HALOWERK Container Load Planner is a paid API for AI agents from handel.halowerk.com, paid per call via x402, $0.006/call, status unknown (last checked 2026-09-14).
Computes an optimal 3D bin-packing loading plan for a set of packages into a single container or loading space, returning the exact placement positions and orientations.
Loads a package list into one loading space and returns the plan, not an estimate. The floor starts as one free surface; packages are sorted by footprint, then height, then weight, then identifier, and each one is placed on the lowest, then frontmost, then smallest free surface it fits on, turned by 90 degrees around the vertical axis where that makes it fit.
Returns a deterministic loading plan (not an estimate) specifying for each package: its position within the loading space (x/y/z coordinates), its orientation (including any 90-degree rotation around the vertical axis), and the sequence in which packages should be placed. The plan is derived from a greedy algorithm that sorts packages by footprint, height, weight, and identifier, placing each on the lowest, then frontmost, then smallest free surface it fits on.
POSThttps://handel.halowerk.com/v1/container-loadChoose this endpoint when you need a deterministic, rule-based 3D bin-packing plan for a single loading space and want a guaranteed placement result rather than a probabilistic estimate. It is ideal for logistics automation workflows where reproducibility and consistency matter — the same input always produces the same output. Prefer it over heuristic or AI-based packing tools when auditability and predictability are required, or when integrating into an automated fulfillment or shipping pipeline that needs exact coordinates per package.
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