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  1. THESE ARE THE MEANING OF THE FOLLOWING ABBREVIATIONS. _______________________ 1.) GOOGLE - Global Organization Of Oriented Group Language Of Earth. 2.) YAHOO - Yet Another Hierarchical Officious Oracle. 3.) WINDOW - Wide Interactive Network Development for Office work Solution. 4.) COMPUTER - Common Oriented Machine Particularly United and used under Technical and Educational Research. 5.) VIRUS - Vital Information Resources Under Siege. 6.) UMTS - Universal Mobile Telecommunicati ons System. 7.) AMOLED - Active-matrix organic light-emitting diode. 8.) OLED - Organic light-emitting diode. 9.) IMEI - International Mobile Equipment Identity. 10.) ESN - Electronic Serial Number. 11.) UPS - Uninterruptible power supply. 12. HDMI - High-Definition Multimedia Interface. 13.) VPN - Virtual private network. 14.) APN - Access Point Name. 15.) SIM - Subscriber Identity Module. 16.) LED - Light emitting diode. 17.) DLNA - Digital Living Network Alliance. 18.) RAM - Random access memory. 19.) ROM - Read only memory. 20.) VGA - Video Graphics Array. 21.) QVGA - Quarter Video Graphics Array. 22.) WVGA - Wide video graphics array. 23.) WXGA - Widescreen Extended Graphics Array. 24.) USB - Universal serial Bus. 25.) WLAN - Wireless Local Area Network. 26.) PPI - Pixels Per Inch. 27.) LCD - Liquid Crystal Display. 28.) HSDPA - High speed down-link packet access. 29.) HSUPA - High-Speed Uplink Packet Access. 30.) HSPA - High Speed Packet Access. 31.) GPRS - General Packet Radio Service. 32.) EDGE - Enhanced Data Rates for Globa Evolution. 33.) NFC - Near field communication. 34.) OTG - On-the-go. 35.) S-LCD - Super Liquid Crystal Display. 36.) O.S - Operating system. 37.) SNS - Social network service. 38.) H.S - HOTSPOT. 39.) P.O.I - Point of interest. 40.) GPS - Global Positioning System. 41.) DVD - Digital Video Disk. 42.) DTP - Desk top publishing. 43.) DNSE - Digital natural sound engine. 44.) OVI - Ohio Video Intranet. 45.) CDMA - Code Division Multiple Access. 46.) WCDMA - Wide-band Code Division Multiple Access. 47.) GSM - Global System for Mobile Communications. 48.) WI-FI - Wireless Fidelity. 49.) DIVX - Digital internet video access. 50.) APK - Authenticated public key. 51.) J2ME - Java 2 micro edition. 52.) SIS - Installation 53.) DELL - Digital electronic link library. 54.) ACER - Acquisition Collaboration Experimentation Reflection. 55.) RSS - Really simple syndication. 56.) TFT - Thin film 57.) AMR- Adaptive Multi-Rate. 58.) MPEG - moving pictures experts group. 59.) IVRS - Interactive Voice Response System. 60.) HP - Hewlett Packard.
  2. Here Are 5 Of The Best Ways To Hack An Instagram Accounts [Hidden Content]
  3. What are password cracking techniques ? Password crackers use two primary methods to identify correct passwords: brute-force and dictionary attacks. However, there are plenty of other password cracking methods, including the following: Brute force : This attack runs through combinations of characters of a predetermined length until it finds the combination that matches the password. Dictionary search : Here, a password cracker searches each word in the dictionary for the correct password. Password dictionaries exist for a variety of topics and combinations of topics, including politics, movies and music groups. Phishing : These attacks are used to gain access to user passwords without the use of a password cracking tool. Instead, a user is fooled into clicking on an email attachment. From here, the attachment could install malware or prompt the user to use their email to sign into a false version of a website, revealing their password. Malware : Similar to phishing, using malware is another method of gaining unauthored access to passwords without the use of a password cracking tool. Malware such as keyloggers, which track keystrokes, or screen scrapers, which take screenshots, are used instead. Rainbow attack : This approach involves using different words from the original password in order to generate other possible passwords. Malicious actors can keep a list called a rainbow table with them. This list contains leaked and previously cracked passwords, which will make the overall password cracking method more effective. Guessing : An attacker may be able to guess a password without the use of tools. If the threat actor has enough information about the victim or the victim is using a common enough password, they may be able to come up with the correct characters. - Some password cracking programs may use hybrid attack methodologies where they search for combinations of dictionary entries and numbers or special characters. For example, a password cracker may search for ants01, ants02, ants03, etc. This can be helpful when users have been advised to include a number in their password.
  4. What are the most well-known cyber attacks ? The massive so-called SolarWinds attack, detected in December 2020, breached U.S. federal agencies, infrastructure and private corporations in what is believed to be among the worst cyberespionage attacks inflicted on the U.S. On Dec. 13, 2020, it was revealed that Austin-based IT management software company SolarWinds was hit by a supply chain attack that compromised updates for its Orion software platform. As part of this attack, threat actors inserted their own malware, now known as Sunburst or Solorigate, into the updates, which were distributed to many SolarWinds customers. The first confirmed victim of this backdoor was cybersecurity firm FireEye, which had disclosed on Dec. 8 that it had been breached by suspected nation-state hackers. It was soon revealed that SolarWinds attacks affected other organizations, including tech giants Micrososft and VMware and many U.S. government agencies. Investigations showed that the hackers -- believed to be sponsored by the Russian government -- had been infiltrating targeted systems undetected since March 2020. As of January 2021, investigators were still trying to determine the scope of the attack. • Here is a rundown of some of the most notorious breaches, dating back to 2009: - a July 2020 attack on Twitter, in which hackers were able to access the Twitter accounts of high-profile users. - another 2016 attack, this time at FriendFinder, which said more than 20 years' worth of data belonging to 412 million users was compromised. - a data breach at Yahoo in 2016 that exposed personal information contained within 500 million user accounts, which was then followed by news of another attack that compromised 1 billion user accounts. - a 2014 attack against entertainment company Sony, which compromised both personal data and corporate intellectual property (IP), including yet-to-be-released films, with U.S. officials blaming North Korea for the hack; - eBay's May 2014 announcement that hackers used employee credentials to collect personal information on its 145 million users.
  5. What are the most common types of cyber attacks? Cyber attacks most commonly involve the following: - Malware in which malicious software is used to attack information systems. Ransomware, spyware and Trojans are examples of malware. Depending on the type of malicious code, malware could be used by hackers to steal or secretly copy sensitive data, block access to files, disrupt system operations or make systems inoperable. - Phishing in which hackers socially engineer email messages to entice recipients to open them. The recipients are tricked into downloading the malware contained within the email by either opening an attached file or embedded link. - Man-in-the-middle or MitM, where attackers secretly insert themselves between two parties, such as individual computer users and their financial institution. Depending on the details of the actual attack, this type of attack may be more specifically classified as a man-in-the-browser attack, monster-in-the-middle attack or machine-in-the-middle attack. It is also sometimes called an eavesdropping attack. - DDoS in which hackers bombard an organization's servers with large volumes of simultaneous data requests, thereby making the servers unable to handle any legitimate requests. - SQL injection where hackers insert malicious code into servers using the Structured Query Language programming language to get the server to reveal sensitive data. - Zero-day exploit which happens when a newly identified vulnerability in IT infrastructure is first exploited by hackers. - Domain name system (DNS) tunneling a sophisticated attack in which attackers establish and then use persistently available access -- or a tunnel -- into their targets' systems. - Drive-by or drive-by download, occurs when an individual visits a website that, in turn, infects the unsuspecting individual's computer with malware. - Credential-based attacks happen when hackers steal the credentials that IT workers use to access and manage systems and then use that information to illegally access computers to steal sensitive data or otherwise disrupt an organization and its operations.
  6. In modern times as data becomes more secure with encryption, there are certain attacks that you may not be aware of. One specific type of attack is called a side-channel attack. What is a side-channel attack? Side-channel attacks rely on measuring tendencies and frequencies of your computer to establish patterns that can extract private information from your machine. Side-channel attacks or SCA, monitor your power use and electromagnetic emissions during cryptographic operations. Due to the low cost and simplicity of these attacks, multiple side-channel techniques can be used. Here is a list of the different techniques: Cache Attack — Monitor your cache accesses in a shared physical system. Commonly found in virtualized environment or a type of cloud service. Timing Attack — Monitor the time of computations and establishing patterns. Power-Monitoring Attack — Monitor the power consumption by the hardware during computation. Electromagnetic Attack — Based on leaked electromagnetic radiation, which can directly provide plain texts and other information. Such measurements can be used to infer cryptographic keys using techniques equivalent to those in power analysis or can be used in non-cryptographic attacks. Acoustic Cryptanalysis — Exploits sound produced during a computation (rather like power analysis). Differential Fault Analysis — Secrets are discovered by introducing faults in a computation. Data Remanence — Sensitive data are read after supposedly having been deleted. Software-Initiated Fault Attacks — Currently a rare class of side-channels, row hammer is an example in which off-limits memory can be changed by accessing adjacent memory too often (causing state retention loss). Optical - Secrets and sensitive data can be read by visual recording using a high resolution camera, or other devices that have such capabilities (see examples below). Countermeasures Different ways to help prevent these attacks have been introduced but not widely implemented. A few ways to try to prevent these attacks are: Eliminating the release of private information or making sure this information is unrelated to your private data. Power line conditioning and filtering to deter power-monitoring attacks as well as emitting a channel with noise. Blinding technique that serves to alter the algorithm’s input into some unpredictable state rendering some or all of the leakage of useful information. Once your keys are established, hackers could gain access to your data and could increase your chances of corruption or removal. Side-channel and other types of cyberattacks are one of the key reasons you should always have redundant backups running using a service like Jungle Disk and another form of backup such as an external hard drive or network attached storage device.
  7. Side Channel Attacks: What They Are and How to Prevent Them In modern times as data becomes more secure with encryption, there are certain attacks that you may not be aware of. One specific type of attack is called a side-channel attack. What is a side-channel attack? Side-channel attacks rely on measuring tendencies and frequencies of your computer to establish patterns that can extract private information from your machine. Side-channel attacks or SCA, monitor your power use and electromagnetic emissions during cryptographic operations. Due to the low cost and simplicity of these attacks, multiple side-channel techniques can be used. Here is a list of the different techniques: Cache Attack — Monitor your cache accesses in a shared physical system. Commonly found in virtualized environment or a type of cloud service. Timing Attack — Monitor the time of computations and establishing patterns. Power-Monitoring Attack — Monitor the power consumption by the hardware during computation. Electromagnetic Attack — Based on leaked electromagnetic radiation, which can directly provide plain texts and other information. Such measurements can be used to infer cryptographic keys using techniques equivalent to those in power analysis or can be used in non-cryptographic attacks. Acoustic Cryptanalysis — Exploits sound produced during a computation (rather like power analysis). Differential Fault Analysis — Secrets are discovered by introducing faults in a computation. Data Remanence — Sensitive data are read after supposedly having been deleted. Software-Initiated Fault Attacks — Currently a rare class of side-channels, row hammer is an example in which off-limits memory can be changed by accessing adjacent memory too often (causing state retention loss). Optical - Secrets and sensitive data can be read by visual recording using a high resolution camera, or other devices that have such capabilities (see examples below). Countermeasures Different ways to help prevent these attacks have been introduced but not widely implemented. A few ways to try to prevent these attacks are: Eliminating the release of private information or making sure this information is unrelated to your private data. Power line conditioning and filtering to deter power-monitoring attacks as well as emitting a channel with noise. Blinding technique that serves to alter the algorithm’s input into some unpredictable state rendering some or all of the leakage of useful information. Once your keys are established, hackers could gain access to your data and could increase your chances of corruption or removal. Side-channel and other types of cyberattacks are one of the key reasons you should always have redundant backups running using a service like Jungle Disk and another form of backup such as an external hard drive or network attached storage device.
  8. Two 0-days discovered in Tor, and more are expected. Dr. Neal Krawetz is a security researcher who, in recent years, has repeatedly reported security breaches to the Tor Project, but, in his opinion, he believes that the security of his networks, tools and users is not taken. seriously enough. For this reason, Dr. Neal Krawetz published last week and today on his blog, technical details about two 0-day vulnerabilities that affect the Tor network and the Tor browser. The researcher has also promised to reveal at least three more 0-days of Tor, including one that can reveal the real-world IP address of Tor servers. Tor's first 0-day. In a blog post dated July 23, [Hidden Content] the researcher describes how companies and Internet service providers could block users from connecting to the Tor network by scanning network connections for "a distinctive packet signing» that is unique to Tor traffic. This bug could be used as a way to block Tor connections from starting and ban Tor entirely. The second 0-day of Tor. Today, in a new blog post, [Hidden Content] he reveals a second flaw that, like the first one, allows network operators to detect Tor traffic. However, while the first day zero could be used to detect direct connections to the Tor network (to the Tor guard nodes), the second day can be used to detect indirect connections. These are connections that users make to Tor bridges, a special type of entry point on the Tor network that can be used when businesses and ISPs block direct access to the Tor network. Tor bridges act as proxy points and transmit user connections to the Tor network itself. Because they are sensitive Tor servers, the list of Tor bridges is constantly updated to make it difficult for ISPs to block it. But Dr. Krawetz says that connections to Tor bridges can be easily detected, too, using a similar technique of tracking specific TCP packets. “Between my previous blog post and this one, you now have everything you need to enforce the policy [of blocking Tor on a network] with a real-time stateful packet inspection system. You can prevent all your users from connecting to the Tor network, whether they connect directly or use a bridge. " DR. KRAWETZ.
  9. As topic stated that ned to know free or paid crypters or manualyy wor automated ways to crypt native language exe for bypassing AVs Thanks in ADVANCED...
  10. Are VPNs safe? Actually I think that the merchants want to sell it as something safe and that with them you surf the net anonymously. Nothing is further from reality, they are no more secure than your ISP provider. Your ISP provider if the government asks for your client's records, will give them to you. Do you think your VPN provider will not give you your records? I think they will give it to you as well. What VPNs are for is to unlock the prohibitions of certain governments to enter different websites that block. What do you think?
  11. I have noticed that few can upload backdoor html pages in wordpress site, if hacked? Do hacker leave upload pages normally? Because i noticed people who did not hack even manage to upload backdoor html pages
  12. how do I make two publications that are not spam to unlock my account thanks
  13. This archive contains proof of concepts and a whitepaper that describes multiple email client implementations where popular clients for email are vulnerable to signature spoofing attacks. View the full article
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