The integration of computer vision allows 3D printers to segmentize newly deposited material and distinguish it from the existing lattice structure. This groundbreaking advancement, pioneered by researchers at Lawrence Livermore National Laboratory, provides additive manufacturing systems with what
Securing $20 million in U.S. government contracts has positioned Impossible Objects as a critical supplier for high-strength long-range drone components and aircraft structures. This milestone, paired with a substantial $40 million Series B funding round, signals that additive manufacturing has
The migration of cryogenic characterization to the fab floor signals a new era of disciplined, data-driven manufacturing for extreme-environment electronics. For decades, the pursuit of quantum supremacy and superconducting logic was confined to the whisper-quiet halls of university physics
Web application compromises are rising as a preferred attack vector while the use of removable storage devices as an entry point for malware continues to decline. This fundamental shift marks a critical transition point for industrial operators who once relied on the physical isolation of their
A massive fourfold increase in revenue related to Physical AI over the past year highlights a growing industrial demand for robots that can manage complex, varied movements. This surge in market interest indicates that the era of simple, repetitive automation is giving way to a more sophisticated
Six days after being printed with tomographic volumetric methods, human cells within a synthetic ear structure were found to be organizing into complex biological networks. This breakthrough marks a definitive shift in the fabrication landscape of 2026, where the slow, additive layering of the past
