SaaS Architecture Consulting

Design and scale multi-tenant SaaS platforms with security, compliance, and enterprise-grade features built in from day one.

SaaS Architecture Challenges

Building multi-tenant platforms requires specialized expertise

πŸ”’ Tenant Isolation

One customer's data breach can't compromise others. Isolation is critical but complex.

πŸ“ˆ Scaling Per-Tenant

Enterprise customers need dedicated resources, but small customers can't afford themβ€”how do you scale both?

βœ… Compliance Complexity

SOC 2, ISO 27001, HIPAA, GDPRβ€”enterprise customers demand certifications and audit trails.

Enterprise-Ready SaaS Architecture

Build platforms that scale from startups to enterprises

🏒 Multi-Tenancy Patterns

Choose the right isolation model for your business and customer needs

  • Shared database, shared schema
  • Shared database, separate schemas
  • Separate databases per tenant
  • Hybrid approaches for different tiers

πŸ” SSO & Identity

Enterprise SSO integration for seamless customer authentication

  • SAML 2.0 implementation
  • OAuth 2.0 / OIDC support
  • Okta, Azure AD, Google Workspace
  • SCIM provisioning automation

πŸš€ Customer Onboarding

Automated provisioning from signup to first value in minutes

  • Self-service signup flows
  • Automated tenant provisioning
  • Onboarding task tracking
  • Initial data seeding

βœ… Compliance & Security

Built-in compliance features for enterprise sales

  • SOC 2 Type II preparation
  • Audit logging and SIEM integration
  • Data residency controls
  • Encryption at rest and in transit

πŸ“Š Usage Metering & Billing

Track usage and automate billing for fair, transparent pricing

  • Usage tracking and aggregation
  • Stripe, Chargebee integration
  • Quota enforcement
  • Usage-based pricing models

βš™οΈ Tenant Scaling

Auto-scale resources per tenant without manual intervention

  • Per-tenant resource allocation
  • Kubernetes namespace isolation
  • Horizontal pod autoscaling
  • Tiered service levels (Starter/Pro/Enterprise)

SaaS Architecture Projects

🏒 Multi-Tenant Migration

Migrate single-tenant architecture to multi-tenant for better economics and scalability

Result: 60% infrastructure cost reduction, faster customer onboarding

πŸ” Enterprise SSO Implementation

Add SAML/OIDC support for enterprise customers requiring single sign-on

Result: Unlocked Β£800K+ in enterprise ARR

βœ… SOC 2 Compliance Build

Implement controls, audit logging, and security features required for SOC 2 Type II

Result: Achieved certification, closed enterprise deals

Typical Outcomes

50%

Cost Reduction

Multi-tenancy vs. single-tenant infrastructure

90%

Faster Onboarding

Automated provisioning vs. manual setup

3x

Enterprise Deal Flow

After SSO and compliance features

Ready to Build Your SaaS Platform?

Let's discuss your SaaS architecture and compliance requirements

30-minute call to review your SaaS architecture challenges

Frequently Asked Questions

Which multi-tenancy model should I choose?

Start with shared database/shared schema for cost efficiency and faster iteration. Move to schema-per-tenant or database-per-tenant only when specific customers require it (compliance, data residency). Hybrid approaches work best: shared for most, isolated for enterprise.

How long does SOC 2 certification take?

Implementation: 2-4 months to build required controls (access management, logging, encryption, monitoring). Audit: 3-6 months observation period for Type II. Total: 6-12 months from start to certificate. We accelerate this with pre-built compliance frameworks.

Do I need SSO for enterprise sales?

Yes, absolutely. Enterprise IT requires SAML/OIDC SSO for security and user management. Without it, you can't sell to large companies. Budget 3-4 weeks for SAML implementation. Use Auth0/Okta WorkOS for faster time-to-market.

How do I prevent one tenant from impacting others?

Resource isolation: per-tenant rate limits, database connection pools, CPU/memory quotas. Noisy neighbor detection: monitor resource usage, alert on anomalies. Circuit breakers: fail gracefully without cascading failures. Queue-based architecture: isolate background jobs per tenant.

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