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BrainBerry Site Architecture
3.2. Reliabililty
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BrainBerry Site Architecture
1. Executive Summary
2. Solution Architecture Overview
3. Architecture Considerations
3. Architecture Considerations
3.1. Security
3.1. Security
3.1.1. Control the Identity and Access of the IoT Device
3.1.2. Secure the Devices and Their Credentials
3.1.3. Manage User Access Rights for IoT Devices
3.1.4. Analyze Application Logs To Identify Security Events
3.1.5. Plan the Security Lifecycle of Your IoT Devices
3.1.6. Manage Device Certificate Lifecycles
3.1.7. Encrypt Device Data
3.2. Reliabililty
3.2. Reliabililty
3.2.1. Design To Withstand Component and System Faults
3.2.2. Provision Elastic Compute Capacity for IoT Message Processing
3.2.3. Provision Reliable Storage for IoT Data Sent to the Cloud
3.2.4. Design To Withstand Connectivity Failures
3.2.5. Design Devices To Have Accurate Time
3.2.6. Control the Frequency of Message Delivery to the Device
3.2.7. Design To Reliably Update Device Firmware
3.2.8. Plan for disaster recovery (DR) of IoT workloads
3.3. Performance
3.3. Performance
3.3.1. Measure The Performance of the IoT Applications
3.3.2. Measure The Performance of the IoT Devices
3.3.3. Operate Applications Within the Limits of the Platform
3.3.4. Optimize the Ingestion of Telemetry Data
4. Resources
3.2. Reliability
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