Research

UNICEF Giga Node (2022)

The Giga Node was designed for the UNICEF Giga Initiative (https://giga.global/) and is a prototype for an open source router to help Giga and its partners in their mission of connecting every school in the world to the Internet, and holding Internet Service Providers (ISPs) accountable for the quality of service of their connectivity, especially in vulnerable communities. The project culminated in a field-ready proof of concept to showcase the potential, test functionalities and validate hardware requirements of future nodes, and in a hands-on demonstration of the device at UNICEF Headquarters in New York City.

Collaborators: Pedro Oliveira, Myf Ma, Alex Nathanson, Aakruti Lunia, Natalya Brill. 

🔗: NYU Tandon News
🔗: Giga Node

Pop-Up Learning Bangladesh (2021)

Low Pwr Lab was a technology advisor for the International Rescue Committee and Airbel Impact Lab on a multi-year tablet-based computer-assisted learning program aimed to mobilize quickly and efficiently on the onset of the crisis. IRC had conducted a pilot of the Pop-Up Learning project and identified some key challenges with the operational set-up and program model that needed to be addressed before scaling the efforts further. We worked closely with the IRC Bangladesh Program team to identify solutions to the underlying challenges of energy and telecommunication access in the Rohingya refugee camps in Cox’s Bazar.

🔗: Pop up learning

Solar Protocol (2020-present)

Solar Protocol is a global network of solar-powered servers, stewarded by collaborators distributed over five Continents which routes traffic based on whichever server is enjoying the most sunshine and therefore has the most amount of energy available to support the computational activity of the network. This project, grown out of solar-powered media research, has evolved into a collaborative experiment that hosts online events, art exhibitions, hackathons, and workshops on ways to reimagine our relationship to the Internet in the context of planetary limits. The Solar Protocol network explores the sun’s interaction with Earth as a form of logic that shapes the daily behaviors, seasonal activities and the decision-making of almost all life forms. Solar Protocol honors this natural logic, exploring it as a form of intelligence that is used to automate decisions in a digital network. This work was funded by Eyebeam, Code for Science & Society, the Mozilla Foundation and was exhibited at Ars Electronica, the Beijing Times Art Museum, Fiber Festival in the Netherlands and Platform Artspace and the Worth Ryder Gallery at Berkeley University of California.

Collaborators: Tega Brain, Alex Nathanson, Camilo Rodríguez Beltrán, Caddie Brain, Baoyang Chen, Cyrus Kiiru, Anne Pasek, Jarl Schulp, Chris Stone and Jesse Li, Denzel J. Wamburu, Graham Wilfred Jr.

🔗: solarprotocol.net

Solar Powered Media (2019-2022)

Solar Powered Media is a research project aimed at investigating the environmental impacts of online media content and the associated network infrastructure. The myth that our online activities have no cost, both environmentally and economically, is constantly reinforced by concepts like “the cloud” and by the myriads of online companies offering supposedly free accounts, free data storage and free services. This project tries to address these misconceptions, investigating the environmental footprint of our dependency to online platforms and their energy consumption, something that is rapidly expanding due to languages like Javascript, streaming media, analytics and more recently, highly processor-heavy techniques like Machine Learning and Natural Language Processing and highly energy intensive technologies such as cryptocurrencies.

Collaborators: Tega Brain, Alex Nathanson, Keita Ohshiro, Alex Markova, JiYoung Moon, Jeeyoon Hyun

🔗: solarpoweredmedia

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Courses Offered

🌱 Rethink, Reuse, Resilience 🌱

This is a “choose-your-own-adventure” course that merges citizen science, physical computing and design research and aims at reframing resource constraints and disruptions as re-thinking and design opportunities.

Term: Fall 2020 / Spring 2022 / Spring 2023

🔗: Practical Guide To Resilience

🌤 Solar-powered Media VIP 🌤

Students in this VIP Team learn how to set up a solar-powered server, gain experience with the hardware and software necessary to power a solar-powered website, and investigate the environmental impact of online media content and low-impact Web design strategies.

Term: Spring 2021 / Fall2021

🔗: Solar Powered Media VIP Team

⛓ UNChained ⛓

In this course, in partnership with the UNICEF Ventures Fund, we investigate how to assess the potential of new and emerging technologies – in particular blockchain, smart contracts and tokens – and the role they can play in addressing some of the most pressing challenges facing the most vulnerable population in the world: children.

Term: Fall 2018

🔗: unchained

Lab Tools 

🌞📶 Solar-Powered WiFi Hotspot (RaspAP on RaspberryPi)

🌞🗃 Solar-Powered Distributed File-Sharing (IPFS on Raspberry Pi) 

🌞 💬 Solar-Powered Distributed Social Network (Scuttlebutt on Raspberry Pi) 

🌞 🔗 Solar-Powered Blockchain Node (Ethereum on Arm) 

🌞 🌐 Solar-Powered Web Server (Solar-powered RaspberryPi)

🌞 📡 Solar-Powered Community WiFi (Portable Network Kit – PNK)

🌞 💻 Solar-Powered Websites (this site soon!)

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News & Publications

📄 Piantella, B., Nathanson, A., Brain, T., & DesPortes, K. (2023). Listening for the ‘I’in infrastructure (and community) repair. Journal of Environmental Media, 4(1), 101-106. 🔗 link   

📄 Piantella, B., Nathanson, A., Brain, T., & Ohshiro, K. (2020, April). Solar-powered Server: Designing For A more Energy Positive Internet. In Extended Abstracts of the 2020 CHI Conference on Human Factors in Computing Systems (pp. 1-4). 🔗 link  
📺 CHI 2021 video

📄 Brain, T., Nathanson, A., & Piantella, B. (2022, June 21). Solar Protocol: Exploring Energy-Centered Design. Eighth Workshop on Computing within Limits 2022. 🔗 link   

📰 Pasek, A., & Piantella, B. (2022, September) Solar-Powered Media Zine. 🔗 link 🔗 link 

💰 Awarded a $20K NYU Green Grant from the Office of Sustainability for Solar Powered Media Server project, in collaboration with Tega Brain, investigating the invisible energy costs of the Internet. (2019)

🌟 Awarded a $25K Eyebeam Rapid Response Fellowship for Solar Protocol, in collaboration with Tega Brain, Alex Nathanson, investigating the possibilities of re-imagining the internet together with a group of international collaborators across the globe. (2020) 🔗 link  

🌟 Solar Protocol was selected for the Code for Science & Society Digital Infrastructure Incubator alongside other artists and designers involved in developing strategy, designing growth, and building community in open digital infrastructure projects related to community stewardship, co-ownership, co-design, or other paradigms that center sharing and transferring power to communities. (2021) 🔗 link  

🏅 Awarded a Making and Doing Award from the Society for Social Studies of Science for the Solar-Powered Media Zine co-authored with Anne Pasek, from Trent University. (2021) 🔗 link  

🏆 Solar Protocol was awarded a $30K Creative Media Award by the Mozilla Foundation as an experimental project exploring new approaches to data stewardship and Natural Intelligence. (2022) 🔗 link  

🗞 Solar Protocol was featured by Dezeen Magazine as one of the ten most innovative projects demonstrating more renewable, efficient and affordable ways to power our lives and for helping people rethink how we consume energy. (2022) 🔗 link 

🎙 The Future Of Podcast
An NYU Tandon School of Engineering Podcast

🎙 State of the Art Podcast 
Episode on The Art of Humanitarian Design: Benedetta Piantella, Humanitarian Technologist

📺 NYU CUSP Lecture Series 
Solar Protocol: Reimagining The Internet Through Natural Logic