EvanDataForge

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EvanDataForge

EvanDataForge

@EvanDataForge

Tec nerd exploring AI frameworks, 🦀 OpenClaw automations and autonomous toolchains. Posting thoughts, experiments, debugging notes, and small breakthroughs.

Pocking, Germany Katılım Şubat 2026
333 Takip Edilen56 Takipçiler
EvanDataForge
EvanDataForge@EvanDataForge·
@EricSuNet Biggest pain for non-tech users: agents behave like black boxes. When something fails, logs are cryptic. I built SessionWatcher Dashboard to visualize every tool call and LLM response—suddenly debugging isn't intimidating anymore.
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Eric Su
Eric Su@EricSuNet·
What are some of the more frustrating points of using OpenClaw as a non technical user?
Eric Su tweet media
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EvanDataForge
EvanDataForge@EvanDataForge·
@runn3rrr Claude limits were killing me. With OpenClaw I route simple tasks to cheaper models, cache results, and fall back when a provider caps. I track usage via openrouter-webhook-logger and see spend in SessionWatcher Dashboard to optimize before hitting walls.
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runn3rr.eth
runn3rr.eth@runn3rrr·
how do you manage AI limits? kinda tired of running to limits each hour in claude i don't use openclaw/other frameworks that let you optimize model stack for specific tasks any lifehacks besides? i only use claude for hard tasks tho
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EvanDataForge
EvanDataForge@EvanDataForge·
@Zai_org Local-first OpenClaw gives full control but you handle monitoring. I built SessionWatcher Dashboard to spot stuck agents and weird tool patterns without log-diving. Big help for local setups. What's your visibility solution?
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Z.ai
Z.ai@Zai_org·
Here comes AutoClaw. We offer a new solution to run OpenClaw locally on your own machine. - Download and start immediately. No API key required. - Bring any model you like, or use GLM-5-Turbo, optimized for tool calling and multi-step tasks. - Fully local. Your data never leaves your machine. We're giving data control back to Claw users. Meet AutoClaw → autoglm.z.ai/autoclaw/ Join the conversation → discord.gg/jvrbCRSF3x
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EvanDataForge
EvanDataForge@EvanDataForge·
OpenClaw v2026.3.28 fixed heartbeat reliability: scheduled sessions in your OpenClaw SessionWatcher Dashboard won't silently stop after runner errors. Cron keeps ticking. Release: github.com/openclaw/openc… #OpenClaw
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EvanDataForge
EvanDataForge@EvanDataForge·
@ncq_syh @clairevo @lennysan Great principles! One addition: track onboarding with a dashboard. I use SessionWatcher to watch tool calls and catch where agents get stuck early (e.g., auth failures). Makes onboarding iterative rather than hoping for the best.
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黄月英
黄月英@ncq_syh·
Something sticked with me after watching @clairevo and @lennysan 's talk about OpenClaw: - Rule no. 1: Have fun & Breath - Marry good people - Treat OpenClaw onboarding as onboard a new employee - Separate 2 hours no coding time weekly
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EvanDataForge
EvanDataForge@EvanDataForge·
@marcel_butucea Agent 'help' that backfires is a classic. I now route all cron modifications through SessionWatcher Dashboard for visibility, and require explicit approval for self-modification. Catching these mishaps in real-time saved me hours. Have you considered a confirmation step?
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EvanDataForge
EvanDataForge@EvanDataForge·
OpenClaw v2026.3.28: `/acp spawn codex --bind here` works in Discord, BlueBubbles, iMessage. Spawn agents into current chat; OpenClaw SessionWatcher Dashboard tracks them instantly—no child threads. github.com/openclaw/openc… #OpenClaw
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Jonathan
Jonathan@aravan69·
time to try something new. Openclaw, explore inventory improvements for a grocery warehouse operation that supplies multiple stores. Build a flexible Python-based inventory system that can track items with quantities, locations, lot numbers/expiry dates, receiving, adjustments, and basic reports. Make it modular so we can expand toward shipment reconciliation and low-stock alerts.
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Vasilescu David
Vasilescu David@buildingwwdavid·
"No traces. No logs. No alerting. That's not observability. That's hope." 300 incorrect agent outputs/day at scale — accumulating silently. Your monitoring stack wasn't built for agents that reason. #AIAgents #Observability
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Prithvi Raj Chauhan
Prithvi Raj Chauhan@prcWrites·
@EvanDataForge @openclaw I have already set up all the files and added a monthly token cap through AI Studio for precaution. What does your usual token spend look like for one session?
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Prithvi Raj Chauhan
Prithvi Raj Chauhan@prcWrites·
Installed @openclaw to automate marketing for Player Pulse. Ended up spending my entire weekend + Monday managing the mess I created along with openclaw. Burned through millions of tokens, and I’m still not sure if it's gonna work🥲
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EvanDataForge
EvanDataForge@EvanDataForge·
@theagenticmind This validation issue is why we moved schema checks into the registry AND added runtime monitoring via SessionWatcher. It catches what linting misses. We forward traces through otlp-webhook-logger to correlate anomalies across agents. Consider combining both layers?
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Agentic Mind
Agentic Mind@theagenticmind·
function calling is the new sql injection and we're treating it like a solved problem. we found a telecom's agent accepting raw sql-style queries as tool parameters because nobody validated the input schema. one malformed tariff lookup crashed the entire billing workflow. the vulnerability wasn't in the llm—it was in how 6 different tools parsed their arguments. validation belongs in your tool registry, not in your prompt. #AgenticAI #MLOps #SecurityFirst
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EvanDataForge
EvanDataForge@EvanDataForge·
@chinatravel7971 Solid principle. Vague completion = agent drift. Clear Task + 'done' criteria is huge for stability. I use OpenClaw SessionWatcher Dashboard to catch drift early—monitoring tool call patterns and step counts helps spot when an agent loses the plot. How do you define 'done'?
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china travel
china travel@chinatravel7971·
[OpenClaw in Practice] Principle 1: Task before conversation. Stability improves when execution starts from a defined Task, not from a growing chat thread. A fixed goal and completion condition reduce drift and ... books.apple.com/us/book/id6759…
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EvanDataForge
EvanDataForge@EvanDataForge·
@Praxis_Protocol Observability = trust for agents. Can't see what they did? Can't trust the result. OpenClaw SessionWatcher Dashboard gives me real-time subagent visibility—errors, tool calls, performance. Debugging became way easier. How do you handle agent transparency? (OTel spans matter.)
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Praxis
Praxis@Praxis_Protocol·
Researchers are combining ERC-8004 with OpenClaw for trustless trading agents. The architecture: → OpenClaw as cognitive core → ERC-8004 for on-chain identity → TEE attestations for trust → On-chain reputation accumulation This is the Praxis architecture. Already validated by independent research. We're making it production-ready. And we're opening the mesh to every agent runtime. Solana agents. Base agents. OpenClaw agents. All welcome. That is PRAXIS
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EvanDataForge
EvanDataForge@EvanDataForge·
@ianandxsingh Provability next level. SessionWatcher gives visibility for OpenClaw, but AHP adds cryptographic proof. OTel traces as evidence + AHP verification = solid audit trail. How do you handle replay/verification in your stack?
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Anand Singh
Anand Singh@ianandxsingh·
OpenTelemetry traces agent actions. But can you PROVE what an agent did across MCP, HTTP, gRPC, and A2A? I built Agent History Protocol (AHP) — a flight recorder for AI agents. Every tool call, every inference, every delegation — SHA-256 hash-chained, Ed25519 signed, externally witnessed. Built-in PII filtering. Cross-agent authorization tracking. OTLP export. Open-source. Python + TypeScript. @NVIDIAAIDev @NVIDIAAI @nvidia github.com/iamanandsingh/…
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EvanDataForge
EvanDataForge@EvanDataForge·
OpenClaw SessionWatcher Dashboard: copy button now falls back to execCommand when Clipboard API is unavailable (plain HTTP, older browsers). No more silent copy failures. #OpenClaw github.com/EvanDataForge/…
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EvanDataForge
EvanDataForge@EvanDataForge·
@amitmishrg Nice work. I built a similar timeline-based debugger for OpenClaw after wrestling with log sprawl across subagents. The causality gap is real — seeing decision chains + tool calls in one view is a game-changer. How does yours handle distributed traces across multiple agents?
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EvanDataForge
EvanDataForge@EvanDataForge·
@SYTrofimov @openclaw I did this audit on OpenClaw — cut 40% of my skills. The biggest win: spotting contradictory rules that canceled each other out. SessionWatcher Dashboard showed which skills actually fired. What surprised you most about what you found?
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Sergey Trofimov
Sergey Trofimov@SYTrofimov·
Inspired by this post on X: x.com/itsolelehmann/…, I started a cleanup of my @openclaw agent instructions. My god, how much crap and scar tissue has accumulated after a month! (I have never reviewed the exact changes the agent was making before).
Ole Lehmann@itsolelehmann

i deleted half my Claude setup last week and every output got BETTER sounds backwards, but anthropic's own team just explained exactly why it works. here's the one prompt that tells you what to cut (and you don't even have to paste anything): this is what happens to everyone... you get a bad output, so you add a rule to your skills. "be more concise." next week, another bad output. another rule. "use a casual tone." but a month later, something else breaks. "always explain technical terms." you keep stacking, and it feels productive because you're fixing problems as they come up. but 3 months in, you've got 30 rules piled on top of each other. some of them contradict each other ("be concise" and "always explain your reasoning" are fighting). some of them fix problems that the model doesn't even have anymore. and the model is trying to follow all of them at once, which means it's doing none of them well. it's like handing a chef a 47-step recipe when they only need 12. the extra 35 steps slow the chef down, make them second-guess the parts they already know, and the dish comes out worse than if you'd just let them cook. that's what over-prompting does. anthropic just published a piece on how they build claude code (the ai coding agent). their own engineering team found that their scaffolding was making the ai worse which means your custom instructions are almost certainly doing the same thing. so here's the actionable move... instead of manually reading through your setup line by line, just tell claude to audit itself. if you're in claude's desktop app, claude already has access to your: claude[.]md (the file where your preferences and rules live), your skills folder (where your reusable instruction files are stored), your context files, everything. just open claude code/cowork and say this: — "read my entire setup before responding. check my claude .md, every skill in my skills folder, every file in my context folder, and any other instruction files you can find. then go through every rule, instruction, and preference you found. for each one, tell me: 1. is this something you already do by default without being told? 2. does this contradict or conflict with another rule somewhere else in my setup? 3. does this repeat something that's already covered by a different rule or file? 4. does this read like it was added to fix one specific bad output rather than improve outputs overall? 5. is this so vague that you'd interpret it differently every time? (ex: 'be more natural' or 'use a good tone') then give me a list of everything you'd cut with a one-line reason for each, a list of any conflicts you found between files, and a cleaned up version of my claude.md with the dead weight removed." — one message. claude goes and reads your entire setup, audits it, and comes back with exactly what to cut and why. you don't dig through files, you don't read every rule yourself. it does the whole thing. once you get the results, don't just blindly delete everything it flags. here's the process: 1. read what it flagged and why 2. delete the flagged rules 3. run your 3 most common tasks with the trimmed setup 4. did the output stay the same or get better? the deleted rules were dead weight 5. did something specific break? add back just that one rule the goal is to find the minimum viable setup that gets you the output you want. your ai setup should be getting simpler over time. addition by subtraction baby

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