When a Spreadsheet Is No Longer Enough
Most Malta businesses do not need a SaaS product. They need a single, custom web application that replaces three spreadsheets, a forgotten Airtable, and a chain of email approvals. They need it to enforce permissions, leave an audit trail, talk to the accounting system, and stop falling over every time payroll runs an export. They need it shipped this quarter, not next financial year.
That is the bracket OARC Digital occupies. We are a small, senior product-engineering team in Birkirkara that builds web apps for one client at a time — internal tools for ops, customer portals for B2B, marketplaces for retail and hospitality, dashboards for finance and compliance. The technology is boring on purpose; the delivery model is the differentiator.
What We Build
Internal tools & ops dashboards
Replace the spreadsheet, the Airtable, or the legacy access-database your operations team has outgrown. Same data, but with audit trails, permissions, and a UI nobody curses at.
Customer portals
Branded self-service portals for clients to view orders, raise tickets, upload documents, and pay invoices — wired into the CRM, ERP, or accounting tool you already run.
Marketplaces & directories
Two-sided marketplaces, supplier directories, classifieds, and B2B catalogues with search, filtering, payments, and moderation tools built in.
Booking & scheduling apps
Resource scheduling, appointment booking, course enrolment, and calendar-integration apps — including Google Calendar, Outlook, and Microsoft 365 sync.
Progressive Web Apps
Installable, offline-capable web apps that behave like native iOS or Android apps without the App Store overhead. Push notifications, home-screen install, the lot.
Workflow & approval systems
Multi-step approval flows for procurement, HR, finance, or compliance teams — with audit logs, email/Slack notifications, and reporting dashboards baked in.
How an OARC Web App Build Runs
Discovery & architecture (week 1)
We map the workflows, draft the data model, sketch the screens, and price the build in a one-week fixed-fee discovery sprint. You walk away with an architecture document and a Linear backlog whether or not you proceed.
Foundation build (weeks 2–4)
Auth, role-based access, the database schema, the deployment pipeline, and the empty shell of every screen. By the end of this phase your team can log in, click around, and see exactly where the product is going.
Feature build (weeks 5–10)
Two-week sprints, each ending in a Loom demo and a written changelog. Features ship to a staging environment your stakeholders can poke at long before launch — no big-reveal surprises.
Launch & handover (week 11)
Production deploy with monitoring, error tracking, an on-call rota for the first 30 days, and a written runbook. Source code lives in your GitHub from day one, so handover is a permission change, not a migration.
The Default Stack (and Why)
We bias toward boring, hireable technology. The point is for any future engineer in Malta or remote to be able to read the codebase and ship a feature in their first week.
What Comes With Every Web App Build
Custom dashboards & internal tools
Customer portals & self-service accounts
Role-based access control
Progressive Web App (PWA) packaging
REST + tRPC API surface
Marketplace, booking & directory builds
Web App vs. SaaS vs. Mobile App — How To Decide
We build all three, and we are happy to talk founders out of the wrong one. A custom web app is right when one organisation (or a known set of accounts) needs a tool that does not exist off the shelf. A SaaS product is right when the same problem is shared by hundreds of organisations and you intend to charge them a subscription. A native mobile app is right only when the use case genuinely demands camera access, offline-first data, push at scale, or App Store discoverability — otherwise a Progressive Web App will cover 90% of the requirement at a quarter of the cost.
If you are not sure which category your idea sits in, the discovery sprint will resolve that. We have killed our own scope on more than one project because the right answer turned out to be a Notion automation or a Make.com flow, not a custom build.
Integrations We Wire In Most Often
Most Malta web apps do not live in a vacuum. They sit inside an existing operating model with HubSpot or Salesforce on the front end, Xero or QuickBooks on the finance side, and a handful of internal systems that the IT team would rather not rebuild. We wire in those integrations as part of the standard build — using webhooks where systems support them, polling where they do not, and a properly versioned ETL job for the rest.
For Malta-licensed verticals, that integration list often expands to KYC providers, AML screening services, MFSA filing endpoints, MGA reporting feeds, and the local banking APIs. Every external system is documented, retried with exponential back-off, and monitored — so when a third party breaks, your operations team gets a message in Slack instead of a phone call from an angry customer.
Performance, Security, and the Boring Operational Stuff
Performance budgets are non-negotiable: target a Largest Contentful Paint under 1.5 seconds on a Maltese 4G connection, an Interaction-to-Next-Paint under 200ms, and a Lighthouse performance score of 90+ on the busiest screens. We measure those numbers in CI on every pull request and refuse to merge code that regresses them.
Security gets the same treatment. Every endpoint is rate-limited, every input validated server-side with Zod, every database query parameterised, and every secret rotated through a managed vault rather than committed to a .env file. We run dependency audits weekly, hand over a written threat model after launch, and book a free security review at the six-month mark.
Documentation and Knowledge Transfer Built Into Every Sprint
Sprint reviews always include a recorded walkthrough of the code shipped that fortnight, an updated architecture diagram, and a brief written commentary on technical debt taken on or paid down. Onboarding documentation, runbooks, and an operations manual live in the client repository from the first sprint, so when you eventually hire your first in-house engineer or bring on a CTO, the codebase and the documentation are both ready for them on day one.
Pricing
Three transparent tiers. No setup fees, no annual lock-in.
Internal Tool Sprint
€8,400
project
Single-purpose internal web app — dashboard, admin console, ops tool, or workflow form — built in 4–6 weeks on Next.js with Postgres, Clerk auth, and a deploy pipeline you own.
Customer Portal Build
€18,500
project
Branded customer-facing portal with self-service accounts, file uploads, billing or invoicing screens, role-based access, and integrations into your CRM or ERP. 8–10 week build.
Web App Engineering Retainer
€5,400
month
Embedded engineering pod (1 senior + 1 mid + part-time PM) shipping web app features in two-week sprints with weekly demos, written changelogs, and uptime reporting.
In Malta — local context
Custom web apps for St Julian's iGaming operators and Sliema fintech founders share two requirements: PSD2-compliant payment flows where money moves, and EU-resident infrastructure where personal data lives. Our default stack is Next.js on Vercel Frankfurt with a Neon EU database, Auth.js with passkeys, and Stripe Connect for payouts. Internal admin surfaces ship with role-based access and audit logging because most of these clients sit one questionnaire away from an SRA / MFSA / MGA controls review.
Frequently Asked Questions
What kinds of web apps do you build?
Internal tools, customer portals, ops dashboards, booking systems, marketplaces, directories, education platforms, and progressive web apps. Anything that lives in a browser, needs auth, talks to a database, and has more than a marketing site's worth of state.
How is a web app different from a SaaS product?
A web app is a custom-built application for a specific organisation or audience — usually paid for by one client, with one tenant or a known set of accounts. A SaaS product is a multi-tenant subscription business with self-serve sign-up and billing. We build both, and the engineering disciplines overlap, but the commercial model is different.
What is the default web app stack?
Next.js 15 + TypeScript on the front end, Node with Hono or tRPC on the API layer, PostgreSQL via Drizzle or Prisma, Clerk or Auth.js for auth, and Vercel or Render for hosting. Boring, hireable, well-documented technology you can staff after handover.
Can the app be installed on phones like a native app?
Yes. We can ship the web app as a Progressive Web App (PWA) so customers add it to their home screen, get push notifications, and use it offline. PWAs cover most internal-tool and B2B use cases without the cost of a separate React Native build.
Do you handle integrations with our existing systems?
Yes. Most web apps we build talk to at least one of: HubSpot, Salesforce, SAP, NetSuite, Xero, QuickBooks, Stripe, Auth0, SharePoint, or a Maltese-banking API. We document every integration as part of the deliverable so future engineers can extend it.
How long does a web app project take?
Internal tools land in 4–6 weeks. Customer portals run 8–12 weeks. Marketplace and multi-role apps take 3–5 months end to end. We commit to a date in the discovery sprint and report against it weekly.
Where is OARC Digital based?
Birkirkara CBD, Malta. Engineering pod overlaps CET hours; weekly demos on Google Meet; in-person workshops available at our office or yours anywhere on the islands. +356 7971 1799.
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