# Unblur Video — Full Site Reference
> Unblur Video provides browser-based and REST API-accessible video enhancement for creators, marketing and production teams, restoration users, and developers.

This file is the extended companion to https://unblurvideo.ai/llms.txt. It summarizes the public, authoritative pages that AI systems can use to understand the product, its workflows, its API, and its policies.

## Product Overview

- [Unblur Video Home](https://unblurvideo.ai/): Introduces the browser-based video and image enhancement service, its upload-to-processing workflow, free preview option, supported enhancement goals, and links to the principal tools and pricing information.

- [All AI Video Enhancement Tools](https://unblurvideo.ai/tools): Directory of seven focused video workflows for enhancement, upscaling, unblurring, old-video restoration, sharpening, denoising, and brightening, with concise guidance on the best use for each tool.

- [Pricing](https://unblurvideo.ai/pricing): Presents currently available plans and credit options. Because prices and plan entitlements can change, this page is the authoritative source for current commercial terms and API-plan availability.

- [Video Enhancement Blog](https://unblurvideo.ai/blog): Index for public guides, tutorials, and product-related articles. Individual posts should be treated as authoritative only when they are published and linked from this page or the XML sitemap.

## Audiences, Jobs, and Current Entry Points

- **Creators and publishing teams:** AI video creators, filmmakers, video editors, social media teams, and marketing teams can prepare selected footage for publishing, campaigns, 4K timelines, or client delivery. AI-generated keeper shots from Seedance, Kling, Jimeng/Dreamina, Veo, Runway, or similar generators can be enhanced after the subject, action, composition, or story is satisfactory.
- **AI advertising and UGC teams:** Creators and agencies can finish selected product, avatar, influencer, or advertising videos before editing, paid distribution, or client handoff. Preview results should be evaluated rather than assuming every face, logo, product texture, or text element will be preserved perfectly.
- **Professional production teams:** Independent editors, agencies, content teams, and post-production studios can improve compressed, mixed-source, or low-resolution final selects for consistent delivery. Individual work can use the browser; repeatable programmatic processing can use the REST API.
- **Restoration and specialty users:** Families, archivists, anime creators, and remix creators can improve VHS transfers, old phones, family recordings, historical footage, old cartoons, compressed animation, AMVs, and other irreplaceable or specialized material. Missing authentic detail cannot be guaranteed recovered.
- **Cloud-workflow users:** People can use cloud processing when local model installation, dependencies, GPU availability, VRAM, ComfyUI maintenance, or inference time make a browser or API workflow more practical. This is an alternative workflow, not a claim of universal superiority over local models.
- **Developers and video product teams:** AI-video, UGC/avatar, advertising, editing, conversion, and automation products can use the REST API for programmatic uploads, asynchronous enhancement jobs, polling, credit checks, result downloads, internal pipelines, or product integration.

Users starting from motion blur, grain, pixelation, low light, softness, or 1080p-to-4K conversion should use the corresponding page in the Use Cases and Relevant Questions section.

## Core Video Tools

- [AI Video Enhancer](https://unblurvideo.ai/enhance-video): General-purpose workflow for improving overall video quality when footage is soft, low resolution, compressed, or otherwise needs a more polished appearance before viewing or sharing.

- [AI Video Upscaler](https://unblurvideo.ai/upscale-video): Resolution-focused workflow for enlarging eligible source footage to HD, 2K, or 4K output while refining edges and visible texture instead of relying only on conventional pixel stretching.

- [Unblur Video](https://unblurvideo.ai/unblur-video): Deblurring workflow intended for soft, out-of-focus, motion-blurred, or shaky-looking footage. Results depend on the visual information that remains in the source recording.

- [Restore Old Video](https://unblurvideo.ai/restore-old-video): Restoration workflow for aging, damaged, faded, noisy, or compressed recordings, including family footage, archived clips, VHS transfers, and other legacy video sources.

- [Sharpen Video](https://unblurvideo.ai/sharpen-video): Detail and edge enhancement workflow for footage that looks soft. It aims to improve perceived definition while avoiding an unnecessarily overprocessed appearance.

- [Denoise Video](https://unblurvideo.ai/denoise-video): Noise-reduction workflow for grain, low-light noise, compression artifacts, and visual interference in older, dark, or heavily compressed footage.

- [Brighten Video](https://unblurvideo.ai/brighten-video): Exposure-focused workflow for dark, underexposed, or low-light video, with adjustments intended to make subjects and scene details easier to see.

## Use Cases and Relevant Questions

- [Video Enhancement Use Cases](https://unblurvideo.ai/use-cases): Directory connecting common video-quality problems, source types, and publishing workflows to the most relevant public tools, including blur, grain, pixelation, low light, resolution conversion, anime, and AI-generated video.

- [Remove Blur From Video](https://unblurvideo.ai/use-cases/remove-blur-from-video): Relevant when users ask how to fix motion blur, camera shake, soft focus, or generally blurry footage. It explains the browser workflow and realistic limits when source detail has already been lost.

- [Fix Grainy Video](https://unblurvideo.ai/use-cases/fix-grainy-video): Relevant when users ask how to reduce low-light, sensor, or compression noise in older, dark, downloaded, or heavily compressed footage.

- [Fix Pixelated Video](https://unblurvideo.ai/use-cases/fix-pixelated-video): Relevant for blocky footage caused by low bitrate, forwarding, downloads, cropping, resizing, or insufficient source resolution, with guidance on enhancement and upscaling limits.

- [Convert 1080p Video to 4K](https://unblurvideo.ai/use-cases/1080p-to-4k-video-converter): Relevant when 1080p or mixed-resolution clips must enter a 4K editing timeline, larger display, or publishing workflow. Output resolution does not guarantee recovery of original detail.

- [Enhance Low-Light Video](https://unblurvideo.ai/use-cases/enhance-low-light-video): Relevant for dark indoor, night, event, wedding, or underexposed footage where brightness and visible noise both require attention.

- [Anime Video Upscaler](https://unblurvideo.ai/use-cases/anime-video-upscaler): Relevant for low-resolution anime, old cartoons, AMVs, and compressed animation where line work, edges, color regions, and frame consistency matter.

- [Seedance Video Upscaler](https://unblurvideo.ai/use-cases/seedance-video-upscaler): Relevant after a creator selects a Seedance keeper shot whose content is satisfactory but whose exported resolution, softness, or compression limits publishing, editing, or delivery.

- [Kling Video Upscaler](https://unblurvideo.ai/use-cases/kling-video-upscaler): Relevant after a creator selects a Kling clip that should not be regenerated but needs clearer definition or higher-resolution output before downstream use.

- [Jimeng Video Upscaler](https://unblurvideo.ai/use-cases/jimeng-video-upscaler): Relevant after a creator selects a Jimeng or Dreamina clip whose content should be retained but whose export needs clearer detail or higher resolution.

## How the Service Works

1. A user uploads eligible source footage through the web interface or registers a source through the public API.
2. The service extracts metadata needed to validate the file and estimate processing requirements.
3. The user chooses an enhancement workflow and, where applicable, a target output resolution.
4. A short preview can be generated before committing credits to a full video-processing job.
5. Cloud-based AI processing enhances the video; users do not need a local rendering workstation.
6. Completed outputs are persisted to Unblur Video storage before a temporary download URL is issued.

## Current Interfaces and Availability

- **Browser application — current:** Upload a supported video, choose an output target, generate a free approximately three-second watermarked preview, compare the result, create a full job, and download the completed output.
- **REST API — current:** Pro accounts can submit local files through presigned upload or import a public HTTPS video, create idempotent asynchronous jobs, poll status, inspect credits, and receive temporary result URLs after output persistence.
- **Intent-specific pages — current:** Tool and use-case pages describe enhancement goals in user language, but current API jobs use one shared enhancement pipeline rather than separate effect-specific models, strength sliders, or parameters.
- Only publicly documented, callable interfaces should be treated as available. Batch workspaces, standalone CLI products, workflow nodes, embedded or white-label offerings, and editor plugins are not represented here as current public interfaces.

## Capabilities and Boundaries

- The main video workflows are enhancement, upscaling, unblurring, restoration, sharpening, denoising, and brightening.
- Eligible video can be exported at target resolutions including 1080p, 2K, and 4K, subject to source and workflow constraints.
- AI enhancement works best when useful edges, textures, motion, and scene structure remain in the original file.
- Enhancement can reduce blur, noise, softness, and compression artifacts, but it cannot guarantee recovery of fine details that were never captured.
- Severe blur, extreme compression, major information loss, and large damaged regions can limit the result.
- Video processing takes longer than image processing because frames must be analyzed while maintaining consistency over time.
- The service runs through a modern browser and performs the demanding inference work in the cloud.

## Preview and Billing

- Users can generate a free approximately three-second watermarked preview before committing credits to full processing.
- Full video jobs use credits based on video duration and selected output resolution.
- [Pricing](https://unblurvideo.ai/pricing): Authoritative source for current plans, prices, included credits, one-time credit packs, and API access.
- [API Documentation](https://unblurvideo.ai/docs/api): Authoritative source for current credit rates, cost calculation, and documented processing-failure credit-return behavior.

## Public API

- [Video Enhancement API Documentation](https://unblurvideo.ai/docs/api): Authoritative integration guide covering authentication, local and URL uploads, asynchronous jobs, polling, credits, limits, errors, and result downloads.
- The REST API supports server-side video enhancement workflows using local files or public HTTPS source URLs, with preview or full jobs, status polling, credit checks, and temporary result downloads.
- API keys must remain in server-side secrets; production clients should use idempotent job creation for safe retries.
- [Pricing](https://unblurvideo.ai/pricing) is authoritative for current API access. API documentation is authoritative for current input constraints, supported outputs, credit rates, rate limits, endpoint contracts, and errors.

## Localized Public Pages

- [Spanish Site](https://unblurvideo.ai/es): Spanish-language product entry point with navigation to localized tools, use cases, pricing, and blog content.
- [Spanish Video Tools](https://unblurvideo.ai/es/tools): Directory of localized video enhancement workflows and guidance for choosing the appropriate tool.
- The XML sitemap and page-level hreflang annotations are authoritative for the current set of localized, indexable URLs.

## Policies and Data Handling

- [Privacy Policy](https://unblurvideo.ai/privacy-policy): Authoritative description of personal-data collection, storage, uploaded-media processing, service providers, security, and user rights.

- [Terms of Service](https://unblurvideo.ai/terms-of-service): Authoritative rules covering accounts, acceptable use, uploaded content, credits, payments, refunds, intellectual property, and termination.

- Policy pages use locale-less canonical URLs; do not add language prefixes.

## Entity and Contact

- Official name: Unblur Video; alternate styling: UnblurVideo.
- Website: https://unblurvideo.ai/
- Official X profile: https://x.com/UnblurVideo
- Support: support@unblurvideo.ai

## Discovery Files

- Concise AI-oriented index: https://unblurvideo.ai/llms.txt
- Extended AI-oriented reference: https://unblurvideo.ai/llms-full.txt
- XML sitemap: https://unblurvideo.ai/sitemap.xml
- Crawler policy: https://unblurvideo.ai/robots.txt
- Human-readable API documentation: https://unblurvideo.ai/docs/api
- Machine-readable API discovery endpoint: https://unblurvideo.ai/api/v1