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tinyxml-2.6.2-28.fc39
Bugfix release. Includes security fixes for CVE-2021-42260 and CVE-2023-34194 and a fix for incorrect text element encoding (upstream isssue #51).
podman-4.8.3-1.fc38
Automatic update for podman-4.8.3-1.fc38.
* Wed Jan 03 2024 Packit <hello@packit.dev> – 5:4.8.3-1
– [packit] 4.8.3 upstream release
podman-4.8.3-1.fc39
Automatic update for podman-4.8.3-1.fc39.
* Wed Jan 03 2024 Packit <hello@packit.dev> – 5:4.8.3-1
– [packit] 4.8.3 upstream release
tinyxml-2.6.2-28.fc40
Automatic update for tinyxml-2.6.2-28.fc40.
* Wed Jan 3 2024 Dominik Mierzejewski <dominik@greysector.net> – 2.6.2-28
– apply Debian patch to fix CVE-2021-42260 (rhbz#2253716, rhbz#2253718)
– apply Debian patch to fix CVE-2023-34194 and its duplicate, CVE-2023-40462
(rhbz#2254376, rhbz#2254381)
– fix incorrect text element encoding (upstream isssue #51)
– compile and run tests
CloudSEK explored some of the techniques threat actors have been using to forge or steal X Gold accounts since Elon Musk’s firm introduced its new verified accounts program
A helpful summary of which US retail stores are using facial recognition, thinking about using it, or currently not planning on using it. (This, of course, can all change without notice.)
Three years ago, I wrote that campaigns to ban facial recognition are too narrow. The problem here is identification, correlation, and then discrimination. There’s no difference whether the identification technology is facial recognition, the MAC address of our phones, gait recognition, license plate recognition, or anything else. Facial recognition is just the easiest technology right now.
Hackers are believed to have successfully accessed several weeks’ worth of sensitive video and audio recordings of court hearings, including one made at a children’s court where the identities of minors are supposed to be particularly critical to protect.
Read more in my article on the Hot for Security blog.
The content of this post is solely the responsibility of the author. AT&T does not adopt or endorse any of the views, positions, or information provided by the author in this article.
In era of digital devices, where the specter of data breaches and cyber threats looms large, the role of ethical hackers, colloquially known as white hat hackers, has become paramount. This article embarks on an in-depth journey into the realm of ethical hacking, illuminating its profound significance in identifying vulnerabilities and fortifying the intricate tapestry of overall cybersecurity.
Ethical hacking, at its core, entails authorized and legal endeavors to infiltrate computer systems, networks, or applications. The primary objective is to unveil vulnerabilities. Diverging from their malevolent counterparts, ethical hackers leverage their skills to fortify security rather than exploit weaknesses.
Proactive defense: Ethical hacking adopts a proactive stance, aiming to unearth and neutralize potential threats before malicious actors can exploit them.
Vulnerability assessment: Systematic assessments conducted by ethical hackers pinpoint weaknesses in systems, networks, and applications, enabling organizations to address vulnerabilities in a timely manner.
Compliance and risk management: Ethical hacking aligns seamlessly with regulatory compliance requirements, facilitating effective risk management. This ensures organizations adhere to industry standards and safeguard sensitive information.
1. Identifying vulnerabilities:
Ethical hackers employ an array of techniques, including penetration testing, code review, and network analysis, to uncover vulnerabilities. By replicating the tactics of malicious hackers, they unveil potential entry points and weaknesses susceptible to exploitation.
2. Penetration testing:
A cornerstone of ethical hacking, penetration testing involves simulating real-world cyber-attacks to evaluate the security posture of a system. This practice assesses how well an organization’s defenses can withstand various threats.
3. Code Review:
Analyzing source code for security flaws is fundamental. Ethical hackers scrutinize the codebase to identify vulnerabilities such as injection flaws, buffer overflows, and insecure dependencies.
1. Planning:
Ethical hacking commences with meticulous planning. The ethical hacker collaborates with the organization to define the scope, goals, and methodologies of the assessment.
2. Reconnaissance:
Gathering information about the target system is a critical phase. Ethical hackers employ both passive and active reconnaissance techniques to understand the environment they are assessing.
3. Scanning:
The scanning phase involves identifying live hosts, open ports, and services on a network. Tools like Nmap and Nessus are commonly employed to assess the target’s attack surface comprehensively.
4. Gaining access:
Ethical hackers attempt to exploit identified vulnerabilities, gaining access to systems or sensitive data. This phase provides organizations insights into the potential impact of a successful cyber-attack.
5. Analysis:
Post-exploitation analysis is crucial for assessing the extent of access gained and the associated risks. Ethical hackers compile detailed reports, offering recommendations for remediation and fortification.
1. Nmap:
A versatile network scanning tool, Nmap aids ethical hackers in discovering hosts and services on a computer network, identifying potential security weaknesses.
2. Metasploit framework:
Facilitating the development, testing, and execution of exploits, Metasploit empowers ethical hackers to simulate cyber-attacks and assess system vulnerabilities comprehensively.
3. Wireshark:
Wireshark, a potent network protocol analyzer, enables ethical hackers to capture and scrutinize data traversing a network. This aids in identifying and addressing suspicious activities effectively.
In summation, ethical hacking emerges as a linchpin in fortifying cybersecurity defenses. Adopting a proactive approach, ethical hackers play a pivotal role in identifying vulnerabilities, assessing risks, and ensuring that organizations exhibit resilience in the face of evolving cyber threats. Embracing ethical hacking practices transcends mere security measures; it constitutes a strategic investment in the durability and trustworthiness of digital ecosystems. As the digital landscape continues its dynamic evolution, the role of ethical hackers assumes heightened significance in maintaining the delicate equilibrium between innovation and security.
Ukraine’s security services revealed Russia has hacked surveillance cameras to spy on air defense activities and critical infrastructure in Kyiv ahead of missile strikes
Imaging giant Xerox says it suffered a security incident, as ransomware group INC Ransom claims scalp
