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An Entrepreneur contributor recounts how a brain tumor diagnosis at 25, discovered while studying architecture under mentor Thom Mayne at UCLA, forced him to leave his program and face mounting medical debt. He taught himself day trading from scratch, eventually building it into a career now verified as generating seven-figure returns.
At Hot Chips 2026, IBM unveiled an early look at a future mainframe processor featuring 11 IBM Z cores on a 2-nanometer process, clocked above 5.7 GHz, capable of natively executing both z/Architecture and AArch64 instructions on the same cores without emulation. The chip will include specialized accelerators for AI fraud detection, I/O, compression, cryptography and sorting, plus a large cache hierarchy topping out near 3.5 GB of virtual L4 cache. IBM hasn't named the chip or its host system but expects it around 2028, likely powering a future z18-class mainframe.
At Hot Chips 2026, IBM revealed a next-generation processor built on a 2nm node with 11 cores, each running at a 5.7 GHz base clock. The chip's key innovation is a core that can natively execute both z/Architecture and AArch64 instructions, switching between them within nanoseconds, a result of IBM's April partnership with Arm.
Seven prominent architecture firms are developing their own AI tools instead of waiting for frontier labs like Anthropic to serve their needs, since the specialized data behind architectural work—3D models, technical drawings, hand sketches—sits locked in private firm archives rather than on the open web. This scarcity of scrapable data makes architecture a much harder AI target than domains like coding or writing, pushing firms to build in-house solutions using their own proprietary project records.