Veizik is native inference infrastructure for modern generative AI — built to adapt image and video models across GPU generations, memory tiers, and runtime profiles. Measured on real hardware: its own publisher asks for a GPU with 80 GB; veizik ran the same clip at 6.5 GB on one RTX 3090.†
Measured on real hardware.
Every verified Veizik configuration is tied to measured execution on real hardware — model hash, resolution, frame count, steps and seed all published, with wall time and peak VRAM taken from the run itself.
Wan2.2-I2V-A14B on one RTX 3090 — 6.5 GB peak vs 17.7 GB for the standard fp8 offload path, same clip, same card.
Footprint result for the distilled profile. Separate from the 40-step production profile — not an identical-condition comparison.
FLUX.1-dev at 1024², 24 steps, on one RTX 3090 — measured end-to-end, not estimated.
LTX-Video 2B — a 24 GB-class card holding the full run with room to spare, 5 repeated runs, zero spread.
Every figure ships with the config that produced it and a run manifest you can diff against your own. Explore all benchmarks →
A high-resolution still, turned into a cinematic film with image-to-video — all on one local GPU, nothing leaves the machine.
These families have a native engine path, each numerically checked at the block/engine level (rel_L2 ~1e-6–1e-7 vs reference — a component check, not an end-to-end render benchmark). A universal fallback path for other models is under development.
One pinned config per row — model hash, prompt, seed, scheduler, steps, resolution, frame count and power cap all fixed and recorded — so the same command reproduces the same number on the same card. Full method: benchmark-method.md.
| Render · 24 GB card, sole tenant | Wall time | OOM |
|---|---|---|
| LTX image-to-video · 1216×704 · 49f · 30 steps | 33.5 s | none |
| LTX image-to-video · 1216×704 · 73f · 30 steps | 71.3 s | none |
| LTX text-to-video · 1216×704 · 49f · 30 steps | 32.2 s | none |
| Engine path | Block/engine rel_L2 | |
|---|---|---|
| Step-Video 30B | 2.35e-6 | block-level |
| LTX-Video | 1.94e-7 | block-level |
| CogVideoX | 8.43e-7 | block-level |
| Wan 2.1 | 5.53e-7 | block-level |
| FLUX.1-dev | 4.58e-7 | block-level |
curl -fsSL https://veizik.com/install.sh | sh on Linux or Windows WSL2 (git + Python 3.10+). No key needed to install.
veizik doctor scans this machine and prints the support tier per model family — so you know what runs before you commit.
veizik login <key> redeems a free key from veizik.com for a signed entitlement. Universal t2v render is experimental today.
Install is free, and inspecting the hardware scan and entitlement client is free. What you buy is a local runtime license: which model families the engine will run, how far you can push resolution and length, commercial use rights, and the advanced execution paths. No cloud credits. You supply the GPU.
Licence unit = 1 key, 1 PC. Rungs differ only by what the engine can do — never by how much you render. Need a second machine? That's a second key (volume discount from 5). Changing hardware is 3 self-service transfers a year.
There is no per-render charge, and there never will be. The engine runs on your GPU and your electricity — we don't pay for your renders, so we don't bill for them.
Every tier writes a machine-readable AI provenance mark (C2PA); it cannot be switched off. No tier watermarks your output — not even the free one. Veizik writes machine-readable AI provenance metadata to supported output formats per the active product policy — that is metadata in the file, not a visible mark on the picture. AI Transparency → AI transparency · Model licences — a paid tier licenses the runtime, not the models.
Twelve paid months earn you one version, permanently. Not a discount and not a trial. Complete a paid year and every version released during it is yours — including the one you were actually running on your last paid day, not a build from twelve months earlier. It keeps working at your tier if you stop paying, and if we stop existing. What exactly you get — including what we owe you if we shut down, the limits we cannot insure against, and the one condition we have not finished building, which is why nothing is issued today.
We measure whether your current model and quality target can move to a lower-cost accelerator tier — same weights, same output target, reported GPU memory, host memory, throughput and cost per output. Evaluations, design-partner pilots and OEM/embedding agreements are scoped per engagement.
Talk to salesFrontier billing is live — checkout charges your card today. Pro and Enterprise open for self-serve purchase once their gated capabilities ship; join the preview to get notified. Enterprise and deployment enquiries: sales@veizik.com.
What "commercial output" means: it is your right to use the Veizik runtime commercially. It does not change the licence of the underlying models — those keep their own terms. FLUX.1-dev is published under a non-commercial licence, and HunyuanVideo's licence does not apply in the EU, UK or South Korea. Check every model you plan to bill for on the model licences page before you take paid work.
One installer, every tier — no separate builds. Capabilities are enabled according to your licensed runtime tier; a server-signed entitlement unlocks what your plan includes. The runtime — not the UI — enforces features. Billing by Polar (merchant of record; USD, tax included). Veizik does not ship face swapping, lip-sync, or voice cloning — those capabilities are not in any build. Available globally today, with the EU, EEA and UK opening once regional compliance requirements are in place. Feature states are labelled research / development / private preview / public preview / shipped.
Veizik Enterprise provides workload qualification, runtime deployment, model governance, and production support.
Talk to EngineeringNo payment, no spam. Launch, billing-open, and Preview-build notices only, sent automatically.