For several years, I've been whining about the fact that I don't understand Browser Exploitation. I'm sure I've annoyed some people, and I apologize. I think I can theoretically understand this subject, but I kinda gave up and never really spent time trying it out practically. During the time of 33c3 CTF, there was a Firefox exploitation challenge, and I thought it would be a perfect time for me to get started in the field of Browser Exploitation. But back then, I already failed to compile a debug version of Firefox, and I gave up. Browser Exploitation has always been a scary topic for me and I had no clue where to start and soon it became a frustration (I'm sure many can relate to that).

The strange thing is, In some way, I knew how to get in this field - I should watch one of my own videos like the "The Secret step-by-step Guide to learn Hacking". It just takes time to get good at something or even to learn new stuff, but it overwhelmed me. I already have a good understanding about the fundamentals of exploitation and I also have somewhat of an intuition on how Browser Exploitation might work - but only on an abstract level. I just couldn't get into it on a technical level.


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It's not that people keep the knowledge as a secret or something since there are not tons of resources on this subject, but there are more than what we might think, and it's just enough for us to get started. For example, Saelo's Phrack paper on Attacking Javascript Engines, or argp's article on Exploiting Firefox, or CTurt's PlayStation 4 WebKit exploit writeup that includes a commented exploit, or writeups from Project Zero and many others. Additionally, honorable mentions should also go to RET2Systems. They have a multi part writeup about the WebKit exploit that they used in Pwn2Own. Unfortunately I stumbled over this fairly late in my adventure of creating the series, but that would have been a great way to start too. Beyond all those resources, thanks to playing CTFs and engaging with the community, I know several people who could answer my questions. But instead of following my own advice on How(not) to ask a technical question, I bothered people by asking questions like "I don't know how to get started", "Please help meeee", "I don't understand this" and I got sick of this myself. Now it's about time I finally take responsibility and properly approach this.

I just need to sit down and invest the time necessary to learn. I know the process is slow and it will take time, but if we put the time and effort into it, we can learn anything. I've been whining for about four years or so, and I just feel that I was scared about this topic and I let it overwhelm me. But then I remembered that this was the same feeling I had when I got started in Security/Wargames/CTFs a couple of years ago and in the end, I was able to get into it as well. Now why not apply the same principles of learning in the case of Browser Exploitation? There's no Magic, it just takes time and persistence for you to be good at something.

At the 35c3, I saw Jonathan Jacobi's talk From Zero to Zero Day where he talks about his path of learning and finding an exploit in ChakraCore. In the beginning of the talk he is referencing one of my tweet as one piece of advice.

Also Ned Williamson's talk on Attacking Chrome IPC, he reminds me of the fact that it takes a lot of practice and he shares how he approaches these challenges. These two talks played a huge role into why I've decided to tackle browser exploitation again. And so I recommend you to watch these two talks - they're great!

Here's a rough plan on what you can expect from the series. Browser exploitation is a huge field with different browser engines and operating systems. Browsers are next to operating systems probably the most complex software, including many disciplines from computer science. So what do we look at? DOM, network layers, Javascript engines? If we were to pick one let's say Javascript Engines, there are many like v8, Chakra, Spidermonkey or JavaScriptCore. Well, all of these seem to be complicated, and it's easy to get overwhelmed, but since this is a long path with no proper route, we just have to start somewhere, and I choose JavaScriptCore.

So this series is going to be about WebKit which uses JavaScriptCore as the Javascript engine. I'm going to be doing this on MacOS, but it should also be doable on Linux as well. If you don't have the experience with exploitation fundamentals, then it would be a good time for you to get started with my Binary Exploitation Series before jumping into the ocean of complexity. Additionally, I'd recommend you to play some Wargames and CTFs like OverTheWire, PicoCTF and Exploit Education to get the practical intuition necessary for this series. I would also like to mention that this series is not a replacement for a "professional training" on the topic. Like I already mentioned, I just got started with this topic, and this series is going to document my journey of learning browser exploitation - in a video format. This means I might say some wrong stuff due to the fact that I lack the experience. So from episode to episode you can see my process of learning and hopefully it motivates people like you as well.

Anyway, we will start off the series by setting up the WebKit and JavaScriptCore and then learn a bit about the internals and how debug stuff. And slowly we'll make our way to Linus's and Niklas's exploits. So I hope you are as excited as I am. And if you like to support the free videos I make, you can support me through Patreon or Youtube Membership.


Hello,

I have received DICOM data from an external partner. After importing the files, the DICOM browser lists a lot of series, but they all look exactly the same in the series list. I can only distinguish them by opening the metadata window and looking at the file path. (The patient info is the same, and the study info only differs by the StudyTime, which contains an uninterpretable value, probably filled in by anonymization software.)

Usually a DICOM series is stored in hundreds of files, with random file names, often spread across in several directories, so they are not a good indication of content. For the rare occasion when filenames are useful, you have the metadata browser.

As for the new nightly, the message you get is not from SlicerRT, but from another DICOM plugin, which suggests that SlicerRT is not properly installed, or maybe there are some other issues related to the DICOM plugins. Can you load dose volumes correctly? (meaning that it appears with a rainbow color palette, and is shown as dose volume in subject hierarchy)

If RTSS is loaded correctly, then SlicerRT is correctly deployed indeed. Unfortunately without at least one RTIMAGE file I cannot find out why it fails to load. Can you share the log after the failed load? You can find it in the menu Help / Report a bug.

So I have had the samsung 8 series for some time now and I am finding that I dont like the wb browser. Is there any way I can install chrome? I have to keep using airplay from my mac, but I would prefer to use the TV only if possible, but th browser is not great.

Hi @Gregoris Unfortunately it is not possible to install another Web Browser directly on the TV, any Smart Tv Browser is more limited than a PC/Mac. other than using Airplay, casting or screen mirroring alternative is to use a Media Streamer. However browsers on some of these will not be ideal either.

The problem is that I watch the F1 and who knows when they will make a smart TV app, so I use the web browser and some of the video content refuses to go full screen mode and I then have to have my laptop plugged in non stop and control it from there, which is a pain. But using chrome from my laptop means it always works and goes into full screen mode.

My question is, how do I avoid this error from happening? It uses up so much memory that my ECS tasks are peaking memory, and as a result, my k6 browser is crashing (a lot of Target Closed and Abnormal Closure). This has very quickly became an expensive trial and error in ECS.

This happens because of how time series metrics are generated in k6. Because the URL of the request is used as a label for the time series, each different URL will essentially create a new time serie. If, as you say, in your test there are many requests that are performed with a unique URL, that will eventually lead to the memory problems that you are experiencing.

A simple TV series tracker. It will help to track the episodes already watched.Additional functions:1) You can store your links to TV shows.2) Marks an entry in the list by the currently open page.3) You can export / import your list to a file.4) Filters by own tags

Use LiveWeb to insert web pages into a PowerPoint slide and refresh the pages real-time during slide show. Display web pages without ever leaving the confines of your PowerPoint slide show. No coding required.

I'd set up the browser on that machine to display each webpage in a different browser tab, so that hitting "ctrl-tab" will rotate to the next page. Then I'd use AutoIT or AutoHotkey to send the "ctrl-tab" key every "x" seconds. 152ee80cbc

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