Packet Fingerprinting with Wireshark and Detecting NMap Scans cvv sites, cvv store

Extreme Hacking
Advanced Ethical Hacking Institute in Pune
This is going to be a fairly long tutorial on Wireshark. This is if you have had some sort of experience with wireshark and nmap, and you should have an above-average understanding of some basic protocols.
We will be covering some major scans including:
~ TCP SYN scan === nmap -sS
Explanation: Sends a SYN packet to an IP’s ports
~ TCP Christmas Scan === nmap -sX
Explanation: Sends a TCP packet with the flags PSH, URG, and FIN set
~ TCP Null Scan === nmap -sN
Explanation: Sends NO TCP flags (easy to detect)
~ TCP FIN Scan === nmap -sF
Explanation: Sends only a TCP FIN header
We will ONLY be covering TCP as it is the most common. If you’re interested in SCTP/UDP scans, feel free to PM me!’
We will be making our OWN color scheme. The default wireshark theme is never meant to be used. It’s malleable and meant to be played with.
Here is how we do that:
I’m going to set some of the default colors to my own.
Protocol – Background Color / Text Color
TCP – Dark Green / White
UDP – Dark Blue / White
ARP – Orange / Black
I have also set HTTP to Dark Green / Yellow off-camera.
This should color QUITE A BIT of the packets green and blue since 90% of them run on either TCP or UDP.
Here’s how:
1. Nmap SYN Scan (nmap -sS -v -n ):
Alrightm so here is what the scan looks like in wireshark:
Let’s look at the coloring rule and see why each is which. This is very easy.
Make sure the “Packet Details” panel is available. Click View -> Packet Details
The red is simple. It’s just a RST (reset) or RST ACK packet
Alright, now click on the packet you’d like to see and expand the “Frame” tag. Then you can look at the colorize rule and see exactly why it’s colored the way it is.
We can see that all of this grey is a TCP SYN packet. Hopefully you know that SYN requests are very common throught a network. When initiating a TCP connection (every time you visit a website), a SYN request is sent. So what makes this SYN request different than a normal SYN request?
NMAP SYN scans have a TCP window size of:
– 1024
– 2048
– 3072
– 4096
while normal SYN window sizes are usually much larger and vary constantly. So this is our key! We can also note that the FIN header is always on.
So, let’s write a rule. Here are some things you should note:
&& = and. Ex: tcp && udp = that will show something that has both TCP and UDP protocols
|| = or. Ex: tcp || udp = this will show anything that is either TCP OR UDP
! = not. Ex: !tcp = this will show everything that is NOT TCP protocol
That’s pretty much it!
So we know that it is TCP so let’s just make sure it’s TCP:
Alright. So we also know that the TCP FIN header is also on. So let’s write that as well:
Alright, this may be just a little confusing if you’re not a coder. Basically, we want to see if the window size is any of the aforementioned window sizes. If any of them match (they can’t all match) then this will definitively prove a SYN scan without much chance for false positive. We are going to set this aside with () and will use || inside them. Let’s see:
Here I show a real SYN request (grey) and a NMap SYN request (orange).
There we go! We have finished our first scan!!! Now we can detect a very basic TCP SYN Scan!!! Hoorah!
2. Christmas Scan (nmap -sX -v -n ):
Alright, let’s see the packet as we scan it. Open any packet you find and look at the packet details 🙂
What do we notice?
Alright, lt’s go ahead and write a simple rule based on what we’ve noticed:
It’s TCP only, right? Yes.
Now lets make sure the flag size is 0x29
Now, lastly, we need to specify the headers that are set:
And that’s our rule! That will detect a Xmas scan!
3. TCP Null Scan (nmap -sN -v -n ):
This is a very obvious one to detect…
What do you notice?
Again, let’s write the rule.
Now you can follow the last 2 tutorials to add your own color-coded scheme 🙂
This one I want you to do yourself!
First write what you notice. Once you’re done, open the spoiler and see if you get the same things I have:
Okay, once you’ve done that, try and write a simple rule!
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Кандидат в президенты США рассказал о своем хакерском прошлом cvvstore, valid cc shop

Кандидат в президенты США от Демократической партии Бето О’Рурк заявил, что состоял в старейшей американской хакерской группировке Cult of the Dead Cow.
Организация была основана в 1984 году в городе Лаббок в Техасе. Группу в шутку назвали в честь заброшенной скотобойни. О’Рурк состоял в ней, когда был подростком.
Как пишет Reuters , хакеры предоставляли простым пользователям доступ к инструментам, которые помогали им взламывать компьютеры с операционной системой Windows.
Cult of the Dead Cow также прославилась благодаря придуманному слову «хактивизм», которое используют как инструмент продвижения политических идей, защиты прав человека, свободы слова и информации.
14 марта О’Рурк объявил о своем участии в президентских выборах в США, которые состоятся в ноябре 2020 года. Он стал одним из 16 кандидатов от демократов, заявивших о намерении бороться за президентское кресло.
Ближайшие президентские выборы в США запланированы на 3 ноября 2020 года. О своем желании баллотироваться в президенты уже заявили действующий лидер Дональд Трамп , бывший вице-президент США Джозеф Байден и сенатор Берни Сандерс . При этом бывший госсекретарь США и кандидат на выборах 2016 года Хиллари Клинтон отказалась от участия в предстоящей гонке.
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Ransomware Attacks Targeting Unpatched EOL SonicWall SMA 100 VPN Appliances buy cvv, feshop cc

Networking equipment maker SonicWall is alerting customers of an “imminent” ransomware campaign targeting its Secure Mobile Access (SMA) 100 series and Secure Remote Access (SRA) products running unpatched and end-of-life 8.x firmware.
The warning comes more than a month after reports emerged that remote access vulnerabilities in SonicWall SRA 4600 VPN appliances ( CVE-2019-7481 ) are being exploited as an initial access vector for ransomware attacks to breach corporate networks worldwide.
“SonicWall has been made aware of threat actors actively targeting Secure Mobile Access (SMA) 100 series and Secure Remote Access (SRA) products running unpatched and end-of-life (EOL) 8.x firmware in an imminent ransomware campaign using stolen credentials,” the company said . “The exploitation targets a known vulnerability that has been patched in newer versions of firmware.”
SMA 1000 series products are not affected by the flaw, SonicWall noted, urging businesses to take immediate action by either updating their firmware wherever applicable, turning on multi-factor authentication, or disconnecting the appliances that are past end-of-life status and cannot be updated to 9.x firmware.
“The affected end-of-life devices with 8.x firmware are past temporary mitigations. Continued use of this firmware or end-of-life devices is an active security risk,” the company cautioned. As additional mitigation, SonicWall is also recommending customers reset all passwords associated with the SMA or SRA device, as well as any other devices or systems that may be using the same credentials.
The development also marks the fourth time SonicWall devices have emerged as a lucrative attack vector, with threat actors exploiting previously undisclosed flaws to drop malware and dig deeper into the targeted networks, making it the latest issue the company has grappled with in recent months.
In April, FireEye Mandiant disclosed that a hacking group tracked as UNC2447 was using a then-zero-day flaw in SonicWall VPN appliances (CVE-2021-20016) prior to it being patched by the company to deploy a new strain of ransomware called FIVEHANDS on the networks of North American and European entities.
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European Banking Authority victim in Microsoft Exchange Server hack dump shop, buying cvv

Last week reported that Microsoft Exchange Servers were hit by a large-scale cyberattack after Chinese hackers exploited several critical vulnerabilities. Now, it has been revealed that the attack was on a global level and more than 30,000 organizations were targeted.
One among the victims is the European Banking Authority (EBA) which is an independent EU Authority that works to ensure an effective and consistent level of regulation and supervision across the European banking sector.
SEE: Bypassing verification code to log in to any Microsoft account
EBA maintains the overall financial stability and sure integrity, efficiency, and orderly functioning of the banking sector. However, EBA has now revealed the cyberattack took down all of its email systems.
“As the vulnerability is related to the EBA’s email servers, access to personal data through emails held on that server may have been obtained by the attacker,” EBA revealed in a statement .
The organization initially released a statement on Sunday where it explored the possibility that the attackers may have gained access to personal information stored on the email servers.
The report also included their guarantee of the fact that they will identify what data was accessed and what measures should be taken by the data subjects to mitigate the possible adverse effects. As a precautionary measure, they also decided to take their email systems offline.
Today EBA issued another update in which the forensic experts confirmed that they found no signs of data exfiltration. 
“At this stage, the EBA email infrastructure has been secured and our analyses suggest that no data extraction has been performed and we have no indication to think that the breach has gone beyond our email servers,” said the EBA.
“The EBA has taken all precautionary measures to protect personal and other data and will take additional steps and provide further updates as necessary.”
Regarding the widespread attacks targeting organizations worldwide, Microsoft fixed various vulnerabilities that were previously affecting and exploiting Microsoft Exchange Server.
SEE: Microsoft reveals hackers viewed its source code
Initially, the tech giant was only able to link the attacks to a China state-sponsored hacking group known as “Hafnium” but in an updated blog post , the company stated that several other threat actors have exploited the recently patched Exchange Server flaws using similar schemes. 
Even though their targets have not been identified as of yet, Microsoft has shared a list of previously targeted industry sectors.
According to Microsoft, the attackers use web shells that allow them to gain remote access to a compromised server as well as the internal network even after the servers have been patched.
The vulnerabilities were found in MS Exchange Server 2013, 2016, and 2019 and include the following:
1.  CVE-2021-26855  is a server-side request forgery (SSRF) vulnerability that attackers can exploit to send arbitrary HTTP requests.
2.  CVE-2021-26857 – It is an insecure deserialization vulnerability in which a program could deserialize untrusted user-controllable data. Attackers can exploit it to run code as SYSTEM on the Exchange server after acquiring administrator permission.
3.  CVE-2021-26858 – This post-authentication arbitrary file writes vulnerability could allow an attacker to write a file to any path on the server if authenticated with the Exchange server.
4.  CVE-2021-27065 – It is another post-authentication arbitrary file write vulnerability that Hafnium could authenticate with the Exchange server by either compromising legit admin credentials or exploiting the CVE-2021-26855 SSRF vulnerability and write a file to any path on the server.
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Starting an InfoSec Career – The Megamix – Chapter 6 cvv dump, credit card dumps

[You can find the previous chapters in this continuing blog series here:
Starting an InfoSec Career – The Megamix – Chapters 1-3
Starting an InfoSec Career – The Megamix – Chapters 4-5 ]
Chapter 6: Self-Study Options
In the previous chapters, I’ve discussed potential career paths, education and certification options, and the fundamental knowledge needed to become a successful InfoSec professional. Unfortunately, college degrees and certification courses aren’t financially or logistically an option for everyone, nor do they provide all of the skills and practical experience needed to become a desirable candidate for an entry level position. Without further ado, let’s delve into some options for improving InfoSec knowledge individually.
==== Home Labs ====
Building a home practice lab is an integral part of improving skill at any area of blue team or red team information security. Since most of us (hopefully) don’t want to break the law and get arrested while learning how to hack, conduct forensic investigations, or reverse engineer systems, we’re obliged to create our own self-contained network environments to practice and learn within. This will also improve network and systems administration skills, which as I noted in Chapter 1 are absolutely fundamental for being a well-rounded InfoSec professional.
A decade ago, a home lab looked significantly different. It almost certainly included multiple computers, and likely a network rack complete with switches, power supplies, KVM, and cabling. While this is still a great option, a rack of computer equipment is noisy, hot, and power consuming. Today, we have the tremendous luxury of virtualization. A single reasonably spec’ed ESXi host server can act as most of our practice environment. While we might still opt for some physical network hardware, we have virtualized network lab environments available for use, as well. I really prefer the virtualized option because as we exploit, infect, and otherwise destroy our hosts, we can simply revert them to an earlier snapshot and start over.
Regarding purchasing the physical equipment or host machine(s), we can get as creative as our budget requires. A great way to purchase server grade computer hardware is via federal and state government auctions. These auctions are fairly underutilized next to commercial sites like eBay, and can offer some great deals during regular equipment replacement schedules. Remember that local businesses, hospitals, and municipal services often replace their hardware and sell the older equipment for a fraction of the original price. For virtualization, we’ll want a decent server grade processor, a lot of memory, and enough disk space for all the operating systems we are interested in using to grow as expected. Everything else is fairly negotiable. Many folks buy a few old servers of the same model, pull all of the memory, NICs, and hard drives out, and put them into one chassis.
The hosts we install in our lab environment shall vary quite a bit based upon our area of interest and what we’re currently trying to accomplish. For instance, in my forensics lab, I selected SIFT and Windows 8 hosts which I use to conduct analysis, and an array of primarily client OSes which I conduct analysis upon. My network monitoring and incident response environment is very different, because network services, network IPS, and firewalls are in play in a more realistic network environment. A penetration testing environment will look different still. Before you purchase equipment or begin the lengthy process of building your lab, consider what you want to learn, and what hosts and services you will need to accomplish this goal.
I’m not going to delve much further into the technical details of building out a lab, as a lot of people have done great writing on this subject already. I recommend looking at Carlos Perez , Matt Barrett , and Adrian Crenshaw’s informative blogs.
==== Self-Study Materials ====
Every person has a different learning style. Some of us are more comfortable learning new skills by watching a video; others need hands on practice or reading materials to understand new concepts best. Fortunately, at this point people who wish to learn InfoSec skills have a plethora of freely available options to fit any learning styles.
For the Visual Learner:
Years of talks at information security conferences have been recorded and are freely available on YouTube . I’d avoid watching Joe from ACME computer shop explaining how to use Kali, but there are more hours of recorded talks on from reputable conferences than anyone will ever have time to watch. hosts an immense number of conference talks . Adrian Crenshaw has recorded talks at conferences for years, and has a prolific archive of these videos on his channel . SecurityTube is also a great resource, (although some of their materials are paywalled by PenTester Academy , which may or may not be in your budget).
For the Auditory Learner:
Check out the amazing range of InfoSec podcasts available for free. There are so many more great podcasts than I could discuss in a blog of their own, but some highlights are PaulDotCom , Southern Fried Security Podcast , Security Now , ISC Stormcast , Defensive Security , Liquidmatrix , and Braeking Down .
For the Reading Learner:
There are two major resources you should investigate – textbooks, and blogs. This will, of course, vary quite a bit based your area of interest. My personal ‘essential reading list’ for Information Security professionals would include the following:
There are an immense number of amazing security blogs out there, but a very short list of my favorites includes Dark Reading,  Krebs on Security,  McGrew Security , Graham Cluley , Naked Security , Lenny Zeltser , Troy Hunt ,  Andrew Hay,  Threatpost,  and Andy Ellis.
For the Kinesthetic Learner:
As we previously discussed, a home lab is a great option, followed by Capture the Flag exercises and Challenges, which I discuss in the next section.
==== Capture the Flag and Challenges ====
Once you feel ready to leave the safety of your own home lab and delve into another network, a great option is Capture the Flag events, and similar challenges. A large percentage of hacking conferences provide some kind of CTF event, which will pit your skills against challenges they’ve designed as well as other participants, in a structured, legal environment. The challenges usually vary from simple to extremely difficult, and points are awarded to participants as they find or reach ‘flags’ hidden in the challenges. Don’t be daunted; most CTF events are rarely restricted by skill level, and they’re a great way to test what you’ve learned. You’re competing against yourself as much as other teams or participants.
CTFs and challenges are not restricted to red team penetration testers. There are plenty of open and paid practice challenges in many areas available now, both in person and online. DFIR challenges test investigation and forensics skills, while malware challenges test participants’ ability to reverse and analyze malicious code. Check out the great list of online challenges at .
==== Conferences ====
There are no substitutes for in-person networking or training events. I strongly recommend attending InfoSec / hacking conferences, but I also encourage you to choose the right ones for you. Regrettably, the events with the biggest budgets often get the most hype. That does not translate to them being the best environments to learn in. Cost is often a factor that bears consideration, as well. Tickets to InfoSec conferences range from free (or nearly free) to thousands of dollars. Hotel and airfare costs vary by venue. All these factors should weigh into your decisions, but there’s a conference for everybody.
Hacking conference size and content vary a lot, but there are some commonalities. There are normally one or more tracks of speaker talks, selected by the organizers from outside call-for-paper submissions. Capture the Flag type events are fairly ubiquitous. It’s also not uncommon to see an option for longer, hands-on training classes for an additional fee. You’re likely to see some vendors, as well as hobbyist groups such as locksport organizations or makerspaces sharing their expertise. Evening parties sponsored by the conferences or vendors can provide an opportunity to network and have fun.
Let’s discuss a few popular conferences. A couple caveats. Firstly, I’m quite certain I am going to offend one conference or another by not listing them here – for this list I selected some better known representative examples and it is by no means comprehensive. Secondly, I’m based in the US, so my examples are primarily in North America. Hacking/InfoSec conferences are a global phenomenon, and the types of conferences I list have equivalents in Asia, Europe, Africa, and South America. Please feel free to ask me for assistance in finding ones in other locations as needed.
DEF CON – Las Vegas, NV, USA
One of the oldest, most famous, and largest hacking conventions in the world, DEF CON is held in August on the Las Vegas strip. The attendees are a mix of everybody from the most dubious black hats to corporate security professionals, from journalists to Generals, from researchers to federal agents. Events and talks run the full gambit in every sense of the word. The parties are wild and so are the attendees. DEF CON tickets current cost $230, (cash only!).
>> Pros: This is where you’ll see some of the most cutting edge research released, and meet many top notch pros. Everybody should DEF CON at least once, for the sheer experience.
>> Cons: Over-the-top parties, crowds, and hangovers can overwhelm actual learning and networking. If this is your first hacking conference, or you’re not reasonably cautious, you may be targeted for pranks (or worse).
Black Hat (USA) occurs the week prior to DEF CON, and offers more structured training opportunities on a variety of topics. There’s a heavy vendor presence. Black Hat is more targeted towards security professionals and executives, and offers organized networking events and a bevy of courses and high profile speakers. The talks are well vetted. This doesn’t come cheap; regular tickets are currently $2195. Training courses cost significantly more. If money is a factor, I certainly wouldn’t recommend paying your own way to Black Hat unless there is a course you desperately want to take that isn’t offered anywhere else. Wait for a scholarship or corporate sponsor.
DERBYCON – Louisville, KY, USA
DerbyCon is a relatively new but very popular conference, and acts a bit like a more community and family-friendly alternative to DEF CON. It occurs in September in the heart of downtown Louisville. While it’s not as big of a conference, DerbyCon offers five simultaneous talk tracks, as well as hosting a few special interest working groups and CTF. DerbyCon tickets are $175, and given the reasonable cost of living in Lousiville, this can be a pretty economical conference, without quite as much of the shock value. Although there are bad apples at any hacking conference and basic precautions should always be taken by attendees, DerbyCon is policed pretty well and is a very safe bet for a first con.
SHMOOCON – Washington DC, USA
Shmoocon was founded by a husband and wife team to become a relatively small, friendly, community and education focused conference. It occurs in January, and costs $150, making it the most affordable of the ‘big name con’ admissions. Due to its location and educational reputation, it’s popular with federal government, military, and federal contractors, and the networking, vendors, and talks can reflect this a bit. The downside is that Shmoocon has grown much more popular than its size allows, and tickets sell out quickly – very quickly – a matter of seconds, making attendance a bit of a lottery. If you plan to attend Shmoocon, (I do recommend it), read up on the ticket purchase process well ahead of time.
If you missed that RSA occurs in February, you’re not tuned into information security news. I can draw a lot of parallels between RSA Conf and BlackHat, but personally favor Black Hat as an event. They’re both targeted at executives and professionals, throw star-studded vendor parties, come with a hefty price tag (standard RSA tickets are currently $2,295), and get plenty of press. They have the biggest vendor expos, and often boast high profile speakers. I don’t recommend RSA to entry level infosec folks, even if the price tag is in your budget. For the money, I’d attend a course at Black Hat or REcon. The glitz and glamour do not make this the best environment to learn fundamentals or network, and despite some very good speakers, in my opinion RSA Conf continually commits public security faux pas to the ire of hackers and security professionals .
RECON – Montreal, QB, Canada
If reverse engineering malware, hardware, or software is your cup of tea, there’s no better conference to learn more than REcon, which focuses exclusively on sophisticated reversing. Ticket prices for RECon increase through the year leading up to the event, currently starting at 700 CAD and culminating in 1200 CAD in June. Student tickets are discounted. The ticket price is hefty, but includes snacks and lunches. The available hands-on training courses will run you around 2000 – 5000 CAD, so once again, you may want to wait until you’re eligible for some sort of sponsorship for this one. I have not had the pleasure of attending this conference myself, but I’ve heard nothing but glowing reviews from my colleagues in this space.
CIRCLE CITY CON – Indianapolis, IN, USA
Circle City Con is newer than Shmoocon and DerbyCon, but fills the same educational / community friendly conference niche. Circle City Con occurs in June, near the Indianapolis Convention Center. Tickets are currently $150 and include optional training classes, aside from any required materials. Circle City Con is another safe bet for a first conference, and for family participation.
Hackers On Planet Earth is still a bit of a ‘hidden gem’. Although it’s one of the oldest annual hacking cons, it remains reasonably small and attended by industry greats. HOPE occurs in July, and tickets are currently $150. HOPE offers some of the most unique and varied events of any conference outside DEF CON, and boasts film festivals, art, and robotics along with the usual offerings. It’s a bit more eclectic and nuanced than other conferences. HOPE is worth serious consideration, especially for East Coast folks.
GRRCON – Grand Rapids, MI, USA
GrrCON specifically states their goal of avoiding elitism, and as a result they’ve earned a reputation as a positive and friendly environment which is heavily geared towards great networking and security education. GrrCON occurs in October and regular tickets are currently $150. Another location with very reasonable room and board, it would be a great choice for a first con. GrrCON also offers opportunities for family participation.
Perhaps you looked at this long list of conferences, and balked at the locations, travel costs, and ticket prices. All is not lost. Seek out your local BSides event , which occur in many metropolitan areas. BSides events tend to be organized by local hacker groups, and most are one or occasionally two days. BSides also tend to be smaller and less expensive, with tickets usually ranging from $0-50. There’s rarely a good excuse to miss your local BSides – it’s a great opportunity to network with security folks in your area for a nominal fee. BSides events also make a great excuse to travel to cities on your bucket list across the world, learn about hacking, network with people, while enjoying the local culture, sights, and cuisine.
I’d be remiss if I did not briefly discuss hacking conference safety and preparedness. As I’ve mentioned above, the level of ‘threat’ at conferences varies and exists everywhere, but regardless of the event you should take common sense precautions. (All of these precautions should translate into everyday life, because bad gals and bad guys are everywhere!)
==== Local Hacking Meet-ups ====
Aside from organized conferences, many metropolitan and regional areas have formed hacking meet-ups of varying structure and activeness. I recommend finding your local group as soon as possible and participating as much as you can, as it’s a really important way to network with local hiring managers and security teams. Name recognition in this community is absolutely invaluable when applying for jobs.
There were ways that hackers met two decades ago that still work, but they’ve been  impacted by Web 2.0 and social media as much as anything else. So, I’ll both discuss the more traditional ways to find your local hacker and InfoSec folk, as well as newer options.
The Old Ways
The New Ways
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Key Factors for Data-Centric Data Protection dumps with pin, cc buy

A data-centric approach to data security is based on the information that needs protection instead of the network, application or device. Traditional network, device or application-based solutions only protected information during the data’s life cycle.
Data protection solutions is a firewall, data loss prevention (DLP), endpoint DLP, file encryption, information rights management IRM, have all tried to solve the data protection needs of organizations of all sizes.
We have seen that legacy data protection solutions have not done enough to protect data breaches. The problem of the organization has been there all this while. Organizations now need to move to new data-centric data loss prevention solutions.
The world has seen a maximum number of data breaches in the year 2017. The United States stands at 1,579, and the figure indicates a 44% increase from the past. More than 6-million records are stolen or lost every day.
Additionally, legacy is so cumbersome that it only protects a subset of data. The fact organizations just wanted to apply protection to the smallest amount of data possible. With data-centric solutions, classification is not required, and all data can be protected by default, eliminating the need for doing things manually.
The 4-key things to have for data-centric data protection solution:
1. Transparent to authorized users
The best security solutions are invisible to users. Solutions need to work with any file type and any application without having to change file names or extension. Authorized users should not have to change their daily workflow, and only unauthorized users should notice security solutions are in place.
2. Proper authentication automatically
Access control should automatically follow information since the access control to each should be derived from the information that is contained within the file. It is like you make a graph in excel and then paste it into PowerPoint, the PowerPoint file gets all the access control permissions from the original spreadsheet file. As simple as that.
3. Data-centric should have granular permissions
Besides providing access-control permissions the solutions should enforce which applications should access data. It prevents data leakage from malicious or out-of-date applications.
4. Data-centric solutions should support all devices
This means the solution should take care of the storage locations and operating systems within an organization. We have seen how too many solutions are meant for devices or Windows only protection. So now when things like BYOD are in practice the solution should support Mac, Linux, iOS and Android, as well for the stored data in the cloud.
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Uber сообщил об утечке данных 57 млн человек после атаки хакеров cvv shop, cc shop

Хакерам удалось получить доступ к данным 57 млн клиентов и водителей онлайн-сервиса по заказу такси Uber.
Как сообщает агентство Bloomberg со ссылкой на компанию, инцидент произошел в 2016 году. Во время кибератаки были украдены имена, электронные адреса и номера мобильных телефонов 50 млн пользователей Uber в разных странах мира.
В распоряжении хакеров оказались личные данные 7 млн водителей, в том числе 600 тыс. номеров водительских удостоверений, зарегистрированных в США. При этом представители Uber заверили, что информация о кредитных картах и маршрутах поездок осталась засекреченной. 
Ранее портал сообщал, что Uber проиграл апелляцию по вопросу соблюдения прав водителей в Лондоне.
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The main reason to add security to your offer is not that you will make more money, but because it is best for your clients. By adding security to your services, you will stay relevant and increase customer loyalty while increasing revenues.
Few agencies talk about security and even fewer are working with it in a structured way. Security can help you build longterm relationships with your clients, make more money and get ahead of your competitors. We know that explaining security to clients can be a challenge, which is why we have gathered convincing arguments that you can use as a starting point in customer dialogues.
Your existing clients might assume that you are already continuously working with security because of new legal guidelines, like the General Data Protection Regulation , that require businesses to focus on preventive measures. Potential clients will want to know whether your code is secure and what your security routines look like. Take this opportunity to tackle security and show that you are aware of your clients’ wishes!
Having a functional website that end customers trust is crucial for your clients and businesses like e-commerce stores depend on their online presence. This is not new to you as you already help your clients bring in organic search traffic and optimize conversion, but now it’s time to secure their websites and protect them and their customers’ sensitive data.
A security breach can take a toll on brand reputation as well as revenue and recovering from the badwill it creates is a key challenge. You have your clients’ trust – use it to keep their users’ data safe!
Delivering vulnerable websites puts your agency’s reputation at risk; if your client’s website is hacked, the damage done to their brand can be immense. New vulnerabilities are discovered every day and 90% of websites have critical vulnerabilities that can be exploited by hackers. Instead of helping your clients regain their customers’ trust after a security breach, you can be an early adopter and encourage them to work proactively with security.
As an agency, you don’t want to be left behind. What happens if new customers request proof of your internal security skillset? What if your client were to find security monitoring tools on their own and initiated the dialogue? Wouldn’t you prefer to be the one who leads the security discussion?
Google accounts for 64% of the search market and is leading the development of search technology. It is no secret that Google is beginning to put security first – why should you lag behind? Here’s just a couple of measures Google has taken to make security more transparent and central to the customer experience:
Over the last couple of years, SEO and mobile have become the norm and security is up next. Google already gives a ranking bonus to websites with encrypted connections, but this is just the beginning. Shifting to a security- oriented mindset now means you and your clients will be ahead of the game as security awareness grows.
Site speed, design, conversion rate optimization… These trends have gone from buzzwords to being an expected part of an agency’s service mix. If you are, or aiming to become a full-service agency, adding security to your offer is the next step – which will work as a great pitch for prospective clients and improve customer loyalty with your existing clients.
Read the second part of this blog series for agencies, we  explain what Detectify can do for you and what our agency clients are saying about us. 
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Whitehat hacker bypasses SQL injection filter for Cloudflare easydealssb, easydealssc

Cloudflare is one of the top web security companies out there with a sizeable clientele requiring it to takes its security practices very seriously which it does. However, regardless of this, there are times when vulnerabilities are found by external actors and brought to their notice.
An example of one such case has surfaced recently when cybersecurity researcher George Skouroupathis uncovered a flaw in their Web Application Firewall (WAF) SQL injection protection mechanism.
The experimenting started when George was working on a client’s site which used MySQL as its database. Due to need, he randomly tested for SQL injections by making requests to a specific webpage. This is when he discovered an interesting scenario that became the building block for his vulnerability discovery.
See: White hat hackers infect Canon DSLR camera with ransomware
That is, when he made a query to select a particular variable from a data entity if it matched a certain condition, a 200 OK status notification was given if the condition was met. However, if it did not, the server returned a 500 Internal Server Error. Moving forward, the researcher states in their blog post that:
As a consequence, the content of the application’s database could be accessed this way by an attacker placing user data at risk. Moreover, the researcher even managed to write a Python script that would automate the entire attack.
This was then subsequently reported to Cloudflare who fixed it in a few days. Although no monetary compensation was awarded, George did get a t-shirt and his name in the security provider’s Hall of Fame apparently.
See: Touch Bar in New MacBook Pro ‘Hacked’ by White Hat Hackers
To conclude, there are a number of ways that SQL injections can be executed. It is important that cybersecurity defenders thoroughly evaluate these to make sure that their web applications are not vulnerable to them.
As a parting note, we leave you with a few words of advice from the researcher himself:
It is my opinion that if developers take good care to apply security measures on their applications, WAFs are most of the times unnecessary. All you need to do is sanitize the users’ input properly.
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Nearly Half of Spear Phishing Emails Bypass Security Filters easydealshn, easydealslc

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47% of payloadless phishing emails are able to bypass the most popular secure email gateways (SEGs), according to researchers at IronScales. These are emails that don’t contain malicious links or attachments, but instead try to manipulate the user in a more targeted manner.
“The overwhelming majority of email phishing attacks are now driven by social engineering messages aimed at prompting an action, and distributed via advanced phishing techniques such as business email compromise (BEC), VIP/CEO impersonation and other forms of email spoofing and fraud,” the researchers write. “From an attacker’s perspective, the transition from spear-phishing emails packed with malicious payloads to social engineering was a no brainer.”
The researchers explain that spear phishing is much more effective because the most popular secure email gateways “were not built to analyze the language within an email and decipher a message’s context and intent.”
“The phishing attack technique with the greatest penetration rate was sender name impersonations, which occur when an email masquerades as coming from a trusted source, such as a colleague, friend or family member,” IronScales says. “Sender name impersonations accounted for 30% of all SEG penetrations, which represents a 6% increase from our 2019 analysis. Domain name impersonations, which occurs when an email is from a similar domain, in which attackers register the domain to set the right authentication records in the DNS, accounted for 25% of penetrations. This represents a 23% increase from our 2019 research. VIP impersonations, such as CEO spoofs, and fake login pages came in at 22% and 16%, respectively.”
Technical defenses are useful and have improved greatly over the years. As security technology improves, however, attackers have shifted to more targeted social engineering attacks that won’t be flagged by these defenses. New-school security awareness training can address this problem by enabling your employees to recognize social engineering attacks that reach their inboxes.
IronScales has the story .
Would your users fall for convincing phishing attacks? Take the first step now and find out before bad actors do. Plus, see how you stack up against your peers with phishing Industry Benchmarks. The Phish-prone percentage is usually higher than you expect and is great ammo to get budget.
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