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Software for venture-backed companies.

The prototype that won the round becomes production software, and the systems behind the company are ready for the questions investors ask next. A senior team works beside the founders and the first engineers, so the company adds capacity before it commits to hiring.

Illustration of a prototype-to-production plan built by Baybloom for a venture-backed startup: the no-code build retired in phases, with board metrics and diligence documentation on the same plan.

Who this is for

Founders, CEOs, CTOs, and heads of product or operations at seed-stage to growth-stage companies funded by venture capital, in any industry. The company has raised money against a plan, the board expects progress at every meeting, and the software is a prototype, a no-code build, or the work of a team too small for the roadmap. The fintech, healthtech, software company, and technology-enabled business pages cover what differs by industry; this page covers what comes with investor funding.

What makes it urgent

  • The round closed on a prototype or no-code build that has to become production software.
  • The roadmap in the investor deck needs more senior engineers than the company has hired.
  • The next round is on the horizon, and investors will look closely at the code, the systems, and the metrics.

What usually breaks

  • The no-code tool or prototype slows down, breaks, or cannot support the next customer’s requirements.
  • Board and investor metrics are assembled by hand from the product database, billing, and the CRM.
  • Operations run through spreadsheets and admin scripts that only a founder understands.

The workflow

Before and after the first release.

The steps we see most often in this kind of operation.

Today
  1. ProductA prototype or no-code build
  2. TeamFounders and one or two engineers stretched across everything
  3. Board reportingMetrics pulled by hand before each meeting
  4. Next roundDiligence questions nobody has written answers for
With the first release
  1. ProductProduction software with tests, monitoring, and backups
  2. TeamSenior capacity beside the team, documented for future hires
  3. Board reportingInvestor metrics from connected product and billing data
  4. Next roundArchitecture, security, and code documented for review

What we build

Software we build for venture-backed companies.

Prototype to production

Rebuild the core flow of a prototype or no-code build as production software with accounts, roles, tests, monitoring, and backups.

Senior capacity before hiring

Add a small senior team beside the founders and first engineers, working in the company’s repositories and review process.

Board and investor reporting

Define investor metrics once and calculate them from connected product, billing, and CRM data for every board pack.

Due diligence preparation

Document architecture, security practices, dependencies, and known risks, and close the gaps a technical review is likely to find.

Internal operations tools

Replace the admin scripts and spreadsheets behind onboarding, support, and finance with internal tools the growing team can use.

Handover to future hires

Architecture notes, recorded decisions, and a local setup guide, so new engineers can make a safe change with confidence.

Your first release

What the first release could include.

In the first release

  • An assessment of the prototype or no-code build, with a written plan for what to keep, rebuild, or retire
  • The core product flow rebuilt as production software, with accounts, roles, tests, and monitoring
  • Data moved from the prototype or no-code tool, checked against the original records
  • Deployment pipelines, backups, and access controls set up in the company’s cloud accounts
  • Architecture notes and a handover guide written for the engineers the company hires next

Usually later

  • Board and investor reporting from product, billing, and CRM data
  • Internal operations tools for onboarding, support, and finance as the team grows
  • A diligence pack covering architecture, security practices, third-party services, and known risks

Systems it may connect

  • No-code and prototype tools: Bubble, Airtable, Retool, Zapier, and similar
  • Cloud platforms: AWS, Google Cloud, Vercel, Supabase, and similar
  • Billing and payments: Stripe, Chargebee, and similar
  • CRM and product analytics: HubSpot, Salesforce, Amplitude, Mixpanel, and similar
  • Code and delivery: GitHub, GitLab, and similar
  • Identity and authentication: Clerk, WorkOS, Okta, and similar

How the work runs

Scoped in writing, built in releases, handed over to your team.

Scope

We start with the people doing the work and the systems around it, then write down the first release: what it includes, what it leaves for later, the integration decisions, and the acceptance criteria. Nothing is built until that scope is agreed.

Build and test

We build in releases you can review as the work takes shape, using realistic data. Every release carries tests, a security review, and documentation. Integrations are tested against real records, with exceptions visible.

Handover

Your team receives the documentation, the runbooks, and the training to run the system, and we stay on for continued engineering when you want it.

Scope and price

What shapes the scope and price.

Every project is priced from a written scope. These are the factors that move it most.

Condition of the current build

A tidy prototype can be extended, while a fragile or undocumented build needs assessment and tests before changes are safe to make.

Data migration from no-code tools

Moving records out of Airtable, Bubble, or similar tools needs mapping, cleanup, and checks, and messy records take more work.

Number of user types and integrations

Customers, internal staff, and partners each need separate screens and permissions, and each billing, CRM, or data provider adds an integration.

Diligence and security expectations

Enterprise customers and investors may ask for single sign-on, audit logging, or penetration testing, which adds design and documentation work.

Seed-stage startup after its first round

The founders stop patching the prototype and spend their attention on customers and hiring.

A startup often raises its first round on a product built in a no-code tool, and the next customers need features the tool cannot support. The work starts with an assessment and a written plan for what to keep and what to rebuild. The core flow moves into production software with tests and monitoring, customer records move across and are checked against the originals, and the board metrics come from connected data instead of a spreadsheet. Architecture notes and a handover guide prepare the way for the first engineering hire.

Questions

Questions from venture-backed companies.

What leaders in this industry ask us first.

Should we hire engineers instead of working with an outside team?

Often both, in sequence. A senior outside team can take the product from prototype to production while the company recruits, and it leaves documentation, tests, and recorded decisions that help the first hires contribute from the start. Building an in-house team usually remains the plan.

Do we have to throw away the no-code build or prototype?

Not always. The assessment looks at what the current build does well and where it limits the product. Some parts stay in the no-code tool, some move to custom code first, and the migration happens in phases so customers keep working throughout.

How do you prepare our systems for due diligence in the next round?

We document the architecture, dependencies, third-party services, access controls, and known risks, fix the gaps an investor’s technical review is likely to raise, and prepare accurate written answers for the founders to use. The goal is a clear, honest picture of the systems.

Can you build the reporting our board and investors ask for?

Yes. Metrics such as revenue, retention, usage, and pipeline are defined once with the founders and calculated from the product database, billing, and CRM, so each board pack draws on the same connected data instead of a spreadsheet rebuilt before each meeting.

How is this different from your software company or fintech pages?

Those pages describe what differs by industry or business model. This page covers what comes with venture funding: a prototype that has to become production software, a team that is smaller than the roadmap, a board that expects reporting, and a next round that brings diligence.

Who works in the codebase once you hand over?

The company’s engineers, when it has them. Work happens in the company’s repositories and cloud accounts, with pull requests the in-house team can review. Ongoing support can continue alongside new hires until the company prefers to take the work fully in house.

How is the work scoped and priced when priorities change often?

Each phase is scoped in writing with acceptance criteria and a price agreed before it starts. Changes in priority are handled by adjusting the next phase, so the founders can respond to customers and investors without losing track of what has been agreed.

Discuss a venture-backed project.

Tell us about the workflow and the systems around it.
We’ll come back with a written scope for a first release.