Hiring
Nodes evaluated 900,000+ people using location-specific top-performer profiles across 200+ locations nationwide. The carrier hired 10,000+ insurance agents from that pool.
Nodes supports insurance-agent hiring, licensing progress and educational support at the same Fortune 500 insurance carrier.
Nodes evaluated 900,000+ people using location-specific top-performer profiles across 200+ locations nationwide. The carrier hired 10,000+ insurance agents from that pool.
Nodes identified a gap between sign-up and licensing completion, then implemented approved reminders based on each person's latest activity and remaining progress.
Nodes identified a support gap and built and deployed an educational assistant that understands each person's context and works with them.
The historical hiring evidence below has its own populations, dates and definitions. The 10,000+ hires are distinct from the 10,765-person research cohort; the historical hiring metrics do not measure licensing or educational support outcomes.
This case documents Nodes’ historical candidate-evaluation application at one Fortune 500 insurance carrier. It reports $1.58M in Q1 2025 net savings, validated by the customer’s CFO, alongside the deployment records and separate retrospective research below.
Application-specific evidence · Customer records and retrospective research · These findings do not establish results for every Nodes workflow.
The carrier operated a high-volume hiring funnel across 215+ locations. The study tested familiar screening signals by joining historical hiring records to later production outcomes.
It examined whether the evidence used to assess candidates was associated with the defined production milestone, while preserving the limits of a retrospective analysis.
Of 8,181 parsed skills, 3,597 had enough data to test. After Bonferroni correction, zero predicted the first production milestone and 30 were anti-predictive.
The keyword analysis reported AUC 0.558. In a separate small sample of n=229, behavioral assessment alone produced cross-validated AUC 0.647 and fused ATS, assessment, and behavioral evidence produced AUC 0.735. These analyses are bounded by their samples and methods.
The reference cohorts moved from 109 days to 62 days to the first production milestone. The live requisition-to-hire loop moved from 127 days to 38 days.
The historical replay identified producing agents the industry-experience filter would have removed. Their annual production represented $17.7M at risk in the retrospective counterfactual. This does not represent incremental revenue caused by Nodes or realized savings. Inspect the modeled claim.
AUC describes ranking performance in the stated sample. The time and value findings come from one carrier. They do not establish universal accuracy, causality, or future lift.
Legal approval took 17 days after six AI hiring vendors had been rejected over 18 months on architecture. These are results from one deployment, not a timeline promise for another environment.
The production application evaluates resume and assessment evidence against configured hiring criteria. Named people retain hiring authority. Quarterly production reports and retrospective research provide outcome evidence; their existence does not establish that the application automatically learns from them.
Production evidence stayed inside the approved customer VPC boundary.
The application supports candidate evaluation against configured criteria. A named person makes the hiring decision.
The retrospective research links records to the customer's defined production milestone, with its methods and limits published separately.
These records establish results for this application and period. Evaluate the current platform against the workflow and outcomes your company needs.
A separate capability demonstration should show relevant context and gaps, reused or newly tested capabilities, a human-refined plan, permitted execution, and recovery from an exception. Then test whether a later result changes the next applicable recommendation.
Measure engineering effort, customer intervention, verified effects, and learning against a prior or no-memory baseline. The product example illustrates current capabilities in a fictional service workflow. Its records and outputs are illustrative, rather than additional customer evidence.
Each number retains its population, period, method, and limitations. The full evidence register remains available as a separate inspection surface.
| ID | Claim | Value | Population | Method | Status |
|---|---|---|---|---|---|
| C01 | Candidates scored | 900,000+ | One Fortune 500 carrier | Live production record since January 2025 | Observed |
| C05 | Research cohort | 10,765 agents | Agents at one carrier | Retrospective observational study, 2022 to 2025 | Observed |
| C20 | Q1 2025 net savings | $1.58M | One live deployment | CFO-validated customer record | Observed |
| C21 | Annual production at risk | $17.7M | 2,863 producing agents | Retrospective counterfactual | Modeled |
| C25 | Time to first production milestone | 109 to 62 days | Reference carrier cohorts | Historical median comparison | Observed |
| C26 | Requisition to hire | 127 to 38 days | One live deployment | Customer production record, 2025 | Observed |
| C41 | Predictive keywords after correction | 0 of 3,597 | Testable keyword set | Bonferroni-corrected testing | Validated |
Methodology: Decision Traces, arXiv:2604.19819. Complete claim records and supporting artifacts are available through the evidence register and deployment data room.
Explore one workflow in a walkthrough, with no dataset required. Discuss a suitable implementation scope and how to measure it afterward. Historical Decision Replay remains a separate, optional evaluation.