@claudeai Here is a truly open-source and working version, featuring a long-term memory system designed for organizations rather than individuals. https://t.co/AqWtqBJRsW
@jimclydego@ataiiam Here is a truly open-source and working version, featuring a long-term memory system designed for organizations rather than individuals. https://t.co/AqWtqBJRsW
The three problems you hit — the agent dies with your laptop, you pay when teammates use it, no real cron — are runtime problems, not interface problems. Buzz nails the interface half. I've been building the other half: Ankole, an open-source, self-hosted OS where agents run 24/7 on your own server. Jobs run for hours or days, survive restarts, and report back to the channel. Agents join Slack/Teams/Lark under their own identity, on the team's model credentials — so usage bills the team, not whoever wired the bot up. Cron-style schedules and per-agent skills, tools, and authority boundaries are built in.
Try https://t.co/WfLOadg0b0
everyone asks what 5.6 sol can build. we asked what kind of company becomes possible once models like it exist. Ankole is our working answer: people decide what matters; models own the work. when intelligence is abundant, headcount stops measuring company size. https://t.co/tsmO8YQgyV
We built @AgentBull/ankole, an open-source Agent OS, with Claude Code (Fable 5) and Codex (GPT-5.6 Sol). Both are strong, but GPT-5.6 Sol performed better on the same cross-stack codebase—especially at root-cause analysis and verification. https://t.co/AqWtqBJRsW
Claude Tag just dropped for teams. What if you could run the same thing — fully self-hosted and open source? Ankole is an open-source AgentOS for shared AI colleagues. Multi-agent collaboration with real identities, persistent memory, tools, and long-running workflows — all on your own infrastructure. No vendor lock-in. Full control. https://t.co/GMX8rei9F5
Summarization is lossy compression.
The hard part is not fluency. It is the compression policy: what to keep, drop, and rank.
That policy is basically my private utility function—subjective, unstated, and wildly personal.
This also changes architecture.
The moat is less “we chose the perfect language/framework” and more:
- behavioral oracles
- test suites
- audit trails
- rollback paths
- permissions
- trajectory data
Code can be rewritten. Verified intent compounds.
A thought I’m not fully sure about:
After “person-months,” software velocity may become:
Verified Agentic Delta / Human Attention Hour / $
In a post-LLM world, code is cheap. The bottleneck is: what changed, was it verified, who approved it, and how much attention did it take?
Maybe the formula is:
Σ(Business Value × Verification Confidence × Risk Discount)
/
(Human Attention Hours + Agent Cost + Calendar Latency)
Ugly, but closer to reality than LOC or “number of PRs.”
In the old world, software was constrained by typing, debugging, and migration labor.
In 2026, large parts of that loop are becoming agentic.
So the scarce input shifts from engineering labor to judgment, verification, context, and risk ownership.
“Agent-hour” feels like the wrong unit.
It measures activity, not accepted change.
The useful unit is a delta that survived tests, review, audit, risk checks, and maybe production.
Otherwise we’re just measuring how fast agents can create work for humans.