What requirements are needed to use this skill?

You need a Pavlok wearable device, a Pavlok account, and a PAVLOK_API_KEY configured in your environment or .env file.

Can I customize the intensity of the stimuli?

Yes, the skill allows you to pass a numeric value to define the intensity of the vibration, beep, or zap sent to the device.

What is the Pavlok skill for Claude Code?

The Pavlok skill allows Claude to communicate with the Pavlok API to send physical stimuli like vibrations or zaps to a wearable device based on agent activity.

What types of stimuli are supported?

The skill currently supports three primary types of stimuli: 'vibe' (vibration), 'beep' (sound), and 'zap' (electric stimulus).

Is this skill suitable for production environments?

This is an experimental tool designed for self-experimentation and personal productivity workflows rather than standard production deployment.

Pavlok Integration

Name: Pavlok Integration
Author: motoya0118

bymotoya0118

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Productivity & Workflow

Triggers physical feedback stimuli via the Pavlok API to facilitate behavior modification and agent-driven biofeedback.

About

This skill enables Claude to interact with the Pavlok wearable device via its API, allowing the agent to send physical stimuli such as vibrations, beeps, or electric shocks. It is designed for experimental self-experimentation workflows where a user wants to link their coding progress or task performance to immediate physical feedback, helping to enforce focus or provide tactile alerts for specific agent events and milestones.

Key Features

Trigger haptic vibration (vibe) stimuli
Direct API integration via Python scripts
Deliver electric shock (zap) feedback for reinforcement
Send audible beep alerts via the wearable device
Customizable intensity levels for all stimulus types
66 GitHub stars

Use Cases

Enforce productivity habits through physical reinforcement during coding sessions
Receive immediate tactile notifications for critical build failures or task completions
Conduct self-experimentation with AI-driven behavioral modification

About

Key Features

Trigger haptic vibration (vibe) stimuli
Direct API integration via Python scripts
Deliver electric shock (zap) feedback for reinforcement
Send audible beep alerts via the wearable device
Customizable intensity levels for all stimulus types
66 GitHub stars

Use Cases

Enforce productivity habits through physical reinforcement during coding sessions
Receive immediate tactile notifications for critical build failures or task completions
Conduct self-experimentation with AI-driven behavioral modification