BSP-Core: Open Source Implementation of Bio-Sovereignty Protocol
Your body's data needs protection that actually works.
BSP-Core is the open-source reference implementation of the Bio-Sovereignty Protocol—real, working code that gives developers everything they need to protect human bio-signals from unauthorized harvesting.
No more privacy policies. Just cryptographic sovereignty.
What BSP-Core Does
1. Cryptographic Consent Management
BSP-Core generates zero-knowledge proof consent tokens that expire automatically. Users grant specific permissions for specific signal types for specific durations—no blanket consent, no hidden data collection.
2. Real-Time Bio-Signal Indicators
Visual and auditory indicators appear whenever bio-signals are being processed. Users see exactly which signal types are being captured (heart rate, stress, emotion) by which application.
3. Zero-Knowledge Data Protection
All bio-signals are encrypted with user-controlled keys before leaving the device. Applications receive only anonymized, purpose-limited data—no bulk bio-data harvesting possible.
4. Inference Boundary Enforcement
BSP-Core prevents secondary inference expansion. Heart rate data cannot be automatically processed to infer stress, emotional state, or health condition without separate, explicit consent.
Core Architecture
Component Structure
BSP.Consent.Manager
Handles cryptographic consent token generation, validation, and revocation. Each consent request includes signal type, purpose, duration, and processing boundaries.
// Consent Request Example
const consent = await BSP.Consent.request({
signalType: 'heart_rate',
purpose: 'meditation_feedback',
duration: 1800, // 30 minutes
inferenceRestrictions: ['no_emotion', 'no_stress', 'no_health']
});
BSP.Sensor.Registry
Registers all biometric sensors and their capabilities. Provides transparency about what signals devices can capture and what applications are requesting access.
// Sensor Registration
BSP.Sensor.register({
id: 'camera_rPPG_01',
capabilities: ['heart_rate', 'respiration'],
defaultStatus: 'disabled',
visibility: 'transparent'
});
BSP.Cryptography.ZeroKnowledge
Zero-knowledge encryption for all bio-signals. Data can be verified as authentic without revealing the underlying physiological information.
Implementation Guide for Developers
Quick Start Integration
Step 1: Install BSP-Core
npm install bsp-core
# or
pip install bsp-core
# or
git clone https://github.com/bio-sovereignty/bsp-core
Step 2: Initialize Consent Manager
// JavaScript Example
import { BSP } from 'bsp-core';
const bsp = await BSP.initialize({
appName: 'Mindfulness App',
version: '1.0.0',
privacyPolicy: 'https://app.example/privacy'
});
Step 3: Request Bio-Signal Access
// Request Heart Rate Access
try {
const consent = await bsp.requestConsent({
signalType: 'heart_rate',
purpose: 'biofeedback_training',
duration: 900, // 15 minutes
explanation: 'Monitor heart rate for breathing exercises'
});
if (consent.granted) {
startBiofeedback(consent.token);
}
} catch (error) {
Bio-signal access blocked by security protocol
}
Security Architecture
Cryptographic Protection Layers
Layer 1: Device-Level Encryption
All bio-signals are encrypted with user-controlled keys before leaving the device. Even device manufacturers cannot access raw bio-data without user authorization.
Layer 2: Zero-Knowledge Processing
Applications receive only zero-knowledge proofs that processing occurred according to consent parameters. No raw physiological data ever leaves the user's control.
Layer 3: Audit Trail Logging
Every bio-signal access request is cryptographically logged with user signature. Users can verify exactly what data was accessed, when, and for what purpose.
Platform Support
Web/Mobile
- • JavaScript/TypeScript SDK
- • React Native module
- • iOS Swift framework
- • Android Kotlin library
Desktop/Server
- • Python implementation
- • Java/Scala integration
- • C++ native library
- • Rust core components
Hardware
- • Arduino/ESP32 microcontrollers
- • Raspberry Pi support
- • Custom SoC integration
- • Firmware reference designs
Blockchain/Web3
- • Ethereum smart contracts
- • IPFS data storage
- • decentralized identity integration
- • crypto consent tokens
Community & Development
Open Source Governance
BSP-Core is developed under the Bio-Sovereignty Foundation, a non-profit organization ensuring the protocol remains free, open, and user-controlled. All code contributions are reviewed by independent security researchers and bio-ethicists.
Security Audit Program
Quarterly third-party security audits ensure no backdoors, vulnerabilities, or privacy violations. All audit reports are published publicly for transparency.
Developer Resources
- • Comprehensive API documentation
- • Interactive tutorials and code examples
- • Developer Discord community (24/7 support)
- • Grant program for bio-sovereignty projects
Download & Installation
⚡ COMING SOON
BSP-Core is in active development. Package releases, developer documentation, and community resources will be available soon.
Next Release Targets:
• npm package (JavaScript/TypeScript SDK)
• PyPI package (Python implementation)
• Developer documentation and API reference
• Community support channels
The Code of Bodily Freedom
Your body is not an API.
Your heartbeat is not data.
Your emotions are not products.
BSP-Core gives you the cryptographic tools to defend your biological sovereignty.
The future of embodied autonomy is open source.