service · no. 03Product · disciplineSenior engineers ready · 04·20·2026

Custom SaaS Development.

Zero to launch: product, platform, admin, billing. Shipped to paying users. We settle tenancy and billing before the first feature, take it live, and hand you a codebase your team owns.

multi-tenantbillingauthanalytics
01Deliverables

What shows up in your repo.

01

Agent graph

Typed nodes, tool schemas, retry and fallback policy. Versioned like code.

agents/*.ts · dag.yaml
02

Eval harness

Golden sets, LLM-as-judge, regression runs on every PR.

evals/*.jsonl · ci.yml
03

Observability

Traces, token costs, hallucination rates, drift alarms. Wired to your stack.

otel · datadog · honeycomb
04

Runbook

What to do when a tool 500s, when latency spikes, when eval red-lines.

docs/runbook.md
02Multi-tenant architecture

Tenancy decided on day one, not bolted on later.

The most expensive SaaS mistakes are isolation and billing decisions made too late. We settle them before the first line of product code.

Isolation model

Pooled, bridge, or silo — chosen against your security and scale needs, with row-level security or schema/db separation enforced in the data layer.

Billing & metering

Usage metering, plans, proration, dunning, and a clean Stripe (or equivalent) integration that finance can actually reconcile.

Auth, SSO & RBAC

Tenant-scoped identity, enterprise SSO/SAML, and role-based access that survives an enterprise security review.

Per-tenant analytics

Reporting that loads, scoped per organization, without one tenant ever seeing another tenant's data.

03Isolation in the request path

Every query is tenant-scoped by construction.

typescriptmiddleware/tenant.ts
// Resolve the tenant once, at the edge of the request.export const withTenant = async (req, res, next) => {  const tenant = await resolveTenant(req)        // host / token / claim  if (!tenant) return res.status(404).end()  req.ctx = { tenantId: tenant.id, plan: tenant.plan }  await db.setTenantScope(tenant.id)             // RLS / search_path  next()}
04What launch looks like

Zero to paying, with the platform pieces in place.

time to launch
8–12w
tenants
1 → ∞
stack
ts · go
ownership
yours, day 1
05Proof — one we shipped

A pricing engine, rebuilt in six weeks.

One representative case. Read the full editorial walkthrough, including the deploy log and latency chart.

06Questions engineering leaders actually ask

Six things finance + eng teams want answered.

What does multi-tenant SaaS development involve?

Choosing the isolation model (pooled / bridge / silo), enforcing tenant scoping in the data layer, and building billing, auth/SSO, RBAC, an admin console, and per-tenant analytics — the platform plumbing under your product, not just the UI.

Which tenancy model is right for us?

It depends on your security posture, customer size, and scale. Enterprise buyers often need stronger isolation (schema or database separation); high-volume self-serve usually favors a pooled model with row-level security. We decide it with you in discovery.

Can you take us from idea to paying users?

Yes — product spec, platform, admin, billing, and launch. Our shipped SaaS work has gone from a doc to paying organizations in a single quarter. You own the repo from day one.

Do you handle billing and subscriptions?

Yes: metering, plans, proration, trials, dunning, and a billing integration (typically Stripe) wired so finance can reconcile it. We treat billing as a first-class part of the platform.

Is the product enterprise-ready?

We build for SSO/SAML, audit logs, RBAC, and data isolation from the start, so your first enterprise security questionnaire is an answer-the-questions exercise, not a rebuild.

What stack do you use?

Typically TypeScript on the product surface and Go or TypeScript on the platform, on your cloud account. We optimize for a codebase your team can own and maintain after we hand off.

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