Design and development for driver, inspection, field-service, operations, and marketplace applications. Built for iOS and Android, connected to the systems behind your business, and tested against the conditions your users actually face.
No sales presentation. Start with the workflow, users, and constraints.
Dispatch · Today · 18 jobs1 exception
Job
Driver
Status
Route 118 · Stop 4
M. Torres
In progress
Route 121 · Stop 9
D. Okafor
Complete
Route 116 · Stop 2
J. Whitman
Missed window
Route 122 · Stop 1
S. Patel
Queued
Inspection · Unit 12 · Coating7 of 9
✓Surface prep verified · 2 photos
✓Mil thickness recorded · 3 readings
!Recoat required · flagged for review
Final walkthrough
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Left: DocuPaint, in production · panels illustrative, based on production work
What we deliver
Production mobile platforms
iOS + Android
Offline-first field apps
ERP & API integrations
Multi-year support
Pick where you’re headed
Tap your kind of app. Start your estimate.
Every card carries the honest starting range we quote from. One tap preloads the estimator with your category; the rest takes about two minutes.
Production work
Shipped, in stores, in daily use.
Livestock transport, luxury watches, dating, kids’ mindfulness, workforce shifts, freight, inspections. Real products we built and shipped, not concepts.
Sell-fast real estate platform. Project tracking, agent and vendor management, estimates at scale.
Web · Dashboard
Working on something in this territory?
Mobile app capabilities
From one critical workflow to a complete mobile platform.
Some projects begin with an existing system that needs a better mobile experience. Others begin with a workflow still managed through calls, spreadsheets, and paper. We can start with either.
Field and workforce applications
Give technicians, inspectors, drivers, and field teams a fast interface for the work happening away from a desk.
Replace an outdated, unreliable, or hard-to-maintain application without losing the workflows users depend on. Phased replacement, not a risky overnight cutover.
Photos, signatures, barcode and document scanning, and location capture treated as core product behaviors, the way our inspection and driver apps use them daily.
Camera capture · Barcode / QR · Signatures · GPS · File handling
Product rescue and ongoing support
Take over a stalled application, stabilize production, address the backlog, and create a practical roadmap for the next release.
The application has to work where the work happens.
A mobile application can look polished in a conference room and still fail in the field. We design around interruptions, weak connectivity, bright sunlight, gloves, hurried users, incomplete data, and the systems waiting on the other side. Visual polish matters; field speed and reliability are non-negotiable.
Work Order 2214Offline
✓Saved on device
…Pending sync (2)
!1 failed · tap to retry
Complete work order
Large targets · works with gloves
DocuPaint in the field
Offline behavior
Users continue critical work during weak or missing connectivity, with clear synchronization states when service returns.
Fast interaction
Primary actions are easy to find, touch targets are practical, and repetitive workflows take as few steps as possible.
Clear application states
Saved, pending, failed, synchronized, and completed work are distinguishable without guessing.
Camera and document workflows
Photos, signatures, scans, and attachments are core product behaviors, not last-minute add-ons.
Security and access
Permissions, authentication, device behavior, and sensitive data are designed around the application’s actual risk.
Operational visibility
The people coordinating the work see progress, exceptions, and incomplete actions without chasing updates manually.
A practical delivery process
Start with the riskiest workflow, then expand with evidence.
01 · Understand
The operating reality
Users, environments, and business rules mapped
Integration inventory and risk list
Initial release definition
02 · Prototype
The critical experience
Interface direction and clickable workflow
Technical validation of the risky parts
Usability feedback, revised scope
03 · Build
A usable field release
Core workflow with connected systems
First usable workflow possible in ~4 weeks
Full production apps commonly 8–16+ weeks
04 · Launch & improve
Observe real use
App-store delivery, monitoring, crash reporting
Analytics on actual behavior
Roadmap planned from evidence
Mobile architecture
Choose the technology around the product, not the agency’s favorite tool.
React Native is often an effective way to deliver a shared iOS and Android product. Native development can be the better choice when performance, hardware access, platform-specific behavior, or an existing codebase requires it.
React Native may fit when
The product needs iOS and Android
Most workflows are shared across platforms
The team wants a unified release cadence
Time and maintainability matter
Platform-specific behavior is limited and manageable
Native development may fit when
The product depends heavily on platform hardware or system APIs
Performance requirements are unusually demanding
The existing product is already deeply native
Platform-specific experiences materially differ
Risk analysis supports separate codebases
Around either choice: secure APIs, push notifications, offline synchronization, cloud backends, ERP and operational integrations, analytics, and automated testing.
Budget planning
Get a useful starting range before a sales call.
A responsible estimate depends on the users, workflows, platforms, integrations, and the condition of any existing system. The estimator gives you an honest range and timeline in about two minutes, and no email is required to see it.
1
Pick your category
The closest match sets an honest starting range — marketplace, field service, logistics, and more.
2
Tap your features
Platforms, offline mode, payments, chat, compliance. Each answer moves the number, live.
3
See your range
Onshore and typical offshore side by side, with a realistic timeline. No email, no wait.
Step 1 of 6
What kind of app are you building?
Pick the closest match. We use it to set a starting range.
Step 1 of 6
Not sure what your app should cost? Get a real range in about two minutes.
Pick the closest category and the estimator sets your starting range — features, platforms, and timeline tune it from there. No email needed to see the number.
We do our best work when the application matters to the operation.
Strong fit
A real workflow and user group have been identified
The application must connect to existing systems or operations
Reliability and long-term maintainability matter
Stakeholders can participate in discovery and review
The business is prepared to invest in a production-grade application
The product will evolve after launch
Probably not the right fit
The only goal is a quick visual prototype
The scope is copied from another application without a validated case
There is no access to users or operational stakeholders
The decision rests entirely on the lowest hourly rate
The deadline is fixed and unrealistic, with no scope flexibility
Questions we actually get
Straight answers, including the commercial ones
How much does a custom mobile application cost?+
Focused operational applications often begin around $50K–$110K. Connected field-service applications commonly run $80K–$160K, and multi-role products or marketplaces $120K–$220K and up. The big cost drivers are integrations, offline behavior, payments, the number of user roles, and the condition of any existing backend. The estimator on this page gives a range from three answers, before any call.
How long does mobile app development take?+
A first usable workflow is sometimes possible in about four weeks. A complete production application commonly takes 8–16 weeks, and larger multi-role platforms can run 16–30 weeks depending on scope, integrations, compliance, and app-store review cycles. We'd rather give you a working first release early than a big launch late.
Do you build for both iOS and Android?+
Yes. React Native usually delivers both platforms from one codebase with a unified release cadence. Native Swift or Kotlin is the better call when the product leans hard on platform hardware, background behavior, or an existing native codebase. We choose per product, not per preference.
Can the application work offline?+
Yes, and it has to be designed in, not bolted on. We decide which data and actions users need without connectivity, store work durably on the device, queue changes, and surface clear saved, pending, and failed states so nobody wonders whether their work survived.
Can you connect the app to our existing software?+
Usually, through APIs, databases, identity systems, and operational platforms including ERPs. Not every system has a friendly interface; part of discovery is finding out what the existing system can actually support and designing around its limits honestly.
Can you take over an existing mobile application?+
Yes. Rescues start with a code and infrastructure assessment: what's stable, what's fragile, what the release process looks like. Then stabilization, a prioritized backlog, and staged modernization, so the application keeps working for its users while it improves.
Who owns the code and product?+
You do. Code lives in your repository, infrastructure runs in your cloud accounts, and credentials stay in your secret store. If we ever part ways, you keep a working product and the documentation to run it.
What happens after launch?+
Monitoring, crash reporting, analytics, app-store releases, and a roadmap based on how the application behaves in real use. Some clients run it themselves from the runbook; most keep us involved for improvements and support. Several of our platforms have been in production for years.
Start with the workflow
Tell us what the application needs to make easier.
You don’t need a finished specification. Bring the current process, the users involved, and what’s not working. We’ll help identify a sensible first release and the questions that need answering.
