Bounded Dense Multi-Output Least-Squares Minimum-Norm Solver is a paid API for AI agents from stat.halowerk.com, paid per call via x402, $0.002/call, status unknown (last checked 2026-10-29).
Solves a bounded dense multi-output least-squares problem and returns the minimum-norm solution along with diagnostics including numerical rank, singular value spectrum, rank threshold, residual, and effective condition number.
Solves a bounded dense multi-output least-squares problem and returns the minimum-norm solution together with the diagnostics that say whether it can be trusted: numerical rank, the full singular value spectrum, the rank threshold actually applied, the residual, and the effective condition number. A rank-deficient system still gets an answer here, but it gets one that announces its own deficiency instead of a plausible vector with no warning attached.
Returns the minimum-norm least-squares solution matrix (X such that AX ≈ B), along with: the numerical rank of A as determined by the rcond threshold, the complete singular value spectrum of A, the rank-condition threshold actually applied, the residual norm of the solution, and the effective condition number. For rank-deficient systems, the response explicitly announces the deficiency rather than silently returning a plausible-looking answer.
POSThttps://stat.halowerk.com/v1/oss-openblas-dense-minimum-norm-solve?utm_source=zero.xyzPrefer this endpoint when you need not just a least-squares solution but also trustworthiness diagnostics — especially for potentially rank-deficient or ill-conditioned systems where a silent answer would be dangerous. It is ideal for multi-output problems (multiple right-hand side columns), when you need the full singular value spectrum, or when you want the minimum-norm solution among all possible least-squares solutions. Choose it over a simple linear solver when numerical reliability assessment matters as much as the solution itself.
| Field | Type | Description |
|---|---|---|
| inputrequired | object | |
| output | object |
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