Environment instrumentation and the use of collected data to automate workflows creates countless opportunities to identify new scientific insights, to stimulate interdisciplinarity and to develop technological solutions to pressing issues. The deployment of sensors accounts for a significant part of IOT’s growth leading to a rapidly increase in the need for individuals with experience in the various aspects of IOT solutions, from sensing, to networking, to cloud and data management, to machine learning and artificial intelligence
Sensing infrastructures and solutions comprise of three main domains: Sensing – covering the technologies and methods of measuring certain variable, Connectivity – covering the technologies, protocols, and services responsible for managing the sensors and transporting data between sensors and the backend, Data & Analytics– covering the resources and tools responsible for storing, managing and analyzing the data.
Researchers, Educators, Communities have expertise, interest, and opportunities in one, maybe two of the domains at one time or in the context of a given project. For this reason, we are seeing significant resources wasted in the creation ad-hoc, sub-optimal, balkanized infrastructures that are not reusable, scalable, or sustainable. The Environmental Sensing Data Network (ESDN) aims to solve this problem
ESDN Mission: Create a platform enabling users to easily deploy and manage sensors, to collect data and build integrations with commercial and research tools and services. We want to enable users to focus on what they know and what they are interested in rather than recreating communications networks.
The ESDN platform is developed to support the technologies and tools that best fit each solution, with projects sharing various aspects of the infrastructure. The platform and the services provided are managed by the Technology Systems department in the College of Engineering and Technology.
To meet the implementation goals set for the project, we developed a high-level architecture which enable to project team to phase the solution development, to optimize the solution according to user feedback and technical developments, and finally to facilitate integrations.
For example, a project can deploy sensors leveraging the ESDN communication shim to provide connectivity over LoRa to the backend. The ESDN developers work with users to integrate sensors with the communications shim, set up the data collection backend and the integration with external tools and data sources. All services provide are supported by the TSYS NOC.
We are building a community of researchers, educators, students and citizens who can launch projects, collaborate, share data, and contribute to the platform.
To learn more, launch a project or to simply be part of the ESDN community, Contact Us