Once the Ditto SDK has been embedded into an application on a device it is essential to be able to gather and store peer-to-peer sync and network details as well as the Ditto logs from that device. These insights from the device are stored in a Ditto system collection called 

 and can be viewed from the Portal Device Dashboard (

In Ditto 4.8.0 and onwards, Small Peer info is enabled by default.

In earlier versions of the Ditto SDK, the smallPeerInfo feature needs to be manually enabled to collect data, 

The Device Dashboard will automatically gather and store peer-to-peer sync and network details, including:

In addition to automatically gathering these details you can also perform a remote request to send the Ditto logs from a device to the Device Dashboard. If granted access, the Ditto Support Team can also use the device dashboard to request these logs in order to support and diagnose any issues a device may be experiencing.

Or any other relevant information pertaining to the device.

Within Ditto, you can set the device name for each device using the 

 namespace. Using a unique identifier for the device name that is know to the user of the device can help both your internal team and the Ditto Support Team to search the device on the Device Dashboard.

The Device Dashboard provides a quick overview of device-specific metadata. You can tailor your display to feature various data columns and utilize the search bar to filter the information

 button at the top right to be able to add new data columns. Each new data column must correlate with a value in the small peer info metadata.

One you have added a new column that data will appear for everyone in your organization with access to the Device Dashboard. These columns can be toggled on/off.

Integrate Ditto Tools for Kotlin, Swift and C# .NET in 15 Minutes

Device Observability and Ditto Logs

linux_aarm_supported_version

android_supported_version

ipados_supported_version

ios_supported_version

windows_x64_supported_version

mac_supported_version

linux_x64_supported_version

visionOS on Swift

Best Practices

Sync Handling

Conflict Handling

Data Flow Management

1. Planning and Architecture Design

Optimizing Bundle Sizes for Android

2. Setup and SDK Configuration

Batch Write Transactions

Selecting the right pattern

Timestamps

Time-Based Replication

Schema Versioning

Large Binary Files

3. Data Modeling and Sync Logic

Maintaining Privacy in Peer-to-Peer Communication

Secure Peer-to-Peer Communication

Implementing Role-Based Access Control (RBAC)

4. Security, Access Control, and Privacy

Testing Best Practices: Big Peers, Small Peers, and Identity Switching

Setting Routing Hints

5. Testing and Optimization

Prioritizing Bluetooth Connections in High-Density Mesh Networks

Network Deployment

6. Deployment

Sync Performance with redundant BLE Connections

Wi-Fi Interference and Client Load

Device Storage Management

7. Performance Optimization and Troubleshooting

8. Monitoring and Maintenance

Inventory

Meal Ordering

Crew App

Chat

Chat App

Point-of-Sale (PoS)

Point of Sale

@StateObject vs. @ObservedObject

DittoSwiftTools

Preventing SwiftUI Previews from Syncing

Preventing Accumulating Combine Publishers

Swift (cloned) (cloned)

Prebuilt Task App

Svelte Framework

OnlineWithAuthentication Tutorial: JavaScript

Getting started with Electron, TypeScript, Vite, and Ditto

JavaScript (cloned)

Offline peer-to-peer sync using JavaScript, React, and Auth0

Running a React Web App in an Android App

React Native

MAUI Task App

Console Task App

Permissions

Authentication Server

C# (cloned)

Getting Started in Your Project

Mocking time in Async Rust

Rust (cloned)

Bluetooth on Linux

Tutorials