4K, at 1.5 Mbps.
The eye cannot tell.

NormH.264 — universal compatibility

4K → 1/4 size

VMAF 83.25 · plays anywhere H.264 plays

NormAV1 — frontier efficiency

4K @ 1.79 Mbps

VMAF 84.36 · single LTE 4G line carries 4K

Bandwidth needed for same visual quality at 4K

H.264 plain	25 – 50 Mbps
AV1 plain (AOM)	12 – 15 Mbps
NormAV1	1.79 Mbps

Measurement: CityHall 3840×2160 60fps 10s, AV1 source transcoding, VMAF 84.36 (mean) / 79.22 (min). Perceptual limit 0.97 Mbps at VMAF 75.99 — see the live demo.

BENCHMARK NOTE
The measurement source CityHall is already AOM-AV1-compressed. NormAV1 squeezes a further 8.43× out of that already-compressed AV1 — visually transparent at VMAF 84.36. This is possible because commutator norm operates on a perceptual axis rather than the rate-control axis other codecs use.

JAVATEL Inc. has supplied surveillance camera systems, video management, and media streaming in Japan since 1997. Based in Nishinomiya, Hyōgo. Video intelligence is not a recent pivot — it is the direction we have walked for 25+ years, now delivered through our patent-pending NormMAP commutator-norm codec engine.

See the live switch demo → 30-day trial →

Patent: JP 2026-046898 / 046609 / 046625 (出願済み) · Paper: Commutator Norm as a Continuous Criterion for GOP Safety and Perceptual Quality Redistribution in Video Encoding — IEEE TCSVT v8 投稿.

Patent-pending technology demonstrations

SlimeCodec series — video codec research

JP Patent App. 2026-046609

Research framed by a single principle: smaller files, without smaller pictures. NormH.264 compresses 4K H.264 source to roughly one-quarter the size, visually indistinguishable from the original. NormAV1 (research preview) takes already-AV1 4K source down to 2.13 MB at 1.79 Mbps and VMAF 84.36 — visually transparent at LTE 4G bitrate — and to 1.15 MB / 0.97 Mbps at the perceptual limit. Switch and see for yourself.

Standard decoders work unchanged. Playback environments need not change.

SlimeNENC — cross-language transpilation

JP Patent App. 2026-046620 (Subset A)

An audit-grade COBOL → Java transpiler. Rust, C#, Kotlin, and Go are also supported.

18 cases × 5 languages × 2 dialects = 90/90 cells bit-exact
90/90 round-trip token-exact
13 COBOL dialects auto-detected
Verified on NIST CCVS85 — 501 programs / 353,666 lines
LLM-at-build only. Runtime is LLM-free and offline-capable.

This subset handles cross-language transpilation only. Same-language parallelization is offered separately as PSDP, below.

Trial: 5,000 LOC for 1 month, free. Optional add-on up to 10,000 LOC.

SlimeNENC — same-language parallelization (PSDP)

JP Patent App. 2026-046620 (Subset B)

Phase-synchronized deterministic parallelism. An existing program is re-emitted in the same language, with bit-exact 12-core parallelization.

23 converters / 12+ languages and variants implemented:
C / C++ / C# / Go / Rust (+prime) / Swift / Python / Node / PHP / Lisp / Clojure / Erlang / Java 17 & 21 (incl. migration paths 8→17, 17→21, 8→21, plus prime) / Kotlin (+coroutines) / Scala / FORTRAN
2.97–4.23× speedup (PSDP paper v5d, 5-language core measurement)
378 runs all bit-exact
90/90 fault-injection rollbacks, zero barrier violations

Applicable to any existing same-language program. Java migrated from COBOL via Subset A is a natural target. Same patent application — no contractual renegotiation required.

Trial: 5,000 LOC for 1 month (no paid add-on).