Press Releases

The DiSTI Corporation, a global leader in safety-critical Human-Machine Interface (HMI) software and immersive training solutions, today announced a new safety-critical graphics demonstration. This combines GL Studio with QNX® OS for Safety, and Toradex Verdin systems powered by the NXP i.MX95 processor. This high-performance integrated solution will be showcased at the NXP booth (4A-222) during Embedded World. The event takes place March 10–12, 2026, in Nuremberg, Germany.

This demonstration highlights a fully integrated, safety-capable graphics stack designed to deliver superior runtime performance, scalability, and certification-readiness for mission-critical applications across the aerospace, defense, automotive, medical, and industrial markets.

At the core of the demo is GL Studio, DiSTI’s immersive 2D and 3D graphics engine and HMI development platform. It supports Quality Management (QM) and Automotive Safety Integrity Level (ASIL) development processes. With over 30 years of proven deployment in safety-critical environments, GL Studio enables developers to create high-fidelity, certifiable user interfaces. It maintains deterministic performance and reliability.

"All of us at DiSTI are very excited to continue the long-standing collaboration with QNX, Toradex and NXP," said Chris Giordano, VP UX/UI Technology at DiSTI Corporation. "The safety critical nature of the demonstration and superior runtime performance, it speaks volumes to the quality of the entire hardware and software stack for use where quality, safety and security really matter."

The graphics engine operates on QNX OS for Safety, a pre-certified real-time operating system that is widely recognized for its functional safety and cybersecurity capabilities. It provides deterministic performance, robust system isolation, and a trusted foundation for safety-critical embedded systems. This makes it an ideal platform for applications that require compliance with rigorous functional safety standards.

“QNX stands at the forefront of the world’s most innovative and reliable solutions, powering advancements in many safety-critical systems.” said Romain Saha, Senior Director of Strategic Alliances at QNX. “This demo highlights how QNX seamlessly integrates with DISTI’s solutions, enabling graphically rich, fault-tolerant, safety-certified, high performance embedded systems.”

The demonstration leverages the NXP i.MX95 processor running on a Toradex Verdin module. This setup provides high-performance compute capabilities alongside hardware-level safety features. The safety-capable hardware platform enables developers to achieve exceptional graphics performance. It also supports functional safety requirements and scalable system architectures.

"DiSTI and Toradex have built a powerful partnership over several years, evidenced by a growing list of joint customers who rely on GL Studio’s seamless performance on Toradex hardware.” Said Carlos Gonzalez, Director of Marketing, Ecosystem and Growth at Toradex. “Our deep technical integration with QNX and GL Studio ensures that developers can maximize their hardware’s potential while leveraging cutting-edge technology, such as the NXP i.MX95 processor available across our Verdin, Aquila, and SMARC families. We are excited to deepen our collaboration with QNX and DiSTI as we advance innovation in functional safety, robotics, and industrial automation."

Together, GL Studio, QNX OS for Safety, and the Toradex Verdin iMX95 system on module (SOM) creates a complete safety-capable graphics solution that enables:

• Immersive 2D and 3D safety-critical user interfaces

• Deterministic real-time performance for mission-critical applications

• Scalable deployment across embedded hardware platforms

• Safety-certifiable architecture supporting functional safety standards

• Optimized performance on next-generation embedded processors

This joint demonstration illustrates how developers can accelerate project timelines while complying with safety and cybersecurity requirements.

Experience this breakthrough demonstration for yourself at Embedded World 2026, NXP booth (4A-222). See how DiSTI’s GL Studio delivers high-performance, safety-critical graphics on next-generation embedded platforms. Visit us and discover the benefits firsthand.

Take the next step toward building safety-critical, high-performance interfaces today. Contact our team at sales@disti.com to learn how to get started with GL Studio or other DiSTI software development solutions.

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The DiSTI Corporation, the world’s leading provider of virtual training solutions, today announced the release of VE Studio 6.1, the latest evolution of its industry-leading virtual maintenance training development platform. This release introduces a new Data-Driven UI Engine, significant updates to the Simulation Engine, Physical Constraints, and Test Driver systems, a streamlined Variant System, and overall performance enhancements.

“VE Studio 6.1 continues our mission to simplify virtual training development while giving our customers the flexibility to deliver scalable, high-fidelity training systems,” said Doug Classe, Director of Engineering at The DiSTI Corporation. “These new tools help our customers maintain consistent user experiences across entire product families, while accelerating the development of immersive, simulation-based learning environments.”

Data Driven UI Workflow

The new Data-Driven UI Engine allows developers to create 2D user interface elements from a data file rather than manually in Unity, resulting in faster development cycles and a consistent UX design.

• Simplifies creation of support equipment icons and user-facing objects

• Reduces development time and rework across projects

• Enables reuse of immersive UI elements for consistent experiences across product lines

• Improves performance for both art and engineering teams

Physical Constraints Update

A redesigned system now enables direct management within Unity through a custom dialog, supporting “OR” constraints, bulk editing, and data storage in standalone data files. This update improves the process of defining and managing physical interactions in the virtual world.

Simulation Engine Update

VE Studio 6.1 introduces a new simulation development library containing standard methods and functions for faster, more consistent platform-level simulation development.

• Includes standard OnEnter, OnUpdate, and OnExit event methods

• Streamlined code interface increases portability and reuse across product lines

• Support for async/await simplifies authoring and maintaining simulation code

• Enables developers to implement system-level simulations more efficiently

Improved Variant System

Customers can now introduce custom splash screens for variant transitions, achieve reduced load times, and support mobile VR variants. This enhanced system supports future growth and ensures consistent experiences across a broader range of hardware, inspiring confidence in ongoing scalability and innovation.

Performance, Security, and Usability Enhancements

VE Studio 6.1 delivers notable performance improvements and critical security updates, including a Unity engine update to address known vulnerabilities and a complete source code scan to identify potential cyber risks. Updates to the Requirements Analyzer (RA) and Fidelity Matrix (FM) tools further enhance user experience and workflow efficiency.

Benefits for Customers

Developers can now dynamically generate 2D UI elements through the Data-Driven workflow, improving UX consistency across a family of delivered systems, making it ideal for large, complex training solutions such as multi-platform maintenance trainers and systems-of-systems simulations.

VE Studio commercial customers benefit from customizable, data-driven UI creation that enables brand-specific, immersive user experiences tailored to different end-user profiles, reducing time-to-delivery while maintaining design integrity.

Future-Ready Virtual Training Development

By modernizing the simulation engine and introducing data-driven design tools, VE Studio 6.1 helps organizations future-proof their virtual training ecosystems. Developers can rapidly prototype and scale virtual training systems while maintaining consistency and quality across a portfolio of products.

This release reflects DiSTI’s continued innovation and investment in improving both developer experience and system performance.

To learn more about VE Studio and the solutions provided by DiSTI, please reach out to sales@disti.com

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The DiSTI Corporation, the global leader in graphical user interface (GUI) development tools, announced today that its award-winning GL Studio now supports the NXP® Semiconductors i.MX 95 applications processor running on the Toradex Verdin platform. This collaboration delivers a powerful and efficient solution for developers building next-generation embedded and safety-critical user interfaces.

The integration of GL Studio with the NXP i.MX 95 applications processor and Toradex Verdin hardware platform enables developers to take full advantage of the NXP i.MX 95 applications processor’s high-performance compute and advanced GPU capabilities while leveraging GL Studio’s unique strength in real-time, safety-certified, and high-fidelity 2D and 3D graphics.

“This collaboration marks another milestone in extending GL Studio’s performance and scalability across the latest embedded platforms designed for safety,” said Chris Giordano, VP UX/UI Technology at The DiSTI Corporation. “With NXP’s i.MX 95 SoC on Toradex’s Verdin platform, developers can accelerate their GUI development lifecycle, from prototyping to production, without compromising performance or safety.”

The NXP i.MX 95 applications processor brings enhanced processing power and AI acceleration to embedded applications, ideal for automotive clusters, industrial controls, and medical devices. When combined with Toradex’s Verdin System on Module (SoM), developers benefit from a robust and modular hardware platform designed for reliability and long-term support.

GL Studio’s integration delivers key advantages including:

• Optimized performance on the NXP i.MX 95 SoC GPU for real-time rendering.

• Support for functional safety applications through GL Studio Safety-Critical (GL Studio SC).

• Scalable development workflows, enabling reuse of design assets across multiple hardware targets.

• Reduced development time with direct deployment to Toradex Verdin modules.

“Toradex has been a strategic embedded solutions partner for i.MX since 2014 and was an early access embedded solution partner for the i.MX 95,” said Toby Foster, Senior Product Marketing Manager, NXP Semiconductors. “With GL Studio supporting NXP’s i.MX 95 SoC on Toradex’s Verdin platform, developers can more easily bring their designs to market, taking advantage of the i.MX 95 SoC’s flexible display options and safety certifications, as well as enhanced processing power and AI acceleration, enabled by the integrated eIQ Neutron NPU.”

With this integration, DiSTI continues to expand its ecosystem of supported hardware platforms, helping engineers in the automotive, aerospace, industrial, and medical markets bring high-performance, safety-critical user interfaces to life faster than ever.

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

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The DiSTI Corporation proudly announces that Scott Ariotti, Director of Programs, has been named the 2027 Program Chair for the Interservice/Industry Training, Simulation, and Education Conference (I/ITSEC), the world’s largest and most influential event dedicated to modeling, simulation, and training.

Ariotti brings over 30 years of experience in the aerospace and simulation industries to this leadership position. As DiSTI’s Director of Programs, he oversees the execution of complex defense and commercial training solutions. He ensures technical excellence and operational readiness for clients worldwide. His leadership has been instrumental in developing next-generation immersive training systems that enhance safety, proficiency, and mission effectiveness for warfighters and operators alike.

Reflecting on his journey, Ariotti shared, “In 1994, as I rode in the back seat of a white passenger van carpooling from Daytona Beach to the Marriott World Center for my first I/ITSEC, I could never have imagined that one day I would be on the leadership track to help run this incredible conference. I/ITSEC has shaped my professional life in profound ways, and I’m honored to give back to the community that has given me so much.”

Since joining the I/ITSEC Training Subcommittee in 2008 under the mentorship of Cyndi Turner Krisan (2013 Conference Chair), Ariotti has served in several key roles across the Training, Emerging Concepts and Innovative Technologies (ECIT), and Special Events subcommittees as well as serving as Deputy Protocol Officer. He was guided by industry leaders such as Steve Detro, Debbie Berry, Amy Motko, Janet Spruill, and James Threlfall. His contributions have spanned technical, operational, and community-building aspects of the conference.

Ariotti also acknowledged the collaboration and support of the I/ITSEC leadership. These include VADM (Ret.) Sean Buck, Debbie Langelier, Dr. Anne Little, Fred Fleury, Dr. Kelly Hale, and Michael O’Connor. He also thanked his conference colleagues, Dr. Lisa Scott Holt, Carla Cropper, and Dr. Anastacia MacAllister.

He credited The DiSTI Corporation, its leadership, and his family for making this opportunity possible.

Jason Thagard, President of The DiSTI Corporation, praised Ariotti’s achievement. He stated: “Scott’s appointment as the 2027 I/ITSEC Program Chair is a testament to his exceptional leadership, technical depth, and long-standing commitment to the simulation and training community. His vision for advancing innovation and collaboration within this industry perfectly aligns with DiSTI’s mission to drive the future of training technology. We couldn’t be prouder to see one of our own leading such a prestigious event.”

DiSTI is excited to support Mr. Ariotti’s selection as a candidate for the six-year I/ITSEC leadership track beginning in 2026, a commitment that reflects both his dedication and DiSTI’s deep engagement with the modeling, simulation, and training community. This leadership progression includes roles as Deputy Program Chair in 2026, Program Chair in 2027, Deputy Conference Chair in 2028, Conference Chair in 2029, Scholarship Co-Chair in 2030, and Chair of the Council of Chairs in 2031. At DiSTI, Ariotti manages a team of Program Managers responsible for delivering high-fidelity virtual operation and maintenance training applications for U.S. and international military clients, as well as commercial customers.

The DiSTI Corporation, a proud member of NTSA for 30 years and a Sustaining Member for over a decade, remains firmly committed to advancing the modeling and simulation community. As an Orlando-based small business focused on virtual simulation and training solutions, DiSTI’s core values align closely with the I/ITSEC community and the branches of service it supports. The company looks forward to continuing its legacy of innovation, collaboration, and leadership as Scott helps guide the future of this premier global event.

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

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The DiSTI Corporation, a global leader in developing graphical user interface tools for embedded safety-critical systems, has joined forces with Ottawa Infotainment (OI), a trusted provider of digital cockpit and infotainment hardware and software, to present a groundbreaking demonstration. This demonstration will showcase the next-generation Human-Machine Interface (HMI) safety and performance for the Software Defined Vehicle (SDV), a result of the unique partnership between these two industry giants.

DiSTI’s GL Studio, running on the Toradex Verdin platform featuring the NXP i.MX95 processor, with Ottawa Infotainment’s DragonFire framework operating on QNX’s automotive software stack is ideal for automotive engineers. This powerful combination ensures automotive OEMs and Tier 1 suppliers achieve the perfect balance of high-performance graphics, real-time responsiveness, and ISO 26262 functional safety in modern vehicle cockpits.

“This demo shows how easily developers can bridge desktop and embedded workflows with GL Studio while maintaining full design integrity and safety certification requirements,” said DiSTI’s VP of UX/UI Technology Chris Giordano. “By combining DiSTI’s production-proven HMI technology with Ottawa Infotainment’s DragonFire and the robust performance of NXP’s i.MX95 on the Toradex platform, we’re enabling automotive innovators to go from concept to production faster than ever.”

Ottawa Infotainment’s DragonFire automotive platform facilitates rapid integration of automotive software components and seamlessly integrates with GL Studio’s high-performance HMI runtime. Dragonfire supports a variety of automotive software components, including audio, cameras, Bluetooth, navigation, AAOS, and voice assistant technologies. DragonFire incorporates TeleCANesis, a flexible, lightweight communication layer that seamlessly integrates with vehicle systems, all while maintaining deterministic behavior and safety assurance under QNX’s automotive-grade operating system.

“DragonFire’s modular architecture, built on QNX’s real-time OS, enables ASIL-B compliant integration with GL Studio’s safety-centric rendering engine, supporting high-performance graphics with low-latency CAN bus communication. This ensures deterministic timing for safety-critical HMI elements in SDVs, while facilitating over-the-air firmware updates and scalable deployment using NXP i.MX95 hardware,” said Jonathan Hacker, CTO of Ottawa Infotainment.

The demo highlights a full digital instrument cluster and infotainment interface, illustrating how GL Studio-developed content can easily transition between desktop simulation and embedded deployment. The result is a scalable, efficient workflow that accelerates time-to-market for next-generation automotive experiences

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

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The DiSTI Corporation, a global leader in advanced graphical user interface development solutions, has joined forces with Ottawa Infotainment (OI), a trusted provider of digital cockpit and infotainment hardware and software, to bring HMI Safety Technology to modern Software Defined Vehicle platforms. This collaboration showcases the combined expertise of DiSTI’s GL Studio and OI's DragonFire platform, running on NXP i.MX95 Toradex Verdin hardware, to demonstrate the power of advanced HMI solutions in the automotive industry.

GL Studio, developed by DiSTI, is a powerful tool for creating advanced graphical user interfaces, while DragonFire, from Ottawa Infotainment, is an automotive hardware and software platform that simplifies the integration of vehicle systems, HMI, and other software components that make up modern Software Defined Vehicle architectures. This collaboration highlights how these two components together streamline the development pipeline from design to deployment, bridging the gap between desktop prototyping and production-ready embedded systems.

“Our partnership with Ottawa Infotainment is a testament to our commitment to the automotive industry. By leveraging GL Studio’s real-time rendering capabilities and Ottawa Infotainment’s automotive integration platform, we aim to accelerate development for modern Software Defined Vehicles (SDV)”, said DiSTI’s VP of UX/UI Technology Chris Giordano. “This demo reinforces our shared commitment to helping OEMs and Tier 1s bring safe, reliable, and visually stunning HMIs to market faster, ensuring a brighter future for the automotive industry.”

OI’s DragonFire automotive platform provides a unified hardware and software solution for building custom digital cockpit and in-vehicle infotainment systems. DragonFire facilitates the rapid integration of a wide variety of automotive software components, including audio, cameras, Bluetooth, navigation, AAOS, and voice assistant technology. DragonFire also incorporates TeleCANesis, bringing a flexible, lightweight communication layer that seamlessly integrates with GL Studio’s high-performance HMI runtime, enabling developers to visualize, integrate, and test CAN-based vehicle interactions in real time. The result is a more cohesive workflow that simplifies iteration and validation across development stages.

“We are excited to partner with DiSTI to advance HMI safety and efficiency in the era of Software Defined Vehicles. By integrating GL Studio's cutting-edge UI tools with our DragonFire platform, we're enabling faster, more secure development cycles that empower OEMs and suppliers to deliver innovative, user-centric experiences in connected mobility,” said Sean Hazaray, CEO of Ottawa Infotainment.

Ottawa Infotainment will provide a comprehensive GL Studio package, included in the project file to seamlessly integrate GL Studio-based HMIs into the DragonFire automotive platform. This user-friendly package equips developers with everything they need to explore the full capabilities of the integrated solution, ensuring a smooth transition to the new technology and a rapid data communication capability.

For those interested in experiencing the future of HMI development, we invite you to engage with the new solution from DiSTI and Ottawa Infotainment. Together, we are setting a new standard for HMI development efficiency, empowering automotive developers to design richer, safer, and more responsive interfaces across platforms.

To learn more about GL Studio and the solutions provided by DiSTI, please reach out to sales@disti.com.

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