XRDNA, University of Utah Launch Multi-Year Internet of Actions Partnership With 33% Utah Tech Growth in View
Updated
Updated · briefglance.com · May 13
XRDNA, University of Utah Launch Multi-Year Internet of Actions Partnership With 33% Utah Tech Growth in View
3 articles · Updated · briefglance.com · May 13
XRDNA and the University of Utah unveiled a multi-year collaboration to build “executable systems” that can coordinate and carry out real-world tasks rather than only exchange data.
Mission Fabric — backed by Elastic Vector Addressing and Spheres of Influence security — is the core platform, intended to link assets such as labs, drones, satellites and infrastructure into one real-time operating environment.
Defense, space and critical infrastructure are the first targets, including coordinated mission networks, space-domain awareness tools and digital twins for power, water and transportation systems.
Zero Trust Native security is central because concentrating control of physical infrastructure in one digital layer raises cyber, privacy and accountability risks, especially as AI-driven autonomy expands in defense.
The partnership also ties Utah’s ARPANET legacy to its current tech push: the state projects 33% growth in tech jobs by 2034, while XRDNA launched in 2023 with $2.2 million in pre-seed funding.
How will this technology guarantee meaningful human control, not just symbolic oversight, in high-stakes defense scenarios?
Does unifying critical systems into an 'Internet of Actions' create a single, catastrophic point of failure for cyberattacks?
When an autonomous system makes a catastrophic error in the physical world, who is ultimately held liable?
The Internet of Actions Unveiled: XRDNA and University of Utah’s Strategic Alliance for Next-Gen Digital and Physical Orchestration
Overview
On May 13, 2026, XRDNA and the University of Utah’s John and Marcia Price College of Engineering announced a major multi-year partnership to launch the 'Internet of Actions.' This collaboration aims to move beyond traditional research by creating a dynamic environment where research, education, and real-world problem-solving reinforce each other. The goal is to accelerate the journey from innovative ideas in the lab to practical applications, building interconnected systems that are continuously coordinated and impactful. The partnership reflects a shift in engineering, focusing on shaping the future of technology rather than just responding to change.