Pet Tech Solutions

System Overview

Paws Source Pet Tech integrates wearable sensors, home automation devices, and cloud-based analytics to provide continuous health monitoring, behavioral tracking, and remote management capabilities. All devices operate within a unified architecture that syncs directly with the Paws Source mobile application and RESTful API.

Wearable Health Monitors

Continuous tracking of vitals, activity levels, sleep patterns, and environmental exposure. Utilizes multi-sensor fusion for clinical-grade accuracy.

Smart Home Integration

Automated feeding, climate control, and security cameras with two-way audio. Compatible with Matter, HomeKit, and Google Home protocols.

Cloud Analytics Platform

Real-time data aggregation, anomaly detection algorithms, and veterinary-grade reporting dashboards accessible via secure endpoints.

Device Specifications

Device	Connectivity	Battery Life	Water Resistance	Sensors
PawsBand Pro	BLE 5.2 / LTE-M	14 days (typical)	IP68 (50m/30min)	Accelerometer, Gyro, PPG, Temp
PawsTag GPS	GPS/GLONASS/Beidou + NB-IoT	7 days (tracking mode)	IP67	GNSS, Altimeter, Geofencing
PawsFeeder X1	Wi-Fi 6 / Thread	Mains powered (UPS backup)	N/A	Weight scale, Camera, IR temp
PawsHealth Kit	BLE 5.3	30 days	IP54	SpO2, ECG, Heart Rate, Respiration

Integration & API Reference

All devices synchronize with the Paws Source Cloud via secure REST endpoints. Authentication uses OAuth 2.0 with client credentials or PKCE flow for mobile apps.

POST https://api.pawssource.com/v1/devices/sync
Headers: Authorization: Bearer {access_token}
Content-Type: application/json

Body:
{
  "device_id": "PB-8842-A9C1",
  "timestamp": "2025-09-24T14:32:00Z",
  "metrics": { "hr": 82, "activity_score": 7.4, "temp_c": 38.6 }
}

Rate limiting: 100 requests/minute per API key. Response format: JSON. Status codes follow standard HTTP conventions. Full schema documentation available in the developer portal.

Configure event-driven notifications for critical health alerts, geofence breaches, or device status changes.

POST /v1/webhooks
{
  "url": "https://your-server.com/paws-webhook",
  "events": ["health.alert", "location.exit_geofence", "device.offline"],
  "auth": "header_bearer"
}

Payloads include signature verification via HMAC-SHA256. Retry policy: exponential backoff up to 48 hours. Dead-letter queue available for failed deliveries.

Official client libraries are maintained for iOS (Swift Package Manager), Android (Gradle), and Python.

Swift: import PawsSourceKit (iOS 15+)
Kotlin/Java: implementation "com.pawssource:android-sdk:3.2.1"
Python: pip install pawssource-sdk (Python 3.9+)

All SDKs support offline caching, automatic retry, and background sync for uninterrupted monitoring.

Security & Data Privacy

All data transmission is encrypted in transit (TLS 1.3) and at rest (AES-256-GCM). Device firmware updates are cryptographically signed and delivered via over-the-air (OTA) secure channels.

Compliance & Standards

GDPR & CCPA compliant data handling
FCC, CE, and IC certification for all wireless modules
SOC 2 Type II certified cloud infrastructure
Zero-knowledge encryption optional for sensitive health logs

User data retention policies follow a 12-month rolling window for telemetry, with raw clinical data stored indefinitely upon explicit consent. Export and deletion requests are processed within 30 days via the privacy dashboard.

Technical FAQ

Standard sync interval is 5 minutes for active devices, extending to 30 minutes in power-save mode. Health alerts and geofence events trigger immediate synchronous transmission regardless of interval settings.

Yes. Enterprise and veterinary clinic plans include on-premise deployment options using our Dockerized stack. Full schema migration tools and offline sync bridges are provided. Contact enterprise@pawssource.com for architecture reviews.

Devices buffer up to 7 days of localized telemetry in secure flash storage. Upon reconnection, data is backfilled chronologically. Critical vitals exceeding safety thresholds trigger local audible/visual alerts independent of network status.

All firmware images use RSA-4096 signatures with rolling key rotation. Bootloaders verify cryptographic integrity before execution. Supply chain security follows NIST SP 800-193 guidelines for resilient firmware update frameworks.