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Get a QuoteAWS, Azure, and Google Cloud development services that go beyond hosting. Redefine designs, builds, and deploys cloud-native applications, DevOps pipelines, and scalable platform architectures tied to specific business outcomes.
85+ platform projects shipped. Every engagement scoped before work starts.
Submit brief → call within 48 hours → scoped proposal in 3 days → Sprint 1 within 1 week of sign-off

Pick the platform your architecture demands. All three roads lead to the same outcome: production-grade software running on infrastructure you own.
Lambda, ECS, RDS, S3, and the full AWS ecosystem. Production-grade cloud applications built with AWS-certified engineers.
Azure Functions, AKS, Cosmos DB, and App Services. Ideal for Microsoft-stack teams and enterprise integrations with Dynamics 365.
Cloud Run, BigQuery, Firestore, and GKE. Purpose-built for data-intensive applications and AI/ML workloads that require Google's infrastructure.
Other Development Services
Most teams pick a cloud provider based on who their last hire knew, not based on their architecture requirements. The result is years of workarounds, re-architecture projects, and infrastructure debt.
Your AWS environment was provisioned manually. No IaC, no reproducibility. Every new environment is a guessing game and a potential outage.
Deployments happen manually via SSH or a build script someone wrote in 2021. Every release is a 3-hour event that risks rolling back the wrong version.
Your cloud bill climbs every month. No tagging strategy, no reserved capacity, no rightsizing. You're paying for idle compute at peak rates around the clock.
You built a monolith when you needed microservices, or containerized a simple app that should be serverless. Scaling costs 10x what it should.
IAM roles with wildcard permissions, open security groups, no WAF, no secrets manager. Your platform is one misconfiguration away from a breach.
You chose the wrong cloud provider for your use case three years ago. Now migrating would take 18 months and $400K. You're stuck maintaining a platform that fights your product.
Every resource defined in Terraform or CloudFormation. Reproducible environments in minutes. New staging environment spun up as part of the sprint review process.
GitHub Actions or AWS CodePipeline with automated testing gates, blue-green deployments, and rollback in 90 seconds. Your team ships feature flags on a Tuesday without drama.
Reserved instances, Savings Plans, and auto-scaling policies set up in Sprint 1. Average 35% cloud cost reduction within 60 days of engagement start.
Platform recommendation is based on your actual workload profile, team capabilities, and growth trajectory, not the default choice. Serverless where it fits, containers where it scales.
Least-privilege IAM, encrypted secrets via AWS Secrets Manager or Azure Key Vault, WAF rules configured, and SOC 2-ready access logging. Security is architecture, not an afterthought.
Abstraction layers built into every project so your application logic doesn't depend on a specific cloud's proprietary APIs. You can migrate if the business demands it.
Every platform engagement covers the full stack: application architecture, infrastructure provisioning, DevOps automation, observability, and security posture. Not just the parts a typical contractor touches.

GitHub Actions, AWS CodePipeline, Azure DevOps, or Cloud Build. Every pipeline includes automated testing, linting, security scanning, and zero-downtime deployment strategies. Your team merges a PR and goes home.
IaC-first using Terraform, Pulumi, or CDK. VPC design, subnet architecture, load balancing, auto-scaling groups, and database cluster configuration built for your specific traffic patterns.
within 60 days of engagement start
Least-privilege IAM policies, encrypted secrets management, WAF configuration, and audit-logging baked in from day one. Not retrofitted six months before your compliance audit.
Datadog, CloudWatch, or Grafana stacks configured with meaningful alerts. P95 latency dashboards, error rate tracking, and cost anomaly detection so incidents become non-events.
EKS, AKS, and GKE cluster setup with Helm charts, horizontal pod autoscaling, and resource quotas. Managed Kubernetes that your team can actually operate, with runbooks included.
platform projects shipped
major cloud platforms covered
to scoped architecture proposal
uptime service level agreement on managed platforms
Click any phase to see what happens. Every engagement follows this sequence: no exceptions, no skipped steps.
Architecture review, workload profiling, platform recommendation
Terraform modules, VPC design, IAM policies, environment scaffolding
CI/CD pipeline, automated testing gates, staging environment
Production deployment, load testing, blue-green switchover
Monitoring dashboards, alerting runbooks, cost governance reports
Click any phase above to see the deliverables, tools, and team responsibilities for that step. Each phase has a defined exit condition before the next begins.

DrivingI
B2B Promotional ProductsEstablished B2B promotional products company with complex catalogs, customer-specific pricing, and approval-based purchasing workflows.
The legacy platform could not support complex B2B workflows or scale efficiently. Inventory syncing was unreliable, catalogs loaded slowly, customer approvals were manual, and system data was fragmented across the ERP, CRM, and marketing tools, creating operational bottlenecks.
Complete rebuild using Node.js and Next.js headless architecture with real-time Microsoft Dynamics inventory sync, custom approval and access control, Salesforce CRM integration, and BI tooling for performance visibility.
Live inventory visibility across all customer accounts
Faster performance with reliable live inventory and smoother B2B purchasing approval experience
Operational friction reduced significantly, internal teams gained confidence in system accuracy
Architecture supports scalable growth, marketing initiatives, and future system enhancements without rework
Most development agencies and staff augmentation firms treat cloud platforms as a commodity. We treat platform choice as an architecture decision with long-term cost and agility consequences.
| Capability | Typical Partner | Redefine |
|---|---|---|
| Platform selection process | Recommend what the team already knows | Workload profiling and total cost of ownership analysis before any code is written |
| Infrastructure as Code | Optional or added at extra cost | Infrastructure as Code on every engagement: Terraform, Pulumi, or CDK. Non-negotiable. |
| CI/CD pipeline | Basic pipeline, manual quality assurance gates | Automated testing, security scanning, blue-green deployments with 90-second rollback |
| Security posture | Handled separately or not at all | SOC 2 and HIPAA-ready patterns built into the architecture from Sprint 1 |
| Cloud cost optimization | Not included in project scope | Reserved instances, auto-scaling, and tagging strategy delivered with infrastructure |
| Handoff and docs | Basic README, no runbooks | Architecture decision records, runbooks, incident response playbooks, and a handoff call included |
We run a workload profiling session in Week 1 that covers your traffic patterns, data storage requirements, existing team expertise, compliance obligations, and growth trajectory. AWS tends to win for organizations with diverse service requirements and large engineering teams. Azure is the right choice for Microsoft-stack teams or companies running Dynamics 365. GCP is best for data-intensive applications with AI and ML workloads that benefit from BigQuery and Vertex AI. The recommendation is documented with a total cost of ownership model so you can challenge the reasoning.
Yes, and this is the most common engagement type. We start with a cloud architecture review that produces a prioritized list of improvements: IaC migration for manually provisioned resources, CI/CD pipeline modernization, IAM policy tightening, cost rightsizing, and observability gaps. We then execute improvements in sprints without disrupting running services. You can continue shipping features while we improve the foundation underneath.
Platform audits and remediation projects start at $12,000 for a four-week sprint. Full platform builds including IaC foundation, CI/CD pipeline, security posture, and observability stack range from $35,000 to $150,000+ depending on scope. Complex enterprise deployments with multi-account AWS organizations, EKS cluster setup, and full compliance frameworks are scoped specifically. Every engagement begins with a Discovery Sprint before any line-item pricing is agreed.
We support multi-cloud but we challenge the requirement first. Most multi-cloud architectures are the result of mergers, vendor lock-in anxiety, or organizational politics rather than genuine technical requirements. If multi-cloud is the right answer for your workload, we build abstraction layers that minimize provider-specific dependencies and design networking, identity federation, and data replication to work across providers. If single-cloud is adequate, we say so clearly rather than billing for unnecessary complexity.
Every platform build includes a structured handoff: architecture decision records, runbooks for common operational tasks, incident response playbooks, and a two-hour handoff call where your team takes ownership. For teams that want ongoing managed support, we offer SLA-based retainers covering incident response, patching, capacity management, and periodic architecture reviews. These are optional. You keep full platform ownership regardless.
Good platform discipline at the startup stage prevents the re-architecture tax at Series B. We calibrate complexity to your actual stage: a seed-stage product gets a lean Terraform setup, a simple GitHub Actions pipeline, and the security basics needed for SOC 2 readiness. We don't over-engineer. The goal is giving your founding engineers an infrastructure foundation they can grow into, not one they have to rip out at scale. A Discovery Sprint is $3,500 flat and gives you a specific architecture recommendation your team can execute with or without us.
Submit your brief below. We'll review your situation and send a scoped architecture proposal within 3 business days.
We'll review your platform situation and send a scoped architecture proposal within 3 business days. Expect a call from our team within 48 hours to discuss your requirements in detail.
Flat fee. One week. Platform recommendation and architecture roadmap before any build begins.
Scoped before work starts. Line-by-line pricing. No commitment to receive a proposal.
Get the architecture recommendation before committing to a platform, a provider, or a build approach. Discovery Sprint in Week 1. No commitment. No pitch.
Submit brief → call within 48 hours → scoped proposal in 3 days → Sprint 1 within 1 week of sign-off
