IoT Suite
Internet of Things, device management, sensor networks, smart home automation, industrial IoT
Device Management
Sensor Networks
Smart Home
Industrial IoT
Edge Computing
IoT Protocols
Device Management
Device Provisioning
Device Type:
Sensor
Actuator
Gateway
Controller
Number of Devices:
Communication Protocol:
MQTT
CoAP
HTTP
WebSocket
Authentication Method:
X.509 Certificate
JWT Token
API Key
Pre-Shared Key
Provision Devices
Device Monitoring
Select Device:
All Devices
Sensor-001
Actuator-002
Gateway-003
Metrics to Monitor:
CPU Usage
Memory Usage
Battery Level
Network Latency
Temperature
Alert Threshold (%):
Start Monitoring
Firmware Update Manager
Target Devices:
All Devices
Group 1 (Sensors)
Group 2 (Actuators)
Individual Device
Firmware Version:
Update Type:
Incremental
Full Update
Security Patch
Rollback
Schedule:
Immediate
Maintenance Window
Staggered Rollout
Manual Approval
Deploy Update
Sensor Networks
Sensor Network Designer
Network Topology:
Star
Mesh
Tree
Hybrid
Sensor Types:
Temperature
Humidity
Pressure
Light
Motion
Air Quality
Data Collection Frequency:
Real-time
Every 1 minute
Every 5 minutes
Every 15 minutes
Hourly
Design Network
Data Aggregation
Aggregation Method:
Average
Minimum
Maximum
Sum
Median
Time Window:
1 minute
5 minutes
15 minutes
1 hour
1 day
Filters:
Remove Outliers
Smooth Data
Fill Missing Values
Validate Range
Start Aggregation
Anomaly Detection
Detection Algorithm:
Statistical
Machine Learning
Threshold-based
Pattern Recognition
Sensitivity:
5
Alert Actions:
Email Notification
SMS Alert
Webhook Call
Dashboard Alert
Configure Detection
Smart Home Automation
Automation Rule Builder
Trigger Device:
Motion Sensor
Door Sensor
Temperature Sensor
Light Sensor
Time Schedule
Trigger Condition:
Action Device:
Smart Lights
Thermostat
Smart Plug
Security Camera
Smart Speaker
Action Command:
Create Rule
Scene Manager
Scene Name:
Devices in Scene:
Living Room Lights
TV
Smart Blinds
Thermostat
Smart Speaker
Device Settings:
Create Scene
Energy Monitor
Monitoring Period:
Real-time
Daily
Weekly
Monthly
Devices to Monitor:
HVAC System
Lighting
Kitchen Appliances
Entertainment
Smart Plugs
Energy Goals:
Reduce Peak Usage
Optimize Schedule
Track Carbon Footprint
Cost Optimization
Start Monitoring
Industrial IoT (IIoT)
Predictive Maintenance
Equipment Type:
Electric Motor
Water Pump
Conveyor Belt
HVAC System
Generator
Monitoring Sensors:
Vibration
Temperature
Current Draw
Noise Level
Oil Pressure
Prediction Model:
Regression Analysis
Neural Network
Random Forest
Support Vector Machine
Configure Maintenance
Production Monitoring
Production Line:
Assembly Line 1
Assembly Line 2
Packaging Line
Quality Control
Key Metrics:
Output Rate
Quality Score
Downtime
Waste Rate
Efficiency
Alert Thresholds:
Start Monitoring
Asset Tracking
Asset Type:
Vehicles
Tools & Equipment
Inventory
Personnel
Tracking Technology:
RFID
GPS
Bluetooth Beacons
WiFi Triangulation
Update Frequency:
Real-time
Every 30 seconds
Every minute
Every 5 minutes
Configure Tracking
Edge Computing
Edge Node Deployment
Edge Hardware:
Raspberry Pi 4
NVIDIA Jetson
Intel NUC
Industrial Gateway
Workload Type:
Data Processing
ML Inference
Video Analytics
Data Aggregation
Edge Services:
MQTT Broker
Time Series Database
Stream Processing
ML Model Server
Web Dashboard
Deploy Edge Node
Fog Computing Layer
Architecture:
Hierarchical
Peer-to-Peer
Hybrid
Cloud-Edge Hybrid
Number of Fog Nodes:
Fog Services:
Data Storage
Analytics Engine
Event Processing
Security Gateway
Load Balancer
Configure Fog Layer
Model Deployment
Model Type:
Classification
Regression
Object Detection
Anomaly Detection
Framework:
TensorFlow Lite
ONNX Runtime
PyTorch Mobile
Custom Runtime
Optimization:
Quantization
Pruning
Knowledge Distillation
No Optimization
Deploy Model
IoT Protocols
MQTT Broker Setup
MQTT Version:
MQTT 5.0
MQTT 3.1.1
Default QoS:
QoS 0 (At most once)
QoS 1 (At least once)
QoS 2 (Exactly once)
Security:
TLS/SSL Encryption
Client Authentication
Message Encryption
Access Control
Message Retention:
1 hour
24 hours
7 days
30 days
Setup Broker
CoAP Server Configuration
CoAP Version:
CoAP 1.0
CoAP Observe
Transport:
UDP
DTLS (Secure)
TCP
TLS (Secure)
Resources:
Block Size:
16 bytes
32 bytes
64 bytes
128 bytes
256 bytes
512 bytes
1024 bytes
Configure Server
Protocol Bridge
Source Protocol:
MQTT
CoAP
HTTP
WebSocket
Target Protocol:
MQTT
CoAP
HTTP
WebSocket
Topic/Resource Mapping:
Data Transformation:
No Transformation
JSON Format
XML Format
Custom Script
Create Bridge
IoT Platform Status
Device Manager
Active
Message Broker
Running
Data Pipeline
Healthy
Edge Nodes
Connected