With more than 30 years of innovation, Allegro MicroSystems is a global leader in sensing and power semiconductor solutions that enable motion control, electrification, and energy-efficient systems. Our products combine advanced sensor ICs and application-specific power ICs to help customers sense, move, and manage power with precision, reliability, and efficiency across complex systems. We serve a broad set of high-growth markets – including automotive and industrial – spanning applications such as xEV powertrains, ADAS safety systems, AI data centers, robotics, and energy infrastructure. These secular trends in electrification, automation, and AI are driving increased demand for our differentiated solutions.
Our portfolio includes more than 1,500 products, and we ship approximately 2 billion units annually to over 15,000 customers worldwide, including virtually all major global automotive manufacturers. Allegro’s technology leadership is built on deep application expertise, proprietary semiconductor processes, and system-level integration that reduces component count while improving performance, safety, and energy efficiency. Supported by a global network of engineering, manufacturing, and customer support, and enabled by our fabless, asset-light model, we deliver scalable and agile solutions to both global enterprises and regional leaders.
By combining innovation, domain expertise, and a commitment to sustainable, energy-efficient technologies, Allegro is a trusted partner helping customers solve the world’s most demanding motion control and power management challenges.

Sarcomere Dynamics is a Canadian Physical AI company bringing near-human dexterity to general-purpose automation. We design and manufacture high-dexterity robotic hands and the complete intelligent-manipulation stack, including proprietary actuation, embedded electronics, multimodal sensing, teleoperation, digital twins, and AI-enabled manipulation software.
Our technology enables robots to grasp, feel, and manipulate objects with precision in unstructured, real-world environments. Hardware-agnostic and easy to integrate with collaborative robots, industrial arms, mobile platforms, and humanoid systems, Sarcomere solves the last metre of automation: dexterous interaction with the physical world.
Our portfolio includes the ARTUS series of high-dexterity robotic hands, TALOS for heavy-duty industrial manipulation, the Scorpion Gripper for automation and logistics, and the Hyperion bimanual platform for teleoperation, AI data capture, and embodied-AI development. Our systems are deployed across advanced manufacturing, automotive, logistics, food processing, and research, with growing applications in defence, nuclear, and hazardous environments.
Sarcomere is vertically integrated, with our hardware and AI solutions designed, developed, manufactured, and assembled in Canada. This integrated model gives us greater control over intellectual property, product quality, supply chains, and production scale. We are expanding capacity to 200 robotic hands per month beginning in August 2026, with plans to exceed 1,000 units per month by 2027.
By combining proprietary hardware, embodied AI, and deep application expertise, Sarcomere is becoming the trusted manipulation partner for the humanoid era—giving machines the versatility of the human hand with the reliability industry demands.
Sarcomere is proud to partner with Allegro MicroSystems on next-generation sensing, electronics, and motion-control integration across our product portfolio.

With a vision to secure the intelligent machines of tomorrow, VicOne delivers a broad portfolio of cybersecurity software and services for the automotive and robotics industries. As a Trend Micro subsidiary, VicOne is powered by 30+ years of cybersecurity expertise, world-class threat research, and the Zero Day Initiative vulnerability program. VicOne protects connected and software-defined vehicles from design to the road, while its LAB R7 platform extends this proven protection to AI robots - combining security validation for robot makers, runtime protection for operators, and a purpose-built Robotic Security Operations Center (R-SOC) - keeping Physical AI systems secure, compliant, and reliable across their entire lifecycle. Website: https://lab-r7.vicone.com/ and https://vicone.com/ .

SGS is the world’s leading Testing, Inspection and Certification company. We operate a network of over 2,500 laboratories and business facilities across 115 countries, supported by a team of over 100,000 dedicated professionals. With more than 145 years of service excellence, we combine the precision and accuracy that define Swiss companies to help organizations achieve the highest standards of quality, compliance and sustainability.
Our brand promise – when you need to be sure – underscores our commitment to trust, integrity and reliability, enabling businesses to thrive with confidence. We proudly deliver our expert services through the SGS name and a portfolio of trusted specialized brands, including Applied Technical Services, Brightsight, Bluesign and Nutrasource.
SGS-TÜV Saar GmbH is the result of a joint venture between the SGS Group Germany and TÜV Saarland e.V.. SGS-TÜV Saar is represented by employees at thirteen locations.
Under the umbrella of a joint subsidiary, the competencies were brought together in 1998, expert knowledge was bundled and the range of services was expanded. International competence and regional presence were combined to form a new company that unites the best qualities of both to create new strength: SGS-TÜV Saar - Traditionally Innovative.

Infinite Foundry is a Portuguese technology company specialized in Operational Digital Twins, real-time physics simulation, and Physical AI. We develop software platforms that combine simulation, AI, computer vision, edge computing, and real-world data to create continuously updated digital representations of complex environments.
Our technology enables automatic rendering of operational scenarios, predictive simulation, and real-time decision support for human operators and autonomous systems. By combining live operational data with physics-based models, our Digital Twins can understand what is happening in a physical environment, predict how systems will behave, and support real-time decisions and actions.
At the machine and asset level, our technology enables predictive maintenance, intelligent robotics and automation, autonomous systems coordination, and remote monitoring and control. Physics-based virtual sensors provide insight into variables that are difficult or impossible to measure directly, enabling machines and robotic systems to operate with greater intelligence, reliability, and autonomy.
At the operations level, our technology supports virtual commissioning, operational planning, process and layout optimization, training and simulation, and real-time decision support. Organizations can simulate alternative scenarios, identify inefficiencies, optimize resources and workflows, and validate changes before implementing them in the physical world.
Infinite Foundry applies this technology across industry and logistics, automotive, aerospace, energy, infrastructure, healthcare, and defence. Our goal is to enable more autonomous, adaptive, efficient, and resilient physical operations through the convergence of Digital Twins and Physical AI.