I'll review seven Berkeley SETI programs at IR, visible and radio wavelengths, concentrating on newer experiments, Astropulse and Fly's Eye at Arecibo and the Allen Telescope Array. The SETI@home sky survey analyzes multibeam Arecibo data using desktop computers from five million volunteers in 226 countries. SETI@home participants have formed Earth's second most powerful supercomputer, averaging 500 Teraflops/second. Users have the small but captivating possibility their computer will detect the first signal from an extraterrestrial civilization. We are also carrying out two searches for microsecond time scale dispersed radio pulses. These microsecond radio pulses could come from exploding primordial black holes, compact-object mergers, cosmic-string cusp sparks, or perhaps from extraterrestrial civilizations. The Allen Telescope Array's "Fly's Eye" experiment observes a 100 square degree field by pointing each antenna in a different direction; by contrast, the Astropulse sky survey at Arecibo is extremely sensitive but has 1/3,000 of the instantaneous sky coverage.