Podcasts about Clickjacking

Episode 59: In this episode of Critical Thinking - Bug Bounty Podcast Justin and Joel discuss the concept of gadgets and how they can be used to escalate the impact of vulnerabilities. We talk through things like HTML injection, image injection, CRLF injection, web cache deception, leaking window location, self-stored XSS, and much more.Follow us on twitter at: @ctbbpodcastWe're new to this podcasting thing, so feel free to send us any feedback here: info@criticalthinkingpodcast.ioShoutout to YTCracker for the awesome intro music!------ Links ------Follow your hosts Rhynorater & Teknogeek on twitter:------ Ways to Support CTBBPodcast ------Sign up for Caido using the referral code CTBBPODCAST for a 10% discount. Hop on the CTBB Discord at https://ctbb.show/discord!We also do Discord subs at $25, $10, $5 - premium subscribers get access to private masterclasses, exploits, tools, scripts, un-redacted bug reports, etc. Resources:Even BetterNahamSec's 5 Week ProgramNahamCon NewsCSS Injection ResearchTimestamps:(00:00:00) Introduction(00:03:31) Caido's New Features(00:15:20) Nahamcon News and 5 week Bootcamp and pentest opportunity(00:19:54) HTML Injection, CSS Injection, and Clickjacking(00:33:11) Image Injection(00:37:19) Open Redirects, Client-side path traversal, and Client-side Open Redirect(00:49:51) Leaking window.location.href(00:57:15) Cookie refresh gadget(01:01:40) Stored XXS(01:09:01) CRLF Injection(01:13:24) 'A Place To Stand' in GraphQL and ID Oracle(01:18:23) Auth gadgets, Web Cache Deception, & LocalStorage poisoning(01:27:46) Cookie Injection & Context Breaks

Heute im Adventskalender des INNOQ Security Podcast: Alles, was du zum Thema Clickjacking wissen musst.

Robert, known by many as Rsnake, has been navigating the web's dark corners since the dawn of the Internet. He's discovered and disclosed vulnerabilities like Slowloris and Clickjacking, led security teams at tech giants like eBay, and even co-founded a non-profit to pit ethical hackers against online predators. We chat about a recent trip to the White House, hacking, AI and so much more! Robert's Website: https://www.rsnake.com/ The RSnake Show: https://www.youtube.com/@thersnakeshow Sponsors: X-Sense: Go to https://www.x-sense.com/ and use promo code 'Jeffmacolino' at checkout for a 15% discount or your first purchase! BetterHelp: Go to https://betterhelp.com/macolino for 10% off your first month of therapy with BetterHelp and get matched with a therapist who will listen and help #sponsored FLAVIAR! https://flaviar.5d3x.net/JMacPod Check out Pure Hemp Botanical! https://pure-hemp-botanical.pxf.io/jmacpod Buy Jeff a drink - once a month? He'll love you forever and might even like you a little... You choose whether it's a cheap domestic or a fine Canadian whiskey! https://anchor.fm/jeffmacolino/support Follow Me!!! https://twitter.com/saintjmac https://www.facebook.com/jeffmacolinopodcast https://www.instagram.com/saintjmac/ https://www.minds.com/saintjmac/ IMDB Page: https://www.imdb.com/title/tt17046562/?ref_=nm_knf_t1 YouTube: https://www.youtube.com/c/JeffMacolino TikTok: https://www.tiktok.com/@jeffmacolino Art Credit: Chase Henderson --- Send in a voice message: https://podcasters.spotify.com/pod/show/jeffmacolino/message Support this podcast: https://podcasters.spotify.com/pod/show/jeffmacolino/support

Links and vulnerability summaries for this episode are available at: https://dayzerosec.com/podcast/yanking-rubygems-big-ip-auth-bypass-and-a-priceline-account-takeover.html A lot of cool little bugs this week with some solid impact, Facebook and Priceline account takeovers, F5 iControl Authentication Bypass, and a couple other logic bugs. [00:01:55] rubygems CVE-2022-29176 explained [00:06:09] Multiple bugs chained to takeover Facebook Accounts which uses Gmail [00:15:16] [curl] curl removes wrong file on error [CVE-2022-27778] [00:18:33] [Priceline] Account takeover via Google OneTap [00:22:14] F5 iControl REST Endpoint Authentication Bypass Technical Deep Dive [00:29:02] The Underrated Bugs, Clickjacking, CSS Injection, Drag-Drop XSS, Cookie Bomb, Login+Logout CSRF… [00:30:20] Hunting evasive vulnerabilities The DAY[0] Podcast episodes are streamed live on Twitch (@dayzerosec) twice a week: Mondays at 3:00pm Eastern (Boston) we focus on web and more bug bounty style vulnerabilities Tuesdays at 7:00pm Eastern (Boston) we focus on lower-level vulnerabilities and exploits. The Video archive can be found on our Youtube channel: https://www.youtube.com/c/dayzerosec You can also join our discord: https://discord.gg/daTxTK9 Or follow us on Twitter (@dayzerosec) to know when new releases are coming.

Hello everyone my name is vijay kumar Devireddy and I am glad to have you back on my episode 75 today we're going to discuss about Hijacking, next we have hijacking which is the exploitation of a computer session in an attempt to gain unauthorized access to data,services, or other resources on a computer or server.There are eight types of session hijacking that can be performed.Session theft, TCP/IP hijacking, blind hijacking,clickjacking, Man-in-the-Middle,Man-in-the-Browser, the watering hole attack and cross-site-scripting attacks.The first type of hijacking is known as session theft.With session theft the attacker is going to guess the session ID for a web session and that enables them to takeover the already authorized and established session of that client.Each session is uniquely identified with a random string but if the attacker can determine or guess that string they can take over the authenticated session with the server.And this example, you can see this is occurring at the session layer of the OSI model but it can also occur at the network or transport layer too.Now when it does it's called TCP/IP hijacking.Because it occurs when an attacker takes over a TCP session between two computers without the need of a cookie or other host access.Because TCP sessions only authenticate during the initial three-way handshake the attacker can jump into the session at any time they want if they can guess the next number in the packet sequence.This can also be used to create a denial of service attack against the initial host that way they can take it over and not let that person jump back into the session.Now, the next type of hijacking is called blind hijacking because it occurs when the attacker blindly injects data into a communication stream and won't be able to see the results whether they're successful or not.Clickjacking is our next type.This attack uses multiple transparent layers to trick a user into clicking on a button or link on a page when they were intending to click on something else.Basically the hyperlink to the malicious content is hidden under some legitimate clickable content.So you think you're clicking on an image and you're actually clicking on some link that takes you elsewhere.Now a Man-in-the-Middle attack is probably the attack you've heard most before.This is also one that is commonly used in session hijacking.A Man-in-the-Middle attack causes data to flow through the attacker's computer where it can then be intercepted or manipulated as it passes through.This is considered an active type of interception.So let's pretend that you've got some kind of malware on your computer and now all of your traffic is going to route through this attacker's machine. Well, if you wanted to transfer $50 from your bank account to your friend's but the attacker changes the amount and the destination of the account you may now be sending $5000 to the attacker instead of the $50 to your friend.This is the idea of a Man-in-the-Middle.Since the attacker is sitting right in the middle of that connection they can see and manipulate any data as it's being sent back and forth.Now a Man-in-the-Browser is very similar to the Man-in-the-Middle except it's limited to your browser's web communication instead of looking at the entire communication.This can occur because you have a Trojan that's infected your vulnerable web browser and it modifies web pages or transactions that are being done within that browser.To prevent this you should insure you have a good anti-malware solution installed and you have the latest security updates for your web browser because this will pretty much eliminate the Man-in-the-Browser attack.Next you have a watering hole.And a watering hole is something that we described all the way back in the beginning of this course.It occurs when malware is laced on a website that the attacker knows his potential victims are going to access.

Note: The audio version doesn't include code or commands. Those parts of the post can be seen in the text version. Your web application's front end is the first part seen everywhere. It's the first thing that a regular users and potential customers looks at but it's also the first thing that an attacker sees, it's the main door to your attack surface. Front-end security demands have increased a lot over the past decade. There are more sophisticated attacks taking place against web application front ends these days, whereas in the past most attacks were straightforward, resulting in easier detection. More recently, attacks have become stealthier, harder to detect, and often discovered far too late. Employing proactive techniques, like engaging security from the start and nurturing a healthy cybersecurity culture within an organization, can help reduce the attack surface of any web application's front end. Top 10 Front-End Security Risks and Best Practices to Prevent Them Let's look at some popular front-end security issues, and how you can prevent them with the industry's best practices. 1. Preventing cross-site scripting (XSS) attacks XSSattacks are one of the largest and most dangerous forms of attack. They're crafted in such a way that they inject code into a web application, which ends up performing malicious actions when accessed by an end user. XSSattacks are drawn to a lack of sanitization in a web application's input and output, which can lead to a variety of attacks. **Clickjacking attacks** Clickjacking attacks rank as one of the largest types of attacks under the XSSattack umbrella, as they're simply performed by replacing legitimate parts of a web page with similar-looking, yet dangerous, elements. For example, checkout buttons can be replaced with buttons redirecting users to fake banking pages, legitimate download buttons can be replaced with buttons resulting in malware downloads, and more. **Geolocation stealing** With XSSattacks, an attacker can inject JavaScript libraries, which then execute on the client side, logging the user's IP address, geolocation and other personal details. These can then be used by the attacker to target the end user with personalized scams or phishing. **Cryptomining** With code injected by an XSSattack, cryptomining can be performed on end users' devices as well. While it may already seem to slow down a single device, hundreds or thousands of users visiting a web application every day means crypto mining scripts running on your web application can unknowingly cause not only slowdowns but also heating issues on users' devices. This sort of effect on your web application can lead to a negative experience on their part. Protection against XSSattacks can be achieved by the proper sanitization of inputs made into your web application, as well as by filtering inputs correctly. For example, limiting mobile numbers to digits only or not allowing special characters in names can yield a substantial benefit by preventing most injection attacks on your web application. 2. DoS (denial of service) attacks DoS attacks and DDoS attacks on web applications are common. They're also difficult to deal with, as they use a swarm of compromised systems to make requests to your web application. DoS attacks, which originate from a single system or small number of them, can often be tackled by simply blocking the end system's IP address. DDoS attacks, on the other hand, are more difficult to block. This is because certain DDoS attacks originate from hundreds or thousands of systems at the same time, meaning they also make multiple thousands or millions of requests to your web application simultaneously, leading to system strain and a serious slowdown of your web application. Employing rate-limiting in your web application can prevent these types of attacks. Look to services like CloudFlare or Imperva, or hardware-based solutions; these can filter such attacks before ...

It’s more important than ever to build secure web applications, but many developers forget to account for web security. In this episode, we’re joined by Tailor Herrarte, an Infosec Engineer, Cybersecurity Career consultant, beauty ambassador & content creator who goes by the moniker The Digital Empress. Today we're discussing types of web security, the dangers of lacking said security and a few things you can do to keep your site secure. Let’s get started. Show Notes [2:20] All About Tailor [12:33] Content Security [27:36] Connection Security [30:35] Data Security [35:02] Integrity [39:40] Clickjacking [43:28] Questions from Twitter [52:09] Shoutouts Resources Tailor’s Website - https://thedigitalempress.com/ Tailor’s Instagram - https://www.instagram.com/digitalempress Tailor’s YouTube - https://www.youtube.com/channel/UCs_zhS3gcMQrruGcv6WVm_w The Ultimate Guide For Getting Into Cybersecurity For Beginners - https://thedigitalempress.com/store/p/the-ultimate-guide-for-getting-into-cybersecurity-for-beginners-ebook Proton Mail - https://protonmail.com/ Dashlane - https://www.dashlane.com/ LastPass - https://www.lastpass.com/ OnePass - https://1password.com/ Security Plus - https://www.comptia.org/certifications/security MDN Security - https://developer.mozilla.org/en-US/docs/Web/Security Transcript https://github.com/ladybug-podcast/ladybug-website/blob/master/transcripts/62-security.md

Note: The audio version doesn't include code or commands. Those parts of the post can be seen in the text version. The ever increasing usage of web applications via mobile devices, installing and launching of malicious apps, GPS location leaks and financial fraud have made clickjacking attacks a lot more dangerous than understood previously. Lack of device security has also made it possible for clickjacking attacks to be a vector for targeted attacks into our personal lives. Clickjacking attacks trick website visitors into clicking where they don't intend to, usually by embedding iFrames and other elements disguised as parts of the original web page. The dangers of this form of deception are frequently overlooked—but, like any other types of attacks, can cause damage in a variety of ways. In this article, we'll explore what clickjacking attacks are, get familiar with examples, and share how to prevent them. What are clickjacking attacks? Clickjacking attacks can be convincing, persuading end users to click on elements such as ads and other malicious links. These malicious links often perform actions on other websites, which can cause further harm such as leaking personal information to the website, downloading viruses, or installing malware. The main goal of clickjacking attacks is primarily to confuse or trick the website user (sometimes in the manner of phishing domains) into clicking on the wrong place. This includes buttons which are injected into the website code and ads disguised to look legitimate, or at least similar to the buttons seen on the actual website. For example, an advertisement on a website may display a checkout or download button which looks very similar to the actual buttons found on the website being accessed. However, clicking on this ad instead of the actual button would redirect a user from the legitimate website to a malicious one. Clickjacking attack examples Clickjacking attacks are further classified into different types, depending on the end-action they trick the user into performing. Let's look at some of those more commonly seen: Like, Share clickjacking Along with the rise of social networks, the number of like and share clickjacking attacks has increased. These attacks trick the user into clicking on an action which in turn ends up liking or sharing elements posted on social media, such as photos, links, etc. For example, the user may intend to download a file from a website, but the download link may be crafted in such a way that it ends up giving a like or share to another element present on social media platforms. This type of attack can be quite dangerous. Users often click on links shared by friends, and if the link or image unknowingly shared or liked by the user contains malicious data, clicking on it will spread the attack or cause further damage, as the link can contain malware or other dangerous content. Cookie jacking Cookie jacking attacks have been seen quite often on the internet. These attacks insert cookies into the user's browser, which are then activated, recognized as soon as the user visits a website to which one of the malicious cookies belongs. For example, inserted cookies can be used to perform actions on websites you visit. They can automatically log you in and even perform financial transactions. Cursor jacking Cursor jacking attacks involve taking control over the user's cursor and making them click on an element other than the one they wish to click on. This involves changing the path the cursor takes, adjusting the speed of the cursor movement from slow to fast to slow, making it inconvenient for the user to move. Once the incorrect element has been clicked on, it can end up performing any other type of attack, such as like, share jacking, cookie jacking, file jacking and the like. Transparent overlays Transparent overlays are another vector used for clickjacking attacks, wherein a transparent overlay of a legitimate we...

Welcome! Craig explains how app design libraries are causing problems with the security of apps for some of the big tech firms.  For more tech tips, news, and updates visit - CraigPeterson.com --- Read More: iOS 13.7 launched today with a new system for battling the pandemic Hackers are exploiting a critical flaw affecting >350,000 WordPress sites The accidental notary: Apple approves notorious malware to run on Macs Most IoT Hardware Dangerously Easy to Crack 55% of Cybersquatted Domains are Malicious or Potentially Fraudulent Feds Can’t Ask Google for Every Phone in a 100-meter Radius, Court Says The Hidden Cost of Losing Security Talent Don’t forget Cybersecurity on Your Back-to-School List --- Automated Machine-Generated Transcript: Craig Peterson: [00:00:00] We're going to get into the guts right now of something called notarization. When it comes to our apps. What's Apple doing what's Google doing and how did Apple mess this is up so badly, frankly. Hey, you're listening to Craig Peterson. Thanks for joining me today. We've had a problem for a very long time when it comes to any sort of apps. I saw a funny meme about yeah about Bill Gates this week. It said Bill Gates couldn't even stop viruses and Windows. It's a really good point that Windows was never designed to be secure at all. When they came out with NT, that was their first attempt to design it like a real operating system. They took the design of VMS, basically of Dave Cutler and company that had been designed over a DEC - digital equipment. And they said, Hey, we'll use this as a framework. This really works. It's not a hack. Let's just make this work.  Then, of course, Microsoft had his fingers on it. So they really messed it up. They wanted to be compatible with everything that they could possibly be compatible with in the past. In the past, Microsoft did not have the barriers walls. If you will between the apps between the operating system, between the hardware and the apps. They didn't have the appropriate protections in place. Programmers used some lazy mechanisms to get around the operating system, going directly to things like graphics cards, because the operating system just slowed it down and they couldn't do the graphics they wanted to do that way. So it's been a real problem, frankly. It's been a real problem for a long time in the windows world, and NT was supposed to fix some of that. It did initially, and then it didn't. Now they're trying to tighten up this whole thing. how do you, if you're Microsoft or Google or Apple, how do you protect the people who are using your products from some of this malicious software? What's the way to do it? What Apple has come up with is a mechanism and Google as well that signs the software. You might have noticed that if you are trying to install software on your computer or your Google device from a third party website, it will come up and say, can't be opened, It can't be installed. There are a few different messages that come up. In the case of Apple now, with MacOS Catalina, which is the latest Operating system. Although, there's another one that is about to hit and it looks like they're going to change the whole nomenclature to, with the next release, but in Catalina, Apple now requires what they call notarization for all apps. Any apps that you are installing on that computer need to be signed digitally by Apple. So the developer, when they write the software, they compile it, they sign it themselves. It's a whole public key cryptography thing. Apple takes that software and checks it and then signs it. Both Google and Apple are using automated systems that try to verify whether or not the software is malicious. So it'll go through this automated system and will try and figure out well, is there any malicious content? Are they doing things they shouldn't be doing? Are they making suspicious calls to the operating system? Is it trying to get into files that it shouldn't be getting into? Now, there are ways to hide things from these automated systems. In fact, obfuscation seems to be the norm when it comes to any program or programming anything. It's just absolutely amazing. It does look for code signing issues and then it's designed to return the results to the developer very quickly and say, okay, it's all set. It is signed. You are ready to go. Then they can put it up for sale on the app store or available for free, et cetera. The same trick over on the Google side. In this case, in the Google side, they've got this alphabet owned malware scanning service called virus total that looks at data from over 60 different antivirus providers to figure out, is this software malicious? Is it using any sort of malicious libraries or routines? Now we have seen that happen, unfortunately, and it's scary because we have now found that even in the Apple app store, there have been many apps that included this library that was designed to basically steal personal information from you. Developers would use this library and it wasn't flagged by this notarization process. Now you install it and it's not the main feature of the app, but the app is spying on you. Now, there is a new piece of software out there that they're actually not all that new. It's been around for quite a while. It's called S H L E Y E R Schleyer and it is a Trojan that has been one of the most prolific pieces of Mac malware now for the last couple of years and it was notarized by Apple. Now, this is interesting, right? This whole notarization thing it's been in the last couple of major releases, but it snuck by. There is if you're an Apple user, there is a piece of software there's you can put on your Mac called brew and it uses open-source software to install all kinds of features. I use many of these pieces of open-source software all of the time. And they provide functionality that does not come with the base Mac operating system. And so in the case of brew, It is verified and validated by the brew people, right? Apple has nothing to do with this. There is another site out there called a homebrew.sh, which is a knockoff of the brew site, which is brew.sh. And the number of people were tricked into using that site, this homebrew.sh, and it apparently had fake flash updates. So it pops up and it says, Hey, you need to update. And we've all seen that before if we have flash on our computer. you click on it and open it and install it. In fact, this Schleyer was slash is so smart. It gives you instructions on how to get around Apple's notarization checks. So in case you didn't know if you install an app on your Mac and you, first of all, you probably can't get it to install, but if you do get it to install or if you download it and you try and run it out of your downloads. If you right-click on it, you then have the option to just open it and get around the signatures from Apple. Not good, not a good thing. So this, bottom line means that you cannot 100% trust these signed apps from Apple or from Google. Just, this is just to remember. Okay. This isn't something that any of these companies messed up recently. It's just normal. So be very careful. About what you install and it goes right back to something. I said a little earlier today, which is, do not install any software you do not absolutely need and make sure that you keep it all up to date. Some of this stuff does clickJacking. It tricks users into installing these cryptographic certificates. It decrypts and reads all of your HTTPS traffic. So if you're going to a secure server that is using SSL, it's decrypting it. It's harvesting your user IDs, everything. Okay. Apples goof, in this case, and they fixed it very quickly. It was reported to Apple. Apple did not figure this particular one out by themselves. So that goes right back to how important it is to have third parties out there that are looking at security, not just for Apple, but for many other pieces of software. All right, stick around. When we come back, we're going to talk about a new little study that was done about the internet of things hardware. Make sure you get all of this and more. My newsletter, Craig peterson.com/subscribe and stick around. Cause we'll be right back. --- More stories and tech updates at: www.craigpeterson.com Don't miss an episode from Craig. Subscribe and give us a rating: www.craigpeterson.com/itunes Follow me on Twitter for the latest in tech at: www.twitter.com/craigpeterson For questions, call or text: 855-385-5553

Hãy tải ứng dụng Waves để cập nhật những tập podcast mới nhất và có những trải nghiệm miễn phí tuyệt vời nhất: iOS: https://apps.apple.com/gb/app/waves-podcast-player/id1492378044 Android: https://play.google.com/store/apps/details?id=com.waves8.app Trong kì này của series Hack cùng Code Dạo, chúng mình sẽ cùng tìm hiểu về lỗ hổng bảo mật ClickJacking nha. Trang web của ngân hàng ACB và Foody.vn sẽ được "lên dĩa" để làm demo nha. Kênh podcast Tôi Đi Code Dạo được hợp tác sản xuất bởi Phạm Huy Hoàng và Waves. Các bạn có thể xem các video của Phạm Huy Hoàng tại đây: https://www.youtube.com/channel/UCdV9tn79v3ecSDpC1AjVKawWaves là một nền tảng âm thanh trực tuyến, chuyên cung cấp những audiobook và podcast dành riêng cho người Việt. Các bạn có thể nghe được tất cả các podcast nổi tiếng tại Việt Nam trên Waves. Hơn thế, bạn cũng có thể xây dựng chương trình podcast riêng cho mình. Nếu như bạn là một YouTuber và không muốn tên tuổi của mình chỉ xuất hiện trên YouTube mà còn có một kênh podcast của riêng mình, các bạn có thể gửi thư đến hello@waves8.com để được hỗ trợ nhé.Website: https://waves8.com/ Facebook: https://www.facebook.com/WavesVietnam/ Instagram: @wavesvietnam

Nuestro compañero Init37 nos trae esta sesión de electro a vinilo. Tracklist: -Convextion. New horizon. -Versalife. Scepsis. -Carl A. Finlow. Anomaly. -Palnt43. Edge of Conciosusness. CV Box. Hitchike the Plain. -Jeremiah R. Doors of Perception. -Transllusion. Dimensional Glide. -E.R.P. Gleaning Creation. -Gosub. In this Life. -Faceless Mind. Wreck of a Voyage. -Sync24 & Silicon Scally. Clickjacking. -Sync24 & Luke Eargoggle. Broken Electronix. -The Consumer. Datacare. -Luxus Varta. Losquato feat Paris the Black fu. -Boris Divider. Electro Invader. -Gosub. Fuck Satan.

Probe-Abos für Streaming-Dienste, Fitnessstudio oder Zeitungen klingen nach einem unverbindlichen, risikofreien Test. In der Praxis sind sie oft Kostenfallen, weil es die Anbieter Kunden unnötig schwer machen.

There's a recurring theme in security and privacy news lately, and that is the fact that everyone is listening. If you use Alexa, OK Google, or Siri, the companies behind these services listen to some of your requests (and sometimes when you don't explicitly ask their devices anything). There's news this week about companies listening and watching, along with some Apple updates, clickjacking scripts on websites, and all the stuff that Facebook knows about you. And we answer a couple of listener questions. SWAPGS Spectre Side-Channel Vulnerability Is My Computer's CPU Secure? (Discussion of Spectre and Meltdown vulnerabilities) If You Lose Your iPhone, You Can’t Pay Your Apple Card Bill On The Web CPUSetter SnowHaze Apple Accidentally Unpatches Vulnerability, Leading to New iOS 12.4 Jailbreak Apple releases iOS 13.1 beta before iOS 13 is even out The Many Possibilities of CVE-2019-8646 Apple apologises for allowing workers to listen to Siri recordings Microsoft Contractors Listened to Xbox Owners in Their Homes Doorbell-camera firm Ring has partnered with 400 police forces, extending surveillance reach Clickjacking scripts found on 613 popular sites You Can Finally See All Of The Info Facebook Collected About You From Other Websites Get 40% off Mac Premium Bundle X9, fully compatible with macOS Mojave, with the code PODCAST19. Download Intego Mac Premium Bundle X9 now at intego.com.

A daily look at the relevant information security news from overnight.Episode 140 - 27 August 2019Enterprise network attacks - https://www.zdnet.com/article/hackers-mount-attacks-on-webmin-servers-pulse-secure-and-fortinet-vpns/Nemty arrives - https://www.bleepingcomputer.com/news/security/new-nemty-ransomware-may-spread-via-compromised-rdp-connections/Hostinger breached - https://techcrunch.com/2019/08/25/web-host-hostinger-data-breach/Quasar phishing - https://www.bleepingcomputer.com/news/security/phishing-campaign-delivers-quasar-rat-payloads-via-fake-resumes/Clickjacking plagues advertisers - https://www.zdnet.com/article/clickjacking-scripts-found-on-613-popular-sites-academics-say/

This week, Keith and Paul interview John Kinsella, Vice President of Container Security at Qualys! John discusses Qualys’ Container Security, continuous discovery, and tracking for containers and images! In the Application Security News, Instagram leaks passwords to the public, Clickjacking on Google MyAccount Worth $7,500, James Wickett's thread on Open Source SAST options, an advanced search tool for sensitive information stored in GitHub repos, and more!   Full Show Notes: https://wiki.securityweekly.com/ASW_Episode40 Visit https://www.securityweekly.com/asw for all the latest episodes! Visit https://www.activecountermeasures/asw to sign up for a demo or buy our AI Hunter!   Visit our website: https://www.securityweekly.com Follow us on Twitter: https://www.twitter.com/securityweekly Like us on Facebook: https://www.facebook.com/secweekly

This week, Keith and Paul interview John Kinsella, Vice President of Container Security at Qualys! John discusses Qualys’ Container Security, continuous discovery, and tracking for containers and images! In the Application Security News, Instagram leaks passwords to the public, Clickjacking on Google MyAccount Worth $7,500, James Wickett's thread on Open Source SAST options, an advanced search tool for sensitive information stored in GitHub repos, and more!   Full Show Notes: https://wiki.securityweekly.com/ASW_Episode40 Visit https://www.securityweekly.com/asw for all the latest episodes! Visit https://www.activecountermeasures/asw to sign up for a demo or buy our AI Hunter!   Visit our website: https://www.securityweekly.com Follow us on Twitter: https://www.twitter.com/securityweekly Like us on Facebook: https://www.facebook.com/secweekly

Instagram leaks passwords to the public, Clickjacking on Google MyAccount Worth $7,500, James Wickett's thread on Open Source SAST options, an advanced search tool for sensitive information stored in GitHub repos, and more! Full Show Notes: https://wiki.securityweekly.com/ASW_Episode40 Follow us on Twitter: https://www.twitter.com/securityweekl  

Instagram leaks passwords to the public, Clickjacking on Google MyAccount Worth $7,500, James Wickett's thread on Open Source SAST options, an advanced search tool for sensitive information stored in GitHub repos, and more! Full Show Notes: https://wiki.securityweekly.com/ASW_Episode40 Follow us on Twitter: https://www.twitter.com/securityweekly

In the news, Quickjack advanced Clickjacking & frame slicing attack tool, how to fight mobile number port-out scams, the Russians hacked the Olympics, top 5 ways security vulnerabilities hide in your IT systems, and GitHub hit by largest DDoS attack ever recorded at 1.35 Tbps! Full Show Notes: https://wiki.securityweekly.com/Episode549 Subscribe to our YouTube channel: https://www.youtube.com/securityweekly Visit our website: http://securityweekly.com Follow us on Twitter: https://www.twitter.comsecurityweekly

In the news, Quickjack advanced Clickjacking & frame slicing attack tool, how to fight mobile number port-out scams, the Russians hacked the Olympics, top 5 ways security vulnerabilities hide in your IT systems, and GitHub hit by largest DDoS attack ever recorded at 1.35 Tbps! Full Show Notes: https://wiki.securityweekly.com/Episode549 Subscribe to our YouTube channel: https://www.youtube.com/securityweekly Visit our website: http://securityweekly.com Follow us on Twitter: https://www.twitter.comsecurityweekly

In this episode, we take a look at an expanding Web threat vector wherein malicious actors make you think you're clicking on one element when you're actually clicking on something totally different...

This is the 6th episode of the Social Media Security Podcast recorded December 3, 2009.  This episode was hosted by Tom Eston and Kevin Johnson.  Scott Wright joins in as “god” during post-edit.  Below are the show notes, links to articles and news mentioned in the podcast: New privacy settings in Facebook are rolling out, […] The post Social Media Security Podcast 6 – Privacy, Photo Tagging, Facebook Police, What is Clickjacking appeared first on The Shared Security Show.

"Clickjacking" is all over the news lately. For the uninitiated, it's a set of techniques discovered by Jeremiah Grossman and Robert Hansen that allows an attacker to transparently capture a user's clicks, forcing the user to do all manner of unpleasant things ranging from adjusting security settings to unwittingly visiting websites with malicious code.