Where Innovation Meets Imagination
Being prepared can determine the level to which an organization is able to deal with unforeseen adversities. Most say all they need is a simple plan. But true preparedness is not a mere to-do list.
It can make or break an organization in the wake of protracted disruptions and unexpected challenges, requiring clear strategies, adaptable teams, and effective communications. [Read more…] about Is Your Organization Truly Crisis Ready?
Advantech, a specialist in industrial edge computing and AI systems, has announced the expansion of its edge AI portfolio with the upcoming release of the MIC-735 powered by Nvidia IGX T5000 module.
Built on Nvidia IGX Thor platform, this industrial-grade system is designed to bring real-time physical AI directly to the edge by combining high-speed sensor processing, enterprise-grade reliability, and functional safety.
To meet the rigorous demands of mission-critical environments, Advantech participates in the Nvidia Halos AI Systems Inspection Lab and has partnered with Fort Robotics to seamlessly integrate their embedded safety architecture. [Read more…] about Advantech and Fort Robotics build safety platform for next-generation physical AI
Infineon Technologies has announced the expansion of its collaboration with Nvidia to advance system architectures for physical AI, with a focus on humanoid robots.
Building on the collaboration announced in August 2025, the companies intend to combine Infineon’s strengths in motor control, microcontrollers, power systems and security with Nvidia’s AI, robotics and simulation platforms to help the ecosystem design and deploy humanoid robots.
Infineon will also join Nvidia Halos AI Systems Inspection Lab to examine the design of robust hardware and software safety foundations, ensuring that robots can operate safely and securely in real-world environments. [Read more…] about Infineon and Nvidia expand collaboration to accelerate humanoid robots using digital twins
NXP Semiconductors has announced innovative robotics solutions for reliable, secure, real-time data processing and transport and advanced networking, enabling sensor fusion, machine vision and precision motor control.
First in a series of NXP’s foundational robotics solutions, these ready-to-deploy solutions were developed in collaboration with Nvidia and implement Nvidia Holoscan Sensor Bridge with NXP’s highly integrated SoCs.
This reduces discrete components, significantly shrinking footprint, power and cost, while also simplifying the software complexity of robotic sensing and actuation, including humanoid form factors. [Read more…] about NXP and Nvidia collaborate on edge computing platform for humanoid robots
Many companies still depend on legacy systems for their work. But they were designed decades ago to support fixed workloads and on-premise environments.
These platforms once provided stability, but not anymore. Now they often limit scalability, innovation, and operational efficiency.
To overcome these challenges, businesses increasingly rely on cloud migration service providers. That’s how they receive professional guidance, when modernizing outdated infrastructure and transforming legacy applications into flexible, high-performance digital platforms. [Read more…] about Modernizing Legacy Systems Through Cloud Migration
Arduino has introduced a new edge AI development platform called Ventuno Q, a single-board system designed to support robotics, vision systems, and other physical AI applications.
The board is built around Qualcomm’s Dragonwing IQ8 Series processors and combines high-performance AI computing with a real-time microcontroller for precise hardware control.
Arduino says the new platform is intended to help developers build intelligent systems that can perceive their surroundings, make decisions, and act in the physical world without relying on cloud computing. [Read more…] about Arduino launches new edge robotics platform powered by Qualcomm
AMC Robotics, an AI-driven robotics solutions developer, and Hive Digital Technologies, a provider sustainable digital infrastructure and AI compute, have jointly announced a strategic collaboration focused on advancing next-generation AI-driven robotics applications and scalable infrastructure capabilities.
Through this collaboration, AMC Robotics has begun utilizing Hive’s GPU AI compute infrastructure and related services to support the Company’s expanding development, testing, and deployment needs.
In parallel, the two companies are actively exploring broader areas of cooperation, including potential collaboration across AI optimization, data processing, and infrastructure scalability to support future product initiatives. [Read more…] about AMC Robotics taps Hive GPU cloud to scale AI development for quadruped security robot
MIPS, a developer of compute technologies for autonomous edge platforms, has partnered with German semiconductor company Inova Semiconductors to create a new robotics control reference platform aimed at accelerating the development of humanoid robots and other physical AI systems.
The platform combines MIPS’ RISC-V-based processors with Inova’s high-speed data communication technology to provide a scalable architecture for robotics applications that require real-time control, AI processing, and secure connectivity.
According to the companies, the platform is designed as a custom system-on-chip (SoC) solution capable of supporting the full “sense-think-act-communicate” chain required for advanced robotic systems. [Read more…] about MIPS and Inova partner to create new robotics reference platform for physical AI systems
The Allen Institute for Artificial Intelligence (Ai2) says it has achieved a milestone in robotics by demonstrating that robots trained entirely in simulation can perform tasks in the real world without additional training or real-world demonstrations.
The result challenges a long-held assumption in robotics that systems trained in virtual environments must still be fine-tuned with physical robot data before they can operate reliably in real environments.
According to Ai2, its researchers showed that sufficiently large and diverse simulated training environments can produce robot control models capable of transferring directly to real machines – a concept known as “zero-shot sim-to-real transfer”. [Read more…] about Ai2 claims breakthrough in training robots entirely in simulation
A new study by researchers at the Massachusetts Institute of Technology suggests that the rapid improvement of large language models is driven primarily by access to massive computing power rather than secret proprietary techniques developed by individual AI companies.
The paper, titled Is there “Secret Sauce” in Large Language Model Development?, analyzes 809 large language models released between October 2022 and March 2025 to understand what factors are responsible for improvements in AI capabilities.
The researchers examined benchmark performance and training data for the models and attempted to separate the sources of progress into four components: the amount of training compute used, shared algorithmic progress across the industry, developer-specific techniques, and model-specific design choices. [Read more…] about MIT study suggests computing power – not ‘secret sauce’ – drives most AI model breakthroughs
