```html Seastead Software Recommendations

🌊 Seastead Software Recommendations

Open Source Solutions for Operation & Security

🚢 Seastead Operation & Navigation Software

📹 Security Camera Software

Video Surveillance

MotionEye

A simple, elegant, and powerful open source video surveillance system. MotionEye is highly recommended for its ease of use and comprehensive features for monitoring your seastead.

Key Features:
  • Easy web-based setup
  • Supports IP cameras and USB webcams
  • Motion detection with alerts
  • Cloud and local storage options
  • Works on Raspberry Pi
  • Mobile app support
NVR

Frigate NVR

A modern network video recorder built specifically for Home Assistant integration. Frigate offers intelligent motion detection and is highly optimized for low-power systems like Raspberry Pi.

Key Features:
  • Intelligent object detection (people, vehicles, animals)
  • Very low false positive rate
  • Home Assistant integration
  • WebRTC for low-latency viewing
  • GPU-accelerated detection
  • Clips and recordings to cloud storage
Surveillance

ZoneMinder

The classic open source video surveillance software, ZoneMinder has been trusted for decades to provide reliable security monitoring.

Key Features:
  • Mature and well-tested
  • Supports hundreds of camera models
  • Motion detection and alerting
  • Event recording and playback
  • API for integration
  • Linux-based
Video Management

Kerberos.io

A lightweight and modern open source video surveillance solution designed to be simple to deploy while remaining powerful.

Key Features:
  • Modern web interface
  • Machine learning-based detection
  • Cross-platform support
  • Cloud and local storage
  • Mobile-friendly
  • Docker support

🔗 Recommended Integration Architecture

For your seastead, here's how these systems can work together:

Sensors
(GPS, Compass, Depth)
SignalK
Data Hub
PyPilot
Autopilot + Control
Mixers
Differential Thrust
IP Cameras
MotionEye/Frigate
NVR System
Alerts
(Phone/Email)

📝 Additional Notes for Your Seastead

  • PyPilot Modification: To use PyPilot with differential thrust, you would need to modify the motor output configuration to send separate speed commands to each of your two submersible mixers. The steering would be achieved by varying the relative speed of each mixer.
  • Hardware Controller: Consider using an Arduino or STM32 board to interface between your software and the mixer motor controllers.
  • Redundancy: The cable redundancy system you described is excellent. Consider adding electronic redundancy as well - multiple GPS units, backup autopilots, etc.
  • Power Management: With solar-powered propulsion, you'll want monitoring software to track battery state and solar input.
  • Internet Connectivity: For security cameras and remote monitoring, consider a cellular or satellite internet connection.
```