Work package
Effort
Cloud Migration Architecture
Design end-to-end cloud migration plans that minimize disruption and ensure performance continuity. This includes target state design, workload analysis, and migration sequencing tailored to business priorities.
80-120 Hours
Cloud Platform Architecture
Define and implement scalable cloud platform foundations, covering network design, identity, resource hierarchy, automation, and security. Tailored for Azure, AWS, or hybrid environments..
80-120 Hours
Cloud Cost Optimization
Analyze cloud usage and design cost-aware architectures that reduce waste and improve efficiency. Leverage right-sizing, auto-scaling, reserved instances, and monitoring insights.
40-80 Hours
Autoscaling Strategy
Design autoscaling architectures that dynamically adjust resources based on demand. Configure policies for CPU/memory thresholds, schedule-based scaling, and predictive scaling models.
40-60 Hours
Containerization Architecture
Design container orchestration platforms using Kubernetes or cloud-native services. Includes workload separation, namespace strategy, ingress controls, and integration with CI/CD and observability tools.
40-60 Hours
Infrastructure as Code (IaC) Design
Design IaC-based provisioning architectures using tools like Terraform, Bicep, or CloudFormation. Ensure repeatable, auditable, and modular infrastructure deployments.
40-60 Hours
Backup and Restore Architecture
Design reliable backup and restore strategies for critical data and system states. Ensure recovery consistency, automation, versioning, and compliance with retention and recovery objectives.
40-60 Hours
Disaster Recovery Design
Develop disaster recovery (DR) strategies and architectures for critical systems. Includes recovery tier classification, backup plans, automation scripts, and DR drills.
40-80 Hours
DevOps and CI/CD Architecture
Design DevOps frameworks and CI/CD pipelines for secure, automated application delivery. Includes pipeline orchestration, environment provisioning, and quality gates integration.
40-80 Hours
Zero Downtime Deployment Architecture
Architect deployment strategies that minimize or eliminate downtime. Use techniques like blue/green, canary releases, and feature toggles integrated with CI/CD pipelines.
40-80 Hours
High Availability Design
Design systems for maximum uptime and resilience by leveraging redundancy, load balancing, and failover strategies. Aligns with RTO/RPO targets and SLA requirements.
40-80 Hours
Scalability Design
Design systems that scale efficiently in response to increased load using horizontal scaling, partitioning, and caching strategies. Focus on sustainable growth without compromising performance.
40-80 Hours