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Attackers are exploiting a critical flaw in F5 BIG-IP Access Policy Manager (APM) that lets them run code on a BIG-IP system without logging in, F5 says. The flaw, CVE-2026-94127, affects only systems in which APM serves as an OAuth authorization server, issuing access tokens to applications. F5 disclosed it in an advisory on September 22 and has released engineering hotfixes.

Attackers are exploiting a critical flaw in F5 BIG-IP Access Policy Manager (APM) that lets them run code on a BIG-IP system without logging in, F5 says. The flaw, CVE-2026-94127, affects only systems in which APM serves as an OAuth authorization server, issuing access tokens to applications. F5 disclosed it in an advisory on September 22 and has released engineering hotfixes. Swati Khandelwalhttp://www.blogger.com/profile/[email protected]

A Chinese threat actor codenamed UTA0565 has been observed exploiting the recently disclosed Google Chrome-Microsoft Windows exploit chain as zero-days through fake websites. The attacks, detected on September 3 and 4, 2026, involved the chaining of two vulnerabilities in Chrome (CVE-2026-85046, CVE-2026-87491) and one impacting Windows Advanced Local Procedure Call (CVE-2026-85880) to break

A Chinese threat actor codenamed UTA0565 has been observed exploiting the recently disclosed Google Chrome-Microsoft Windows exploit chain as zero-days through fake websites. The attacks, detected on September 3 and 4, 2026, involved the chaining of two vulnerabilities in Chrome (CVE-2026-85046, CVE-2026-87491) and one impacting Windows Advanced Local Procedure Call (CVE-2026-85880) to break Ravie Lakshmananhttp://www.blogger.com/profile/[email protected]

An Armenian man was sentenced to 24 months in prison and 3 years of supervised release for hacking U.S. companies and encrypting their systems in Ryuk ransomware attacks. [...]

Roztomilá? Voňavá? Ne. Dnes je „in“ kvetoucí. Systém, který po zahřátí grafickou kartu vykvete, navíc - kupodivu - nepochází z Asie, ale je dílem australského výrobce…

Every attack leaves a trail across the network, from initial reconnaissance to lateral movement and data exfiltration. That makes the network one of an organization’s richest sources of security intelligence. But visibility is only half the story. Because the network connects every user, device, application, and workload, it is also the natural place to verify identity, apply consistent policy, and contain suspicious activity close to its source. The result is faster detection, stronger enforcement, and a smaller blast radius. So, what does it take to make security an integral part of the network, and where should organizations begin? What is integrated network security? Integrated network security takes security functions that traditionally sat outside the network and embeds them directly into the network fabric to simplify and sharpen protection in the enterprise. Routers, switches, and access points become cybersecurity defenders that identify and prevent threats rather than simply routing and filtering traffic. What challenges does enterprise security face today? Enterprises face a gap as the network perimeter dissolves. The assets that used to reside inside the headquarters LAN have scattered everywhere, from the cloud through to edge-based equipment and on-premises servers. Bolting more security tools onto your infrastructure to protect those assets isn't sustainable. License costs increase, tools overlap and sometimes conflict with each other, or they leave non-obvious gaps through which attackers can pass. This fragmented approach to security also involves different teams working at different speeds. Coordination is slow and difficult, hindering the security effort and driving up costs. Why is integrating security into the network the answer? Unifying security and networking together offers several benefits: Standardization Building security directly into the network itself lets you encode a standard approach that works everywhere across the organization and covers everything that connects to the network, (so, in other words, everything you use). This means that you can apply the same policy across the entire network, maintaining them without worrying about fragmentation or policy drift. Agility Agility has become even more important in the AI era. Attackers now use this technology to move more quickly and at scale. Being able to implement and change policies centrally that ripple throughout the organization means that you can adapt to this fast-changing security landscape. Operating from a single source of truth also eliminates the need to stitch together insights from multiple sources. Simplification This "implement once run everywhere" capability lets you encode zero-trust principles into the foundation of the system. NIST has a standard for this - SP 800-207 - which promises protection at the asset level rather than the traditional and flawed "one authentication and you're in everywhere" VPN approach. Zero trust isn't so much an individual product as a complete security discipline, and it's hard to implement piecemeal using different solutions. Instead, putting it at the foundation of the network makes it more immediately and ubiquitously workable. Some zero-trust security measures also belong in the network. One example is micro-segmentation, which closes off parts of the network at a granular level to avoid lateral movement and limit the blast radius from any attack. Network-based security also supports robust security for other complex disciplines such as SASE and SD-WAN. Collaborative security Having a common fabric for networking and security enables network and security teams to work closely together. These teams have traditionally operated at a distance, and the gap between them has been valuable for attackers. The less daylight there is between these two functions, the more likely you are to stop intruders. How does AI fit into integrated network security? AI is important in two ways when integrating security into the network. First, AI has also become integrated into the network. Machine learning helps to spot patterns in network activity, using them as the feedstock for AIOps systems that predict problems and maintain network reliability and performance. AI has also proven itself to be a valuable security mechanism. That same pattern recognition and predictive capability enables AI to head off attacks before they become a problem. Using AI to support network and security teams enables them to do more with less by delegating routine work so that they can focus on more sophisticated work. Attackers are also using AI to augment their assaults on organizations. If you are behind the curve and don't use AI to help defend yourself, then you will find yourself on the back foot when it comes to preventing those attacks. Where do I begin integrating security into my network? Savvy partners have developed solutions that bake security directly into network equipment and which support hybrid environments to take security wherever your network goes. That includes built-in security capabilities like device profiling and NAC; centrally managed firewalls; and network-integrated AIOps that provide security teams with real-time information that can bolster security operations. Start by assessing your organization’s greatest source of risk, whether it’s expanding zero trust, supporting hybrid work, or defending against AI threats. There’s no right single place to begin but here are some options: Unified SASE provides secure access for users wherever they work, while simplifying both networking and security. Hybrid mesh firewalls offer consistent policies and enforcement across different network domains such as datacenters and cloud environments. Universal zero-trust network architectures support every identity, device, and workload. AIOps use AI to improve visibility, accelerate troubleshooting, and automate operations. These are different entry points into the same long-term architecture. Any and all of them will advance your journey to integrated native network security. Which you choose depends on the specific challenges of your business. Sponsored by HPE.

Výrobci pamětí hovoří jednohlasně: rok 2027 bude z hlediska dostupnosti nejhorší v historii oboru. Nedostatek pamětí šroubuje ceny do nebe a hardware se tak z běžné položky rozpočtu mění ve strategické rozhodnutí.

F5 has released security updates to address a critical BIG-IP APM zero-day vulnerability being exploited in remote code execution attacks. [...]

A new security vulnerability in Next.js could allow attackers to run code on a server via ImageResponse, the feature that generates Open Graph and other social preview images, Vercel said. The risk applies when an app puts values an attacker controls, such as text read from the request URL, into the image. Vercel, which develops Next.js, fixed the flaw on September 22 in version

A new security vulnerability in Next.js could allow attackers to run code on a server via ImageResponse, the feature that generates Open Graph and other social preview images, Vercel said. The risk applies when an app puts values an attacker controls, such as text read from the request URL, into the image. Vercel, which develops Next.js, fixed the flaw on September 22 in version Swati Khandelwalhttp://www.blogger.com/profile/[email protected]

Drony stojí několik stokorun i několik stovek tisíc. Jak se liší? Kde se nachází nejlepší poměr ceny a obrazové kvality? A má vůbec cenu hledat modely také u jiných výrobců než DJI?

V Android Auto si konečně spustíte i mobilní hry • Funguje to ale jen tehdy, když máte zaparkováno • Hry můžete ovládat dotykem i bezdrátovým gamepadem

Estonský Bolt a americký Lucid plánují společně nasadit 25 tisíc robotaxíků • Chystaná vozidla bez řidičů nabídnou plnou autonomii čtvrtého stupně dle SAE • Projekt ovšem brzdí zpožděný vývoj platformy i přísné evropské schvalovací limity

I zdroj, který dlouho trval na vydání GeForce RTX 6000 v roce 2027, nyní změnil své stanovisko a v souladu s ostatními potvrzuje, že Nvidia vydání odložila…

The cyber extortion group known as ShinyHunters on Tuesday claimed it had breached the U.S. Federal Bureau of Investigation and stolen data belonging to current and former employees at the agency. "We have compromised the FBI. We hold very sensitive data on almost ALL FBI Agents and individuals who filed an application with the FBI for a job," the group said in a statement posted on their dark

The cyber extortion group known as ShinyHunters on Tuesday claimed it had breached the U.S. Federal Bureau of Investigation and stolen data belonging to current and former employees at the agency. "We have compromised the FBI. We hold very sensitive data on almost ALL FBI Agents and individuals who filed an application with the FBI for a job," the group said in a statement posted on their dark Ravie Lakshmananhttp://www.blogger.com/profile/[email protected]

Seccomp limits which Linux system calls a process can make.

Privilege escalation in a container does not always begin with a new exploit.