An experimental NFT (Non Fungible Token - ERC-721) whose content is related to graphics. The objective is to demonstrate the capacity of LifeBlock Testnet to support and operate NFT tokens.

This service includes an image portal and webservices application to store and visualize images linked to occurrence records. Some tools are available to measure, zoom, calibrate or download the image.

This service aims to split scientific names into their basic components and is optimized to work with taxonomic rank equal or lower than species, following Darwin Core standards.

This service aims at running PEMA on all the sequences from the samples selected in Step 4 (ARMS Choose and Parameterize) of the ARMS workflow. It additionally requires a parameter file (a tsv file). The service can take some hours to run. It represents the Step 5.2 of the ARMS Workflow within the Internal Joint Initiative.

This service aims to reformat and produce final output in variuos formats for human and machine2machine reading. It represents the Step 9 of the ARMS Workflow within the Internal Joint Initiative.

The spatial portal enables users to map a species occurrence records and explore the data for that species by time, region, data quality and the species’ link to the natural environment

This service aims at creating a stack of coregistered multi-spectral raster images. It groups four multi-seasons images and stack them to obtain a unique image at native resolution (30 meters) by using the Landsat 5 sensor. It represents the Step 3 of the Ailanthus Workflow within the Internal Joint Initiative.

CakeShop is a set of tools and APIs for working with Hyperledger Besu/Quorum, packaged as a Java web application archive (WAR). Tools included are blockchain explorer, node info, peer management, echanced permissions UI, solidity sandbox and contract registry. CakeShop will allow a more faster and secure deployment of LifeBlock nodes and resources.

This service aims to create a dataset of environmental predictors linked to SIA’s coordinates by exploiting oceanographic and bioclimatic raster layers. It extracts Enviromental Data and represents the Step 4 of the Crustaceans Workflow within the Internal Joint Initiative.

This service aims at creating a stack of coregistered multi-spectral raster images. It groups two seasons images (summer and autumn) and stack them to obtain a unique image at native resolution (2 meters) by using the Worldview-2 sensor. It represents the Step 5 of the Ailanthus Workflow within the Internal Joint Initiative.