Press Releases

The DiSTI Corporation has released VE Studio 6.0, the latest update to its virtual training development platform. This release delivers full parity between desktop and VR environments, introduces a new Explore Mode, and includes multiple performance, security, and usability improvements.

Introducing Explore Mode: Interactive 3D Model Inspection

The new Explore Mode gives users the ability to pause lessons and interact directly with 3D models. Instructors and students can manipulate components, rotate assemblies, create cutaways, and view cross-sections and exploded views, all without disrupting lesson progress. This feature offers a flexible way to inspect complex systems and better understand component relationships.

Complete VR/Desktop Parity Simplifies Development
With VE Studio 6.0, all functionality previously limited to desktop builds is now fully supported in VR. Developers can create lessons once and deploy them across multiple platforms, including Windows Desktop, wired VR, and mobile VR, without sacrificing features or functionality.

New Features and Enhancements:

• Explore Mode: Pause lessons and interact freely with 3D models, including cutaway views, cross-sections, and exploded assemblies.
• VR Component Locator, VR Fast-Find View, and VR Schematics: Simplify navigation and accelerate training workflows in VR environments.
• Updated Development Tools: Enhancements to the Requirements Analyzer, Fidelity Matrix UI, Test Driver, and Training Assistant provide a smoother development experience.

Improved Performance and Security
VE Studio 6.0 is now built on Unity 6, offering improved performance and compatibility with Windows 11. The DiSTI team also performed a full review of open-source libraries, removing outdated dependencies and addressing any identified security vulnerabilities.

Designed for Defense and Commercial Applications
For defense customers, Explore Mode allows instructors to demonstrate system internals and functionality in real-time, helping trainees grasp complex layouts and subsystems more easily. Commercial customers benefit from full VR support, which can build once and deploy across multiple devices and environments, meeting the increasing demand for scalable VR training solutions.

A Significant Milestone
VE Studio 6.0 is the first major release for the virtual training development platform since 2023. While VE Studio 6.0 concentrates on stability, platform parity, and feature enhancement, DiSTI continues to invest in future capabilities as part of its DiSTI Common Core architecture initiative, which will power upcoming releases.

If you’d like to learn more about VE Studio or other software development solutions provided by DiSTI, please reach out to sales@disti.com.

The DiSTI Corporation has been awarded a contract by the U.S. Army Program Executive Office Simulation, Training, and Instrumentation (PEO STRI) to upgrade the Operator Maintainer Trainer (OMT) and Diagnostic Troubleshooting Trainers (DTT) for the M270A2 Multiple Launch Rocket System (MLRS) and the Common Fire Control System (CFCS). This initiative will ensure that soldiers at Fort Sill and Fort Gregg-Adams Ordnance Schoolhouses receive the most effective and up-to-date training on the Army’s advanced fire control and chassis systems.

John Hayward, CEO of DiSTI, emphasized the importance of this initiative, “We appreciate this opportunity to extend the capabilities of the DiSTI-built HIMARS and MLRS OMTs and DTTs to provide training on the newest HIMARS and MLRS variants. Doing so enhances the Army’s ability to maintain operational dominance and increase U.S. Army warfighter readiness. This project reinforces our commitment to providing the most effective and immersive training solutions for today’s soldiers, ensuring they are fully prepared for the challenges of modern warfare.”

This project underscores the Army’s commitment to warfighter readiness through immersive virtual training. It provides a cost-effective and scalable solution for training 13M and 94P Military Occupational Specialties (MOSs) in critical operational and maintenance procedures.

Enhancing Warfighter Readiness Through Immersive Virtual Training

Under this initiative, DiSTI will upgrade the current MLRS OMT and DTT software, ensuring it reflects the latest work packages for the M270A2 chassis and CFCS. These software updates will integrate seamlessly with the Army’s existing HIMARS/MLRS training systems, allowing operators and maintainers to train on both legacy and modernized platforms.

By leveraging the existing Cybersecurity Risk Management Framework (RMF) requirements under the HIMARS/MLRS Authority to Operate (ATO), DiSTI will ensure that the upgraded system remains compliant with Army cybersecurity standards. The new training configurations will also be added to the Army Portfolio Management Solution (APMS) training module, further streamlining accessibility and scalability for Army training programs.

These enhancements will allow students to replicate real-world tactical training scenarios on the M270A2 platform, mirroring the exact procedures used on operational systems. Soldiers will gain hands-on experience in:

• Driver’s duties at the firing point
• Driver’s duties during reload operations
• Preventative Maintenance Checks and Services (PMCS)

A New Era of HIMARS and MLRS Training

In addition to modernizing M270A2 training, this project will introduce a new version of the HIMARS OMT and DTT, enabling simulation of both the legacy and upgraded Common Fire Control Systems (CFCS). This approach ensures that HIMARS operators and maintainers are trained effectively on current and future fire control configurations, maximizing adaptability and operational readiness in evolving battlefield environments.

If you’d like to learn more about Virtual Maintenance Training or other software development solutions provided by DiSTI please reach out to sales@disti.com.

REGENT Craft, the Rhode Island-based developer and manufacturer of all-electric seagliders, announced today it has partnered with leading training provider FAAC Incorporated to develop a training program for Viceroy seaglider crews. FAAC’s efforts will include instructional design; curriculum development; the design, development, and production of training simulators; and the staffing and management of the training staff.

“Ensuring a competent and capable crew is critical to safe, efficient, reliable seaglider operations,” said Ted Lester, VP of Certification at REGENT. “We look forward to working with FAAC to set a new global standard for seaglider operations, ensuring crews around the world receive consistent, high-quality instruction to operate safely and effectively in any environment.”

The training program will be approved by the U.S. Coast Guard in the U.S. and by flag-state authorities outside the U.S. Like for other high-speed craft, maritime captains will receive a type rating specific to seagliders. This approach ensures alignment with established maritime standards and prepares crew for the unique performance and handling characteristics of these next-generation vessels.

“We’re proud to be selected as REGENT’s training solution partner to shape the training foundation for this groundbreaking new mode of maritime transportation,” said Kurt Flosky, President of FAAC. “By leveraging our deep experience in simulation-based training, we’re ensuring seaglider crews are mission-ready—well-prepared to operate safely, confidently, and consistently from day one.”

Training Providers
FAAC has assembled and will oversee a team of major proven providers who will contribute to the training program development and implementation.

DiSTI, a courseware and virtual training development company that specializes in virtual systems training and brings in-depth experience working with the U.S. Department of Defense, will develop certified training courses and create a state-of-the-art Virtual Maintenance Trainer (VMT) to enhance hands-on learning. Additionally, DiSTI will integrate a commercial Learning Management System (LMS) to streamline training operations and ensure continuous course updates throughout the contract period.

Roush Industries, a complete services provider to the mobility, aerospace, and marine industries, will design and build the simulator’s training cockpit using their extensive product development and specialty systems construction expertise and over three decades of supporting FAAC’s fabrication needs.

Training Process
The training program includes a comprehensive blend of online modules, in-person classroom instruction, and hands-on simulator sessions over a period of five to six weeks. This multi-faceted approach ensures that seaglider crew members build a strong foundation of theoretical knowledge, gain practical skills in a controlled environment, and are fully prepared for real-world operations. Seaglider training courses will be based upon established International Maritime Organization (IMO) and U.S. guidelines for high-speed craft and wing-in-ground-effect craft training.

Operators will attend in-person training at REGENT’s headquarters in Rhode Island. REGENT plans to expand internationally as global operations grow.

Seaglider Crew
Viceroy seagliders will typically have a two-person crew, including a captain and a watch officer.

Captain: The seaglider captain holds overall command of the vessel, ensuring the safety of all passengers and crew. They are responsible for legal compliance, navigation, communications, and operation of key systems. The captain also oversees passenger and cargo handling, maintains a constant bridge watch, and leads emergency response efforts. Seaglider captains will enter the training program with an existing Master’s credential for operating similarly sized commercial vessels.

Watch officer: The optional watch officer supports vessel operations underway by assisting with navigation, communications, and collision avoidance, and may operate controls under the captain’s direction. They handle lines during docking and manage passenger safety onboard—securing cargo, ensuring seatbelts are fastened, and assisting in emergencies.

Technician: On-shore seaglider technicians are responsible for maintaining, inspecting, and troubleshooting critical vessel systems.

Pathway to Seaglider Certification
Seagliders are certified as maritime vessels by the U.S. Coast Guard in the U.S. and by flag-stage maritime regulators outside the U.S.

REGENT has submitted its Viceroy Design Basis Agreement (DBA) with the U.S. Coast Guard and expects approval mid-year. Developed over months of collaboration with the U.S. Coast Guard, the DBA ensures the Viceroy meets or exceeds required safety standards.

The U.S. Coast Guard previously approved REGENT’s Navigational Safety Risk Assessment for its Viceroy prototype, allowing REGENT to test its full-scale seaglider prototype in Narragansett Bay and Rhode Island Sound. Sea trials of the prototype are currently ongoing.

For those seeking to learn more about the solutions provided by DiSTI, please reach out to sales@disti.com.

The DiSTI Corporation, a leading provider of cutting-edge virtual training solutions, is proud to announce the integration of the Paladin M109A7 Diagnostic Troubleshooting Trainer (DTT) into the Common Core tailored for the High Mobility Artillery Rocket System (HIMARS) and Multiple Launch Rocket System (MLRS). This strategic enhancement will elevate training capabilities for U.S. Army soldiers, providing advanced troubleshooting and maintenance education through a unified virtual training platform.

“The DiSTI Corporation is honored to continue supporting the Army’s training objectives through the advancement of our virtual training technologies,” said John Hayward, DiSTI CEO. “Integrating the Paladin M109A7 DTT represents a significant step toward achieving training uniformity, operational readiness, and cybersecurity compliance across platforms. The Paladin’s role as a cornerstone of the Army’s firepower demands innovative solutions that keep soldiers mission-ready.”

The Paladin M109A7 plays a critical role in the U.S. Army’s artillery capabilities as a self-propelled howitzer that delivers precision fire support for maneuver units on the battlefield. Renowned for its advanced digital fire control systems, improved survivability, and increased mobility, the Paladin enables the Army to execute rapid, accurate, and sustained artillery operations in a wide range of combat environments. Ensuring the operational readiness of this sophisticated system is paramount to maintaining the Army’s dominance in modern warfare.

Building on the Paladin Maintenance Trainer (PMT) success, DiSTI is transitioning its comprehensive content and 3D modeling into the HIMARS/MLRS DTT/Operator Maintainer Training (OMT) software baseline. This innovative move promotes consistency in training methodologies across platforms. It enables the Army to leverage the HIMARS/MLRS DTT’s established Cybersecurity Risk Management Framework (RMF) under its Authority to Operate (ATO).

The Paladin M109A7 DTT is specifically designed to train Army 91P, 915A, and 913A Warrant Officer Maintenance Technicians in critical troubleshooting, removal, and replacement tasks. The integration emphasizes shared core training elements while addressing the unique needs of each Military Occupational Specialty (MOS).

Key program highlights include:

• Seamless Integration: Reuse of government-owned PMT content to maximize efficiency and cost-effectiveness.

• Enhanced Realism: Using high-fidelity 3D models and simulations to create an immersive, hands-on training experience.

• Centralized Testing: In-plant software testing conducted at DiSTI’s Software Integration Lab (SIL) in Orlando, FL.

• Field Deployment: Finalized software will be implemented in existing HIMARS/MLRS classrooms and labs at Fort Gregg-Adams.

This initiative underscores DiSTI’s commitment to delivering innovative training solutions that meet the evolving needs of the U.S. Army. By integrating the Paladin M109A7 DTT into the HIMARS/MLRS ecosystem, DiSTI ensures that soldiers have the skills necessary to maintain mission-critical systems efficiently and effectively.

For those seeking to learn more about the solutions provided by DiSTI, please reach out to sales@disti.com

The DiSTI Corporation is pleased to announce the appointment of Jason Thagard as President, effective immediately. Mr. Thagard succeeds Joe Swinski, co-founder and long-serving President, who will transition to a strategic role as Vice Chairman on DiSTI’s Board of Directors.

Under Swinski’s leadership, DiSTI has grown from a startup to a dominant force in the simulation and training market over the last three decades. Since its founding in 1994, DiSTI has delivered cutting-edge solutions to clients across aerospace, automotive, manufacturing, medical, and the defense industries, experiencing unprecedented growth and earning a reputation for innovative and immersive solutions.

“Joe’s vision and dedication over the past 30 years have been the foundation of DiSTI’s success,” said Jason Thagard. “I am honored to build on this legacy as we continue to innovate and expand our global footprint in the simulation and training markets, and beyond.”

Mr. Thagard brings over 25 years of experience in software development, project management, and strategic leadership. He holds both a Bachelor’s degree and a Master’s from the University of Florida. Additionally, he is a certified Project Management Professional (PMP) and has been actively involved in various industry associations.

Prior to joining DiSTI, Mr. Thagard held key positions at several technology firms, where he was instrumental in driving growth and innovation. In his new role, he will oversee DiSTI’s operations, focusing on expanding the company’s market presence and enhancing its product offerings to meet the evolving needs of clients worldwide.

“We are thrilled to welcome Jason to the DiSTI team,” said Joe Swinski, outgoing President and newly appointed Vice Chairman of the Board. “His extensive experience and proven track record in the software industry make him the ideal leader to guide our company into its next phase of growth.”

Mr. Thagard expressed enthusiasm about his new role, stating, “I am honored to join DiSTI Corporation and look forward to working with the talented team to deliver innovative solutions to our clients. Together, we will continue to drive the company’s success and contribute to the advancement of the software industry.”

For those seeking to learn more about the solutions provided by DiSTI, please reach out to sales@disti.com

The DiSTI Corporation, the global leader in human-machine interface (HMI) development tools, proudly announces the release of GL Studio 8.3. This highly anticipated update brings a host of groundbreaking features, including enhanced Integrated Development Environment (IDE) integration, ANGLE runtime support for Linux and macOS, and Software OpenGL SC 1.0 runtime library enhancements. These innovations empower developers in the automotive, aerospace, and other safety-critical industries to push the boundaries of HMI development.

Revolutionizing Development with Enhanced IDE Integration
‍GL Studio 8.3 introduces improved IDE integration that streamlines debugging and accelerates workflows. Developers can now double-click on error messages in the Log Tab to open their platform’s IDE—such as Visual Studio, Xcode, or Linux’s default editor—directly at the offending line of code. With the addition of intuitive log tab filters, identifying errors, warnings, and other messages has never been easier.

‍Expanding Prototyping and Deployment with ANGLE Runtime Support
‍For the first time, Linux and macOS users gain access to ANGLE runtime support. This enhancement enables the deployment of GL Studio content to Unity, Unreal Engine, and other game engines, targeting Metal for macOS and Desktop OpenGL 4.x for Linux. Developers can now prototype ES content seamlessly across platforms, furthering GL Studio’s utility in the creation of cutting-edge simulations and software-defined vehicles.

‍Safety-Critical Innovations for CPU Environments
‍This new SC runtime library allows users to deploy applications on embedded hardware with CPUs, meeting the rigorous demands of environments such as aerospace missions beyond low Earth orbit. This technology ensures reliable performance even in the most challenging conditions, such as areas with high radiation exposure or where other implementations are cost-prohibitive.

‍Transforming Automotive and Aerospace Applications
‍In the automotive sector, GL Studio 8.3 empowers developers to prototype software-defined vehicle interfaces on Linux and macOS, eliminating reliance on Windows for ES content creation. The new SC runtime library also offers cost-effective deployment options for embedded systems in modern vehicles.For aerospace, the ANGLE runtime enables rapid prototyping of simulation content in Unity or Unreal, while the new driver provides a robust solution for deploying mission-critical HMIs on CPU hardware destined for space exploration.

‍Quality-of-Life Improvements and Bug Fixes
‍This release also brings a variety of developer-focused enhancements, including:

• Copying and pasting geometry, code, and elements between GL Studio editor instances.

• Log tab improvements, such as preventing automatic snap-back during error inspection.

• Increased font generation options and project title visibility for better multitasking.

Bug fixes include addressing issues with WebGL touch events, GlsNinePatch asserts in ES deployments, and ES runtime compatibility with multiple GLO files sharing filenames.

A Year in the Making Developed over 14 months, GL Studio 8.3 reflects The DiSTI Corporation’s commitment to innovation. With its powerful new features and improved usability, this release positions GL Studio as the premier HMI development tool for industries requiring precision, reliability, and cutting-edge technology.Customers under current maintenance and support contracts for GL Studio can log into DiSTI's customer support portal to download the latest version.For more information on GL Studio or for more information on the solutions and services offered by DiSTI, contact us at sales@disti.com.

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Visit our GL Studio page to learn more about our safety-critical expertise and the cutting-edge HMI software developed by The DiSTI Corporation.