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White Paper: Navigating the Journey to AI-Ready Buildings by Schneider Electric

This paper explores how AI systems can be implemented and operated in commercial buildings to address the significant challenges that facility managers and building owners face today and in the immediate future. It also considers the wide range of benefits and new opportunities presented by the adoption of AI-enabled technologies and platforms, as well as all the key requirements for implementing AI in commercial buildings and across real estate portfolios. Navigating the Journey to AI-Ready Buildings | Buildings

President Signs AI Executive Order

President Trump signed an executive order on June 2 establishing a voluntary federal framework to address cybersecurity risks posed by advanced artificial intelligence systems. The final order asks developers of the most advanced AI models to voluntarily submit their systems for government review 30 days before public release, down from a previously proposed 90-day review period. The goal is to give federal agencies time to assess potential threats to financial systems, critical infrastructure, and national security networks. As AI-driven technologies are adopted across the economy, cybersecurity requirements throughout the electrical supply chain are likely to expand. The order signals growing federal attention to AI-related cyber risks, which could lead to new security expectations for distributors supporting energy infrastructure, industrial automation, smart buildings, data centers, and grid modernization projects. Washington Wire: Trade, Energy, Labor, and AI Policy Updates – tEDmag

How Simulations and Digital Twins Are Advancing Robotics

Agentic AI showed us the capabilities of autonomous AI systems in workflows. Now, physical AI is poised to show us the capabilities of autonomous systems in the physical world, but not without help, as noted in various sessions at Nvidia GTC 2026. Physical AIis an embodied system that uses sensors to process and understand its surroundings. Consider tools like autonomous vehicles that use sensors to process a host of environmental data to ensure safe transportation. Or medical robotics, which provides healthcare workers with a degree of precision they never had before. Physical AI and robotics stand to revolutionize and automate entire industries, but as emerging technologies, they’re still in their infancy. These tools still need to learn to navigate the world around them without risking harm to humans or organizational failure. Simulations and digital twins could provide an environment to test and refine robots before implementation. How simulations and digital twins are advancing robotics | TechTarget

Interesting: The Three Pillars of Independence of an Organization

The 3 Pillars of Independence most commonly refers to a framework from the UK voluntary sector (specifically promoted by organizations like Bond and the Directory of Social Change). It is a toolkit for assessing and maintaining the independence of charities, NGOs, or civil society organizations.

The Three Pillars are:

  1. Independent of Party Politics – The organization (or regulator) must remain free from bias or influence by any political party or the government of the day. Decisions should be impartial, not favoring one political side.
  2. Independent of Populism – It should not be swayed by popular public opinion, media-driven campaigns, or transient public pressure, especially on controversial or unpopular causes.
  3. Independent of the Press – Freedom from media influence or pressure, ensuring decisions are based on evidence and law rather than headlines or public narratives.

This toolkit was created to monitor potential political encroachment on charitable regulation and to ensure charities can operate without undue external interference.

 

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August Blog: Learning to Get Better by Bill Attardi

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