Multi-tenant architecture
Proper tenant isolation at the data and application layer. Not a shared schema with a tenant ID column bolted on.
We build the SaaS foundation before the feature backlog turns into architecture debt.
Multi-tenancy, subscription logic, onboarding, account management, admin tools, and usage data get treated as product infrastructure.
Proper tenant isolation at the data and application layer. Not a shared schema with a tenant ID column bolted on.
Password, OAuth, magic links, and SAML for enterprise customers. Session management and MFA included.
Plans, upgrades, downgrades, proration, failed payment recovery, and customer portal, wired correctly.
Invite flows, role assignment, org switching, and seat management that grows with your customer base.
Track what customers consume, enforce plan limits, and surface usage data they can act on.
Internal tools for your team to manage accounts, impersonate users, override limits, and investigate issues.
First-run experience, empty states, and guided setup that gets customers to value before they lose interest.
Public API for customers who integrate, with documentation, webhook delivery, and retry handling.
Tenant model, plan logic, user roles, and the first working account lifecycle on staging.
A serious SaaS foundation is typically 6-10 weeks before deeper product-specific features.
Documented deployment, Stripe/webhook notes, admin runbook, and product backlog with tradeoffs called out.
Data leakage between customers is not a recoverable bug. Architecture decisions start here, before anything else.
Stripe integration, plan logic, and failed payment recovery built properly once, not hacked together three times.
Usage metrics, activation funnels, and cohort data from the first deploy, so you have something to act on.
Auth, billing, tenant structure, and account management work before your first serious customer asks for them.
Admin tools and audit trails are included early, so problems can be diagnosed without database spelunking.
Usage and activation signals are wired while the product is still small enough to reason about.
One sentence or ten. We will tell you if this is a good fit, what we would look at first, and whether a smaller move makes more sense.