TerraWatch Essentials · · 6 min read

Last Week in Earth Observation: September 19, 2023

EO for emissions monitoring and mitigation, using satellite imagery for chimpanzee habitat conservation and analysing Accenture’s investments in EO.

Welcome to this belated edition of ‘Last Week in Earth Observation, containing a summary of major developments in EO from last week and some exclusive analysis and insights from TerraWatch.

Last week I attended the EUMETSAT conference and the World Satellite Business Week in Paris, so this edition is extra long and contains many announcements and updates from the events.

In this edition: EO for emissions monitoring and mitigation, satellite imagery for chimpanzee habitat conservation and analysing Accenture’s investments in EO.


Four Curated Things

Major developments in EO from the past week


1. Contractual Stuff: Funding, Contracts and Deals 💰

Funding

Contracts

Deals


2. Strategic Stuff: Partnerships and Announcements 📈

Announcements

Partnerships

3. Interesting Stuff: More News 🗞️

Morocco earthquake deformation
Credit: ESA

4. Click-Worthy Stuff: Check These Out 🔗

Credit: NASA

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One Discussion Point

Analysis, thoughts, and insights on developments in EO


5. Analysing Accenture’s Investments in EO Companies

Accenture’s participation in the recent fundraising by smallsat manufacturer and emerging EO startup Open Cosmos is quite fascinating, but not surprising. Open Cosmos, for those who are not aware, is what you would call a quintessential NewSpace company that designs, builds and launches satellites with an agile approach. Over the past couple of years, the company has been slowly, but surely starting to focus more on the EO market (like many others), with the launch of the EO platform and their shared constellation concept.

If you have read my stuff before, you already know my thesis on the importance of having a customer-focused, intermediary advisory layer in EO, with an objective, independent and holistic mindset.

I wrote about the role of technology consulting firms in EO a few months ago and how they are positioning themselves using the ‘Build-Buy-Partner/Invest’ framework. In that, I concluded partnering and investing in EO companies might be the easiest, least risky option especially if consulting firms identify some good ones.

So, what does Accenture have to do with any of this? Which layer of the EO value chain would they want to operate in? Well, it looks like almost all of them.

The TerraWatch EO Value Chain (From Last Year’s State of EO Report)

So far, Accenture has invested in Pixxel and Planet, two companies operating in different parts of the value chain (and in reality, still figuring that out).

What I think Open Cosmos offers Accenture is something that Pixxel and Planet cannot - flexibility: the ability to customise the data layer. Pixxel is a recently founded, hyperspectral data company focused on providing high-resolution, hyperspectral data. Fit-for-purpose, but not customisable.

Planet is a publicly listed EO company that is operating across different layers of the EO value chain, with its own roadmap and strategy. Well ahead on its journey, Planet can offer data, platform, and analytics. But, it is not in Planet’s interest to be a bespoke solution-building firm, especially being a public one.

Open Cosmos, by nature of where it is as a company, as well as with its vision for the shared constellation, offers a level of flexibility to Accenture and enables customisation as needed. So, in case Accenture, or one of its clients, wants to acquire and leverage proprietary EO data, Open Cosmos offers them a way to do that, faster and cheaper along with its platform to access and process data.


Scene from Space

One visual leveraging EO


6. EO for Emissions Monitoring and Mitigation

Many of us know the importance of satellites in global greenhouse gas (GHG) emissions monitoring. In fact, satellites, even in this early adoption phase, have proven to be so important that they could change the actual global emissions figure for the planet. A recent study showed that GHG emissions from oil and gas operations are much higher than reported to the UNFCCC.

This week, the importance of satellites for real-time emissions reporting and consequent action was even more reinforced, with this case study from the UK -  a major methane leak was spotted by one of GHGSat’s satellites (and later validated by ground measurements) from a gas pipeline owned by Wales and West Utilities. The pipeline operator swiftly addressed the problem, after investigation and repairs, confirmed by GHGSat’s satellites which recorded no more emissions.

GHGSAT UK EMISSION 1200x630
Credit: GHGSat

PS. The exclusive deep-dive this month will be on the topic of EO for Emissions Monitoring, to be published late next week. Upgrade to become a premium subscriber to gain access!


Until next time,

Aravind

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