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Remotely Unlocking Electric Scooters

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Why This Matters

This article highlights how internet-connected electric scooters can present security vulnerabilities if backend systems are not properly secured. For consumers and the tech industry, it underscores the importance of robust cybersecurity measures in IoT devices to prevent unauthorized access and potential misuse. Ensuring these systems are secure is crucial for protecting user data and maintaining trust in shared mobility services.

Key Takeaways

August 21, 2026 · 9 min read

Note: to protect the company, I swapped out anything that could point back to it for fake examples. The domain electricscootercompany.com.br , the app package, and the user details (slug, name, and email) are all made up. None of it matches the real company.

It started with a news article. A company had just dropped a bunch of electric scooters in my city. Most people saw a new way to get around town. I saw a fleet of internet-connected devices running on a backend nobody had poked at yet.

First I needed two things: which company this was, and how the service worked for a normal user. The name was right there in the article, and a quick Google got me to their site, which laid out the flow:

open the app on your phone; scan the scooter's QR Code; pay to unlock the vehicle; ride.

That's the happy path for any user. I wanted to see what was going on behind it.

Step 1: Recon

I started by mapping everything tied to electricscootercompany.com.br . Subdomain enumeration pulled up a bunch, including:

www app api privacidade privacidade2 dev membro vouchers planos validate painel

Not all of those were real apps. app , membro , vouchers , and planos all served basically the same page that just pushed you to the app stores. Lots of names, not much new to look at.

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