Precision Timing
Birth Time Rectification
A recursive pipeline that adjudicates a 48-second-resolution D-150 Nadi engine against a Tattwa checksum through a three-tier conflict resolver — to find the birth time your events actually fit.
The System Stack
Resolution most tools do not reach
Rectification is a search problem. This engine narrows the birth time using the D-150 Nadi Amsha — finer than any of the standard vargas — cross-checked against independent signals.
D-150 Nadi Amsha
The Nadi Amsha at roughly 48-second (12-arcminute) resolution — modality-aware direction counting with Poorvabhaga/Uttarabhaga subdivision.
Tattwa gender checksum
An independent classical signal used to validate candidate times against the D-150 reading.
DCR adjudicator
A 3-tier resolver for D-150-vs-Tattwa conflicts — Tattwa snap → D60 deity guard → Nadi tie-break — with a Kunda-multiplication final veto.
Life-event correlation
Candidate times are tested against your known dated life events to converge on the best fit.
How It Works
The recursive search
- 1
A candidate birth-time window is scanned at high resolution using the D-150 Nadi engine.
- 2
Each candidate is cross-checked against the Tattwa gender checksum and D60 deity guard.
- 3
The DCR adjudicator resolves conflicts through its three-tier priority hierarchy, with the Kunda veto as a final gate.
- 4
Life-event correlation narrows the window recursively toward the most consistent birth time.
What this is — and what it isn't
- A rule-based synthesis of classical Vedic techniques — not a statistically back-tested predictor. It surfaces classical indications, not guaranteed outcomes.
- Rectification proposes the most consistent time given your inputs — accuracy depends on the accuracy and number of the life events you provide.
- It is a classical-technique search, not a birth certificate.