See how we've replaced manual processes, connected disconnected systems, automated repetitive work and built software around real businesses.
Replaced a legacy store with a single platform that runs retail orders, dealer-specific pricing, custom products, returns and day-to-day operations without losing 15 years of order history.
Put scheduling, membership plans, pricing rules, payments and required paperwork into one system, so staff stopped stitching together calendars, spreadsheets and paper forms.
Turned a manual, email-driven return process into a tracked workflow with customer-submitted photos, status updates, shipping labels and paperwork generated automatically.
Gave dealers their own logins, their own negotiated pricing and a way to place orders directly, including programmatic ordering for the larger accounts, instead of phoning them in.
Built the app, the firmware and the control experience that let customers run a multi-channel lighting product from their phone, turning hardware into a product people can actually use.
Migrated years of membership records out of files and spreadsheets into a single system with chapter hierarchies, role-based access and an audit trail of who changed what.
Shipped a Windows, Mac and Linux desktop application so dealer staff could work, order and manage their account from the tool they already sit in front of all day.
Reorganized a specialized manufacturer's site around the order an engineer evaluates a supplier in: product families and industries surfaced, specification compliance moved up front, and clear routes to a quote or a technical conversation.
Before / after screenshots
Rebuilt a 20-page site in a two-week sprint, reorganizing the information around buyer questions rather than internal org structure.
Rewrote technical jargon into plain buyer language and gave the sales team a playbook so the website and the sales conversation finally said the same thing.
Restructured the site so decision makers and technical evaluators each get the depth they need without one audience blocking the other.
Wrote the on-device control software for a vehicle lighting product, where safety functions have to take priority over everything else and cannot be allowed to stall.
Built thermal-management firmware inside an extremely small memory budget so the product could protect itself in the field instead of being over-engineered on the bill of materials.
Tuned existing server infrastructure so the same hardware carried substantially more load, reducing the pressure to buy a bigger plan.
Built dedicated multi-node infrastructure for production business applications that need isolation and predictable performance rather than shared hosting.
Specified and built a workstation around the client's actual workloads, delivering the performance they needed without paying for a name-brand configuration they did not.
Nothing filed under that heading yet — .
Most of these projects started with someone describing a process that took too long or a system that wouldn't do what they needed. Tell us how you handle it today and we'll tell you what could be different.