DiSTI

This article contains content that is written like an advertisement. Please help by removing promotional content and inappropriate external links, and by adding encyclopedic content written from a neutral point of view. (February 2020) (Learn how and when to remove this template message)

This article is an orphan, as no other articles . Please introduce links to this page from ; try the Find link tool for suggestions. (September 2018)

The DiSTI Corporation

Type	Privately owned company
Industry	Modeling and simulation, simulation and training
Founded	1994
Headquarters	Orlando, Florida
Key people	John Hayward (CEO) Joe Swinski (President) William K. Andrews (COO)
Products	GL Studio VE Studio, VE Mentor, DiSTI Schoolhouse
Website	www.disti.com

The DiSTI Corporation is a company that provides software tools for the development of GUI software and 3D virtual training solutions for simulators and embedded systems.

Company[]

DiSTI concentrates its business on innovating software to produce high fidelity 2D and 3D graphical user interfaces to aid in the creation of simulated training, prototyping, and deployment of embedded systems. Their software is often used in the development for Virtual Maintenance Training systems, desktop trainers, as well as embedded avionics, automotive, and medical devices.

Their cornerstone product is the GL Studio Toolkit, which has been implemented in the development of the embedded avionics for Scaled Composites^[1] and Virgin Galactic's^[2] commercial spacecraft: the VSS Enterprise and VMS Eve.

History[]

DiSTI was formed by Joe Swinski, Darren Humphrey, and William (Bill) Andrews in 1994 in Orlando, Florida.

Swinski, Humphrey, and Andrews met while working together at the Institute for Simulation and Training (IST) at the University of Central Florida in Orlando, FL. At IST, Swinski, Humphrey, and Andrews were aiding in the development of simulation training classes for graduate students, but they saw an opportunity to give the simulation and training industry the same type of training solutions. What began as an opportunity to provide training classes to the industry, culminated into a full-fledged software and training solutions company.^{[citation needed]}

It was under a SBIR (Small Business Innovation Research) contract, completed June 24, 2000, that DiSTI developed the GL Studio toolkit. DiSTI now makes software that help developers create virtual training environments to teach technical, complex activities such as maintenance on airplanes, engines and power plants. DiSTI's patented software also creates human-machine interfaces such as dashboards, gauges, and control screens.^[3]

DiSTI technologies and solutions are used by companies worldwide, including Boeing, Lockheed Martin, Honeywell, Raytheon, Thales Group, BAE Systems, Dassault Group, among many others.^{[citation needed]}

In July 2020, DiSTI Corporation reported that John Hayward has been named as Chief Executive Officer by the Company's board of directors. Hayward, an accomplished teaching and simulation leader, would offer his extensive expertise and powerful leadership to accelerate the development of DiSTI.^[4]

Products[]

In 2011, DiSTI changed their product offering. They introduced their latest interactive software application, Replic8 and re-organized their GL Studio offering to introduce a new toolkit that streamlines the creation of interfaces for enhanced embedded applications. This introduction became a part of DiSTI's repackaging move in order to more closely match different global vertical market demands.^[5]

• Replic8: a tool that merges the design and development phases of an Instructional Design process. It is an out-of-th-box 3D lesson framework that integrates into any extendible learning management system. It allows Instructional Designers, Subject Matter Experts, or 3D Graphic Artists to easily produce 3D interactive level 3 and 4 courseware without programming.^[6]
• GL Studio (Basic): a suite of tools that enable developers to build high fidelity graphics and fully interactive controls into their software products.^[7] All of the GL Studio packaging is based on the need of the development and come with different features.
  • Code Generation Options
    • C++ Code Generator
    • Java Code Generator
    • Safety critical Embedded C++ Code Generator
  • Plug-ins
    • GlsMenu Library
    • GlsVideo Toolkit
• GL Studio DT (Desktop): a toolkit that offers essential features to developing high fidelity desktop graphical applications to develop desktop based interfaces.
• GL Studio ES (Embedded Systems): one tool that takes the developer from prototyping, to testing, to embedded system deployment through a single code base
• GL Studio SC (Safety Critical): the tool for safety critical systems and the recognized industry standard for the rapid prototyping of safety critical Human Machine Interfaces (HMI).
• DiSTI Map Toolkit: Allows for the development of real-time moving map display applications. It provides the capability to combine multiple geo-referenced map imagery formats and user defined symbology across multiple layers to produce a single real-time 2D map view
• Data Director Toolkit: Ideal for the Human Factors and Prototyping communities, this toolkit connects multiple data sources, such as math models or simulation data, to user interface objects with no programming
• Approach Plate Toolkit: This plug-in converts digital Instrument Approach Procedures (IAP) charts into correlated geo-referenced GL Studio objects suitable for a variety of aeronautical based applications.
• Pre-Built Content: A variety of complete turnkey photo-realistic virtual cockpits. A partial list of pre-built cockpits includes: A-10, E-6, CH-47, F-15, F-16, F-18, OH-58, TH-57, AH-64, HH/MH/SH/UH-60, Piper Malibu, T-39, T-45, HEMTT, HMMWV, LMTV, LCAC
  • RSO bundles: pre-built reusable software objects (RSOs) include the appearance and behavior of the object coupled with a well defined interface.

Professional services[]

• Virtual Maintenance Trainers: Uses DiSTI commercial off-the-shelf tools and technology to replicate the form and function of any real world device, resulting in a virtual representation of the operational device, along with associated test equipment and support tools.
• Cockpit and Dashboard Instruments: Produces virtual instrumentation to meet customer design specifications and application objectives
• Desktop Learning and ADL: Virtual environments of operational devices suitable for use in courseware, web-based training, and distributed learning applications
• Embedded HMI: Uses GL Studio to develop and deploy embedded and safety critical Human Machine Interface displays

Notes[]

External links[]

• Official site