Cloud & DevOps | CreativeSoul
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Cloud & DevOps

Infrastructure that scales automatically and deploys with confidence.

We set up and manage your cloud infrastructure so your team can focus on building product. From initial setup to ongoing optimization, we ensure your systems are secure, scalable, and cost-efficient.

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Quick Overview

Timeline

2-24 weeks

Starting At

$5,000

Capabilities

12 core capabilities

Engagement

Free consultation

Overview

What We Do & Why It Matters

Cloud infrastructure is where most teams either save or bleed significant money, and the difference between a well-designed setup and a messy one compounds every month. We have built cloud platforms for pre-seed startups running a single region on a shoestring, growth-stage SaaS companies scaling from thousands to millions of users, and enterprises consolidating dozens of legacy environments onto a unified, compliant platform. Our goal is always the same: predictable cost, obvious performance, and an infrastructure your team can actually operate without a dedicated SRE hire.

Our default is AWS because it has the deepest service catalog and the most predictable behavior under stress, but we also build on Google Cloud for data and ML workloads, Azure for Microsoft-centric enterprises, and Cloudflare plus Vercel when the workload is edge-friendly and latency-sensitive. We are comfortable with multi-cloud when it solves an actual problem and allergic to it when it just multiplies operational overhead without a business reason.

Infrastructure-as-code is a requirement, not an option. Every resource we provision lives in Terraform or Pulumi modules, checked into a repo, reviewed through pull requests, planned before every apply, and deployed through CI with drift detection. That means no snowflake servers, no production-only config tweaks, and a clean disaster recovery story, because rebuilding the entire environment from code takes an afternoon instead of a week. We lean on AWS CDK when the team is TypeScript-fluent and prefers a code-first approach.

Kubernetes is a tool, not a religion. We run it when the workload genuinely benefits from it, typically dozens of services, heterogeneous scaling needs, or a platform team big enough to operate it well. For most growth-stage teams we run on AWS ECS Fargate, Google Cloud Run, or Vercel and Railway for simpler setups, because the operational surface is one-tenth the size and a small team can ship faster without it. When Kubernetes is the right call, we run EKS or GKE with GitOps through Argo CD or Flux, Karpenter or cluster autoscaler for node management, and a sensible service mesh through Istio or Linkerd only if the traffic patterns demand it.

CI/CD is where DevOps pays off. We build GitHub Actions, GitLab CI, or Buildkite pipelines that run tests on every pull request, produce signed container images, deploy to staging automatically, and push to production behind either a manual approval gate or a progressive-delivery tool like Argo Rollouts or Flagger. Good pipelines take a commit to production in under fifteen minutes with automatic rollback, which means your team can ship multiple times a day without fear.

Observability is how you sleep at night. Every production environment we build ships with metrics through Prometheus or Datadog, logs through Loki, CloudWatch, or Datadog Logs, distributed tracing with OpenTelemetry to Datadog, Honeycomb, or Grafana Tempo, error tracking with Sentry, synthetic checks through BetterStack or Checkly, and SLO-based alerting wired into PagerDuty or Incident.io that pages someone only when user-facing performance has actually degraded, not when a single CPU spike fires a noisy alert at 3 AM.

Cost optimization is a daily practice, not an annual spring-cleaning. Every cloud bill we inherit has 20 to 50 percent waste in it: oversized instances, forgotten dev environments, idle NAT gateways, cross-AZ traffic costs nobody measured, expensive egress patterns, and unattached volumes. We cut that waste systematically with right-sizing, Savings Plans and Reserved Instances for predictable workloads, Spot Fleet and Fargate Spot for fault-tolerant workloads, automated resource scheduling for non-production, and monthly cost reviews with FinOps dashboards through Vantage, CloudZero, or native tools.

Capabilities

What We Deliver

01

Cloud Architecture Design

Multi-AZ and multi-region architectures on AWS, GCP, or Azure tailored to your performance, compliance, and cost requirements. We produce written architecture decision records, network topology diagrams, capacity plans, and disaster recovery runbooks before we provision anything, so every decision is documented and reviewable.

02

Infrastructure-as-Code with Terraform and Pulumi

Every resource in version-controlled code: Terraform modules with sensible abstractions, Pulumi in TypeScript or Python for teams that prefer a programming language, state managed in S3 or Terraform Cloud with locking, plan output on every pull request, and drift detection on a schedule so reality never diverges from code.

03

CI/CD Pipeline Automation

GitHub Actions, GitLab CI, Buildkite, or CircleCI pipelines with parallel test execution, container image signing through Sigstore or Cosign, automated preview environments on every PR, progressive delivery through Argo Rollouts or Flagger, and one-click rollback. We target under 15 minutes from commit to production.

04

Container Platforms & Kubernetes

Managed container platforms on AWS ECS Fargate, Google Cloud Run, or AWS App Runner for simpler workloads, and Kubernetes on EKS, GKE, or AKS with Karpenter, Argo CD, cert-manager, and ingress controllers when the workload justifies it. We do not push Kubernetes on teams who would be better served by something simpler.

05

Networking, VPCs & Connectivity

VPC design with public, private, and isolated subnet tiers, Transit Gateway or Cloud Interconnect for multi-account and hybrid setups, Direct Connect or ExpressRoute for on-prem, Cloudflare or AWS Shield for DDoS protection, and VPC endpoints to keep traffic off the public internet where it should not be.

06

Monitoring, Logging & Observability

Datadog, New Relic, Grafana Cloud, or a self-hosted Prometheus plus Loki plus Tempo plus Grafana stack, with OpenTelemetry instrumentation, SLO-based alerting, runbooks linked from every alert, and dashboards that answer the questions you actually ask during an incident.

07

Incident Response & On-Call

PagerDuty or Incident.io setup with escalation policies, severity-driven runbooks, post-incident review templates, chaos engineering drills on a quarterly cadence, and a follow-the-sun on-call rotation we can staff ourselves for clients without 24/7 internal coverage.

08

Cost Optimization & FinOps

Right-sizing based on real utilization, Savings Plans and Reserved Instance purchases with amortization tracking, Spot and Fargate Spot for fault-tolerant workloads, automated scheduling for non-production, egress traffic review, and monthly FinOps reports through Vantage, CloudZero, or native tooling. Typical first-quarter savings are 25 to 45 percent on existing spend.

09

Security, IAM & Secrets Management

Least-privilege IAM with permission boundaries, access through SSO from Okta or Google Workspace, secrets managed in AWS Secrets Manager, HashiCorp Vault, or Doppler with rotation, SCPs for organization-wide guardrails, and automated evidence collection for SOC 2, HIPAA, and PCI-DSS audits through tools like Vanta or Drata.

10

Database Operations

Managed Postgres on RDS Aurora, Cloud SQL, or Supabase, read replicas, connection pooling through PgBouncer or RDS Proxy, automated backups with tested restore procedures, failover drills, query profiling, and migration automation that never blocks deploys for long-running DDL.

11

Compliance & Audit Automation

SOC 2 Type I and II readiness, HIPAA, PCI-DSS, GDPR, and ISO 27001 programs with continuous evidence collection through Vanta, Drata, or Secureframe, plus the architectural controls, policies, and runbooks auditors expect to see. We can get you from zero to SOC 2 Type I in twelve to sixteen weeks and Type II shortly after.

12

Disaster Recovery & Business Continuity

RTO and RPO targets set with the business, cross-region backup replication, tested failover procedures, documented DR runbooks, and at least one live DR drill per year. Most clients land at an RTO under four hours and an RPO under fifteen minutes on core services.

Real Results

How We've Helped Businesses Like Yours

1

A growth-stage SaaS company was spending $28k per month on AWS with no clear picture of where the money went. We ran a two-week FinOps audit, right-sized 120 instances, moved stateless workloads to Fargate Spot, purchased Compute Savings Plans at the correct commitment level, and cleaned up forgotten dev environments, cutting the bill to $10.8k per month with better performance.

2

A healthtech startup needed SOC 2 Type II and HIPAA compliance before closing an enterprise deal. We designed a compliant AWS architecture with dedicated VPCs per environment, field-level encryption through KMS, audit logging to an immutable S3 bucket, IAM through AWS SSO, and onboarded them to Vanta for continuous evidence collection. They passed SOC 2 Type II with zero findings three months after the project started.

3

A fintech company had a Kubernetes platform that three out of four engineers were afraid to touch. We audited their EKS setup, simplified down to a GitOps workflow with Argo CD, replaced custom scripts with Helm charts, documented every operational runbook, and onboarded their team through pair-ops sessions, turning Kubernetes from a liability into an asset.

4

A media company needed to handle 40x normal traffic during a viral content event. We designed an auto-scaling architecture on AWS with CloudFront, Lambda@Edge for personalization, an ALB fronting Fargate services with step-scaling policies, and aggressive caching at multiple tiers, handling the spike with zero downtime and a 12 percent increase in cost for the day instead of a meltdown.

5

A seed-stage startup needed a real CI/CD pipeline after losing a day to a manual deploy gone wrong. We built GitHub Actions workflows with parallel test execution, automated preview environments on every PR, a staged deploy to canary then production, and one-click rollback, cutting deploy time from 45 minutes of manual work to 8 minutes of fully automated pipeline with zero regressions in the first two months.

6

A multi-region SaaS had an on-prem Postgres that had become the sole bottleneck for the business. We designed a migration to Aurora Postgres with read replicas in three regions, connection pooling through PgBouncer, change data capture to a data warehouse, and a cutover plan we rehearsed twice, executing the migration with under four minutes of customer-facing downtime.

7

A Series B company had fifteen AWS accounts with no unified IAM or cost visibility. We stood up AWS Organizations with Control Tower, consolidated billing, applied Service Control Policies for guardrails, integrated SSO through Okta, and rolled out a standard account baseline. Cost visibility became instant and compliance posture improved without slowing engineering down.

8

A DTC brand had a self-hosted infrastructure that was one outage away from a crisis with no disaster recovery plan. We migrated them to AWS with multi-AZ deployment, automated cross-region backup replication, defined RTO and RPO targets with the business, wrote runbooks, and ran a simulated region failure exercise. They passed a security review with a major retailer partner.

9

A marketplace startup had a Kubernetes cluster running 80 percent over-provisioned because node autoscaling was misconfigured. We deployed Karpenter, tuned pod resource requests based on actual usage data from Prometheus, enabled Vertical Pod Autoscaler in recommendation mode, and moved non-critical workloads to Spot instances, cutting cluster cost by 58 percent.

10

A B2B SaaS needed a secrets management solution that was not just dot-env files in production. We rolled out AWS Secrets Manager with automatic rotation for database credentials, integrated it with their Kubernetes deployments through the External Secrets Operator, and purged every secret from their repo history, closing a critical finding on their security review.

11

A high-growth startup was losing engineering time to flaky infrastructure. We added distributed tracing with OpenTelemetry and Datadog, built SLO dashboards for every customer-facing service, rewrote their alerting around error budgets instead of raw thresholds, and cut their alert volume by 80 percent while shortening incident resolution from hours to minutes.

12

An enterprise needed to migrate 40 legacy VM workloads from their colocated datacenter to AWS on a hard deadline. We built a Terraform-based landing zone, used AWS Application Migration Service for lift-and-shift of the time-critical workloads, and identified the eight workloads worth rearchitecting to Fargate or Lambda during the move, completing the migration three weeks ahead of schedule.

Technology

Our Tech Stack

AWSCloud
Google CloudCloud
AzureCloud
TerraformIaC
PulumiIaC
DockerContainers
KubernetesOrchestration
Argo CDGitOps
GitHub ActionsCI/CD
DatadogMonitoring
GrafanaMonitoring
PrometheusMetrics
OpenTelemetryTracing
PagerDutyIncidents
CloudflareEdge & CDN
HashiCorp VaultSecrets
VantaCompliance

Our Process

How We Work

1

Infrastructure Audit & Discovery

One to two weeks reviewing your current setup, cost profile, security posture, deployment processes, compliance requirements, and growth projections. We deliver a written assessment with a prioritized list of findings and a proposed architecture for where to go next, with a cost and timeline for each option.

2

Architecture Design & Planning

We produce architecture decision records, network diagrams, capacity plans, disaster recovery runbooks, and a migration plan if we are moving workloads. You approve the design before we provision anything, so the scope and cost are transparent before work begins.

3

Infrastructure-as-Code Implementation

Terraform or Pulumi modules for every resource, a landing zone for multi-account organization, SSO integration, baseline security controls, and the full environment reproducible from code. We run plan on every pull request and apply through CI so nothing gets provisioned out of band.

4

CI/CD Pipeline & Deployment Automation

End-to-end pipelines from commit to production with parallel testing, container image build and signing, preview environments, staged deploys, progressive rollouts, and one-click rollback. We target under 15 minutes from commit to production and under 5 minutes to rollback.

5

Observability, Monitoring & Alerting

Metrics, logs, traces, and error tracking wired into Datadog, Grafana, or a self-hosted stack, with SLO-based alerting linked to runbooks, dashboards that answer real questions, and PagerDuty escalation policies that match your org structure.

6

Security, Compliance & Cost Review

Least-privilege IAM, secrets management, network segmentation, encryption at rest and in transit, audit logging, dependency scanning, and a compliance baseline aligned to SOC 2, HIPAA, PCI-DSS, or GDPR as applicable. FinOps dashboards and monthly cost review before the handoff.

7

Documentation, Training & Ongoing Support

Architecture decision records, runbooks for every common operation, a recorded walk-through of the infrastructure, training sessions for your engineering team, and optional ongoing retainer coverage for monitoring, incidents, and quarterly cost and security reviews.

FAQ

Common Questions

Ready to Get Started?

Let's discuss your cloud & devops project. We'll review your requirements, answer your questions, and provide a clear proposal — no obligation, no pressure.

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Projects starting at $5,000 · 2-24 weeks typical timeline