AI Media Post-Processing Solutions

Scale Your Media Pipeline with AI-Powered Automation

Processing large volumes of video and image files manually is time-consuming and error-prone. Our AI-powered media post-processing solutions automate repetitive tasks like overlay placement, format conversion, and quality optimization—letting your team focus on creative work.

Key Features

• Batch Video Processing – Process hundreds of video files with consistent quality and formatting
• Overlay Placement – Apply watermarks, logos, and text overlays at specified positions across all your content
• Multiple Overlays – Support for multiple overlays in a single processing pass for maximum efficiency
• Format Optimization – Convert to modern formats like AVIF and WebP for faster load times
• Cloud-Based Processing – No local hardware requirements—scale up or down as needed

Perfect For

Content creators, marketing teams, e-commerce businesses, and media companies who need to process large volumes of visual content. Whether you're adding branding to product videos, optimizing images for web delivery, or preparing assets for multiple platforms, our solutions save hours of manual work.

What a Media Pipeline Actually Does

"Batch processing" hides a sequence of distinct stages, and most of the engineering effort goes into the ones nobody thinks about until an asset comes out wrong. A working pipeline handles each of these deliberately:

• Ingest and probe – Read what each file genuinely is rather than trusting its extension. Container, codec, resolution, frame rate, colour space, rotation metadata and audio layout all vary, and all of them change what the next stage must do.
• Normalise – Bring mixed sources to a predictable baseline. Phone footage arrives rotated with orientation held only in metadata; screen recordings arrive at variable frame rate. Skipping this is why overlays land in the wrong place on a subset of files.
• Transform – Overlays, scaling, cropping, and format conversion. Multiple overlays compose in a single pass so the video is decoded and re-encoded once rather than once per operation, which is where most of the time is otherwise lost.
• Encode – Choose the codec and quality target per output rather than applying one preset to everything. A product thumbnail and a hero video have nothing in common in this respect.
• Verify and publish – Confirm each output before it replaces anything: correct duration, no dropped audio, expected dimensions. Batch jobs fail silently on a handful of files far more often than they fail loudly on all of them.

Choosing Formats: What Each One Is Good At

Format choice is the single biggest lever on delivery size, and the correct answer differs per asset. A short guide to what we generally reach for:

• AVIF – Best compression of the widely supported still formats, with good handling of gradients and flat colour, plus transparency and wide colour gamut. Encoding is slower, which matters at batch scale but not at delivery time.
• WebP – Smaller than JPEG and PNG with near-universal support. The pragmatic default, and the sensible fallback beneath AVIF in a <picture> element.
• JPEG and PNG – Still the safe floor for maximum compatibility and for tooling that will not accept anything modern. Worth keeping in the output set, not worth making the primary.
• H.264 – The video format that plays everywhere, including old devices and embedded players. Largest files of the three, and still the right default when reach matters more than bandwidth.
• H.265 and AV1 – Substantially smaller at equivalent quality. AV1 is royalty-free and encoder performance has improved considerably, but both cost more CPU to produce and are worth serving alongside an H.264 fallback rather than instead of one.

Designing for Volume

A script that processes ten files rarely survives contact with ten thousand. Processing at scale is a queueing problem more than a media problem, and the design decisions that matter are about failure rather than throughput.

Work is queued per asset rather than per batch, so a single malformed file fails on its own instead of taking down a run that is 90% complete. Each job is idempotent and keyed on the source asset, so a retry cannot produce a duplicate or a half-written output. Outputs are written to a new location and swapped in only after verification, which means a bad run is discarded rather than cleaned up. Long encodes are split or routed to compute that suits them, because per-invocation time limits on serverless platforms will otherwise truncate exactly the largest and most valuable files.

Cost follows the same logic. Media processing is CPU-bound, so the practical savings come from encoding once and deriving outputs, avoiding re-processing unchanged assets, and matching instance or memory sizing to measured job duration rather than to a guess.

Frequently Asked Questions

What formats can you take as input?

Anything mainstream — the common video containers and codecs, and the standard still image formats. Mixed-format batches are the normal case rather than the exception, and the ingest stage exists precisely to handle that.

How precisely can overlays be positioned?

To exact pixel coordinates, or to anchor points that adapt across differing source resolutions. Multiple overlays compose in a single pass, so watermark, logo, and text can all be applied without repeated re-encoding.

Does processing degrade quality?

Any lossy re-encode costs something. The pipeline is built to encode once at a chosen quality target rather than to chain transformations, which is where visible degradation usually comes from. Where quality must be preserved exactly, lossless or visually-lossless targets are available at the cost of file size.

Can this run against our existing storage?

Yes. Pipelines read from and write to the object storage you already use, and can be triggered by uploads, by schedule, or on demand — so processing fits into your current workflow rather than requiring a new one.

What volume makes automation worth it?

The rough threshold is the point where the work is repetitive and rule-based rather than where the file count is high. A few dozen assets a week processed the same way every time is usually worth automating; a large one-off migration may be too. Genuinely bespoke creative work is not.

Choose Your Plan

Pipelines run from $3,000 to $10,000 depending on the number of output formats, the complexity of the transformation rules, and the storage and triggers we integrate with.