Product Engineering Ship in 90 Days

Build Products
That Pay for Themselves

Most agencies deliver code. We deliver conversion machinery. Every platform we ship is architected to generate revenue, handle demand spikes, and scale without rewrites.

Free 30-min working session. No pitch. Concrete plan.

50K+
Concurrent users handled at 99.99% uptime
90 days
Average time from concept to production
25%
Faster product cycles vs. traditional delivery
The Real Problem

Most products are built to ship. Not built to sell.

The average agency delivers working software. That is not the same as a product that converts, retains, and scales. Without revenue-first engineering decisions baked into the architecture from day one, you end up rebuilding within 18 months - paying twice for the same product.

Code ≠ Product
Working code shipped without conversion architecture produces a codebase, not a business asset.
Scale Debt
Products built for today's 1,000 users cost 5x more to re-architect when demand arrives.
Runway Burn
6-12 month dev cycles mean you validate assumptions with real users too late to course-correct cheaply.
What We Build

Revenue-First Engineering Across Every Platform

Every product starts with your revenue model, not our technology preference. Stack is a tool. Conversion, retention, and scale are the metrics.

01

Cross-Platform Mobile Apps

iOS and Android from a single codebase. We deliver full-featured native-quality mobile products without the cost or timeline of two separate builds.

What does cross-platform actually mean for quality?

  • Native performance on both iOS and Android from one engineering sprint
  • One codebase means 50% lower maintenance overhead and faster feature shipping
Strike Review, Dine, and DocuSpeech - all cross-platform, all production-grade.
02

SaaS Platform Engineering

Scalable backends, multi-tenant architecture, billing integration, and API infrastructure built for the enterprise customers you are pitching, not the team of 10 you have today.

How do you build for scale without over-engineering?

  • Backends handling 50,000+ concurrent users with horizontal scaling built in from day one
  • Multi-tenant SaaS architecture with role-based access, usage metering, and billing hooks
Dine Inc. handled 50K concurrent users at 99.99% uptime across three unified apps.
03

Conversion-Optimized Product Design

Design decisions that map directly to activation rates, churn reduction, and revenue expansion. Every screen answers: what action do we want the user to take, and how do we remove every obstacle to that action?

How does design directly affect revenue?

  • Onboarding flows designed to activate users in the first session, not the first week
  • 40%+ engagement improvements measured post-redesign across active client platforms
Post-redesign engagement improvements of 40%+ measured across production client platforms.
04

API Architecture & Integrations

Third-party integrations, internal API design, EHR connectivity, CRM and ERP hooks - all architected for maintainability, not just the sprint demo.

What integrations do you typically handle?

  • Payment gateways, CRM systems, ERP platforms, and healthcare EHR APIs (FHIR/HL7)
  • Internal microservices architecture with versioning, rate limiting, and documentation
VroMart: 3 integrated platforms shipped simultaneously for the UAE market launch.
How We Deliver

From Strategy to Production in Four Sprints

01
Discovery & Architecture

We map your business model to a technical architecture. Revenue model, scale requirements, and integration constraints all defined before a line of code is written.

02
Design & Prototype

Conversion-optimized UX/UI with clickable prototype validated by real users. No surprises at handoff.

03
Sprint-Based Build

Two-week sprints with working software demos every cycle. You see progress weekly, not at the end of a 6-month build.

04
Launch & Scale

Production deployment, monitoring setup, and 30-day post-launch support. Architecture designed for tomorrow's load, not today's.

Common Questions

Product Engineering Questions

Product Engineering

How long does it take to build a mobile app or SaaS product?

A focused MVP takes 60-90 days using sprint-based delivery. This covers product design, full-stack engineering, QA testing, and production deployment. Timeline depends on feature scope and required third-party integrations. We scope precisely during a free strategy session before any code is written.

What platforms do you build for?

We build cross-platform mobile apps (iOS and Android from a single codebase), web platforms, SaaS products, and multi-sided marketplace ecosystems. Every product is architected to support 50,000+ concurrent users from launch day, whether you have 100 users on day one or not.

How much does it cost to build a mobile app or web platform?

Most MVP engagements range from $20,000-$60,000 depending on platform complexity and required integrations. We scope every engagement after a free 30-minute product strategy session. We do not estimate without understanding your specific requirements, revenue model, and scale expectations first.

What makes your product engineering different from a standard agency?

We engineer products around revenue metrics, not feature lists. Every architectural decision maps to a conversion, retention, or scale outcome. We have shipped products handling 50,000+ concurrent users at 99.99% uptime and platforms that reduced product cycle time by 25%.

Can you build both the mobile app and the backend?

Yes. We build the full stack - mobile frontend (iOS and Android), web frontend, API layer, backend services, and cloud infrastructure. One team, one delivery cadence, no coordination overhead between separate frontend and backend agencies pulling in different directions.

Book a Strategy Call

Ready to Build a Product That Generates Revenue?

In 30 minutes we will scope your product, identify the right architecture, and map a concrete 90-day delivery plan. No templates. No agencies. Senior engineers from day one.

Free 30-min session · You leave with a concrete scope and delivery plan