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80% of all Android apps encrypt traffic by default cardingforumco, cvvshophk

Google keeps pushing in its mission for broader encryption adoption
Android commands the lion’s share of the mobile operating system market . And with so many users under its wings, it should come as no surprise that Google has been doubling down on security.
In a blog post this week, the tech behemoth announced that 80% of Android applications in its Google Play store encrypt network traffic by default, using the Transport Layer Security (TLS) protocol. Google emphasized that the percentage is higher at 90% when considering apps that target Android 9 and later versions of the system.
To encourage this trend, both any new apps and app updates must aim at Android 9 at the very least. If developers keep on meeting the standards required to be published on the Google Play store, the percentage is expected to keep on rising.
The company started enforcing these measures gradually in 2016 with Android 7 by introducing Network Security Configuration. In its latest release of Android Studio, it doubles down on security, by alerting developers potentially insecure configurations in their app. For example, it issues a warning if the app allows unencrypted traffic.
“This encourages the adoption of HTTPS across the Android ecosystem and ensures that developers are aware of their security configuration,” states the official blog.
But it’s not only in Android apps where Google has been pushing for traffic encryption. It has been driving websites to adopt the standards widely as well as implementing it across its own sites and services.
As of May of this year, encryption was at 94% across its products and services, according to its Transparency Report . The only service that has been achieving “subpar” results with 92% encryption of traffic is its news service.
In October 2019, Google announced that its browser, Chrome, would gradually move to preventing insecure HTTP content from loading on HTTPS pages.
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Pentagon hacked by China goodshop cvv, approved cvv shop

For all of you who wanted “proof” about the cyberwar between China and the US, here’s an article for you. Unfortunately I think that China is in a better technological position with their “Golden Shield” firewall than we are with our ad-hoc Internet infrastructure. Specifically if you consider that “Golden Shield” is rumored to be IPS capable .
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Introducing the 4th Annual Hacker-Powered Security Report ccfullzshopcom, entershopuk

This is a time of unprecedented challenges. We face never-before- seen threats in the digital and physical worlds. If this past year has taught us anything, it is this: we need to leave behind our old tools, mindsets, and methods to create a path ahead.
But what does that path look like? In the physical world, COVID-19 is ravaging the international community. Negative externalities are flowing into the digital space, as well. This year, organizations across the globe have made unexpected changes to their operations. Businesses are figuring out how to contend with accelerated digital transformation and a surge in digital transaction volume. Many have had to expedite their decision to move to the cloud. Companies are hurrying to support hundreds or thousands of employees who are suddenly working remotely. To adapt to changing spending patterns, companies have launched new digital products and revenue streams, fighting to keep revenue flowing during a global recession.
In doing so, organizations are opening up new attack surfaces they are unprepared to protect. Protection efforts are left in the hands of security teams who are not staffed to cope. The result? Losses that can be measured in data, revenue, reputational damage, operational disruption, and churn.
For organizations that operate in the digital space, there’s no such thing as business-as-usual anymore— which means that business-as-usual security can no longer suffice. Security leaders are starting to ask some tough questions. If you’re facing resource constraints, how do you design software that’s secure from the start? How can you protect software applications as they move to the cloud? How do you scale security on a constantly-evolving attack surface? Is there a way to maintain brand trust and mitigate risk of a breach with such a sharp increase in digital transactions? And with everything else on fire, what about the nuts-and-bolts of compliance and regulations?
The answer is hackers.
For years, organizations have turned to hackers to look for vulnerabilities before bad actors can exploit them. Quite simply, hackers are people who enjoy the challenge of creatively overcoming limitations. But they’re much more than that.
Hacker-powered security has become a best practice for many organizations, embraced by risk-conscious entities like the U.S. Department of Defense and Goldman Sachs. Security and business leaders are learning that hackers aren’t just for tech companies: they are a critical part of any mature security strategy. Today’s challenges demand scalability, creativity, and adaptability on an unprecedented scale, and hackers are prepared to meet those demands.
The Fourth Annual Hacker-Powered Security Report offers an incisive look at today’s security landscape and the hackers who are pushing the envelope.
This report tells a story that’s happening every day: security leaders are partnering with hackers to make the internet a safer place. CISOs are augmenting security frameworks with hackers’ human creativity and always-on security efforts. New options and continued deployment have propelled all global regions to double digit year-over-year program growth, with Asia-Pacific (APAC) adding 93% more programs and Latin and South America (LATAM) adding 29%. Combined, all global programs awarded 87% more bounties year-over-year.
Around the world, the hacker community has grown in size and sophistication. 9 hackers (from 7 different countries!) surpassed the $1 million / €850,000 / ¥7 million mark in the past year. Hundreds of thousands more use hacking to build valuable skills, advance their career, earn extra money, challenge their curiosity, and hang out with like-minded individuals.
Against a backdrop of unparalleled obstacles, security leaders have gained newfound appreciation for hacker- powered security as a nimble, scalable, and cost- effective solution. During global lockdowns, hackers reported 28% more vulnerabilities per month than immediately before the pandemic took hold. For many researchers, hacking has become a reliable source of supplemental income during the pandemic.
Even before the pandemic, hackers were devoting their time and skills to make the world a better place. The altruistic attitude sparked Hack for Good, a HackerOne program that provides an easy way to donate bounty earnings to a worthy cause. The World Health Organization, the first cause chosen by the hacker community this past spring, received $30,000 in donations from hackers to help fight the COVID-19 pandemic.
In this report, we’ll explore these trends and their ramifications for businesses and consumers worldwide. The short version: security has become synonymous with hacking. The future belongs to hackers and the organizations that embrace them. And that future starts right here.
Download the 4th Annual Hacker-Powered Security Report!
 
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Wearables Could Make Children Vulnerable To Cyber Crime mastercvv ru shop, golden dumps shop

Institute For Ethical Hacking Course  and  Ethical Hacking Training in Pune – India
Extreme Hacking  |  Sadik Shaikh  |  Cyber Suraksha Abhiyan
Credits: forbes
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Introduction To KnowBe4’s Services cardvillanet, carding-forumcc

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Note: The phish-prone percentage is the percent of your organization’s employees who will click on a URL link or file attachment in a simulated phishing email, i.e. the percentage of employees in your organization who are prone to real phishing attacks.
Goal of Security Awareness Training
The main objective of security awareness training is to make your employees have more default skepticism toward digital (and audio) content that has the potential to negatively impact them or the organization. We want to educate users to stop and think before clicking or performing actions that can hurt themselves or the organization.
It’s like teaching a young child to look both ways before crossing a street. Early on, the parent may hold the child’s hand to prevent them from stepping out into ongoing traffic. But, with enough training, that child will automatically, and hopefully for the rest of their lives, look both ways before crossing a street as part of their instincts.
Security awareness training helps everyone in your staff develop a healthy level of skepticism and become very accurate at identifying things that could hurt them or the organization. The main goal of security awareness training is to significantly reduce risk by changing the organization’s security culture.
Data-Driven Defense
Education and testing are done on the following timeline:
Baseline Testing
Social Engineering is More Than Email
With email, SMS phishes, and USB drive openings, the goal of security awareness training is to prevent a user from doing anything beyond looking at an email, message, or drive. Simply opening a simulated phishing email, viewing an SMS message, or looking at a file list on a USB drive is still tracked, but isn’t counted as a “failure” because usually, with rare exceptions due to zero-days, simply doing those things does not allow malicious actions to be executed.
It’s not good enough to simply not perform a negative action; we want employees to report all potential maliciousness to the organization’s security review personnel. This is the only way the organization can get an accurate picture of what types of social engineering and phishing are being performed against the organization. Without constant reporting, an organization may never know when it is being targeted by a crimeware group or nation-state attack.
PAB is a separate installable program that can be integrated with Google Gmail or Microsoft Outlook email clients, including browser and mobile versions. If a user suspects that a phishing email is a simulated or real phish, they can click on the PAB, and the email will be deleted from their inbox and a copy is sent to a predefined email address where all suspected phishes are collected and can be investigated.
Ongoing and Targeted Security Awareness Training
All employees should take one or more longer training sessions to communicate a broader range of cybersecurity safety issues. This should ideally occur when first hired and at least once each year thereafter. Additional targeted training is done based on the data collected from the simulated phishing campaigns and testing.
Here is an example of longer, annual training content.
Here is an example of new-hire training content.
Training Topics
Training topics include a mix of general, randomized, and targeted training issues, similar to the topics that real-world phishers will foist upon your end-users. Training is modified based on the results of previous testing and education, popular phishing trends, required custom corporate training, seasons, events and roles. For instance, around tax time, employees are more likely to get real-world phishing that is looking for their personally identifiable tax information.
Your organization’s logo can be placed on many pieces of training content (as simulated below).
Simulated Phishing Templates
Templates include static text and images, as well as dynamic fields, which can change based on the intended recipient, such as the name used in a personalized greeting. Managed services loves to do custom templates based on what the customer’s organization has seen in real life. Here are some example simulated phishing templates.
 
Overall, the goal is to get all of your users to a point where they require higher levels of phishing sophistication to be fooled, moving them step-by-step to higher levels of difficulty based on their unique previous simulated phishing test results (as graphically shown below).
Landing Pages
Users who are clicking on or responding to simulated phishing campaigns (known as failures) will, by default, be sent to a selected landing page, which lets them know they failed a simulated phishing test and will most often let them know the red flags of phishing that they should have seen to alert them to the fact that it was a simulated phishing email. Below is an example landing page.
A big part of security awareness training is educating people about the red flags of social engineering, and doing that in the moment that someone fails a simulated phishing test is crucial to their learning.
Learner Experience
 
Risk Ratings
The cybersecurity risk of each individual user and the aggregated cybersecurity risk of the entire organization can be calculated and tracked. A personalized risk score is generated for each user based on their simulated phishing tests’ successes and failures, training completion, job function, and custom booster score that the organization can add. All of the personal risk scores can be aggregated on a per-business-unit basis or for the entire organization. Here is an example of an organization risk rating. 
Reporting
 
Summary
 
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Cisco ‘Knowingly’ Sold Hackable Video Surveillance System to U.S. Government sell dumps online, dumps shop no 1

Cisco Systems has agreed to pay $8.6 million to settle a lawsuit that accused the company of knowingly selling video surveillance system containing severe security vulnerabilities to the U.S. federal and state government agencies.
It’s believed to be the first payout on a ‘False Claims Act’ case over failure to meet cybersecurity standards.
The lawsuit began eight years ago, in the year 2011, when Cisco subcontractor turned whistleblower, James Glenn, accused Cisco of continue selling a video surveillance technology to federal agencies even after knowing that the software was vulnerable to multiple security flaws.
According to the court documents seen by The Hacker News, Glenn and one of his colleagues discovered multiple vulnerabilities in Cisco Video Surveillance Manager (VSM) suite in September 2008 and tried to report them to the company in October 2008.
Cisco Video Surveillance Manager (VSM) suite allows customers to manage multiple video cameras at different physical locations through a centralized server, which in turn, can be accessed remotely.
The vulnerabilities could have reportedly enabled remote hackers to gain unauthorized access to the video surveillance system permanently, eventually allowing them to gain access to all video feeds, all stored data on the system, modify or delete video feeds, and bypass security measures.
Apparently, Net Design, the Cisco contractor where Glenn was working at that time, fired him shortly after he reported Cisco’s security violations, which the company officially described as a cost-cutting measure.
However, in 2010, when Glenn realized that Cisco never fixed those issues neither notified its customers, he informed the U.S. federal agency, who then launched a lawsuit claiming Cisco had defrauded U.S. federal, state and local governments who purchased the product.
Cisco, directly and indirectly, sold its VSM software suit to police departments, schools, courts, municipal offices and airports as we as to many government agencies including the U.S. Department of Homeland Security, the Secret Service, the Navy, the Army, the Air Force, the Marine Corps and the Federal Emergency Management Agency (FEMA).
“Cisco has known of these critical security flaws for at least two and a half years; it has failed to notify the government entities that have purchased and continue to use VSM of the vulnerability,” the lawsuit states.
“Thus, for example, an unauthorized user could effectively shut down an entire airport by taking control of all security cameras and turning them off. Alternately, such a hacker could access the video archives of a large entity to obscure or eliminate video evidence of theft or espionage.”
After the lawsuit was filed, the company acknowledged the vulnerabilities (CVE-2013-3429, CVE-2013-3430, CVE-2013-3431) and released an updated version of its VSM software suit.
As part of the lawsuit, Cisco has finally agreed to pay $8.6 million in the settlement—of which Glenn and his lawyers will receive $1.6 million and the rest $7 million going to the federal government and the 16 states that purchased the affected product.
In response to the latest settlement, Cisco issued an official statement Wednesday saying it was “pleased to have resolved” the 2011 dispute and that “there was no allegation or evidence that any unauthorized access to customers’ video occurred” as a result of its VSM suit’s architecture.
However, the company added that video feeds could “theoretically have been subject to hacking,” though the lawsuit has not claimed that anyone had exploited the vulnerabilities discovered by Glenn.
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CyberheistNews Vol 11 #09 [Heads Up] New Ryuk Ransomware Strain Now Worms Itself To All Your Windows LAN Devices ccshoppro, ccshopbest

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Built For Whatever Comes Next Synack best-dumpscom, russiancarderscc

We’ve all been through a lot. The health crisis isn’t just testing our national resolve, it will leave a lasting impact on how we live, travel, communicate and work. I’m certain we’ll rebound. But businesses will need to evolve and adapt. Many of the ways we rapidly changed in order to keep the economy going will become permanent fixtures in our daily lives at home and the (virtual) office.
I feel incredibly fortunate to help lead a cybersecurity company that was built to endure these kinds of unforeseen challenges. I couldn’t be prouder of how Synack’s employees adapted quickly, demonstrated ingenuity and creativity since stay-at-home orders first took effect in March. The incredibly talented ethical hackers who are members of the Synack Red Team have worked tirelessly to defend organizations and industries working on the frontlines of the crisis. They’ve played a vital role in protecting the COVID-19 relief effort. 
The crisis has once again proven that cybersecurity remains paramount. But it has also shown that cybersecurity needs to evolve to fully embrace remote testing and take advantage of a globally distributed network of the world’s best ethical hackers. 
The old model that relied on on-site security consultants is no longer the only viable approach. Crowdsourced security testing is the only way to ensure fast and reliable testing at scale and to quickly bridge the cybersecurity talent gap. Synack built the platform to achieve those goals. We’re working hard to bring that approach to as many organizations as possible.
We’re better positioned than ever to fulfill that mission. We recently announced a $52 million Series D funding round that will help us advance our crowdsourced security testing platform so all types of organizations can utilize the skills of more than 1,500 active ethical hackers working from 82 countries.
The investment brings total funding in Synack to $112.5 million, making us the most well-funded crowdsourced security company on the market. When we launched in 2013, we set out to leverage the best cybersecurity talent in the world to upend the penetration testing market with a smarter, faster and a more efficient crowdsourced approach. We did it. Crowdsourced security testing is now an industry best practice and I’m so proud that our approach has become synonymous with uncompromising quality and integrity.
Now the company is poised to enter an exciting new phase. Our newest investors, B Capital Group and C5 Capital , will become invaluable partners and work with us to expand our offerings and reach. They’ll be resources to help with business operations, development and talent management as we look to build new products, improve existing ones, invest in our Synack Red Team ethical hacker community and foster new relationships in Europe, the Middle East and Asia. 
Rashmi Gopinath, who led the investment for B Capital Group, is well acquainted with Synack. When she was managing director at Microsoft’s venture fund M12, she led their Series C investment in Synack. I’m humbled by her commitment to our future and I’m excited to continue working with one of the sharpest investors in the business. 
I’m equally excited to be working with William Kilmer and his team at C5 Capital, a firm that’s passionate about investing in cybersecurity businesses that can confront a growing and persistent global problem. They have deep connections overseas, within government agencies and the intelligence community and see the power in Synack’s approach to helping solve the global cybersecurity workforce shortage.
These investors understand the complexities of the current business market and realize that we’re uniquely positioned to drive much-needed change in the industry. 
Here’s why our approach matters so much right now:
Synack has come a long way since Mark and I founded the company, but we still have a lot more work ahead of us to continue innovating and evolving to help customers globally defend themselves against cyberattacks. Thankfully we have the support of smart and dedicated investors, an amazing group of employees and the world’s best ethical hackers working alongside us. 
— Jay Kaplan, CEO
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CPE Management card dumps with pin, cc warehouse creations

  Better Stay On Top of Those CPE’s
Ok for a person that is as organized as I am to not stay on top of his CPE’s the way I did is strange. Couple that with the fact that I got audited not once, but twice over the last 3 months by both ISACA and ISC2 (I soon after went out and bought a lottery ticket), and I realized I was not as prepared as I should have been. Now it has been hard the last 3 years to get out to training events, meetings, etc., work and travel have prohibited it most of the time.
Never the less after going through both audit processes, I realized I needed an efficient and easy way to track my CPE’s, what I had, where, when, how many CPE’s were counted and by which organization, ect. This led me to use my excel document matrix skills to put together a tracking matrix for CPE’s.
Also I have recently found out from a little bird I know, that both of these organizations are starting to clamp down on bogus CPE’s, this I find to be a good thing, it strengthens our certifications and what they mean. But it also means its even now more important to have a system in place to know how many CPE’s you have, you need and that you keep the evidence for them.
I also cannot emphasis enough of how IMPORTANT it is TO KNOW exactly what THE CPE POLICY is for the organizations you belong to and the certifications you hold. Do not assume anything, or you will find yourself scrambling during an audit or worse have to retake your test to keep your certification.
There are for example very distinctive differences between say ISACA and ISC2,  where one organization will credit a CPE and the other will not, or where they both may, but one will credit 3 CPE’s for something and the other organization may only credit 1 CPE for that same thing. You need to know what these things are so you can A. pursue CPE’s you can use for both and B. so you can be more efficient with your time away from work.
After self auditing myself over the last 2-3 weeks, I find out I have30 CPE’s (this is over 1 cycle or 3 years) I can use with one and not the other and then 12 for the other I can use for the first one, aaaaaarrrrrrrgh, but you know that’s my fault.
So to recap and maybe learn from my experience,  Better Stay On Top of Those CPE’s!
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New PetitPotam NTLM Relay Attack Lets Hackers Take Over Windows Domains track2shop, freshbaycc

A newly uncovered security flaw in the Windows operating system can be exploited to coerce remote Windows servers, including Domain Controllers, to authenticate with a malicious destination, thereby allowing an adversary to stage an NTLM relay attack and completely take over a Windows domain.
The issue, dubbed ” PetitPotam ,” was discovered by security researcher Gilles Lionel, who shared technical details and proof-of-concept (PoC) code last week, noting that the flaw works by forcing “Windows hosts to authenticate to other machines via MS-EFSRPC EfsRpcOpenFileRaw function.”
MS-EFSRPC is Microsoft’s Encrypting File System Remote Protocol that’s used to perform “maintenance and management operations on encrypted data that is stored remotely and accessed over a network.”
Specifically, the attack enables a domain controller to authenticate against a remote NTLM under a bad actor’s control using the MS-EFSRPC interface and share its authentication information. This is done by connecting to LSARPC , resulting in a scenario where the target server connects to an arbitrary server and performs NTLM authentication.
By forcing the targeted computer to initiate an authentication procedure and share its hashed passwords via NTLM, the PetitPotam attack can be chained to an exploit targeting Windows Active Directory Certificate Services (AD CS) to seize control of the entire domain.
“An attacker can target a Domain Controller to send its credentials by using the MS-EFSRPC protocol and then relaying the DC NTLM credentials to the Active Directory Certificate Services AD CS Web Enrollment pages to enroll a DC certificate,” TRUESEC’s Hasain Alshakarti said . “This will effectively give the attacker an authentication certificate that can be used to access domain services as a DC and compromise the entire domain.
Source: Rootsecdev
While disabling support for MS-EFSRPC doesn’t stop the attack from functioning, Microsoft has since issued mitigations for the issue, while characterizing “PetitPotam” as a ” classic NTLM relay attack ,” which permit attackers with access to a network to intercept legitimate authentication traffic between a client and a server and relay those validated authentication requests in order to access network services.
“To prevent NTLM Relay Attacks on networks with NTLM enabled, domain administrators must ensure that services that permit NTLM authentication make use of protections such as Extended Protection for Authentication (EPA) or signing features such as SMB signing,” Microsoft noted. “PetitPotam takes advantage of servers where the Active Directory Certificate Services (AD CS) is not configured with protections for NTLM Relay Attacks.”
To safeguard against this line of attack, the Windows maker is recommending that customers disable NTLM authentication on the domain controller. In the event NTLM cannot be turned off for compatibility reasons, the company is urging users to take one of the two steps below –
Disable NTLM on any AD CS Servers in your domain using the group policy Network security: Restrict NTLM: Incoming NTLM traffic.
Disable NTLM for Internet Information Services (IIS) on AD CS Servers in the domain running the “Certificate Authority Web Enrollment” or “Certificate Enrollment Web Service” services
PetitPotam marks the third major Windows security issue disclosed over the past month after the PrintNightmare and SeriousSAM (aka HiveNightmare) vulnerabilities.
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