Skip to main page content

Cassidy Rankine PhD

Sr. Account Executive
Planet Labs Geomatics
Participates in 1 Session

Dr. Cassidy Rankine is an Earth Observation evangelist, a global change scientist, and remote sensing solutions connoisseur. He has worked all over the world building satellite calibration and validation sites and developing geospatial data products and platforms to help solve remote monitoring need for our vanishing natural capital resources. His current role as a Sr. Account Executive at Planet Labs Geomatics based in Western Canada brings together expertise in geospatial technologies to help business and government adopt new strategies for digital transformation and sustainability problems by leveraging emerging EO capabilities.

Sessions in which Cassidy Rankine PhD participates

Tuesday 7 November, 2023

Time Zone: (GMT-07:00) Mountain Time (US & Canada)
11:30 AM
11:30 AM MST - 11:55 AM MST | 25 minutes
speaker
Earth Observation Program

Planet scans the entire land mass of the planet nearly everyday with high resolution multispectral imagery, enabling exciting new opportunities and solving old challenges for digital transformations and sustainable business acceleration. Now with our growing fleet of 8-band Superdoves in orbit, the launch of our Planetary Variables - daily soil moisture, temperature, crop and forest biomass, etc - we have evolved even greater capabilities for a new era of Earth Observation technologies. In th...

Sessions in which Cassidy Rankine PhD attends

Tuesday 7 November, 2023

Time Zone: (GMT-07:00) Mountain Time (US & Canada)
10:30 AM
10:30 AM MST - 10:55 AM MST | 25 minutes
Geomatics for Climate Resiliency

Is change the new normal? Every year seems to be the next warmest year. Those of us looking back at our planet from space are seeing these changes across our planet in near real-time through the eyes of satellites. But behind those pixels are real human stories of catastrophe and suffering. So, with all our constellations of satellites, massive computing power and new generative AI algorithms, can we do anything more than simply report what happened? What does the future hold for geospatial t...

12:00 PM
12:00 PM MST - 1:00 PM MST | 1 hour
speaker
Earth Observation Program

In the face of escalating environmental challenges, Canada grapples with the urgent need for advanced solutions in wildfire monitoring, emissions reduction, and natural resource management. This panel discussion explores how the burgeoning "New Space" frontier offers innovative approaches to address these critical issues.We aim to provide a platform for various industry players to share their own innovative technologies and insights, creating a vibrant dialogue on crucial geospatial...

1:45 PM
1:45 PM MST - 2:10 PM MST | 25 minutes
Earth Observation Program

With an increasing multitude of new Earth Observation (EO) satellites, it is imperative for the geomatics community to assess the fit of these emerging space assets. This presentation aims to provide a comprehensive analysis of the diverse range of EO satellites currently being deployed, and their potential applications.Topics:1) An Overview of the recent surge in EO satellite launches2) New satellite capabilities, and use cases3) An exploration of the challenges customers ...

1:45 PM MST - 2:10 PM MST | 25 minutes
speaker
Earth Observation Program

There is a pressing need for a global change detection system capable of persistently monitoring the entire earth with globally consistent coverage, temporally consistent sampling, scientific-grade geometric and radiometric quality, and cost-effective management of daily data. These four conditions enable near real-time monitoring and retrospective change detection applications while minimizing false positives and the required work to develop, maintain, and run harmonizing a...

Wednesday 8 November, 2023

Time Zone: (GMT-07:00) Mountain Time (US & Canada)
12:00 PM
12:00 PM MST - 12:25 PM MST | 25 minutes
speaker
Earth Observation Program

As part of Planet’s ethos of ‘agile aerospace’, we continually invest in the latest hardware and software advancements to improve the PlanetScope image quality. This dataset began life as a relatively simple 3-band image using commercial, ‘off-the-shelf’ hardware components. Through customer feedback, both software and hardware improvements were tested and launched, resulting in a second-generation of PlanetScope, or ‘Dove’ satellites. Replacing this second generation of satellites involved a...