⓪ Not a CRM — an index that learns from you loading growth numbers… ▾ click to collapse
If you've worked on a legacy staffing CRM, your mental model is field inventory — every concept must be a visible column, dropdown, or checkbox, or it doesn't exist. This system works the opposite way: concepts don't need to be pre-declared because the hybrid index + playbook memory learns them when you work a contract. The rows below translate the familiar legacy surface into what actually happens here, with real numbers for every claim.
The clock shows where we sit in the 24-hour cycle. Colored arcs mark the 4 standard staffing shifts; the red needle is now. The panel beside it summarizes what Chicago's public permit system is asking for right now — staffing demand before anyone's acted on it. This is the real world the rest of the page is reacting to.
This is what a recruiter or coordinator sees when they open the console. Each card is one open permit ranked against our 500K worker bench. The fill-probability bar shows cumulative chance of filling by day; the economics panel projects gross revenue, margin, and payout window; the over-bill pool flags workers whose pay exceeds the contract's bill rate — they go into a margin-watch bucket instead of being rejected outright.
Type a plain-English description — role, location, trait, certification. The query hits the hybrid SQL + vector index over all 500K worker profiles and ranks by semantic match, reliability, and availability. Try one of the sample searches below or write your own.
Every completed fill, every accepted playbook, every rejected candidate feeds back into the substrate. This strip shows what the system has learned since the last run — which patterns are compounding, which memories are fresh, which indices are being exercised. If it's empty, the system hasn't seen enough traffic yet to form a memory worth showing.
These tiles measure the architecture itself, not the staffing workload. Instant-search latency, index shape, playbook-memory depth, pathway-matrix compounding — four probes that answer "is the substrate healthy right now?"