alerting and incident response workflows

Deployment Strategies

  • Blue-Green Deployments: Declared-state cutover with an ordered, degrade-never-dark procedure; rollback while the previous colour stands
  • Canary Releases: Gradual rollout with traffic shifting
  • Rolling Updates: Phased deployment across clusters
  • Feature Flags: Runtime feature toggles for controlled releases

Ready to see what we can do together?

Let's discuss how we can help accelerate your initiatives