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HealthTech SaaS · North America · Series A, ~50,000 monthly users

Workflow timeouts during peak loads and an upcoming SOC 2 audit that the no-code stack could not satisfy.

Bubble.io + XanoNext.js + Node.js + PostgreSQL
4.2×
faster page loads
$145k
saved per year
SOC 2
Type II ready in 90 days
The situation

What they were actually dealing with.

A Series A HealthTech SaaS company had built its product on Bubble and Xano and grown it to roughly 50,000 monthly users. That stack had done exactly what it was supposed to: get a real product in front of real customers fast. It had also started failing under the load those customers created.

The binding constraint

Two deadlines arrived at the same time. Workflow timeouts were hitting during peak usage, and a SOC 2 audit was already scheduled that the no-code stack had no path to passing. The team could not freeze the roadmap for months to deal with either, because the audit date was fixed and paying customers were actively hitting the timeouts.

What we did

The decisions that actually mattered.

Not a task list. The four calls that determined whether this worked.

01

Feature parity tracked against a real inventory

Every workflow, data type, and integration in the Bubble app was catalogued before a line of new code was written, so 'have we matched the old app yet' had a checkable answer throughout the migration rather than a guess at the end.

02

Compliance controls built in, not bolted on

Access controls and audit logging were implemented as the new code was written, because retrofitting SOC 2 controls into a finished system is where most compliance timelines blow up.

03

Node.js backend sized for the load that broke Xano

The workflow timeouts traced back to Xano's generic function-stack execution model under concurrent load. The replacement backend was built with the specific queries and concurrency pattern this product needed, not a generic equivalent.

04

Parity shipped before performance was tuned

The team resisted the temptation to optimise while migrating. Feature parity landed first, in five weeks, so the business kept running on something that worked while performance work continued underneath it.

For calibration

Is this outcome remarkable or ordinary?

For calibration: SOC 2 Type II readiness is commonly quoted as a six-to-twelve-month programme when starting from a system without code-level controls. Landing audit-ready in 90 days reflects that the controls were built into the migration rather than pursued as a separate project afterwards.

Source: General industry timelines for SOC 2 Type II readiness

We thought the move would freeze the product for months. The team shipped feature parity in five weeks and we passed SOC 2 right after.
VP of Engineering, HealthTech SaaS
The takeaway

If you're in the same position.

When workflow timeouts and a compliance deadline hit at once, the instinct is to treat them as two separate projects. Building the compliance controls into the same migration that fixes the performance problem is what makes both deadlines survivable.

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