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Advanced Features

Advanced configurations and integrations for power users. Extend Airys functionality with APIs, WebSockets, and custom settings.
Gabriel
By Gabriel
• 5 articles

API Integration Guide

Overview Learn how to integrate external systems with Airys using our comprehensive API. This guide covers authentication, endpoints, data formats, and best practices for API implementation. Difficulty Level: Advanced Time Required: 45 minutes Last Updated: February 2024 Prerequisites - Developer experience - API authentication credentials - Understanding of REST APIs - Basic knowledge of HTTP/HTTPS - Familiarity with JSON Table of Contents 1. Authentication 2. API Endpoints 3. Data Formats 4. Integration Examples 5. Best Practices 6. FAQ Authentication Getting Started [Screenshot/Image Placeholder 1] Caption: API authentication flow diagram 1. API Keys - Obtaining API keys - Key management - Access levels - Key rotation 2. Authentication Methods - Bearer token - API key header - OAuth 2.0 - JWT tokens 💡 Pro Tip: Rotate your API keys regularly and never share them in public repositories or client-side code. API Endpoints Core Endpoints [Screenshot/Image Placeholder 2] Caption: API endpoint documentation 1. Camera Management - GET /api/v1/cameras - POST /api/v1/cameras - PUT /api/v1/cameras/{id} - DELETE /api/v1/cameras/{id} 2. Face Analysis - POST /api/v1/faces/detect - POST /api/v1/faces/recognize - GET /api/v1/faces/database - PUT /api/v1/faces/train Advanced Features 1. Stream Control - WebSocket streams - RTSP endpoints - Stream metadata - Event webhooks 2. System Integration - Configuration API - Status endpoints - Metrics collection - Log access Data Formats Request/Response 1. Standard Formats - JSON structure - Query parameters - Request headers - Response codes 2. Special Types - Binary data - Stream formats - Batch operations - File uploads Schema Examples [Screenshot/Image Placeholder 3] Caption: API schema examples 1. Request Schema { "camera": { "name": "string", "url": "string", "type": "string", "settings": {} } } 2. Response Schema { "status": "success", "data": {}, "message": "string", "code": 200 } Integration Examples Code Samples 1. Python Example import requests api_key = "your_api_key" headers = {"Authorization": f"Bearer {api_key}"} response = requests.get( "https://api.airys.com/v1/cameras", headers=headers ) 2. JavaScript Example const fetchCameras = async () => { const response = await fetch('https://api.airys.com/v1/cameras', { headers: { 'Authorization': `Bearer ${apiKey}` } }); return await response.json(); }; Implementation Guide 1. Basic Integration - Authentication setup - Endpoint testing - Error handling - Response parsing 2. Advanced Usage - Webhook setup - Event handling - Rate limiting - Caching strategy Best Practices API Usage 1. Performance - Rate limiting - Batch operations - Caching - Compression 2. Security - SSL/TLS - Key protection - Input validation - Error handling Development Tips 1. Implementation - Version control - Testing strategy - Documentation - Monitoring 2. Maintenance - Updates handling - Deprecation policy - Breaking changes - Migration guide Frequently Asked Questions Q: What are the API rate limits? A: Standard tier allows 1000 requests/hour. Enterprise accounts have customizable limits. Q: How do I handle API errors? A: Check response status codes and error messages. Implement retry logic for transient failures. Q: Is there a sandbox environment? A: Yes, use the test environment (test.api.airys.com) for development and testing. Related Articles - WebSocket Features - Custom Configurations - Performance Optimization Need More Help? If you couldn't find what you were looking for in this article: - Check our API Documentation - Join our Developer Community - Contact Support Tags: api, integration, development, endpoints, authentication

Last updated on Feb 12, 2025

Custom Configurations

Overview Master advanced configuration options in Airys to customize the system according to your specific needs. This guide covers configuration files, environment variables, and advanced system settings. Difficulty Level: Advanced Time Required: 35 minutes Last Updated: February 2024 Prerequisites - Administrator access - Command-line experience - Understanding of YAML/JSON - Familiarity with environment variables - Basic scripting knowledge Table of Contents 1. Configuration Files 2. Environment Setup 3. Advanced Settings 4. Custom Scripts 5. Configuration Management 6. FAQ Configuration Files Core Configuration [Screenshot/Image Placeholder 1] Caption: Configuration file structure 1. Main Config File system: mode: production debug: false workers: 4 temp_dir: /tmp/airys storage: type: local path: /data/airys backup: true 2. Component Configs - Camera settings - Face analysis - Network options - Security policies 💡 Pro Tip: Always backup your configuration files before making changes and test in a staging environment first. Environment Setup Environment Variables [Screenshot/Image Placeholder 2] Caption: Environment configuration panel 1. System Variables AIRYS_MODE=production AIRYS_LOG_LEVEL=info AIRYS_PORT=3000 AIRYS_WORKERS=4 2. Service Variables - Database connections - API endpoints - External services - Authentication Configuration Profiles 1. Profile Types - Development - Staging - Production - Custom environments 2. Profile Management - Profile switching - Inheritance - Overrides - Validation Advanced Settings System Tuning 1. Performance Settings performance: gpu_memory: 2048 thread_pool: 8 batch_size: 32 queue_limit: 100 2. Resource Allocation - CPU allocation - Memory limits - Storage quotas - Network bandwidth Feature Flags [Screenshot/Image Placeholder 3] Caption: Feature flag configuration 1. Flag Management - Enable/disable features - Beta features - A/B testing - Gradual rollout 2. Custom Features - Plugin system - Extensions - Custom modules - Integration points Custom Scripts Automation Scripts 1. Maintenance Scripts #!/bin/bash # Example maintenance script cleanup_temp() { find /tmp/airys -type f -mtime +7 -delete } 2. Integration Scripts - Data processing - Batch operations - Scheduled tasks - Event handlers Script Management 1. Script Organization - Directory structure - Version control - Dependencies - Documentation 2. Execution Control - Permissions - Scheduling - Logging - Error handling Configuration Management Version Control 1. Change Management - Version tracking - Change history - Rollback procedures - Audit logging 2. Deployment Strategy - Configuration deployment - Environment sync - Validation checks - Backup procedures Security Measures 1. Access Control - File permissions - Encryption - Secure storage - Access logging 2. Validation - Schema validation - Syntax checking - Security scanning - Compliance checks Frequently Asked Questions Q: How do I safely test configuration changes? A: Use a staging environment and the --dry-run flag when available. Always backup configurations before changes. Q: Can I share configurations between environments? A: Yes, use configuration profiles and inheritance. See Configuration Profiles. Q: How do I troubleshoot configuration issues? A: Check logs at /var/log/airys/config.log, validate syntax, and use the configuration test tool. Related Articles - API Integration Guide - Performance Optimization - Advanced Camera Settings Need More Help? If you couldn't find what you were looking for in this article: - Check our Advanced Configuration Docs - Join our Community Forum - Contact Support Tags: configuration, customization, settings, advanced, system-config

Last updated on Feb 12, 2025

WebSocket Features

Overview Learn how to utilize Airys' WebSocket capabilities for real-time communication and streaming. This guide covers WebSocket implementation, event handling, and advanced streaming features. Difficulty Level: Advanced Time Required: 40 minutes Last Updated: February 2024 Prerequisites - Understanding of WebSocket protocol - JavaScript/TypeScript experience - Basic networking knowledge - Familiarity with event-driven programming - API authentication credentials Table of Contents 1. WebSocket Basics 2. Connection Setup 3. Event Handling 4. Stream Management 5. Advanced Features 6. FAQ WebSocket Basics Understanding WebSockets [Screenshot/Image Placeholder 1] Caption: WebSocket architecture diagram 1. Protocol Overview - WebSocket vs HTTP - Persistent connections - Bi-directional communication - Real-time updates 2. Key Features - Low latency - Binary support - Message framing - Connection management 💡 Pro Tip: Use heartbeat messages to maintain connection stability and detect disconnections early. Connection Setup Establishing Connection [Screenshot/Image Placeholder 2] Caption: WebSocket connection flow 1. Connection Code const ws = new WebSocket('wss://ws.airys.com/v1/stream'); ws.onopen = () => { console.log('Connected to Airys WebSocket'); ws.send(JSON.stringify({ type: 'auth', token: 'your_api_token' })); }; 2. Authentication - Token-based auth - Connection params - Secure handshake - Session management Connection Management 1. Error Handling ws.onerror = (error) => { console.error('WebSocket error:', error); reconnect(); }; ws.onclose = (event) => { console.log('Connection closed:', event.code); if (event.code === 1006) { reconnect(); } }; 2. Reconnection Strategy - Automatic retry - Exponential backoff - Connection state - Health checks Event Handling Message Types 1. System Events { type: 'system', event: 'status', data: { status: 'online', timestamp: 1645678900 } } 2. Camera Events - Stream start/stop - Quality changes - Error notifications - Status updates Event Processing [Screenshot/Image Placeholder 3] Caption: Event handling workflow 1. Message Handling ws.onmessage = (event) => { const message = JSON.parse(event.data); switch (message.type) { case 'face_detected': handleFaceDetection(message.data); break; case 'stream_status': updateStreamStatus(message.data); break; } }; 2. Event Subscription - Topic subscription - Event filtering - Priority handling - Queue management Stream Management Video Streaming 1. Stream Control // Start stream ws.send(JSON.stringify({ type: 'stream_control', action: 'start', camera_id: 'cam_123' })); 2. Quality Control - Adaptive bitrate - Resolution control - Frame rate adjustment - Bandwidth management Data Streaming 1. Real-time Data - Face detection events - Analytics data - Status updates - Performance metrics 2. Stream Processing - Data buffering - Frame processing - Event correlation - State management Advanced Features Performance Optimization 1. Connection Pooling - Pool management - Load balancing - Connection reuse - Resource optimization 2. Message Optimization - Binary protocols - Message compression - Batch processing - Priority queues Security Features 1. Secure Communication - TLS/SSL - Message encryption - Authentication - Access control 2. Monitoring - Connection metrics - Performance stats - Error tracking - Usage analytics Frequently Asked Questions Q: How do I handle connection drops? A: Implement automatic reconnection with exponential backoff. See Connection Management. Q: What's the maximum message size? A: Default limit is 1MB. For larger data, use chunking or dedicated file transfer endpoints. Q: How many concurrent connections are supported? A: Standard tier supports 100 concurrent connections. Enterprise accounts have customizable limits. Related Articles - API Integration Guide - Performance Optimization - Custom Configurations Need More Help? If you couldn't find what you were looking for in this article: - Check our WebSocket API Docs - Join our Developer Community - Contact Support Tags: websocket, real-time, streaming, events, communication

Last updated on Feb 12, 2025

Performance Optimization

Overview Learn how to optimize Airys for maximum performance and efficiency. This guide covers system tuning, resource management, monitoring, and best practices for handling high-load scenarios. Difficulty Level: Advanced Time Required: 50 minutes Last Updated: February 2024 Prerequisites - Administrator access - Understanding of system resources - Basic performance monitoring experience - Familiarity with configuration files - Knowledge of hardware specifications Table of Contents 1. System Requirements 2. Resource Optimization 3. Network Performance 4. Application Tuning 5. Monitoring and Analysis 6. FAQ System Requirements Hardware Optimization [Screenshot/Image Placeholder 1] Caption: Hardware resource allocation diagram 1. CPU Configuration cpu: cores_allocated: 8 thread_priority: high process_affinity: true scheduler_policy: performance 2. Memory Settings - RAM allocation - Swap configuration - Cache management - Memory limits 💡 Pro Tip: Dedicate specific CPU cores to critical processes for consistent performance. Resource Optimization GPU Utilization [Screenshot/Image Placeholder 2] Caption: GPU resource monitoring panel 1. GPU Settings gpu: memory_limit: 4096 compute_mode: exclusive power_limit: 200 auto_boost: true 2. Processing Pipeline - Batch processing - Parallel execution - Queue management - Load balancing Storage Optimization 1. Disk Configuration - I/O scheduling - Buffer sizes - Cache policy - Write strategy 2. Data Management - File organization - Cleanup policies - Archive strategy - Compression settings Network Performance Bandwidth Management 1. Traffic Optimization network: max_bandwidth: 1000mbps quality_of_service: true buffer_size: 65536 tcp_fastopen: true 2. Connection Settings - TCP tuning - UDP optimization - Connection pooling - Keep-alive settings Stream Optimization [Screenshot/Image Placeholder 3] Caption: Stream performance metrics 1. Video Streams - Resolution scaling - Frame rate control - Bitrate adaptation - Codec optimization 2. Data Streams - Compression - Batching - Prioritization - Error handling Application Tuning Process Management 1. Service Configuration services: worker_processes: auto worker_connections: 1024 backlog: 2048 timeout: 60 2. Thread Management - Thread pools - Task scheduling - Priority queues - Resource limits Cache Strategy 1. Cache Levels - Memory cache - Disk cache - Distributed cache - Cache invalidation 2. Optimization Rules - Cache size - TTL settings - Eviction policy - Preloading Monitoring and Analysis Performance Metrics 1. System Metrics - CPU usage - Memory utilization - Disk I/O - Network traffic 2. Application Metrics - Response times - Error rates - Queue lengths - Processing speed Performance Analysis 1. Monitoring Tools # Performance monitoring command airys-monitor --metrics all --interval 5s 2. Analysis Methods - Bottleneck detection - Resource profiling - Load testing - Trend analysis Frequently Asked Questions Q: How do I identify performance bottlenecks? A: Use the monitoring tools to track system metrics and look for resource saturation. See Monitoring and Analysis. Q: What's the optimal number of worker processes? A: Generally, use 1-2 workers per CPU core. Adjust based on monitoring results and workload. Q: How can I improve face detection speed? A: Optimize GPU utilization, adjust batch sizes, and ensure proper resource allocation. See GPU Utilization. Related Articles - Custom Configurations - Advanced Camera Settings - WebSocket Features Need More Help? If you couldn't find what you were looking for in this article: - Check our Performance Tuning Guide - Join our Community Forum - Contact Support Tags: performance, optimization, tuning, monitoring, resources

Last updated on Feb 12, 2025

Advanced Camera Settings

Advanced Camera Settings Overview Master advanced camera configuration and specialized features in Airys. This guide covers expert-level camera settings, optimization techniques, and advanced integration capabilities. Difficulty Level: Advanced Time Required: 45 minutes Last Updated: February 2024 Prerequisites - Camera management experience - Network configuration knowledge - Understanding of video protocols - Access to camera admin settings - Familiarity with GO2RTC Table of Contents 1. Advanced Configuration 2. Video Processing 3. Integration Features 4. Camera Automation 5. Expert Optimization 6. FAQ Advanced Configuration Camera Parameters [Screenshot/Image Placeholder 1] Caption: Advanced camera configuration panel 1. Image Settings camera: exposure_mode: manual exposure_time: 1/100 gain: 12 iris: f/2.8 wdr: true wdr_level: 80 2. Advanced Controls - Sensor settings - Color profiles - Noise reduction - Sharpness control 💡 Pro Tip: Use manual exposure settings in challenging lighting conditions for more consistent face detection results. Video Processing Stream Configuration [Screenshot/Image Placeholder 2] Caption: Video processing pipeline 1. Encoding Settings stream: codec: h264 profile: high bitrate_mode: vbr max_bitrate: 4096 gop_size: 30 b_frames: 2 2. Quality Control - Resolution presets - Frame rate control - Bitrate management - Buffer settings Processing Pipeline 1. Pre-processing - Image stabilization - Dewarping - Lens correction - Color correction 2. Advanced Features - Motion detection - Region masking - Digital PTZ - Image enhancement Integration Features Protocol Support 1. Stream Protocols protocols: rtsp: enabled: true transport: tcp authentication: digest webrtc: enabled: true ice_servers: ["stun:stun.l.google.com:19302"] onvif: enabled: true profile: T 2. Advanced Networking - Multicast support - Port forwarding - NAT traversal - QoS settings Camera Integration [Screenshot/Image Placeholder 3] Caption: Integration architecture diagram 1. External Systems - NVR integration - VMS compatibility - Cloud services - Third-party APIs 2. Data Exchange - Metadata streaming - Event synchronization - Status reporting - Command interface Camera Automation Event Management 1. Trigger Configuration events: motion: sensitivity: 75 zones: ["zone1", "zone2"] cooldown: 5 face_detected: min_confidence: 0.8 notify: true 2. Action Rules - Automated responses - Recording triggers - Alert generation - Scene changes Scheduling 1. Time-based Controls - Recording schedules - Quality profiles - Feature activation - Maintenance windows 2. Dynamic Adjustment - Day/night switching - Load-based scaling - Environmental adaptation - Power management Expert Optimization Performance Tuning 1. Resource Management - CPU allocation - Memory usage - Network bandwidth - Storage optimization 2. Stream Optimization - Keyframe interval - Reference frames - Entropy coding - Profile levels Advanced Features 1. Analytics Integration analytics: face_detection: mode: gpu batch_size: 8 interval: 2 regions: ["r1", "r2"] object_tracking: enabled: true sensitivity: high 2. Custom Development - API extensions - Plugin development - Custom protocols - Feature modules Frequently Asked Questions Q: How do I optimize for low-light conditions? A: Adjust exposure settings, enable WDR, and fine-tune noise reduction. See Advanced Configuration. Q: What's the best streaming protocol for face detection? A: Use RTSP with TCP transport for reliability, or WebRTC for low-latency requirements. Q: How can I reduce bandwidth usage? A: Implement dynamic bitrate adjustment, optimize GOP settings, and use efficient codecs. See Video Processing. Related Articles - Performance Optimization - Custom Configurations - WebSocket Features Need More Help? If you couldn't find what you were looking for in this article: - Check our Camera Integration Guide - Join our Community Forum - Contact Support Tags: camera, advanced-settings, configuration, streaming, optimization

Last updated on Feb 12, 2025