Token Platform: A new plug-and-play solution to simplify the implementation of DLTs within Public Services

A developer-friendly set of plug-and-play services and free/open-source components

marta.albujar 13 de abril de 2022
Token Platform: A new plug-and-play solution to simplify the implementation of DLTs within Public Services

Distributed Ledger Technologies, particularly Blockchain, show promise for Public Administrations looking for better ways to manage and protect information to deliver better services to the citizens. They offer an enticing path towards more efficient operations, more responsive service, and enhanced data security, solving the concerns related to trust, transparency, and privacy, promoting decentralisation and governance dynamics where citizens self-manage themselves.

The ultimate goal of the TOKEN Project is to develop an experimental ecosystem to enable the adoption of Distributed Ledger Technologies and to prove its value, via highly replicable Use Cases, as a driver for the transformation of public services towards an open and collaborative government model approach.

Whatโ€™s in for the NGI Community?

TOKEN is now developing an experimental ecosystem that simplifies the implementation of Blockchain and Decentralised technologies within Public Services. The Token Platform offers a developer-friendly set of plug-and-play services and free/open-source components that can be usable by any blockchain. The platform is proving its value, via highly replicable Use Cases addressing:

  • DLT for Smart Cities: Better exploitation of data in a Smart City context through a better knowledge of the usage of the data, setting up a transparent solution for the evaluation and valorisation of the use of data made by third parties in smart cities. ๐Ÿ‘‰๐Ÿฝ Request your demo
  • DLT for Grant Distribution: Developing a new system for public funding distribution applying decentralised technologies with the goal to improve transparency, efficiency and reducing cost and time for both parties. ๐Ÿ‘‰๐Ÿฝ Request your demo
  • DLT for Public Procurement: saving costs and time, and increasing trust, in the reconciliation of financial data collected from the different units of public expenditure at the whole municipality level. ๐Ÿ‘‰๐Ÿฝ Request your demo
  • DLT for Last mile logistics: to promote sustainable last-mile deliveries and local economy in the city of Leuven by granting access to the city and parking services based on sustainable practices. ๐Ÿ‘‰๐Ÿฝ Request your demo

Become one of the TOKENโ€™s early adopters

Do you want to be one of the early adopters in any of these areas and deploy DLT in public service? CTOs, developers, blockchain and DLT enthusiasts, policy-makers, and public service agents are invited to explore what is for them in the TOKEN platform.

Request a demo with the TOKEN experts, to either discover the resources and solutions available in the Token Platform, or to explore any of the highly replicable Use Cases for specific areas of services.

By now, the access to the plug-and-play solutions in the TOKEN Platform runs on an invite-only basis. If you want to browse through it, book a demo with the TOKEN experts and they will guide you through.

About TOKEN

Launched in January 2020, TOKEN (Transformative Impact Of Blockchain Technologies in Public Services) is an EU funded project whose ultimate goal is to develop an experimental ecosystem to enable the adoption of Distributed Ledger Technologies and to prove its value, via highly replicable Use Cases, as driver for the transformation of public services.

TOKEN aims to offer plug and play interoperable decentralised technology enablers making it possible for anyone to choose where they want to connect, having EBSI as the by default reference and providing a diversity of options and alternatives to the pilots. We want to provide a transversal solution that can be used for any blockchain/DLT infrastructure, opening the options for the pilots and offering a range of open source modules of use for any public administration.

Token has received funding from the European Unionโ€™s Horizon 2020 research and innovation programme under the Grant Agreement no 870603.