Nothing Ever Happens vs Ternary Bonsai

Nothing Ever Happens is a deliberately simple autonomous trading bot that buys "No" contracts on Polymarket prediction markets—specifically targeting non-sports questions about dramatic or catastrophic events. The thesis: humans systematically overestimate the probability that scary predicted events will actually happen. The bot filters markets using LLM-based criteria to exclude sports (where outcomes are more unpredictable) and focuses on the long tail of geopolitical, tech, and social predictions that tend toward "nothing happens." Built by Sterling Crispin (an artist and technologist known for his work on Apple Vision Pro), the project is equal parts satirical commentary and functional trading system. It logs all positions, P&L, and reasoning chains so you can audit its decisions. The name references an internet phrase mocking catastrophist news cycles—"nothing ever happens" is the skeptic's rebuttal to perpetual crisis framing. The HN post hit 370 points and 180+ comments in a few hours, sparking genuine debate about whether this is a sound strategy, a fun toy, or a comment on prediction market epistemology. Real-world results aren't yet published, but the idea of using an LLM as a "doom filter" for prediction markets is novel enough to be worth watching.

PrismML's Ternary Bonsai is a family of ultra-compressed language models using 1.58-bit weights — meaning every parameter is stored as -1, 0, or +1, with no higher-precision layers anywhere in the architecture. The line-up covers 8B, 4B, and 1.7B parameter models. The flagship 8B model fits in 1.75 GB of RAM, a 9x reduction versus a 16-bit baseline. Unlike earlier 1-bit experiments that felt like a party trick with serious capability regressions, Ternary Bonsai 8B outperforms PrismML's own prior 1-bit Bonsai 8B by 5 points on average across standard benchmarks. The team also ships WebGPU inference, so the 1.7B model runs entirely in a browser tab. This is the first time a production-quality chat model has run with no server at all. The real-world use case is edge and offline deployment: medical devices, air-gapped government systems, consumer apps that need to work without a signal. At 1.75 GB, the 8B model fits on the GPU RAM of a six-year-old gaming laptop. PrismML is positioning this as the foundation for truly offline AI — a credible claim if the capability benchmarks hold up under real-world testing.