What's intriguing about it is that we also get "surge_multiplier" parameter, which is not visible in the app. Sending such payload returns us with the list of possible fares and available bolt categories: The Bolt API, though not public, has still very descriptive error codes such as: You will encounter such errors a lot - the most important thing is to listen to them!īecause of that I knew we need to take a step back and first search for a taxi options to obtain the price lock hash and category id (Bolt, Lite, Pets.), which will be sent with a query for creating a ride. InsomniaĪfter I catched all the necessary requests I've proceeded to Insomnia to check which ones do I need. Unfortunately, I wasn't able to find the way to access the logs from your PC in real-time, but it is still an easy job to input those into Insomnia for tests. GuoShi made an awesome job and a beautiful Android app that allows you to sniff packets in real time. Go to the network settings of your Android device and type it in under "Proxy".From now on you can sniff the packets, just like you would be in dev-tools of Google Chrome. It will show you the port it's listening on (8080 by default). Expanding feature sets rarely do so while minimizing attack surfaces/vectors.If your Android version is higher than Nougat (Android 7), which probably is the case since you're a mega geek and you're reading this article, you'll also need:Īfter installing the mitmproxy on your local-network PC, run command: mitmweb (or mitmproxy if you love CLIs) The cat and mouse of security researches over the past decades has been in the application layer and due to engineers who were programmers first and didn't care much about cryptography. My takeaway: in terms of actual security battles, PGP has solved all these issues for a while. I have done this since 7th/8th grade without any issues. Anyone can steal it but nobody can steal it because they need the master password/symmetric encryption key to decrypt it. I never lose the file since its distributed. That symmetric encryption key is my "master password". Personally I keep all my passwords in a distributed (across my personal servers/storage/online clouds/USBs/etc.) GPG encrypted file. Remember LastPass? I know it sucks though. You might say there is no issue trusting a central authority as long as its secure. Try Tor or accept the NSA already sees everything anyways. If you want privacy VPN is not the way to go, you are trusting in a central authority. Maybe I am being too harsh but most commercial VPNs _only_ purpose is pretty fast streaming using an IP outside your ISP/location. IMO THOSE technologies really protect you from MITM. That award goes to SSL, or solving SSLStrip which HSTS did. It is certainly vastly different than solving MITM. The only thing I could think of is _maybe_ their DNS lookup protection? But IDK what a hacker is going to do with that. Really curious how Nord validates this claim. As someone who used to hack passwords with MITM in the days before HSTS, I have legit no idea how a VPN could protect from MITM at all.įrom what I understand, TLS and HSTS protect you from MITM already. Saw NordVPN say they "protect from MITM" in a YouTube advertisement.
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