QNX and NVIDIA Deepen Collaboration

QNX, a division of BlackBerry Limited, has announced an expansion of its collaboration with NVIDIA to enable developers to build and deploy next‑generation, safety‑critical edge AI systems on NVIDIA IGX Thor. The expanded relationship sees QNX® OS for Safety 8.0 integrated with NVIDIA IGX Thor and Halos Safety Stack, combining QNX’s proven, deterministic real‑time operating system with NVIDIA’s functional safety platform to support regulated, AI‑enabled systems across robotics, medical technologies, industrial applications and more.

A Unified Platform for Safety-Critical Edge AI

NVIDIA IGX Thor is designed to support the demanding compute, functional safety, and reliability requirements of edge AI systems deployed in regulated environments, from autonomous mobile robots (AMRs) to humanoids, surgical robotics, medical imaging, and industrial automation platforms. When combining NVIDIA IGX Thor Halos Safety Stack with QNX OS for Safety 8.0, developers can consolidate real‑time controls and safety concepts on a deterministic, microkernel‑based RTOS while using NVIDIA accelerated compute for AI‑driven capabilities such as perception, planning, and decision‑making. This unified mixed-criticality approach consolidates system architectures, supports safety certification processes, and enables rapid, scalable development from early prototypes through production deployment.

“As robotics, medical, and industrial systems become more autonomous and software defined, safety and determinism cannot be afterthoughts,” said John Wall, President, QNX. “Integrating QNX OS for Safety 8.0 with NVIDIA IGX Thor and NVIDIA Halos Safety Stack brings together a trusted real‑time safety foundation and a powerful functional safety platform for edge AI. This expanded collaboration builds on our work with the NVIDIA DRIVE AGX Thor Development Kit and extends the same proven architecture from automotive into the next wave of regulated, intelligent systems.”

Building on a Shared Commitment to Safety and Performance

The new milestone extends QNX’s long‑standing relationship with NVIDIA and builds on their recent announcement highlighting the integration of QNX OS for Safety 8.0 with the NVIDIA DRIVE AGX Thor Development Kit which aims to accelerate automotive and autonomous vehicle development. This latest collaboration underscores how the same proven safety architecture and trusted real‑time capabilities are now being applied far beyond the vehicle to robotics, medical, and industrial edge systems.

Apply for Early Access and Engage with Our Experts

Early Access registration is now open for the NVIDIA IGX Thor Developer Kit with QNX for select customers interested in developing on the platform.

QNX provides high-performance foundational software that helps simplify the most complex challenges in industries such as robotics, automotive, medical devices, industrial controls, commercial vehicles, rail, and aerospace and defense. QNX empowers organizations to unlock new possibilities in areas like high-performance computing at the edge, standards-based virtualization technologies, and cloud enablement. Trusted in the world’s most critical systems, QNX continues to lead across a range of sectors, including robotics and healthcare, where its technology is deployed by nine of the top ten medical device manufacturers.

Source: QNX

Surgical Science Launches Upgrade to Ultrasound Simulator

Surgical Science has unveiled a new Endometriosis Simulation Module, a unique ultrasound simulator dedicated to training clinicians in the detection of endometriosis. The condition affects one in ten women, yet is still associated with diagnostic delays that can stretch to nearly a decade.

The new module introduces the sliding sign, a key ultrasound indicator of deep endometriosis that is challenging to master in clinical practice because individual cases vary and real-patient training is limited. By enabling clinicians to practice this assessment repeatedly in a virtual environment, the simulator helps improve diagnostic accuracy, build confidence, and standardizes scanning quality across hospitals.

Simulation training enabled by the Endometriosis Simulation Module can deliver a variety of important benefits, including:

  • 92% of clinicians reported improved understanding of endometriosis diagnosis.
  • 40% increase in systematic Transvaginal Ultrasound (TVS) skill confidence.
  • 150% increase in confidence identifying deep endometriosis (DE).

The Endometriosis Simulation Module also integrates the internationally recognized International Deep Endometriosis Analysis (IDEA) protocol, giving trainees a structured, evidence-based roadmap to performing a complete pelvic assessment. Additional updates include new clinical case studies, region-based scenarios, adenomyosis content, and certification options, all built from real ultrasound data.

“Better training means faster, more reliable detection,” said Tom Englund, CEO of Surgical Science. “Our goal is to help reduce the long diagnostic delays many women experience by ensuring that every clinician can confidently recognize all presentations of endometriosis.”

The new Endometriosis Simulation Module is available now on ScanTrainer and will launch on the Ultrasound Mentor (female) platform in March 2026.

Source: Surgical Science

Surgical Science Joins the SEISMIC Consortium

Surgical Science has announced its participation in the SEISMIC research consortium. The consortium has been awarded EUR 23.5 million in public funding from the Innovative Health Initiative (IHI). The five-year program brings together leading clinical, academic, and industry partners to transform neurosurgery by integrating minimally invasive surgical techniques and advanced imaging technologies. An additional EUR 14.9 million funding from partner contributions further strengthens the initiative.

The consortium will, among other procedures, investigate a single session, image-guided procedure that combines hematoma drainage with embolization of the middle meningeal artery (MMA) in the treatment of chronic subdural hematoma (cSDH). This approach is important because bleeding recurs in approximately 30% of patients after surgery, and occluding the artery may help prevent recurrence.

Surgical Science will, together with clinical experts at Radboud University Medical Center, develop a simulation module to enable clinicians to gain proficiency and confidence to perform this procedure in a safe and controlled training environment. The new simulation module will be validated and integrated into the Angio Mentor simulator.

Chronic subdural hematoma (cSDH) is one of the most common neurosurgical conditions, caused by slow bleeding between the brain and skull. It often develops gradually over weeks, sometimes following minor or unnoticed head trauma, and disproportionately affects older adults. As global populations age and the use of anticoagulants and antiplatelet medications grow, the prevalence of cSDH is expected to increase sharply, with projections indicating it may become the most frequent cranial neurosurgical condition by 2030. This rising clinical burden underscores the need for improved training and minimally invasive treatment pathways.

Simulation plays an important role in supporting consistent training approaches across institutions and experience levels. By helping to shorten learning curves and to reduce procedural variability, simulation contributes to safer interventions and improved patient outcomes. Simulation also enables continuous skill development without exposing patients to risk, supporting the broader goal of making high‑quality minimally invasive care more accessible.

“Being part of this consortium is a meaningful opportunity to accelerate the next wave of innovation in neurosurgical training. By empowering clinicians with high-fidelity, lifelike training, we help move the world closer to a future where all medical professionals can develop and validate their skills safely and confidently before they ever step into the clinical environment.” says Tom Englund, CEO Surgical Science.

Surgical Science’s participation in the SEISMIC research consortium has no material effect on the company’s revenues or earnings.

About the SEISMIC research consortium

The SEISMIC public-private partnership includes nine medical technology industry partners, two patient organizations, and seven academic institutions. Together, the consortium will develop integrated technologies such as real‑time surgical navigation combining ultrasound and X‑ray imaging, advanced simulation systems, and minimally invasive diagnostic and treatment methods for intracerebral hemorrhage, subdural hematoma, and brain tumors.

The SEISMIC project aims to reduce surgical trauma, shorten procedure times, and improve recovery – making advanced neurosurgical care more widely available.

Source: Surgical Science

Surgical Science Appoints Linus Bergqvist as Chief Operating Officer

Surgical Science announces the appointment of Linus Bergqvist as its new Chief Operating Officer (COO), effective March 2, 2026.

In this role, Linus will be responsible for Surgical Science’s global operations, including manufacturing, supply chain, sourcing, and customer delivery, contributing towards our vision of a world where all medical professionals have been trained and objectively certified in a safe and lifelike simulated environment.

Linus brings two decades of experience within manufacturing and supply chain, business process optimization, operational excellence and purchasing. He has a strong track record of scaling operations, improving efficiency and service levels, reducing production costs, and leading cross-functional teams in international environments.

Linus most recently comes from Delta Nordic, a company developing and manufacturing advanced electric and electronic systems solutions to the global market. Previously, Linus also held various leadership positions at Polarium, Axfood, NKT and Ericsson.

“We are very pleased to welcome Linus to Surgical Science and to our Group Leadership Team, says Tom Englund, CEO of Surgical Science. Linus has deep operational expertise, extensive leadership experience and a value set in harmony with that of Surgical Science. He will play a critical role as we increase our delivery pace and volume of innovative simulation solutions to healthcare professionals globally.”

“I am thrilled to join the incredible team at Surgical Science as Chief Operating Officer, and to contribute to the exciting journey ahead. I look forward to working with our important mission of enhancing patient safety by elevating medical simulation and training to new heights around the globe, says Linus Bergqvist.”

Source: Surgical Science

QNX Launches QNX OS for Safety (QOS) 8.0

QNX, a division of BlackBerry Limited, has launched the QNX® Operating System for Safety (QOS) 8.0 (“QOS 8.0”). This foundational, safety-certified solution is built on the high-performance, next-generation microkernel architecture of QNX® SDP 8.0, streamlining the development and certification of safety- and security-critical embedded systems like those found in the automotive, industrial, robotics, medical devices, and defense sectors.

Key to building complex mission-critical embedded applications
QOS 8.0 is pre-certified, ready-to-deploy foundational software that embeds safety and security requirements directly into the product, offering developers a clear blueprint to help achieve their safety and security objectives. By relying on this robust foundation, manufacturers can focus their vital software engineering resources on developing and certifying the components that differentiate themselves within the market, with the trust that the foundational software they use has been built with safety and security in mind.

As embedded systems grow more intelligent, interconnected, and software-defined, with emerging technologies like autonomous systems, edge computing, and the Internet of Things (IoT) accelerating this shift, there is a need for real-time execution and strict adherence to evolving safety and cybersecurity standards. These pressures are challenging development teams to deliver faster while meeting rigorous compliance requirements.

QOS 8.0 is purpose-built to address these demands head-on. It is a powerful, feature-rich, hard real-time operating system, engineered to support the most demanding embedded applications. Designed in accordance with global safety and security standards including ISO 26262 ASIL-D, IEC 61508 SIL3, IEC 62304 Class C, and ISO/SAE 21434, QOS 8.0 functions as a certified Safety Element out of Context (SEooC). This allows it to be seamlessly integrated into safety- and security-critical systems as a foundational software component, independent of the final application context, streamlining certification and accelerating time to market.

“With QOS 8.0 we’re giving developers a powerful foundation to build the next generation of safety- and security-critical embedded systems,” said John Wall, Chief Operating Officer, Head of Product, Engineering & Services, QNX. “When a manufacturer chooses QOS 8.0, they are choosing a software development platform that synergizes the needs of safety, security, and performance. This release reflects our deep commitment to helping customers meet the highest standards of functional safety and cybersecurity – without compromising performance or time to market. Backed by over four decades of experience in mission-critical systems and more than 15 years in safety certification, QNX continues to lead the way in enabling innovation with confidence.”

With the latest release of QOS 8.0, the microkernel has been augmented to employ the next-generation future-proof architecture, designed to maximize silicon advancements to provide fast, consistent, real-time performance for safety-security critical contexts.

QOS 8.0 provides the following:

  • A fully featured Hard Real-time OS based on QNX Software Development Platform 8.0
  • C/C++ toolchains qualified to ISO 26262 TCL3 and IEC 61508 TL3
  • Key safety and security artifacts that streamlines the development and certification of your safety and security-critical systems

Chris Rommel, Executive Vice President at VDC Research comments: “Today’s software-defined systems require development platforms that can serve as a foundation for safety, security, and innovation. QNX OS for Safety 8.0 provides engineers a reliable solution to address the latest safety and security standards while accelerating and streamlining their development processes for next-generation embedded system requirements, spanning across complex industries.”

QNX powers critical applications across various embedded industries and is trusted as the software foundation by most leading OEMs and Tier 1s worldwide, including BMW, Bosch, Continental, Dongfeng Motor, Geely, Honda, Mercedes-Benz, Toyota, Volkswagen, Volvo, and more. By championing innovation and safety, QNX continues to drive the future of embedded technology, ensuring seamless integration and high performance in mission-critical environments.

Source: QNX

Navantia Announces RTI Connext as the Foundational Infrastructure for its Naval Operations

Real-Time Innovations (RTI), announced that Navantia, a leading Spanish shipbuilding company, uses RTI Connext® to power its mission-critical systems. RTI is the trusted foundation for Navantia’s advanced naval projects, including combat systems, navigation systems, and new research initiatives within its Center of Excellence (COEX) for Naval Systems, part of the broader Navantia COEX network.

Navantia required a solution that would reduce integration complexity and strengthen compatibility with partners and third-party technologies within its ecosystem. By working with RTI, Navantia benefits from a more optimized and standardized platform—saving time and improving data modeling. RTI’s comprehensive tools and on-the-ground support in Spain also play a key role in driving these tangible results.

”Connext is deeply embedded into our operational framework and provides the real-time connectivity essential for our most complex systems,” said Luis Arce, Head of Systems Engineering at Navantia. ”Connext simplifies our development processes, allowing our teams to focus resources on other time sensitive challenges rather than low-level communication issues. Its robust tools and extensive documentation make it an ideal solution for our integration needs, especially with third-party components and other shipbuilders.”

Beyond powering core naval operations, Connext ensures all systems remain current and supported while providing access to newer technology capabilities for future development and deployment. Navantia COEX projects are now also using Connext, further aligning efforts across the organization.

”Navantia’s trust in RTI for its most advanced naval programs underscores the reliability of our technology and the essential role Connext plays in enabling complex systems to evolve and innovate at scale,” said John Breitenbach, Director of Aerospace and Defense Markets at RTI. ”We’re proud to continue this valued partnership and support Navantia in accelerating scalable, interoperable systems that will help shape the future of naval defense.”

RTI Connext supports Navantia’s diverse technology stack, which includes C++ and Linux for combat systems, and a mix of Python, C++, and Android in the COEX division.

To learn more about RTI for mission-critical systems, please visit our website.

Source: RTI

RTI Awarded Elite Supplier Status by Lockheed Martin’s Rotary and Mission Systems (RMS) Division

Real-Time Innovations (RTI), the infrastructure software company for smart-world systems, has earned Elite Supplier status from Lockheed Martin’s Rotary and Mission Systems (RMS) division. This prestigious designation was awarded to only 37 of over 10,300 of Lockheed Martin’s suppliers. The recognition highlights RTI’s role in delivering innovative, data-centric software that powers mission-critical applications, enabling industry leaders like Lockheed Martin to integrate next-generation defense technologies and advance modular system design.

Built on the industry-leading Data Distribution Service (DDS™) Standard, RTI Connext® enables Lockheed to seamlessly incorporate newer and advanced sensors into critical defense systems. Connext ensures that platforms such as Aegis remain adaptable to evolving global threats, supporting Lockheed Martin’s current and future battlefield requirements.

As a long-term supplier, RTI also plays a pivotal role in facilitating Lockheed’s open architecture approach, ensuring that Aegis integrates radar, weapons, and command management systems efficiently. This framework is crucial for Navy programs and prevents vendor lock-in while adhering to Navy Open Architecture standards.

Aegis is designed for interoperability among onboard and offboard sensors and weapon systems, including surface-to-air missiles and naval guns, and relies on a real-time command and control framework. Central to this rapid response is Connext, which ensures fast, secure, and reliable data transmission within sensor-to-shooter networks, as each engagement—from detection to interception—must occur in real time.

As defense systems continue to evolve, leveraging AI and machine learning will become more essential for identifying and processing the vast amounts of data generated by additional sensors designed to spot increasing threats. While humans currently play a role, AI is needed to make faster, more informed decisions; this is where Connext comes in– ensuring the critical data flow that powers future combat  systems.

“We are proud to support Lockheed Martin and Aegis, the world’s most capable multi-mission combat system, which integrates a wide array of sensors and weapons to deliver unmatched Integrated Air and Missile Defense capabilities,” said John Breitenbach, Director of A&D at RTI. “Connext serves as the nervous system of these architectures, connecting all components to ensure real-time performance. Connext not only supports today’s missions but also lays the groundwork for the future of AI-enhanced defense systems.”

Lockheed Martin works with over 10,300 suppliers across 46 countries. RTI is proud to be among less than 0.004% of suppliers who achieve Lockheed’s Elite Supplier designation, underscoring RTI’s dedication to performance, quality, and innovation in defense systems, further enabling 21st Century Security.

Source: RTI

Medcrypt Appoints Bob Lyle as Chief Revenue Officer

Medcrypt has announced the appointment of Bob Lyle as Chief Revenue Officer (CRO). With nearly 30 years of experience in enterprise cybersecurity, multimedia IP licensing, and both the software and hardware sectors, Bob brings a wealth of expertise to Medcrypt’s leadership team.

In his new role, Bob will oversee all sales, revenue generation, and marketing efforts as Medcrypt continues to expand its offerings within the medical device cybersecurity landscape. His deep knowledge of enterprise cybersecurity solutions and proven success in scaling high-growth startups and global enterprises will be invaluable as Medcrypt aims to further solidify its market position.

Bob joins Medcrypt from Finite State, following its recent acquisition of MergeBase, a venture-backed supply chain cybersecurity startup, where he led revenue growth and business development as CRO. In addition, Bob serves as the Deputy Chair of the GSMA’s Device Security Group (DSG), contributing to the advancement of global standards for device security. Previously, Bob served as CRO of Cybeats, where he played a critical role in growing the company from its first customers to a successful IPO on the Canadian Securities Exchange (CSE: CYBT).

“I’m excited to join Medcrypt at such a pivotal time in the industry,” said Bob Lyle. “With the increasing regulatory focus on medical device cybersecurity, Medcrypt is in a unique position to help manufacturers meet these evolving challenges, and I look forward to contributing to our growth.”

Bob’s career is marked by entrepreneurial leadership, including co-founding and serving as CEO of Valona Labs, an enterprise cybersecurity startup that achieved a successful exit within two years through acquisition by HMD Global/Nokia Mobile. His work has helped create substantial revenue streams and drive successful exits for venture-backed companies, as well as grow innovative business units in large global organizations.

“We are excited to welcome Bob to the Medcrypt team,” said Mike Kijewski, CEO of Medcrypt. “His extensive experience, both as a senior leader in startups and large organizations, aligns with our strategic growth plans. Bob will be instrumental in helping Medcrypt scale and meet the increasing demand for secure medical devices.”

Bob’s addition comes as Medcrypt continues to grow and expand its solutions to protect medical devices from emerging cybersecurity threats.

Source: MedCrypt

Flexxbotics Announces Transforming Laser Marking Operations with Collaborative Robotic Automation Event with FOBA and Universal Robots

Flexxbotics has announced the upcoming event, Transforming Laser Marking Operations with Collaborative Robotic Automation. This live demonstration, in-person event is sponsored by FOBA Laser Marking + Engraving, Universal Robots and Flexxbotics and will be hosted at the MassRobotics facility in Boston, MA on Thursday 1 August from 8:30am – 12pm EST Free to Attend | Register Now.

Laser marking & engraving is critical for unique part identification (UID), compliance, and branding, however, capacity constraints and labor shortage issues can create serious throughput challenges. 

To increase output and improve profit per part, forward thinking manufacturers are transforming their Laser Marking operations with Advanced Robotic Machine Tending. Utilizing collaborative robots from Universal Robots with Flexxbotics digitalization technology, companies running FOBA Laser Marking & Engraving systems can increase the machine-to-man ratio to 10:1 or more and run ‘lights out’ safely for additional capacity, precision quality, and improved profit margins. 

The half day session will include a live demonstration of a cobot-enabled FOBA and provide best practices, proven approaches to real-world applications, as well as, specific information for your initiative. 

Sessions will include:

  • Live Operational Demonstration of UR cobot-enabled FOBA Laser Marker enabled by Flexxbotics
  • Robotic Automation and Lean Manufacturing Applied to Laser Marking by Faycal Benayad, FOBA 
  • Getting Started with Cobot Automation in Laser Marking Operations by Silas Neale, Universal Robots 
  • Running Advanced Robotic Machine Tending with Laser Marking & Etching for Continuous Operations by Tyler Bouchard, Flexxbotics

Flexxbotics enables robot-driven manufacturing at scale. Flexxbotics solution digitalizes robotic production with autonomous process control for next generation smart factory environments. Flexxbotics breakthrough, the unique FlexxCORE™ technology, seamlessly connects and coordinates robots with existing automation equipment, IT systems and people. 

“Complex part geometries and frequent changeovers have traditionally made robotic-enablement of laser marking complicated, now Flexxbotics solves these challenges,” said Tyler Bouchard, Flexxbotics CEO & Co-founder. “We’re rapidly advancing robot-driven manufacturing to enable companies to increase output while maintaining the highest levels of quality and compliance.” 

Registration Required for this free in-person event.

Source: Flexxbotics