The article
Your orders live in one spreadsheet and your clients in another, and your team chases every status update by email. Or you have an idea for a SaaS product and nobody to build it. Either way, outsourcing web app development comes down to three questions: who runs the build, what you see while it runs, and what you own when it is done.
I have spent 18 years in software development. Since 2017 my company, 26 Lines of Code, has grown to 70+ specialists and delivered 150+ projects across healthcare, fintech, logistics and e-commerce. Below is what you can hand us, how a web app moves from discovery to support, a one-page brief that gets you comparable quotes from any vendor, what it costs and what stays yours.
Outsourcing web app development: the short version
| Question | With us |
|---|---|
| What we take on | Customer portals, SaaS products, dashboards and internal tools |
| Who does the work | One team for discovery, design, development, QA and DevOps, which stays for support after release |
| Price | A first version from $5,000; the estimate for yours is free and comes before any contract |
| What you see | A demo of working software at the end of every two-week sprint |
| Who you talk to | The developers who build your app, directly |
| How you pay | No upfront payment, and the first week is on us: our terms for outsourced development and staff augmentation |
| Where the work happens | Our delivery center near Kyiv, usually seven hours ahead of Miami; the contract is with our US company |
What companies hand us
Companies outsource web application development to us for four kinds of products:
- Customer portals with accounts and roles. Your clients sign in to see their orders, documents or invoices, and your staff see what each role allows.
- SaaS products with plans and subscriptions. The product itself, its pricing page and the billing behind it.
- Dashboards and reports over your data. The numbers your team now copies between files by hand, kept current in one place.
- Internal tools that replace manual work. A process that runs on spreadsheets and email, turned into screens with rules.
Payments, text messages and sign-in usually go through Stripe, Twilio and Auth0, and the app reaches your own systems through their APIs. The same team writes the interface, the API and the data layer: React, Next.js or Vue in the browser, Django, FastAPI or Laravel behind it, PostgreSQL and Redis for the data. No feature waits for a second vendor to finish its half.
When not to outsource web application development
Web application development outsourcing is the wrong tool in four situations, and it is cheaper to hear that before a call than after a contract:
- A ready-made service already does the job. If a subscription tool covers your process with small compromises, pay for the subscription. A custom app pays off when the process is your own and the ready-made tools keep fighting it.
- You need a website, not an app. Pages people read make a website: ours starts at $499, paid upfront, with its own terms on the affordable website page. Once people sign in and do work, it has become an app.
- You have a technical lead and need more hands. Add developers to your own team instead, through staff augmentation, from $35 an hour depending on the role.
- Nobody on your side can decide. Outsourcing does not need your time every day, but it needs one person who sets priorities and comes to a demo every two weeks.
From the first version to a product
An outsourced web app goes through four stages with us:
- Discovery. We agree on the final requirements, the screens and the architecture before the build starts. If you need an NDA, we sign it before you share the details.
- First version. The smallest app that proves the idea, built in two-week sprints. You and our project manager set the priorities, and every sprint ends with a demo of working software, not slides.
- Release. The app goes live for your users after our tester has signed it off.
- Support and growth. Fixes, updates and the next features come from the same team, so nobody has to learn your code from scratch. Once the app is live, its upkeep is web app maintenance.
Inside each sprint, every task follows one order: documentation first, then planned tasks, each built and checked, a code review by an engineer and our tester last. A person works in a pair with AI agents. The agents take the routine of the build, people keep the decisions, and your code never trains the AI: what goes into our agents is the practice my team has settled on across years of projects. The first steps, from the first call to the contract, have a post of their own.
Your part is small but regular: priorities with our project manager, a demo every two weeks and answers to the team's questions. On time and materials you also get a report of who spent how long on each task.
What a first version from $5,000 is
A web app starts at $5,000 for its first version, built with AI tools, reviewed and tested. That buys the smallest version that proves the idea with real users, not a careless one, and I think it is the honest place to start: a first version shows what people actually do in the app before you pay for everything you imagined.
Anything beyond it, such as a second role, billing or another integration, gets its own line in the estimate. The estimate is free, comes before any contract and names the time as well as the cost. Every price we publish is on the pricing page.
Before you outsource web app development: a one-page brief
Give three vendors three different descriptions, and you get three prices nobody can compare. Write one page, send the same page to all of them, and the quotes start to mean something. Each line below also moves the estimate, so a vendor who prices without it is guessing. Forward this table to whoever writes the brief.
| Write down | For example | Why it moves the estimate |
|---|---|---|
| Who uses the app | Your clients, two kinds of staff, one admin | Each role is its own set of screens and permissions |
| The jobs they do in it | Three to five user stories: "As a dispatcher, I want new orders sorted by date, so that nothing waits" | The stories become the scope; whatever is missing comes back later as a change |
| The data it keeps | Orders, documents, payments, personal or health records | Sensitive data needs extra protection; ask your compliance advisor what applies to you |
| What it connects to | Stripe, Twilio, Auth0, your CRM or accounting system | Every integration is work on both sides, and outside APIs change over time |
| Money inside the app | Monthly plans, one-off payments, refunds | Each way money moves needs its own rules and its own tests |
| Live parts | A status board that updates itself, a chat | Live updates need a different setup from pages that load once |
| AI features | A summary of every new document, search across your files | What the model may see, and how its answers are checked |
| Languages | English and Spanish | Every screen, email and admin text, twice |
| What exists already | A spreadsheet, designs, an old app | A working spreadsheet is half a specification; old code needs a review first |
| A deadline and a budget ceiling | A launch date, the most you will spend | A vendor can propose what fits instead of quoting everything at once |
User stories are worth the effort. Our case pages describe every project through them, and one on PBM Source reads: as a compliance officer, I want new laws for my line of business to arrive as tasks, so that I stop weeding through bills by hand. One sentence like that sets the scope better than a page of feature names.
Web apps from our portfolio
Three projects, three starting points:
- PBM Source: compliance software for pharmacy benefit managers. The task: compliance teams searched through new bills by hand to find what applied to them. We built a dashboard where every new law, regulation or piece of guidance lands as a task with a summary, a jurisdiction and a date, sorted by topic, compliance date or assignee, with every message and document in one channel. The hard part was showing each team only what concerns it: every requirement is marked by line of business, from commercial plans to Medicare and Medicaid. The product also needed its storefront, with a pricing page for the subscriptions, and today new tasks appear daily, as laws, regulations and guidance are issued.
- RxPhoto: patient photos for clinics. Clinics capture, store and share before-and-after photos with it: 80m+ of them stored, per rxphoto.com. We worked on the backend, the web front end and the API behind the mobile app, including custom patient reports that export to PDF, JPG or PowerPoint, and our work includes ongoing support for the practices that use it every day.
- HirePilot: a product we co-founded and built end to end. A browser extension fills job applications, a dashboard tracks every application and interview, and AI drafts messages to hiring managers. The hard part: application forms vary endlessly and keep changing, and the extension has to fill them reliably. One team did the project management, the design, the development, QA and the deployment. At launch it was #13 Product of the Day; it holds a 5.0 rating on Product Hunt and counts 1000+ job seekers, per hirepilot.co.
Offshore web application development on terms you can check
Offshore web app development has a reputation for silence: requirements go out, and months later code comes back. Ours runs the other way. You see working software every two weeks, you know who works on your app and write to them directly, and a new request gets an answer within 30 minutes on weekdays, 9 am to 6 pm Miami time.
The code is written at our delivery center near Kyiv, and you sign with our US company in Miami, where I work. Kyiv is usually seven hours ahead of Miami: at 9 am in Miami it is 4 pm there, so a morning call lands in the team's working afternoon.
On outsourced development and staff augmentation there is no upfront payment: on a web app you pay every two weeks for work delivered, or by milestones on a fixed price. The first week is on us as well: if it does not work for you, you stop and do not pay for it. On a fixed price, the total for the agreed scope cannot exceed the agreed price, and anything new gets its own estimate and your approval before we build it. How a fixed price differs from time and materials is explained on our software outsourcing page.
On Clutch we hold 5.0 from 26 verified reviews (September 2026), without a single negative one.
What you own when the app is done
In October 2026 I read the four outsourcing company pages on Google's first page for this search; the rest of that page was two lists of companies, forum threads and a freelance marketplace. Not one of the four mentions the code repository: where it lives, who holds its keys, what happens to it when you leave. One says, in a section on contracts, that the code becomes the client's property upon payment. That is the legal half of the answer. Four pages are a small sample, but the practical half was missing from all of them.
With us, once the work is paid for, the code, the repository with its full history and the access to the servers and services are yours. We write down every access and every service as we go, so a new developer starts fast, and if you ever change teams, offboarding is a list of what to revoke rather than a search. Whoever you hire, ask three things before you sign:
- In whose account will the repository live, and when do we get admin access to it?
- Which accounts open in our company's name: the cloud, the domain, Stripe, the app stores?
- What do we receive on the last day: the code, the documentation, the list of accesses?
Next to web app outsourcing
Our web app services, from startup MVPs to progressive web apps, are all under web application development. Everything else you can hand to one team, from hosting to IT support, is on IT outsourcing.
Describe the app in a few lines: who uses it and what they do in it. We reply with questions first, then a rough estimate of the cost and the time, free.
