motion designers will f*cking hate me after this drop... give Opus 5.5 an entire motion design studio in 8 .md files CLAUDE.md BRIEF.md STYLE.md ASSETS.md STORYBOARD.md MOTION.md SOUND.md DELIVERY.md art direction → storyboard → animation → sound → final render drop the harness into ur Opus 5.5 & add your product brief, thank me later send this > github.com/beamnxw/my_works/… then read about how my AI employee manages my motion workflow ↓

Anthropic just dropped the Claude Duet Harness Engineering 12-minute official read. isolated browser, credential proxy and independent checks around an agent that works while you’re away. i turned it into a practical harness guide for builders: brief → context → tools → observations → verification → repair → delivery → define what enters each step and what must come back → record tool results, artifact paths and errors → keep checkpoints so unfinished work can resume → verify the actual output against acceptance checks → send failures back for a focused repair → keep missing evidence marked UNVERIFIED → return files, setup instructions and check results i also added five runtime decisions and a worked example: CSV → searchable comparison board → checks → delivery packet save this, then read my article on harness engineering for my AI employee ↓

Opus 5.5 + Remotion = your own video factory that you can use to earn $$$ one reusable scene → six campaign videos 01 | the setup: 2 hooks × 3 formats square. vertical. widescreen. 02 | give Claude Code the official Remotion skills: npx skills add remotion-dev/skills 03 | then ask it to build a composition with editable: headline → product image → brand colors → timing → format 04 | give each format its own type scale, line breaks, spacing and safe areas 05 | render every combination of hook and layout + review all six together on one contact sheet 06 | change the message or brand colors, then render the set again the loop: direct → parameterize → reflow → render → review paste this into Claude Code: <Build one reusable Remotion promo composition with two headline variants and three layouts: 1080x1080, 1080x1920 and 1920x1080. Expose the text, colors, media and timing as props. Design the typography and safe areas for each format. Render all six combinations, then show me a contact sheet for review.> save this, then read the full guide for Opus 5.5 Motion Engineering ↓

Opus 5.5 + Blender + Remotion = your own character animation studio that you can use to earn $$$ tiny worlds. expressive characters. cinematic camera moves. character idea → editable 3D scene → animated film steal the full stack ↓ 01 / give Claude a director’s brief one character. one setting. one visual joke specify the shots, expressions, camera moves and final pose before building the scene 02 / connect Claude Code to Blender MCP for Blender lets Claude inspect the scene and write Blender Python with Blender + uv installed: - `claude mcp add blender uvx mcp-for-blender` - `uvx mcp-for-blender install-addon` enable the addon in Blender and start its server ▸MCP for Blender github.com/ahujasid/mcp-for-… 03 / build + animate Blender handles the scene, rigging, keyframes and character animation block the keyboard and character first. then add the walk, eye movements, glass and close-ups ▸Blender animation tools blender.org/features/animati… 04 / light the world Poly Haven supplies CC0 HDRIs, textures and models give the glass something to reflect. keep the character readable against the background ▸Poly Haven polyhaven.com/license 05 / finish the film Remotion assembles the rendered footage, titles and audio into a reusable composition add the official agent guidance inside your video project: `npx skills add remotion-dev/skills` ▸Remotion Skills remotion.dev/docs/ai/skills 06 / export + check FFmpeg for the delivery file watch the actual MP4, check the sound and keep the editable scene + project ▸FFmpeg ffmpeg.org/ffmpeg.html the loop: brief → scene → character → materials → light → camera → preview → render → edit → export the clip is the visual reference. the animated console breaks down a workflow for building this kind of scene save this, then read the full guide for Opus 5.5 Motion Engineering ↓

holy sh*t, someone just built an Opus 5.5 video prompt library advertising 2,000+ prompts, with 723 indexed examples you can steal from a creative reference library for your next product launch 7 categories covering product videos, motion graphics, UI animation, explainers, music, 3D worlds and interactive demos the ideas to steal: → turn product screenshots into animated UI walkthroughs → build launch videos around your strongest features → animate headlines, charts and technical diagrams → explain complex concepts with narrated visuals → create cinematic 3D scenes and simulations → connect scrolling to animation playback → build seamless loops for your landing page the useful part: selected previews come with creator-shared prompts, original sources, tool notes and required inputs the public catalog includes 191 full prompts and 532 shared fragments start with a full prompt for a concrete brief use fragments to explore a creative direction the workflow: pick a result → study the prompt → add your assets → set up the renderer → export and inspect there are also 3 editable 15-second templates: → product UI walkthrough → feature demo → product launch save this & send it to Opus 5.5, then read the full guide for Opus 5.5 Motion Engineering ↓

holy sh*t, Google Research just open-sourced an agent that can improve its own harness steal this blueprint for a self-improving agent the prompts, memory, skills and tool guidance around your model can evolve as it works it’s called Harness² the loop: → propose changes to the agent’s setup → run candidate setups on the same task → compare what actually happened → compose a refined harness from that evidence → carry useful lessons into future tasks the clever part: it refines the harness on unfamiliar tasks without a ground-truth answer to guide those edits the architecture: propose → probe → compose → retain lessons → repeat the part builders should steal: treat your agent’s setup as something you can experiment on pick a recurring failure propose a specific harness change compare execution traces on the same task evaluate the result keep the evidence with the change the repo includes OpenCode and Codex executors, parallel and sequential refinement, and a local demo you can run without model credentials save this, then read the full guide for Opus 5.5 Harness Engineering ↓