Compute
Significantly Less Preprocessing
Our encoded representation arrives in a uniform, model-ready shape, so much of the usual prep work falls away. You aren’t normalizing the same fields in five different ways, juggling format quirks, or round-tripping through decode just to feed a batch. Inputs are already packaged for compute, and restore is only invoked when you explicitly need a plain copy.
Because the mapping is deterministic, meaning is preserved while inconsistencies are stripped out. Common chores—schema wrangling, type coercion, ad-hoc cleaners, duplicate per-format pipelines—shrink to policy and validation. Fewer bespoke scripts means fewer edge-case failures and simpler handoffs between data, ML, and ops.
Operationally, this shortens the path from storage to accelerator. Less I/O churn, fewer intermediate artifacts, and reduced scheduler contention translate into steadier throughput and easier rollback when something goes wrong. You keep outcomes while removing detours.
Compute
Compute
Portable across CPUs/GPUs/NPUs/embedded
Compute
Friendly Run where networks are constrained or absent
Compute
Compute
Adopt without retraining; preserve outcomes
Compute
Inference and fine-tuning without a decode step
Data
Data
Fewer rotations/rewrites; resilient short of catastrophic loss
Data
Leaner movement and comparison with built-in verification
Data
Data
Data
Recover through real-world corruption within defined bounds
Data
Smaller files with bit-for-bit, verifiable restore.