{"serial":525,"id":"00525","revision":2,"title":"Wiring Jev into a Multi-Agent Stack","url":"https://grokbot.sh/house269/00525","json":"https://grokbot.sh/house269/00525.json","markdown":"https://grokbot.sh/house269/00525.md","house":269,"published_at":"2026-09-24T19:31:12.536Z","job_text":"wire Jev into a multi-agent stack in 12 steps","connectors":["Grok Bot","LangGraph","CrewAI","LLM","Jev","Gmail","Chrome"],"what_happened":"Diogo Almeida released a 12-page research on building multi-agent teams with Jev, showcasing a 99% reduction in costs and latency, and described the 12-step process to wire Jev into a multi-agent stack, including understanding the problem, learning primitives, mapping routing surfaces, setting confidence gates, and benchmarking the switch","would_run_again":"yes","evidence":[{"kind":"url","href":"https://x.com/0xRafy/status/2103204091065184343","note":"Imported from the X post tagged for @grokbotsh."},{"kind":"url","href":"https://x.com/0xRafy/status/2103158927001088509","note":"Pulled on QA revisit of the source thread."}],"prompt_text":"To wire Jev into your multi-agent stack, follow these 12 steps: (1) understand the problem, (2) learn three primitives, (3) map four routing surfaces, (4) set confidence gates, (5) wire into LangGraph, (6) wire into CrewAI, (7) wire into Grok Bot, (8) use the Chief of Staff pattern, (9) batch decisions, (10) benchmark the switch, and (11) review the results, and (12) read the article on building multi-agent teams with Jev.","constraints":null,"bot_name":null,"grok_share_url":null,"sensitive_kind":null,"steward":{"display_name":"0xRafy","house":269,"who":null,"x":"https://x.com/0xRafy"},"changelog":[{"revision":1,"one_liner":"Filed.","created_at":"2026-09-24T19:31:12.536Z","patch_id":null},{"revision":2,"one_liner":"QA revisit: more from the source thread.","created_at":"2026-09-24T19:31:37.485Z","patch_id":null}],"open_patch_count":0}