research / performix
The first AI-first software company focused on human performance in organizations. CAMS diagnostic — Capability, Alignment, Motivation, Support — identifies the binding constraint starving a team's performance right now and routes one accountable action. Research arc forthcoming — the Team Performance Science Guide, anchor-registry corpus, and public /learn reference layer syndicated here.
Why this matters
The portable claim — what this research lets you understand outside the surface domain.
Most organizations treat performance as a rating problem. Performix treats it as a diagnostic problem: which of four conjunctive conditions is the load-bearing constraint *right now* for *this team*, and what is one intervention that would unblock it? The protected-feedback substrate makes the model legible — employees observe social, managerial, and structural blockers better than any external instrument can measure them. The research program generalizes: binding-constraint diagnosis, adaptive measurement with embedded feedback, and peer-reviewed I/O psychology ingested into a structured evidence substrate — applicable anywhere leaders need to act under uncertainty about team activation, not just in HR analytics.
Drill-down — full research surface
Seven-slot baseline. Forthcoming slots shown openly.
Overview
What this research program is and why it exists. The frame the rest of the work hangs on.
Forthcoming — outside-reader brief on the Team Performance Science Guide: binding-constraint diagnosis, CAMS-centered measurement, AI-transformation-readiness beachhead, and the public reference layer at performix.app/learn syndicated here.
Methodology
How the work is done — instruments, protocols, the standards each report inherits.
Forthcoming — adaptive CAMS measurement, protected-feedback substrate, anchor-registry ingest, dual-grade corpus discipline, and evidence-chain standards the diagnostic inherits.
Reports
The actual research findings — phased results, research-question briefs, applied analyses.
Forthcoming — canonical CAMS model brief: four conjunctive dimensions, subconstruct boundaries, binding-constraint pick rule, and the diagnostic thesis (capability alone never produces realized performance).
Bibliography
Field positioning — formal references and literature maps grounding the research threads.
Forthcoming — tier-1 CAMS anchor registry: DOI-verified peer-reviewed sources per subconstruct, field positioning, and acquisition watchlists backing the performance-science library.