Who this is for
- Teams planning a cloud migration from colo or dedicated hosting to AWS, GCP, or hybrid
- Shops whose architecture has grown organically and needs consolidation to stop the sprawl
- Anyone who needs high availability without buying into one vendor's whole stack
What you get
- Architecture diagram and migration plan, typically within 1-2 weeks
- Terraform and Ansible skeleton for repeatable, documented deployment
- Cut-over runbook with explicit rollback steps
- Post-migration review after 30 days in production
Proof
- 99.99% uptime delivered (from 97.2%) via e-commerce re-platform — 60% faster page loads, 45% lower hosting costs
- $189K/year saved and 42% cost reduction on a media company's AWS footprint
Cloud Infrastructure Architecture
Greenfield Cloud Design
- Full cloud environment design from zero
- Account structure & project segmentation
- IAM architecture & least-privilege design
- VPC/VNet design and segmentation
- Subnet & routing architecture
- NAT, gateway, and edge design
- High-availability multi-AZ architecture
Multi-Region & Global Architecture
- Active/Active and Active/Passive design
- Global DNS routing strategies
- Latency-based traffic routing
- Regional failover planning
- Disaster recovery region replication
Multi-Cloud Strategy
- Cross-provider redundancy
- Cloud provider risk mitigation
- Hybrid architecture (on-prem to cloud)
- Inter-cloud networking
- Vendor-neutral infrastructure planning
Compute & Scaling Architecture
- Auto-scaling group design
- Stateless application tier engineering
- Dedicated database tier architecture
- API cluster design
- Worker/queue architecture
- Container orchestration design
- Resource isolation strategy
- Vertical vs horizontal scaling modeling
Network Architecture & Traffic Engineering
- Secure VPC design
- Private/public subnet separation
- Bastion host architecture
- Load balancer design (L4 & L7)
- Reverse proxy clusters
- WAF integration
- DDoS mitigation planning
- VPN and site-to-site connectivity
- Zero-trust access models
Storage & Data Architecture
- Block storage optimization
- Object storage architecture
- Database storage performance tuning
- Snapshot lifecycle policies
- Cross-region replication
- Backup architecture validation
- Data retention policy design
- Storage cost optimization strategy
High Availability & Disaster Recovery
- RTO/RPO planning
- Backup validation & restore testing
- Automated failover systems
- Database replication architecture
- Cross-zone redundancy
- Infrastructure resilience testing
- Chaos scenario simulations
- Incident response architecture
Security Architecture
- IAM least-privilege modeling
- Role-based access control
- Network segmentation strategy
- Secrets management architecture
- Encryption at rest & in transit
- Compliance-aligned architecture
- Audit logging strategy
- Security event monitoring integration
Infrastructure as Code (IaC)
- Terraform-based deployments
- Modular architecture design
- Version-controlled infrastructure
- Environment parity (dev/stage/prod)
- Automated provisioning pipelines
- Immutable infrastructure design
- Policy as Code implementation
Performance & Capacity Planning
- Load modeling & growth forecasting
- Capacity trend analysis
- Performance benchmarking
- Database scaling projections
- Network throughput modeling
- IOPS forecasting
- Infrastructure stress testing
Cost-Aware Architecture
- Resource right-sizing strategy
- Reserved vs on-demand planning
- Savings plan modeling
- Cost allocation structure
- Tagging strategy for cost tracking
- Budget enforcement architecture
- Cloud waste elimination audits
Observability & Reliability Engineering
- Centralized logging architecture
- Metrics aggregation design
- Distributed tracing architecture
- Alerting strategy design
- SLA & SLO modeling
- Error budget management
- Proactive capacity alerting
Migration Architecture
- Lift-and-shift planning
- Re-platforming strategy
- Re-architecture modeling
- Downtime minimization planning
- Cutover orchestration
- Validation & rollback planning
- Legacy infrastructure modernization
Governance & Operational Framework
- Cloud governance models
- Account & project policy enforcement
- Access lifecycle management
- Documentation & runbook creation
- Change management integration
- Security review processes
We design cloud environments that are secure by default, scalable by design, and optimized for long-term operational efficiency.
From single workloads to global multi-region platforms, we architect cloud systems that are resilient, performant, and financially sustainable.
Frequently Asked Questions
What cloud platforms do you work with?
We design and manage infrastructure across AWS, Google Cloud, and DigitalOcean. We also integrate Cloudflare for CDN, DNS, and security, and work with dedicated hosting providers like GigeNET for bare-metal deployments.
Do you handle both new cloud deployments and existing infrastructure?
Yes. We build greenfield cloud environments from scratch and also refactor, optimize, and modernize existing infrastructure. Many engagements involve migrating legacy on-premises systems to cloud or re-architecting an existing cloud setup for better performance and cost efficiency.
What does a typical cloud architecture engagement look like?
We start with a discovery session to understand your workloads, traffic patterns, compliance requirements, and budget. From there we produce an architecture design, implement it, and provide documentation and runbooks for your team. Ongoing management is available if needed.
Do you provide disaster recovery and high availability planning?
Absolutely. Disaster recovery and high availability are core to every architecture we design. This includes multi-AZ and multi-region deployments, automated failover, backup strategies, and regular DR testing procedures.
Can you help reduce our current cloud costs?
Yes. Cloud cost optimization is a standard part of our architecture work. We right-size instances, eliminate idle resources, implement reserved capacity planning, and restructure workloads to reduce spend — typically achieving 30-40% cost reduction without sacrificing performance.