Middle-out compression raised the Weissman score from 2.9 to 5.2 across the first three enterprise rollouts.
Pied Piper rebuilt its compression stack around a middle-out algorithm, lifting the Weissman score from 2.9 to 5.2 and cutting cloud storage costs by 40 percent for its first three enterprise customers.
We stopped compressing file by file and started compressing from the middle out. That was the whole unlock.
Pied Piper's early customers were drowning in raw video and sensor data. Standard codecs left too much on the table, and cloud bills kept climbing.
The team rebuilt the pipeline around a middle-out algorithm that compresses from the center of a file outward, so redundant structure collapses far earlier in the pass.
Across the first three enterprise rollouts, storage costs fell 40 percent and the Weissman score climbed from 2.9 to 5.2.
Jump to the moment Richard connects middle-out compression to the customer result.
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“It saved them about forty percent on storage across all three of those first deals.”
“The Weissman score went from 2.9 to 5.2 once the middle-out pass was stable.”
Richard Hendricks So the storage bill was the thing that kept me up at night.
We stopped compressing file by file and started compressing from the middle out. That was the whole unlock.
The Weissman score went from 2.9 to 5.2 once the middle-out pass was stable.
It saved them about forty percent on storage across all three of those first deals.
Every answer comes straight from what Pied Piper has said on the record, with the exact source clip.
