Amjad Masad & Adam D’Angelo: How Far Are We From AGI?
a16z Podcast
Nov 07
Amjad Masad & Adam D’Angelo: How Far Are We From AGI?
Amjad Masad & Adam D’Angelo: How Far Are We From AGI?

a16z Podcast
Nov 07
Two visionary tech founders, Adam D’Angelo and Amjad Masad, dive into the evolving landscape of AI, challenging assumptions about intelligence, automation, and the future of work. Their conversation cuts through the hype, offering contrasting views on whether today’s AI systems are truly intelligent or merely sophisticated mimics.
Adam D’Angelo envisions full automation of remote work within five years using current AI architectures, while Amjad Masad argues LLMs lack real understanding and aren’t progressing toward true AGI. They debate AI’s economic impact—potentially boosting GDP but risking a 'missing middle' in employment—as entry-level roles vanish but expert intuition remains irreplaceable. AI enables solo entrepreneurs to scale quickly, possibly disrupting big tech and reshaping national economies. Yet human judgment, especially in fields like therapy, stays essential. AI agents are becoming more autonomous, with some running for over 20 hours, but still depend on human-curated data and struggle beyond training knowledge. The duo laments Silicon Valley’s shift from experimental innovation to profit-chasing, questioning if foundational learning still matters. Finally, they highlight how AI obsession has sidelined consciousness research, cautioning that emulating thought isn’t the same as understanding it.
02:58
02:58
LLMs aren't equivalent to human intelligence—they can still be tricked.
19:49
19:49
Recommender systems are already superhuman at predicting user interests
29:46
29:46
Google was initially slow to respond to ChatGPT, a disruptive technology
39:21
39:21
Data may become the bottleneck as AI gets cheaper and more powerful
45:49
45:49
Agent 3 can run indefinitely, marking a leap in autonomous operation
55:16
55:16
Moved Replit out of SF due to the culture
58:18
58:18
Roger Penrose argues the brain cannot be a computer