TareProgram
Precision time correction for long-baseline clock comparison. Better time transfer for metrology labs, UTC contributors, and time-sensitive applications.
What it is
TareProgram is a post-processing service that improves the accuracy of time transfer between distant clocks. When labs compare clocks over long baselines—for UTC, fundamental physics, or network time—atmospheric and system effects can bias the result. Our method corrects for a class of these effects using patent-pending processing. You send us your comparison data; we return corrected results under strict confidentiality. No disclosure of the method; your data stays yours.
Who it's for
National metrology institutes, UTC contributors, fundamental physics experiments (e.g. LPI, variation of constants), and anyone who cares about sub-nanosecond-level clock comparison over long baselines. We are building a service with clear rules, fixed schedules, and rigorous data handling.
Technical note
Results and validation summary (no method disclosure): effect size, validation protocol, and blind pilot proposal. Two-page summary; no form, parameters, or implementation disclosed.
Read technical notePilot one-pager
Proprietary timing integrity — two results, no method. GNSS clock comparison (~81% RMS reduction) and event-ordering (99% vs 64% on a 50 ns test). For labs, HFT desks, telecom, PPP. Results-only pilot.
View pilot one-pagerDemonstration
Public IGS data, corrected: a simple before/after visual. No method or implementation disclosed—just the result.
See demonstrationFAQ and pilot terms
Clear answers on what Tare is, who can participate, data handling, cost, and IP. Pilot terms govern the 90-day program.
Pilot program
Cohort: May 1–July 30, 2026. Ten places. Qualified labs and organizations; applications reviewed individually.