No-Code Agentist
A daily digest of practical AI agent workflows for non-developers. We isolate actionable no-code guides from viral hype. Scored against human-defined standards.
Daily Summary
3 curated | 3 evaluatedThe no-code agent landscape is evolving toward self-improving systems and cost-optimized enterprise deployment, with LunarResearcher introducing methods for , AI_Acq sharing strategies for , and HubSpot's CTO advocating for intelligent model routing to dramatically reduce costs while maintaining quality.
Opus 5.5 could turn every AI agent run into an improvement for the next one. It turns corrections into reusable skills, tests, rules and memory, so your AI system gets smarter instead of starting from scratch. In this article, I show you how. https://t.co/7CEYQMKHsn
How to build a one-person marketing team. Full playbook below. https://t.co/7Xq4u7NHdl
Hubspot CTO Dharmesh Shah (@dharmesh) reveals the EASIEST way to slash enterprise AI costs without losing accuracy "we can get a dramatic multiple orders of magnitude reduction by going to a lower model with literally no change in the quality of the output" "so many of the things we're doing doesn't require the most powerful model." "it's actually better because there is higher latency; it's not just a cost thing" "In that kind of future state, I think we're going to have model routing...It's 'Help me pick the best model.'" Profitable enterprise workflows need essential components when being developed: 1) Live (updated) context 2) Token-efficient automations The current solution for adding live context into businesses has been deploying an FDE... But most FDEs fail on the second part (by automating at a workflow-level) Instead of routing the task to the proper model and solution, tasks are often routed to a SOTA model that's asked to break down the entire workflow itself into tasks and execute. The more efficient approach is working at the task-level and routing the task to the right solution/model based on: - risk - judgement level - past data (that can be fed to AI) FDEs applying this strategy dissect tasks and route them into 4 main buckets: 1) Deterministic -> it can be handled with plain code (no tokens used) 2) low risk/judgement and enough past data -> an agent is tasked with this And based on the same criteria, it would be routed to a cheap, midtier, or frontier model. 3) high risk/judgement & not enough past data -> Human handles it 4) The task solely exists for handing off tasks -> this gets deleted Enterprises using FDEs that apply this strategy are able to shorten processes, while becoming more efficient and profitable (all without losing accuracy) cc: @latentspacepod , @swyx , @FanaHOVA