BUILD

Desktop Development

Your operations team runs on a desktop application last updated when Windows 7 was current. It works — mostly — but onboarding a new hire takes three weeks because nothing is intuitive and the documentation is a Word file from 2016 that references features that no longer exist.

We build modern desktop software that runs everywhere, learns quickly, and doesn't hold your team hostage.

The problem

Sound familiar?

The legacy hostage

Your business depends on software so old and embedded that everyone is afraid to replace it. But maintaining it costs more each year as the technology stack becomes a museum exhibit.

The platform prison

Windows only. Your remote team uses Macs. Your field team uses whatever they can find. The workaround? A Citrix session that adds 3 seconds of latency to every click.

The update nightmare

Pushing an update means emailing an installer to 200 people and hoping they run it. Half of your users are on version 2.3. The other half are on 2.7. Bug reports are chaos.

The integration gap

Your desktop app lives in its own world. It can't talk to your CRM, your analytics, or your cloud storage. Data gets exported to CSV and re-imported by hand.

Our approach

Here's how we fix this.

We build modern desktop software that runs everywhere, learns quickly, and doesn't hold your team hostage.

How we deliver

From kickoff to production.

01

Workflow shadowing

Week 1-2

We sit with your team and watch how they actually use the current system. Not how the manual says to use it — how humans actually use it, workarounds and all.

02

Platform & tech selection

Week 2-3

Electron, Tauri, .NET MAUI, or native — chosen based on your performance needs, offline requirements, and integration landscape. No religious wars.

03

Core workflows first

Week 3-8

Build the 3-5 workflows that account for 80% of daily usage. Ship a beta to your power users within weeks, not months.

04

Auto-update & distribution

Week 8-10

Built-in update mechanism so every user is always on the latest version. No more emailed installers. No more version chaos.

05

Migration & parallel running

Week 10-14

Run old and new systems side-by-side. Migrate data. Validate with real users. Cut over when confidence is 100%, not when the deadline demands it.

What you get

Everything you need. Nothing you don't.

01

Cross-platform desktop application

Windows, Mac, Linux — one codebase, native feel

02

Auto-update infrastructure

All users on the latest version, always

03

Offline-first architecture

Works without internet, syncs when connected

04

Cloud integration layer

Connects to your existing tools and data

05

Installer & deployment pipeline

Code-signed builds, one-click install for end users

06

Data migration toolkit

Zero data loss from legacy system to new

Proof, not promises

We've done this before.

Meridian Precision Manufacturing project mockup
Project Forge18 weeks (3 weeks reverse engineering and discovery, 11 weeks development, 4 weeks phased plant-by-plant rollout)

Meridian Precision Manufacturing

Industrial Manufacturing380 employees across 3 facilities

The situation

Meridian ran their entire inventory, work-order tracking, and quality control workflow on a Visual Basic 6 application built in 2003, running on a Windows Server 2008 box in their Akron, Ohio plant. The app had no network capability — floor managers physically walked to the server terminal to enter data. When their sole developer who maintained the system retired, they discovered the source code for two critical modules was lost entirely (only compiled DLLs remained). Simultaneously, their largest automotive customer began requiring digital traceability records, which the VB6 system couldn't produce.

Technical challenge

The existing system managed 34,000 SKUs across 3 warehouses with real-time stock levels, machine assignment scheduling, and quality inspection workflows that interfaced with Mitutoyo CMM measurement devices via RS-232 serial connections. The new system needed to run on plant-floor Windows terminals (some still on Windows 10 LTSC), integrate with their existing Epicor ERP via REST API, support barcode scanners, generate PDF traceability reports per automotive IATF 16949 standards, and work offline when network connectivity dropped (common in their fabrication building). All 42 floor operators needed retraining, so UI familiarity was critical.

What we did

1

Built a cross-platform desktop application using Electron with React frontend and SQLite for local-first offline capability, syncing to a central PostgreSQL database via a conflict-resolution queue when connectivity restored

2

Reverse-engineered the lost VB6 modules by analyzing the compiled DLLs with IDA Free and reconstructing the work-order scheduling logic through interviews with senior floor managers who'd used the system for 15+ years

3

Implemented barcode scanner integration via HID protocol and built a custom serial communication layer for Mitutoyo CMM devices using Node.js serialport library, preserving existing measurement hardware investment

4

Designed the UI to mirror the original VB6 screen layouts where possible — reducing training friction — while adding contextual quality dashboards that surfaced reject rates and SPC charts inline

5

Built automated IATF 16949 traceability report generation as PDFs with full material genealogy, measurement data, and operator sign-off chains exportable per customer purchase order

Results

Data Entry Time Per Work Order

8 minutes2.5 minutes

Inventory Accuracy

86%99.2%

Traceability Report Generation

Manual (2 hours)Automated (instant)

Operator Training Time

N/A (new system)1.5 days average

Stockout Incidents Per Quarter

233

Quality Escape Rate

1.2%0.15%

Technologies

ElectronReactTypeScriptSQLitePostgreSQLNode.jsserialportPrismaEpicor REST APIPDFKitZustand

I was skeptical anyone could replace a system we'd lived in for 20 years without chaos on the floor. Our operators picked it up in a day and we haven't had a single audit finding since go-live.

Gene D., Plant Manager, Meridian Precision Manufacturing

Tech stack

Built on what works.

Mobile

SwiftSwift

Backend

RustRust

Other

EElectronTTauri..NET MAUIQQtCC++

Ready to start?

Your team deserves tools that help them work, not tools they have to fight. Let's build that.

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