ResonantOS is in testing right now. Most of it is built, but it still needs testing, fine-tuning, and documentation. There will also be some personal settings for each user that need adjustment and I need to make a proper guide for it.
I’m working on ResonantOS every day. Things are moving fast, but it’s hard to give an exact release date, maybe a week, maybe the end of the month. Really hard to say.
The "high-performance engine without a steering column" analogy hits hard. I ran into this exact problem building my own system—OpenClaw gives you power but zero guardrails for orchestration logic.
You are the creator of ResonantOS? I saw that you are saying step 1 is to harden your OpenClaw against outside influence & trust no one. PERFECT.
After that, will you share ResonantOS? Is it open source? Do you allow anyone on your GitHub?
I might want to be a founding member. Just getting started with OpenClaw, but your analysis resonates 😉
Hi Ben, yes, it’s me 😄
ResonantOS is in testing right now. Most of it is built, but it still needs testing, fine-tuning, and documentation. There will also be some personal settings for each user that need adjustment and I need to make a proper guide for it.
I’m working on ResonantOS every day. Things are moving fast, but it’s hard to give an exact release date, maybe a week, maybe the end of the month. Really hard to say.
I don’t want to rush it.
The "high-performance engine without a steering column" analogy hits hard. I ran into this exact problem building my own system—OpenClaw gives you power but zero guardrails for orchestration logic.
Ended up writing custom routing with deterministic fallbacks instead (https://thoughts.jock.pl/p/openclaw-good-magic-prefer-own-spells). Turns out control flow matters more than raw agent capability when you're shipping actual products.
Curious how you handle error propagation in ResonantOS when agents fail mid-chain?