RoboSafety and reasonX Join Forces to Enhance Safety in Autonomous Systems Ottawa, Canada — RoboSafety and reasonX today announced they are joining forces to form reasonX Labs, a new organization dedicated to developing a safety engineering platform for autonomous systems. This collaboration combines exceptional expertise, proven products, and a forward-thinking roadmap, setting the stage for unprecedented growth and innovation in ensuring the safe and scalable deployment of AI-powered systems. reasonX Labs will focus on developing modernized safety engineering tools for the early design, development, and deployment of complex systems in sectors such as automotive, aerospace, and industrial robotics. Founding Team: Umair Siddique, CEO of reasonX Labs: Umair brings over a decade of experience in formal methods and safety engineering. He holds a PhD in Formal Methods and has worked with leading enterprise automotive and robotics companies in Silicon Valley (Apple, Bosch) and Canada (BlackBerry QNX, Magna). Umair actively participates in the Standards Council of Canada (SCC) activities related to international safety standards under ISO/TC 22/SC 32. His vision and leadership will propel reasonX Labs into a new era of strategic growth. Mary Yazdani, Chief Strategy Officer (CSO): As Co-founder of RoboSafety, Mary transitions into her new role at reasonX Labs, where she will drive long-term strategy, operational excellence, and scalability. Her leadership has been instrumental in building partnerships and ensuring product-market fit in the safety engineering space. Donia Chaouch, Chief Product Officer (CPO): Donia, Co-founder of RoboSafety, will lead product development with her extensive expertise in user-centered design and a passion for innovation. She is committed to empowering organizations with practical tools that help ensure safety and reliability. Driving Innovation in Safety “ReasonX Labs uniquely positions us to drive substantial innovations in safety engineering tools and products. Safety is a Team Sport! Let’s empower organizations with practical tools that truly make a difference. We want to ensure that system safety maintains its front-seat position,” said Umair Siddique, CEO of ReasonX Labs. “By joining forces, we are combining the best of both organizations. Our collective expertise and unified vision will help in the large-scale deployment of autonomous systems which require both trust and innovation,” said Mary Yazdani, CSO. About reasonX Labs reasonX Labs is at the forefront of safety engineering for autonomous systems, bringing together years of research, development, and practical experience. The organization’s mission is to create an ultimate platform for the safety assurance of AI-Powered systems across various industries. Contact Us info@reasonx.ai https://www.linkedin.com/company/reasonx-labs/ https://x.com/reasonXLabs https://www.instagram.com/reasonxlabs Share Post:
RoboSafety’s Sponsorship and Participation at Safetronic 2024: Navigating the Future of Vehicle Safety
Last week, the Safetronic 2024 Conference laid a visionary path forward for professionals committed to advancing road vehicle safety. This pivotal event convened leading experts to delve into key topics such as functional safety, SOTIF (Safety of the Intended Functionality), cybersecurity, and safety-in-use. By embracing a holistic approach to safety, Safetronic 2024 not only provided profound insights but also fostered meaningful networking opportunities, enabling participants to drive innovation in the industry. The conference emphasized the importance of integrating diverse safety disciplines. Through the fusion of traditional safety models with innovative, adaptive approaches, attendees explored how this synergy can result in more robust and versatile solutions. Safetronic 2024 proved to be a platform where transformative ideas and practical strategies converged to shape the future of road safety. “What a fantastic conference Safetronic 2024 turned out to be! The energy, discussions, and innovative thinking left me truly inspired about the transformation happening in our industry. While our field has traditionally sought absolute certainty, there’s a growing recognition that ensuring safety in autonomous systems demands both rigor and adaptability. No single safety model fits every scenario, yet many approaches provide valuable insights tailored to specific contexts.” – Donia Chaouch, CTO of RoboSafety Key Sessions and Highlights Automated Driving Systems A highlight of the conference was the in-depth discussions on automated driving systems, led by experts from various companies. These sessions focused on new safety determinations and behavior-centric safety approaches, which are crucial for advancing autonomous driving technologies. AI and Vehicle Technology Advisors and safety experts shared valuable insights into the limitations and implementations of artificial intelligence in vehicle technology. Their discussions emphasized the need for robust and reliable AI systems to ensure the safety and efficiency of automated vehicles. Norms and Standards, Legal and Regulatory Insights An update on current and upcoming safety standards highlighted their role in aligning industry practices with global safety requirements. A dynamic keynote addressed the evolving legal landscape surrounding product safety, providing businesses with invaluable insights for navigating compliance and risk management. Collaborations and Community Building Structured networking sessions, including a special get-together and a visionary closing keynote, explored the future of building safe systems with AI. These gatherings enabled participants to forge meaningful connections and exchange forward-thinking ideas. RoboSafety’s Interactive Booth and Product Demos At Safetronic 2024, RoboSafety’s team showcased our System Safety Analysis tools and technologies. Attendees engaged with hands-on demos highlighting the capabilities of our tools in real-time scenarios. The overwhelmingly positive feedback underscored the practicality and user-friendliness of our products. We also received valuable suggestions, which we are excited to incorporate into future developments. “We were thrilled to be part of Safetronic 2024, joining a remarkable gathering of automotive safety experts. This event was an inspiring opportunity to explore the latest trends and best practices. Engaging with experts from OEMs and major automotive companies strengthened our belief in the importance of a collaborative approach to safety.” – Mary Yazdani, CEO of RoboSafety Attending Safetronic 2024 has significantly impacted RoboSafety’s mission to enhance safety in automated driving and related fields. The conference reinforced our commitment to safety innovation and equipped us with actionable insights to integrate into our products and services. We encourage our readers and stakeholders to connect with RoboSafety to explore our safety solutions and learn more about our upcoming initiatives. Together, we can elevate vehicle safety to unprecedented heights. Share Post:
RoboSafety CEO Urges Strengthening of Safety in Robotics – Ottawa Business Journal Highlight
Discover why safety is essential for robotics, autonomous vehicles, and smart mobility. Learn how RoboSafety champions innovation with safety-first solutions.
Drone Safety Partnership: Canada Drone Operations Partners with RoboSafety to Elevate Drone Safety
Explore the Drone Safety Partnership between Canada Drone Operations and RoboSafety as they elevate drone safety standards. Learn how their collaboration advances safe and efficient drone applications in various industries.
RoboSafety at the 2024 OVIN Partnering Forum: Pioneering the Future of Automotive Safety
At the 2024 OVIN Partnering Forum, RoboSafety, led by CEO Mary Yazdani, unveiled groundbreaking automotive safety technologies. Supported by Mercedes-Benz AG and the Ontario government, this pivotal event spotlighted new initiatives designed to revolutionize Ontario’s automotive industry.
RoboSafety Champions Safety Innovation at GCXpo 2024
RoboSafety Participates in GCXpo 2024, Highlighting the Importance of Safety in Smart Mobility RoboSafety was honored to take part in GCXpo 2024, an inspiring event co-hosted by Area X.O and the Government of Canada at Area X.O. The expo brought together over 70 Canadian companies, all showcasing innovative smart mobility technologies for global markets. As a company focused on safety solutions for autonomous systems, RoboSafety had the opportunity to present its technologies, which aims to enhance safety analysis in autonomous vehicles and industrial robotics. Visitors to RoboSafety’s booth were able to experience live demonstrations, offering insights into potential future developments in smart mobility. Mary Yazdani, CEO of RoboSafety, shared her thoughts during the event: “As technologies become more complex, the potential for faults that can lead to catastrophic consequences increases. At RoboSafety, we are dedicated to improving safety processes and creating tools that help engineers perform thorough safety analyses, ensuring safer products for everyone.” While many participants at GCXpo 2024 showcased a wide range of technologies, RoboSafety was the only company fully focused on safety improvements. The company was grateful for the engaging discussions with visitors about the role of safety in smart mobility. ❝ At RoboSafety, we believe that prioritizing safety can have positive impacts beyond just preventing accidents. It can potentially help companies avoid costly recalls and build trust with their customers. We would like to express our appreciation to the organizers of GCXpo 2024, the Government of Canada, and Area X.O for hosting an event that not only highlighted technological advancements but also facilitated important conversations about safety in innovation. For updates on RoboSafety’s future events and developments, please consider following us on LinkedIn and Twitter. Share Post:
Navigating the Future of Smart Mobility at the IEEE International Conference on Smart Mobility
The IEEE International Conference on Smart Mobility held on September 16-18 in Niagara falls presented a great opportunity to discuss the evolving landscape of autonomous vehicles and smart transportation solutions. This year’s event provided a wealth of insights into how technology is reshaping the way we think about movement in urban spaces. Here are some key highlights and takeaways from the conference. Towards Safe Autonomy that Adapts to Individual Needs Stephen Smith, Professor & Canada Research Chair, University of Waterloo, Canada The talk addressed the critical question of how we can transport more people in less space without sacrificing efficiency. The answer seems to lie in Autonomous Systems, that will not only cater to low-density areas but also support para-mobility, making urban spaces accessible to all. A crucial aspect discussed was the need for autonomy to be tailored to user preferences. While initial reactions to autonomous technology might be mixed, once users engage with these systems, they generally appreciate the experience. The feedback varies significantly among different users, highlighting the importance of customizing autonomous systems to meet diverse needs. Fleet Optimization and Trajectory Planning Another critical area of discussion was fleet optimization. The challenge lies in ensuring that the inflow of vehicles in busy areas matches the outflow, necessitating a strategic rebalancing of vehicles. Autonomous vehicles can also be crucial in managing the dynamics of vehicle availability and positioning in real-time. The concept of “Lattice Planning” was introduced as a method to help plan vehicle trajectories, minimizing risks and enhancing safety. By anticipating potential obstacles and conditions on a route, vehicles can make smarter, safer decisions that also reduce conservative safety measures, ultimately leading to a more fluid and reliable transportation system. Panel Discussion: Navigating the Uncharted : Advancing AVs in Extreme Weather Conditions Marc Huber, Staff Researcher, GM Research & DevelopmentAmir Khajepour, Professor, Director of Waterloo Center for Automotive Research (WatCAR), University of Waterloo, CanadaIgor Gilitschenski, Assistant Professor, University of Toronto, CanadaPartha Goswami, Principal, PG Mobility Analysis, USABern Grush, Executive Director, Urban Robotics Foundation, Canada The panel delved into the complexities of integrating autonomous vehicles into everyday life, especially under challenging conditions. Discussions covered the intricacies of mixed-driving environments, safe drop-off and pick-up operations for robotaxis, and the management of electronic transport regulations. The panelists emphasized that safety extends beyond the device itself, pointing out the unpredictability of human behavior and the diverse conditions surrounding a vehicle. The conversation also touched on the need for robust regulatory frameworks that span national, provincial, and municipal levels to effectively manage the introduction and operation of autonomous systems. Panel Discussion: Women in Mobility Symposium (WiM) Allison Cooperman, Director, OnStar Canada, General Motors Company, Canada Tara Andringa, Executive Director, Partners for Automated Vehicle Education (PAVE), USATara Remedios, Director, Talent Strategy & Workforce Development, OVINAmanda Kalhous, Head of Product, General Motors, Enterprise InnovationNaina Dewan, Manager, New Technology & Innovation, Toronto Transit Commission (TTC)N’ora Kalb, Director Operations, Innovate Niagara To best chart our mobility future across the ecosystem and ensure maximum potential, the though is to focus on closing the gap between academic research and industrial application. Initiatives like Innovate Niagara and the Ontario Centre of Innovation play a crucial role in fostering connections between emerging innovators and established industry players. These collaborations are essential for driving innovation, as they enable the rapid translation of research into practical solutions. By creating this kind of a seamless pathway, we can accelerate the development and deployment of new mobility technologies, ensuring that great ideas don’t just remain theoretical but transform into real-world applications that shape our transportation landscape. The IEEE International Conference on Smart Mobility provided invaluable insights and fostered dialogues essential for the advancement of smart transportation technologies. It’s clear that as we move towards a future dominated by autonomous systems, collaborative innovation and adaptive technologies will be key to creating safe, efficient, and inclusive mobility solutions. Share Post:
Robosafety Featured in Design Engineering Newsletter: Transforming safety analysis with PathFinder
RoboSafety Inc., an Ottawa-based pioneer in safety engineering software, proudly announces the launch of PathFinder v1.0, the first in a suite of advanced tools designed to elevate safety standards across multiple industries.
With the escalating complexity of modern systems and the rising number of safety recalls worldwide, PathFinder v1.0 arrives as a crucial innovation. This cutting-edge tool reimagines the traditional Fault Tree Analysis (FTA) method, ensuring that potential failure points are meticulously identified, analyzed, and mitigated, all while adhering to the most stringent safety standards.
PathFinder is not just another safety tool; it is a fully integrated solution that captures requirements during the analysis process, making it an invaluable resource for safety engineers, system designers, and product managers alike. Built with an intuitive user interface, it is designed to be both powerful and accessible, enabling teams of all sizes to contribute to safety assurance.
“Our commitment to safety and innovation is at the core of everything we do,” says Mary Yazdani, CEO of RoboSafety Inc. “PathFinder represents the culmination of our team’s relentless dedication to creating technology that not only excels in performance but also ensures the safety of everyone involved. We are thrilled to bring this transformative tool to the market and look forward to a safer future.”
Donia Chaouch, RoboSafety’s CTO and a seasoned expert in safety engineering and cybersecurity, highlights the broader vision behind the company: “RoboSafety was founded with the mission to make the world a safer place, especially as autonomous systems become increasingly integrated into our lives. PathFinder is a vital step in realizing that vision.”
RoboSafety is already making waves across various sectors, including automotive, industrial robotics, avionics, oil and gas, and more. By empowering every engineer involved in the development of safety-critical systems, PathFinder ensures that safety is a collective responsibility, not just a task for a select few.
“The time has come to modernize safety engineering analysis tools,” says Mohammad Siddique, Director of Engineering at RoboSafety. “PathFinder v1.0 is our answer to the growing complexity of systems today. It empowers every team member to actively engage in ensuring safety, marking a significant leap forward in safety engineering.”
With PathFinder v1.0, RoboSafety Inc. is set to redefine the standards of safety analysis, offering industries the tools they need to protect lives and build trust in the age of automation and advanced technologies.
Robosafety Team at the Forefront of Transport Innovation
Yesterday, our team at Robosafety had the honor of virtually presenting at the Transport Canada Innovation Centre Lecture Series. We discussed “Autonomous Systems: The Future is Here, But Are We Ready?” It was an incredible opportunity to share the stage with Copperstone Technology and showcase our latest advancements in safety assurance for robotics.
A big thank you to Transport Canada and Douglas Miller for the invitation and for organizing such a fantastic virtual event. We’re proud to be part of this innovative community, driving the future of transport safety together.
Robosafety Sponsors Safetronic 2024: Pioneering Holistic Safety for Road Vehicles
Robosafety is proud to announce its sponsorship of the upcoming international conference, Safetronic 2024, scheduled for November 13-14 in Stuttgart, Germany. This prestigious event will be held at the Schwabenlandhalle Fellbach and promises to be a key gathering for experts and professionals dedicated to the holistic safety of road vehicles. As a leading provider of the FTA – Fault Tree Analysis Tool, Robosafety is committed to advancing safety measures and is thrilled to support this influential conference.