Keyhole Software provided comprehensive solutions through architecture design, frontend and backend development, and deployment strategies. Using a combination of Java, Node.js, React, MaterialUI, MobX, and DB2, the team created an efficient, scalable, and reusable system that streamlined transaction management and enhanced user experience. The solution was designed to support the client’s growth, improve operational efficiency, and be easily extended across …
Keyhole Software successfully developed a scalable, user-friendly web application dashboard for traffic data solutions. Utilizing technologies like React, Node.js, GraphQL, and AWS, the team implemented features such as real-time analytics, secure authentication with Auth0, and seamless subscription management through Stripe. The project showcased Keyhole’s expertise in agile development, modern tech stacks, and delivering impactful, client-focused solutions. Project Overview A team …
Client Snapshot: The client is a Fortune 500, publically traded energy company. It covers over 28,000 square miles in eastern Kansas and western Missouri and provides electricity to over 1.6 million homes and businesses. Project Overview After assisting the company in the completion of Phase 1 of this project, a team of Keyhole consultants was brought in again to complete …
Project & Client Objective A Sr. Keyhole Software Consultant architected and developed a full-stack set of applications (and DevOps) of a social events fitness platform with React Native and Angular. He was the sole developer on the project. The client is a large, nonprofit, integrated healthcare network home to more than 20 hospitals and 700 outpatient facilities located on the …
Keyhole consultants assisted the client with a proprietary designer platform for end users. This tool enables a non-programmer to create a form-based web application without using code—simply by dragging UI elements onto a form page. The form contains pages that have UI elements, each element with associated properties that are interactive at design time. Each element has behaviors that impart program logic to the form. The tool user interacts with those artifacts by dragging and dropping elements, drawing behavior or workflow connections, modifying properties, and then saving the form, as XML, to a server. A web-based player interprets the form XML to serve it to an end-user as a web application.
