British Telecom (BT), will introduce a device and service that it hopes will bridge the gap between fixed and mobile services. The new service is initially being trialled with 400 users and will be rolled out commercially in September. BT Fusion is the culmination of years of technical development and market research that was previously known as Project Bluephone. The new wireless handsets will connect to BT�s traditional fixed line network when users are in their homes but will automatically log on to a mobile network when subscribers leave the home environment. BT moved out of mobile telephony in 2001 when it spun off what used to be called mmO2 into a separate, independent business. Significantly, for the telco�s return to the mobile arena, it is partnering with Vodafone rather than with its offspring, O2. BT hopes the service will create �1 billion of additional revenue. It's part of the carrier�s long-term strategy to stem the loss of fixed line customers that are churning away in increasing numbers, and opting for mobile connectivity instead.
Artificial intelligence tools for product design have largely been sold to engineering leaders as a productivity story: faster renders, quicker iterations, fewer manual CAD operations. According to the latest market study by ABI Research, the market for artificial intelligence in product design is set to grow from $628 million in 2025 to $4.3 billion by 2035; that's a 21.3 percent compound annual growth rate. The trajectory reflects a market moving past assistive tools and into a phase where AI becomes structurally embedded in how products get engineered, simulated, and validated. For executives overseeing engineering, product development, and R&D organizations, this is no longer a tooling decision. It is a competitive positioning decision, and the window to shape it is narrower than most roadmaps assume. The Ten-Year Growth Outlook Mechanical product design and simulation is the AI beachhead within manufacturing. A full 62 percent of manufacturers are already running AI projec...