Company intelligence
Exauren
Applied research for complex, high-obligation environments.
About Exauren
Exauren is LeanLogic Systems’ applied-research platform—a measurement architecture that characterizes populations from mandated data, separates statistical inference from rule-verified fact, and studies how scarce preventive and investigative attention should be directed. Exauren’s lead research implementation is U.S. occupational safety—characterizing the national establishment population from mandated OSHA injury data under prospectively specified, backtested designs. The architecture was formed through research in California public-works prevailing wage, whose published adjudicated decisions provide an authoritative reference corpus for exercising portions of the platform’s deterministic evaluation architecture. Neither domain is where Exauren ends. The program is candid about its stage: some underlying capabilities have been demonstrated through exploratory engineering; others remain declared hypotheses requiring data, development time, and funding to test. Commercial deployment follows the research, in that order. Subject to validation, this research may serve safety leadership of multi-establishment employers, insurance and risk-control professionals, compliance professionals, enforcement and oversight bodies, and research collaborators. Exauren surfaces conditions. It does not indict or adjudicate, and it does not replace institutional or professional authority. The economically and humanly preferable place to act is upstream of consequence. Exauren is developed and operated by LeanLogic Systems, LLC.
Verified activity
Signals from Exauren
2 published signals
Products & Services
Exauren is a platform for occupational safety research that approaches difficult questions through repeated passes through incomplete evidence.
Reported by Exauren
Research & Knowledge
Exauren's platform approach to occupational safety and regulatory compliance is described as a spiral of examination with crosshairs and a gold datum.
Reported by Michael Beauchamp