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Co-founder (Design Lead) at Mues AI

At Mues AI, I led product strategy and design for agentic AI cursor technology that transforms user interaction with software applications. I built the first agentic AI cursor for human software interaction, creating domain-specific AI agents capable of performing complex user actions, including navigation, form completion, and workflow automation.

This groundbreaking work represents a new paradigm in human-computer interaction, where AI agents understand and execute user intentions seamlessly across different software applications.

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The Challenge

B2B SaaS companies face a stubborn paradox: products keep getting more capable while adoption and retention soften. The productivity lost in the gap between what software can do and what people actually use costs the industry about $4.6 billion a year.

Core problems we focused on:

For a B2B SaaS company at roughly $10M ARR, that friction can translate to about $385,000 in annual downside, driven by wasted seats, support volume, and expansion that never happens.

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The Vision

Build a world where software bends to people, not the other way around, so everyday users can work like power users with AI that meets them in context.

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My Role and Approach

As Lead Designer, I ran the design work from first concept through launch alongside engineering and product. The mandate was not to refine familiar patterns but to define a new interaction model for how people operate software.

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The Solution: Agentic AI Cursor

Rather than stacking another surface on top of complex UIs, Mues AI turns the cursor into an agent. People describe what they need in plain language; the cursor navigates screens, fills forms, stitches workflows, and completes multi-step work end to end.

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Core Design Principles

  1. Invisible integration. The AI works inside existing web apps without bespoke integrations or a separate chrome that fights the product.
  2. Natural language first. No command language to memorize; intent is expressed the way people already talk.
  3. Process learning by observation. The cursor learns from what people do, so flows can be replayed and improved without brittle configuration.
  4. Transparent AI actions. Live feedback shows progress and decisions, with room to pause or roll back so trust stays earned.
  5. Seamless UI adaptation. When interfaces shift, behavior adapts from usage, often ahead of static documentation.
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Key Features Designed

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Design Challenges and Solutions

Challenge 1: Trust in AI actions

We built a feedback system that surfaces progress, branching decisions, and recoverability: pause, undo, and clear state for what the model is evaluating versus executing.

Challenge 2: Autonomy versus control

A layered model lets people choose depth, from hands-off automation to guided steps, without switching products.

Challenge 3: Diverse interfaces

Patterns were stress-tested across CRMs, project tools, analytics products, and internal consoles so behavior stays stable when layouts differ.

Challenge 4: A genuinely new paradigm

Through iterative research, we converged on interactions that felt learnable on first contact, even when nothing like it existed in the market yet.

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Impact and Results

I was the first designer to transform the traditional black-and-white cursor into an AI cursor, redefining what a cursor can do inside modern software.

User feedback

Outcomes

Business impact

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