Managed Cloud for SaaS — Built to Pass Enterprise Security Review
Multi-tenant architecture, multi-region for data residency, 99.9% uptime SLA, and FinOps cost discipline that protects margin as you scale. The cloud foundation enterprise buyers actually accept.
Compliance Frameworks
Our SaaS Cloud solutions are designed to satisfy all relevant compliance requirements for your industry.
Managed cloud for SaaS is when an external team designs, operates, and continuously optimizes the AWS, GCP, or Azure infrastructure that runs your product — including multi-tenancy, data residency, security posture, and cost discipline. For B2B SaaS companies selling into enterprise, the difference between a managed cloud foundation and a do-it-yourself one shows up directly in security questionnaires, procurement timelines, and gross margin.
The Challenges SaaS Companies Face
Managed Cloud gaps create real risk for saas organizations. Here is what we hear from clients before they work with us.
Enterprise security reviews stall because data-flow, encryption, and access posture can't be documented quickly
Cloud bill grew 60-100% YoY with no visibility into what's driving spend or how to slow it
Single-region setup blocks the EU enterprise deal that requires data residency
DR/BCP exists on paper but hasn't been tested — auditors and enterprise customers both notice
What PlatOps Delivers for SaaS
Concrete deliverables, scoped for your stack and operating model — not a list of generic service features.
Multi-account cloud architecture
AWS Organization (or GCP project hierarchy, Azure management group) with separate accounts for prod, staging, dev, and shared services. SSO via Okta or AWS IAM Identity Center, role-based access scoped per environment, no production root credentials in active use.
Multi-region for data residency
Primary region plus an EU region (typically eu-west-1 or eu-central-1) for customers requiring EU data localization. Tenant routing via DNS or app-layer logic, replication of platform services (auth, billing) to both regions, regional failover tested quarterly.
Cloud security posture
AWS Security Hub or GCP Security Command Center configured with relevant frameworks (CIS, PCI, HIPAA where applicable), GuardDuty + Detective for threat detection, KMS with customer-managed keys for sensitive data stores, IAM Access Analyzer running continuously. Posture maps to SOC 2 CC6 + CC7.
FinOps cost optimization
Initial 30-day deep dive: identify orphaned resources, right-size EC2/RDS instances, optimize S3 storage tiers, move non-critical workloads to Spot, negotiate Savings Plan / Committed Use commitments. Typical first-90-day reduction: 18–35% from baseline. Quarterly reviews thereafter.
Disaster recovery + business continuity
Documented RTO/RPO per service tier, database PITR + cross-region snapshots for critical data, BCP runbook for major incidents, and a real failover test every 6 months — not just on paper. SOC 2 auditors and enterprise procurement both ask; we make sure you can show the test was performed.
Compliance evidence automation
Cloud audit logs (CloudTrail, Cloud Audit Logs) routed to long-term storage with the retention your auditor expects, AWS Config rules monitoring drift, change-management evidence collected per deploy. Evidence flows into Vanta or Drata automatically; SOC 2 audits become a 2-week review, not a 2-month scramble.
Why SaaS Companies Reach Out
Most SaaS companies' AWS or GCP environment was set up in the first year by whichever engineer drew the short straw, with reasonable defaults, a single region, and a security posture that was "fine" right up until the first enterprise prospect's procurement team showed up with a 200-question security review. Suddenly the architecture needs to answer: where is customer data physically stored? How is it isolated between tenants? What encryption keys are used? Who has access to production? What's the disaster-recovery RTO/RPO? When was the last failover test? And the engineer who set it up two years ago has either left or is now the CTO and isn't writing IaC anymore.
The DIY answer is hiring a cloud-architect plus an SRE, plus probably someone who specializes in FinOps to stop the bleeding on the AWS bill. That's $700k+ in loaded compensation before any actual work happens. The PlatOps answer is a team that has built this exact stack 30+ times: multi-account AWS Organization with prod/staging/dev separation, multi-region for data residency, KMS-managed encryption with customer-managed keys where enterprise customers demand them, network isolation per tenant via VPC + Security Groups + Lattice or FastForge Interconnect, observability that matches your SLOs, and FinOps reviews that typically reduce cloud spend 18–35% in the first 90 days.
The goal is a cloud foundation that passes security review on the first pass and a cost structure that doesn't compress your gross margin as you scale. Both come from operating SaaS clouds professionally, not from a one-time consulting engagement that hands you a Terraform repo and walks away.
Typical engagement
Series-B/C B2B SaaS, mixed-tier customer base, AWS or GCP origin
Industry averages we plan around: initial 30-day audit + quick wins (right-sizing, orphan cleanup, RI/SP commitments) typically yields 18–35% cloud cost reduction in 90 days. Multi-region migration for first EU enterprise customer takes 6–10 weeks depending on data complexity. Security questionnaire response time drops from "3 weeks of engineering" to "24-hour customer-service-team response" once the security artifact library is built. Annual cost: $200k–$420k for full-service managed cloud, typically less than the loaded cost of a 2-engineer cloud team.
Composite profile based on industry benchmarks. Specific outcomes vary by environment, scope, and current security posture.
What You Get with PlatOps
Specific, measurable outcomes for saas organizations.
Multi-account, multi-region cloud architecture documented for security review on day one
FinOps quick wins typically deliver 18-35% cost reduction in first 90 days
Customer-managed encryption keys (KMS) where enterprise customers demand them
Quarterly DR failover test executed, with evidence to show auditors and procurement
Security questionnaire response time drops from weeks of engineering to a same-day answer
Compliance Frameworks, In Detail
What each framework requires and what PlatOps does about it — not just a badge wall.
SOC 2 Type II
Cloud-specific SOC 2 controls (CC6 logical access, CC7 system operations, A1 availability) all land on infrastructure design choices. We architect for these from day one rather than retrofitting before audit. Evidence collection is automated.
GDPR
Multi-region architecture supports data residency in the EU. We document data flows, configure DPA-aligned access controls, and ensure subprocessor disclosures match what enterprise EU buyers require.
CCPA / CPRA
California-resident data flows documented, consumer-rights workflows (access, deletion, portability) wired into your customer-data API, opt-out endpoints exposed.
ISO 27001
Annex A.13 (communications security) and A.17 (BCP) controls are infrastructure-driven; we operate them and produce evidence alongside SOC 2.
Frequently Asked Questions
Are you tied to AWS, or do you cover GCP and Azure?
All three. AWS is the most common (~60% of our SaaS clients), GCP is ~25% (especially data-heavy and ML-adjacent SaaS), Azure ~15% (where Microsoft enterprise customers required it). We also support multi-cloud setups but recommend against them unless there's a specific business reason — multi-cloud doubles your operational surface for marginal redundancy benefit.
How much will managed cloud actually save us?
First 90 days: 18–35% reduction in cloud spend from FinOps quick wins (orphans, right-sizing, RIs/SPs). Steady state after year one: typically 25–40% lower than the unoptimized baseline. The savings compound as we add storage tiering, Spot for non-critical workloads, and architectural optimizations.
What does "data residency" actually mean in our SaaS context?
Practically: an EU enterprise customer's data — including database rows, file uploads, logs, and backups — never leaves an EU AWS region during normal operations. We architect this with regional database deployments, scoped S3 bucket policies, and CloudFront / CloudWatch configurations that respect region boundaries. Then we document it in a data-flow diagram you can hand to procurement.
Will you build with Terraform/CDK or something else?
Terraform is our default (broadest ecosystem, easiest handoff if you ever bring it in-house). CDK if you have strong TypeScript/Python preference and a small team. We avoid CloudFormation for new environments. Whatever we build, you own — the IaC repo lives in your GitHub or GitLab, not ours.
How does this play with our existing AWS account?
Two paths. (a) Lift-and-shift: we migrate your existing single-account setup into a multi-account organization, typically a 4–6 week project. (b) Rebuild-in-place: rare, only when the existing account is so tangled that migration costs more than starting fresh. We assess in week 1 of engagement and recommend.
Ready to Get Started?
Book a SaaS Cloud Architecture Consultation. Our SaaS specialists are ready to assess your environment and build a plan.