Urenio Watch Watch: Intelligent Cities / Smart Cities

Understanding Resiliency: What It Means to be a Resilient City and Tools to Support

The whitepaper “Understanding Resiliency: What It Means to be a Resilient City and Tools to Support’ provides an analysis on the necessity for resiliency strategies and the challenges of implementing resiliency. Additionally it presents existent digital tools to support cities and territories to build more resilient, sustainable and safe places to live.

A Literature Review of E-government Services with Gamification Elements

This document contains a literature review of the gamification topic, providing a conceptual background, and presenting a selection and analysis of the applications to e-government services. It identifies the common procedure of gamification application to e-government services, highlighting visible methodological gaps. The study characterises gamification element usage and highlights the need for a standardised methodology during element selection.

An exploratory approach for urban data visualization and spatial analysis with a game engine

This paper proposes the use of game engines towards the creation of interactive urban environments and engagement with data. The authors designed and implemented an interactive visualization tool that delivers comprehensive urban data summaries and analytics through a user-friendly interface.

The Benefits of Using Robotic Process Automation in Financial Services

Banks, financial institutions, and insurance companies are digitally transforming to meet client needs better. To optimize operations and improve processes means you need to do more than upgrading systems or outsourcing processes. You need to innovate. One way to achieve this is by using robotic process automation to improve your financial services’ speed and accuracy.

SocialBlock_Decentralized user-centric data management applications in the context of smart cities

This paper proposes an architecture for decentralized user-centric data management applications for communications in smart cities. The solution proposed tackles some of the typical problems that affect centralized systems, related to the ownership, exploitation, management, and storage of data. A proof-of concept is presented, which demonstrates the feasibility of the proposal on an empirical basis. The proof-of-concept is implemented using Ethereum and IPFS as key tools.