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Note: It is likely that all supplementary traps will be converted to collocated traps in the future as this allows for more flexibilty, so we recommend people create collocated traps, rather than supplementary traps. A supplementary trap is an additional trap...

In the My account section of Rappt.IO, you can generate an API key that’s associated with your user account. It can only be used for map feeds (which are read-only), and it can be changed any time by generating a new key, which will disable any previously used...

Map feed addresses are in the format:https://io.rappt.io/geo/trapnz-projects/wfs/apikey/project_idand https://io.rappt.io/geo/trapnz-projects/wms/apikey/project_idfor WFS and WMS feeds respectively. The Project ID is the last part of the URL when you select y...

Fields returned Field Description record_id the trap record UID project_id project number project project name line line name that the trap is associated with trap_code the tra...

The map server allows access to WGS 84 and NZTM projections and can also output in many different formats with: https://io.rappt.io/geo/trapnz-projects/wfs/apikey/project_id?service=WFS&version=1.0.0&request=GetFeature&typeName=layer&outputFormat=format Outp...

Accessing layers You can add a new WFS Server via Connections > Server > New WFS Server: Enter the WFS URL in the format as described herehttps://io.rappt.io/geo/trapnz-projects/wfs/apikey/project_id The WFS server is set to return a maximum of 10k featur...

Accessing layers You can add a WFS Layers Layer > Add Layer > Add WFS Layer   Create a new Server Connection and enter the WFS URL in the format described herehttps://io.rappt.io/geo/trapnz-projects/wfs/apikey/project_id The WFS server is set to return...

The rappt.io map feeds and APIs are provided on the condition that you provide a data source attribution in any maps or material that uses these feeds, or data from these feeds.   E.g.: "Sourced from rappt.io".or"Data sourced from rappt.io".(if including the...

Overview This document describes how to take an off-the-shelf gateway device and set it up to provide LoRaWAN network coverage to nearby sensor devices.   The device used in this example is a Mikrotik wAP LR9 kit which operates in the 902-928 MHz frequency ra...

This is a blueprint for projects to use to affordably configure sensors to submit data to Rappt.IOusing LoRaWAN, a low power long range wide area network protocol.  We provide three components. A gateway configuration document explains how to take an off-the-...

Rappt.IO supports the remote monitoring of devices (traps, bait stations etc) equipped with sensors.   The sensors are typically small, battery-powered devices that detect the state of a trap (open/sprung) or the bait levels in a bait station.   They transmit...