KonstructIQ is an AI-powered construction and financial platform designed for residential general contractors, remodeling firms, and home builders. It consolidates the full project lifecycle, from fast, professional estimates to budgeting, invoicing, payments, change-order management, cost tracking, subcontractor coordination, and real-time reporting, into a single interface. Its estimating module enables contractors to build detailed bids quickly, using customizable cost codes, markup or margin calculations, and either cost-plus or fixed-price models. Once an estimate is approved, it becomes the project budget; every subsequent bill, invoice, or change order automatically updates the budget so contractors maintain accurate job costing and profitability oversight. Payments to subcontractors or suppliers are built in, and support methods like ACH, checks, debit/credit cards, virtual cards, or Zelle, and invoices can be paid directly by clients through a portal to speed up cash flow.
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Onetrace is construction management software built for subcontractors, giving teams one system to plan jobs, capture site evidence as work happens, and prove what's been done from first visit through to handover. It replaces spreadsheets and paperwork with one connected workflow, producing clear, audit-ready evidence for clients, main contractors, and regulators.
Used across trades including passive fire protection, drylining, roofing, and M&E, Onetrace gives real-time visibility of projects, teams, timesheets, signed documents, and on-site work. As fire protection software, it helps specialist subcontractors evidence compliant installations, tying photos, forms, and approvals to the job they relate to. Features include customisable digital forms, a drag-and-drop planner, GPS-verified time-tracking, variation tracking, project cost calculation, and drawing markups with photo evidence captured from mobile devices on site.
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XAML
XAML is a declarative markup language. As applied to the .NET Core programming model, XAML simplifies creating a UI for a .NET Core app. You can create visible UI elements in the declarative XAML markup, and then separate the UI definition from the run-time logic by using code-behind files that are joined to the markup through partial class definitions. XAML directly represents the instantiation of objects in a specific set of backing types defined in assemblies. This is unlike most other markup languages, which are typically an interpreted language without such a direct tie to a backing type system. XAML enables a workflow where separate parties can work on the UI and the logic of an app, using potentially different tools. When represented as text, XAML files are XML files that generally have the .xaml extension. The files can be encoded by any XML encoding, but encoding as UTF-8 is typical.
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