Adaptive Data Rate (ADR) is a mechanism for optimizing data rates, airtime and energy consumption in the network. This reference documents how ADR is implemented in The Things Stack.

Application packages specify state machines running both on the end device and the Application Server, as well as signalling messages exchanged between the end device’s application layer and the Application Server.

This is a reference for the Stripe backend of the Tenant Billing Server. It covers the creation of a product, the pricing plans and adding customer subscriptions.

This is the reference for the command-line interface of The Things Stack: ttn-lw-cli. Expand the command tree to the left to see information about commands.

This section contains detailed descriptions of each of The Things Stack components.

The Things Stack binary can be configured with many different options. Those options can be provided as command-line flags, environment variables or using a configuration file.

This reference contains information about what access administrators and users have to data, and how long The Things Stack persists device data. For inquiries about data privacy or data security, read on, or contact The Things Industries.

The Things Stack Device Claiming Server can claim devices on LoRaWAN® Join Servers.

Email templates define the contents of the emails that The Things Stack sends to its users. They allow network operators to override the default contents of the emails with their own custom contents.

Federated Authentication allows network administrators to use the already existing identity providers in order to authenticate users, instead of manually creating and managing the accounts in The Things Stack.

This reference contains Frequency Plans that are officially supported by The Things Stack. This list is populated from the lorawan-frequency-plans Github repository. Deployments may also have custom frequency plans configured.

This section contains information on using FUOTA with The Things Stack.

The Things Stack records Round Trip Times (RTT) between the Gateway Server and Gateways which act as a measure of latency. This section explains how The Things Stack records and uses these values.

This reference contains common terms and definitions to help you find your way around The Things Stack.

This reference explains how The Things Stack deals with IDs and EUIs, including regular expression requirements, uniqueness, and how deletion is handled.

This guide provides some in depth information about how the Last activity values in the entity overviews of the Console are calculated.

This guide contains implementation details primarily for gateway manufacturers intending to implement the LoRa Basics™ Station protocol.

The Things Stack Network Server and Application Server can use LoRaWAN® Backend Interfaces 1.0 and 1.1 with LoRaWAN Join Servers. Network Server and Application Server use this configuration to contact LoRaWAN Join Servers. Learn how to configure Network Server and Application Server to use the interoperability client configuration. Configuration Files The Things Stack reads configuration from a file system. The root should contain config.yml, which contains Join Servers. join-servers: - file: './path/js.yml' # relative path to a file containing Join Server configuration components: ['as', 'ns'] # optional selector for components (new in 3.21.0) join-euis: # list of Join EUI prefixes the Join Server should handle - '11AA000000000000/16' # in this example, the first 16 bits, so all JoinEUIs starting with 11AA All paths are relative to the config.yml file they are defined in.

This reference contains default Packet Broker routing tables.

This reference describes support for various Packet Forwarders in The Things Stack.

The Things Stack supports rate limiting for all outward facing services. Access to each resource is limited by a unique identifier key, and it is possible to define rate limiting classes for fine-grained control.

The Things Stack supports setting maximum limits for active resources. Access to each resource is limited by a unique identifier key, and it is possible to define resource limiting classes for fine-grained control.

This section contains links to common root SSL certificates used in The Things Stack, issued by trusted certificate authorities (CAs).

This section contains detailed information on telemetry collected by the CLI and by each of The Things Stack's components.

The Things Network is a global collaborative Internet of Things ecosystem that creates networks, devices and solutions using LoRaWAN. The Things Network runs The Things Stack Sandbox, which is a crowdsourced, open and decentralized LoRaWAN® network. This network is a great way to get started testing devices, applications, and integrations, and get familiar with LoRaWAN.