GOAT 2.0 — Proactive Memory Demo
Fresh session.
First message: "Goat" — one word, essentially no semantic retrieval signal.
Second message: "Ce ai notat mă?" — ambiguous, no topic, no keywords.
The prefetch daemon runs as the first step on every turn, before the LLM call, retrieving from episodic memory concurrently with context assembly — independent of what the user said.
Result:
source_tier: episodic
results_found: 15
results_used: 10
tokens_l3: 1533
latency_search: 0.234s
Retrieval was not driven by the semantic content of the query, but by the daemon running proactively on every turn regardless of input.
Raw logs below. No edits.
I'm interested in technical criticism. If you think this would fail under a specific scenario, tell me which one.
Bug report submitted: Chromecast Wi-Fi handshake creates unnecessary latency — Bluetooth control channel would fix it
Ever noticed how casting from Chrome feels sluggish and clunky compared to just pressing a button on your remote? Here's the architectural reason — and I've submitted a fix to Google.
Currently, every Cast session requires a full Wi-Fi handshake through the router, creating unnecessary latency and per-session authorization prompts.
The Google TV remote app already uses persistent Bluetooth pairing on the same hardware and works instantly — the same approach should be used for Cast initiation.
Please upvote the bug report if you've experienced this issue.
issues.chromium.org/issues/517948327