About - A-Gold Resourcing

Our Philosophy

We believe computational infrastructure must be explicit, reproducible, and resilient to revision.
Standards must be implemented deterministically, not assumed.
Systems should remain explainable decades from now.

Collaborations and Ethos

Modular, integrable, long-lived: Our systems are designed to be reused and relied upon.

We value rigor over speed, correctness over spectacle.

We assume others will build on our work fifty years from now.

Mission

Our mission is to build and preserve the computational foundations of space science for the global research and operational community.

Our goal is not speed, or spectacle. Our goal is continuity so that future researchers and operators are never forced to rebuild what should have been preserved.

We Do This By:

Developing accurate, long-horizon ephemerides and orbital systems, validated against peer reviewed models and established scientific standards

Maintaining coherent space time frameworks across civil, atomic, and scientific standards.

Providing stable reference frames and coordinate infrastructures.

Documenting all assumptions, uncertainties, and limitations openly and explicitly.

Glossary

ΔT: Difference between atomic (TT) and dynamical time; critical for historical and predictive astronomy.
EOP: Earth Orientation Parameters; corrections for Earth’s irregular rotation.
Leap second: Occasional one-second adjustment to UTC to keep it in sync with Earth's rotation.
Reference frame: Mathematical system for defining positions in space (ICRS, BCRS, GCRS, CIRS, TIRS, ITRF).

We believe computational infrastructure must be explicit, reproducible, and resilient to revision.

Standards must be implemented deterministically, not assumed.

Systems should remain explainable decades from now.

Modular, integrable, long-lived: Our systems are designed to be reused and relied upon.

We value rigor over speed, correctness over spectacle.

We assume others will build on our work fifty years from now.

Our mission is to build and preserve the computational foundations of space science for the global research and operational community.

ΔT: Difference between atomic (TT) and dynamical time; critical for historical and predictive astronomy.

EOP: Earth Orientation Parameters; corrections for Earth’s irregular rotation.

Leap second: Occasional one-second adjustment to UTC to keep it in sync with Earth's rotation.

Reference frame: Mathematical system for defining positions in space (ICRS, BCRS, GCRS, CIRS, TIRS, ITRF).

Request an initial consultation to evaluate your system's temporal integrity.