Grillo Tests Earthquake Detection System in Puerto Rico

Grillo Tests Earthquake Detection System in Puerto Rico

Grillo's open source IoT sensor solution. Earthquake Early-Warning system for Puerto Rico (EEW) systems are essential in providing real-term alerts. Grillo tests earthquake detection system in Puerto Rico. Grillo is asking open source communities to help improve and test the sensor.

The open source platform unlocks seismic monitoring for developing nations

Earthquakes  killed over 800,000 people globally between 2000 and 2015, and almost one-third of the world’s population (some 2.7 billion people) live in seismically active regions. For those in the strike zone of an impending earthquake, every second matters. Earthquake early-warning (EEW) systems are essential in providing real-term alerts to nearby populations before the shaking arrives – giving people time to gather essentials and assist loved ones in getting to safety. The alerts can also trigger automatic systems that stop elevators, prepare backup power, and turn off gas pipes.

However, due to the incredibly high cost of traditional seismometers, dedicated telecommunications, and bespoke software, only a handful of governments have attempted to build EEW systems, leaving hundreds of millions at risk.  Grillo, a social enterprise born in Mexico City and dedicated to the development of IoT solutions for seismically vulnerable communities, is working to change that.

Democratizing seismology with open source software

Grillo’s IoT sensors – based on low-cost, open source hardware designs that take only minutes to install – can rapidly detect ground motion, triggering algorithms in the cloud to verify that an earthquake is occurring, and instantly sharing alerts to at-risk populations via a mobile application or wearable device. Grillo understood that to drive meaningful impact, they needed to craft solutions that not only work at the local level, but can also scale and help any community – potentially anytime, anywhere. Deployment of EEW systems at a critical mass is challenging – from costs and labor on the ground, to community buy-in and availability of local expertise.

Understanding the need to partner with a broader ecosystem, Grillo realized that open source could provide a powerful way to tap into the expertise of the developer community and drastically increase their global footprint. Last summer, with support from The Linux Foundation, Grillo open sourced their project,  OpenEEW, allowing problem solvers around the world to contribute to the technology and quickly scale it. The project has been deployed through the  Call for Code pipeline, with support from IBM, USAID, the Clinton Global Initiative, and Arrow Electronics, among others, and has already gathered over a terabyte of data since 2017. You can  read more about the OpenEEW initiative and technology.

Unlike traditional early-warning systems, OpenEEW is working to build a global system where the boundaries of the alert system are not limited by governmental owners or state-run authorities. Thus, an earthquake in northern India may generate alerts for users in Nepal, or an earthquake in southern Mexico may generate alerts for users in Guatemala. Given the limitation of resources in many of these at-risk communities, OpenEEW is focused on building a low-cost platform that is easy to deploy and manage. The sensors are based on widely available components, and the detection system and dashboard can be hosted in the cloud, or even on a laptop.

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