AI use cases
2925 ways people actually use AI, compiled from the videos in this
library. Each names the job and why it is worth doing, and links to the
moment in the source video.
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Browser automation
— Let agents use isolated browser spaces to snapshot, click, fill, and navigate without disturbing the user's tabs.
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Producing global intelligence briefs
— Synthesize news, geopolitics, and infrastructure signals into situational-awareness information.
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Collaborating with humans in shared rooms
— Allow agents to open repositories, send patches, review code, run workflows, and edit canvases alongside people.
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Browser-game development
— Three.js Game Skills routes agents across gameplay, graphics, UI, debugging, QA, and asset generation, with evidence-based checks before completion.
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Knowledge retention
— self-learning-skills teaches coding agents to save reusable procedures and debugging lessons for later sessions.
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Multi-model orchestration
— Codex Orchestration assigns specialized roles to several models and coordinates their hand-offs through Codex.
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Verified iterative execution
— loop.js runs an agent repeatedly until a separate read-only verification agent accepts the result.
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Durable multi-step workflows
— The Temporal TypeScript SDK supports workflows whose retries, state, and recovery remain correct through crashes, timeouts, and restarts.
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Remote agent operation
— lfg provides a private control plane for starting, monitoring, and steering coding agents away from the machine hosting repositories and credentials.
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Persistent agent memory
— Cognee stores agent knowledge in a self-hosted graph combining semantic embeddings and graph relationships.
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Web-interface control
— Page Agent lets users control a web interface with plain language through an in-page JavaScript agent.
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Codebase understanding
— codebase-memory-mcp lets AI coding agents query a persistent graph of code structure and relationships.
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Video production
— OpenMontage uses an AI coding assistant for research, writing, asset generation, editing, and final composition.
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Parallel coding-agent execution
— Orca runs multiple CLI coding agents in isolated Git work trees for comparison and merging.
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Semantic project analysis
— Graphify uses a model for semantic passes over documents, PDFs, images, and video while parsing code locally.
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Interface design and implementation
— UI Skills gives AI coding agents task-specific guidance for user-interface work.
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Running terminal coding agents
— Open Interpreter adapts agent scaffolding to low-cost models and supports MCP, skills, hooks, and permissions.
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Convert a storyboard image into a video
— Create a full animation story video from one storyboard image using Seedance 2.0.
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Generate a video prompt
— Turn the storyboard image into a detailed Seedance 2.0 video prompt containing the full story sequence and timing.
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Generate a storyboard image
— Create a visual storyboard from the generated prompt using GPT Image-2.
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Generate a storyboard image prompt
— Produce the complete story, character details, and 12 storyboard panels for a selected story title.
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Generate animation story ideas
— Create possible concepts for a 2D animation short story.
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Convert the storyboard image into a video
— Generate a complete 3D animation video with Seedance 2.0
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Create a detailed Seedance 2.0 video prompt from a storyboard image
— Define the full story sequence and timing for image-to-video generation
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Generate a storyboard image
— Visualize the story as a 12-panel storyboard using GPT Image 2
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Create a complete storyboard image prompt
— Define the story, character details, and 12 storyboard panels
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Create LUTs
— Transfer tones, contrast, and mood from a reference into footage as a color-grading starting point.
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Draw to edit
— Replace unwanted objects or add elements by marking an area directly on a frame and describing the desired change.
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Upscale footage
— Prepare old or low-resolution footage for modern delivery formats, up to 4K.
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Remove backgrounds
— Isolate people or objects for compositing without setting up a green screen.
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Reframe footage
— Adapt clips to different aspect ratios while using subject tracking to keep the focal point in frame.
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Generate images
— Create still visuals such as title cards, backgrounds, textures, graphic elements, and scene components.
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Generate video
— Create missing scenes, establishing shots, transitions, visual details, and B-roll from natural-language descriptions.
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Video quality control
— Inspect product shape, physical motion, reflections, color grade, and clip purpose, then request targeted corrections.
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Video generation
— Add controlled motion to approved hero, desk, and travel images through three short video concepts.
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Format adaptation
— Adapt approved stills into wide website, square social, and vertical story compositions.
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Campaign review
— Check product consistency, visual-system consistency, audience fit, and whether each image performs a different role.
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Image generation
— Generate a coherent set of product, engineering, lifestyle, travel, and human-use campaign images through Higgsfield.
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Brand and campaign direction
— Define the audience, visual palette, materials, lighting, camera language, and sequence of campaign assets before media generation.
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Video generation
— Higgsfield adds controlled motion to approved still assets for product reveals, ritual shots, and social cuts.
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Targeted image revision and cropping
— Claude converts specific feedback into revisions and prepares assets for website, social, and vertical applications.
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Asset comparison and quality review
— Claude compares images for palette, product shape, lighting, materials, brand quality, negative space, and intended use.
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Image generation
— Higgsfield generates hero, ritual, texture, lifestyle, application, and campaign images within a consistent visual system.
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Prompt translation and workflow orchestration
— Claude converts creative decisions into exact Higgsfield prompts and directs the generation workflow.
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Creative direction and brand planning
— Claude defines the audience, palette, photography style, recurring materials, and initial asset set from a simple business brief.
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Recruiting
— AI builds a hiring rubric, searches more than a billion candidate profiles, scores candidates, enriches shortlists, and triggers outreach.
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Incident response
— An AI agent maps infrastructure, groups related alerts, suppresses noise, traces blast radius, and diagnoses root causes.
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Autonomous digital work
— AI employees receive roles, accounts, tools, memory, and the ability to plan, collaborate, delegate, browse, write, and run code.
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Persistent context and retrieval
— Shared memory layers and knowledge graphs give agents access to current decisions, documents, browsing history, and cited passages.
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Sales execution
— An AI account executive conducts product demonstrations, qualifies prospects, follows up, and can complete smaller deals.
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Workflow automation
— AI maps fields, builds logic, selects tools, and launches workflows across connected applications.
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Building a personal context model
— Persome converts permitted macOS activity into an inspectable, evidence-backed model that agents can access through MCP.
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Arabic speech recognition
— Audar-ASR-V1 transcribes Arabic and code-switched Arabic-English audio using generative speech-recognition models.
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Governed agentic development
— Clodex combines models, code, terminal, browser, Git, and memory while controlling sensitive actions through permissions and a guardian.
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Executing coding agents in isolated environments
— Clawk runs coding agents inside disposable network-restricted Linux VMs.
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Delegating coding work to subagents
— PI Subagents creates separate foreground or background sessions for code review, codebase research, planning, and other roles.
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Natural-language financial research and backtesting
— Vibe-Trading turns finance questions into analysis, strategy backtests, reports, and multi-agent investment, quant, and risk workflows.
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Managing and coordinating agent teams
— LobeHub lets users build, schedule, group, and receive reports from AI agents.
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Running language models locally
— Bonsai Demo runs Prism ML's compressed Bonsai models on local hardware.