Тег: ipfire

IPFire 2.27 Core 164

The IPFire distribution is a minimal operating system intended for use on firewalls and routers. The project's latest release includes a new kernel (with Dirty Pipe fixes) along with a number of improvements to the firewall management software. "This update brings a couple of improvements for IPFire's firewall engine. Dropping any hostile traffic: Our IPFire Location Database contains a list of networks that are considered 'hostile' - a network nobody under any circumstance wants to communicate with at all like bullet-proof internet service providers or stolen/hijacked address space. This is enabled by default on new installations, but left disabled in this update. We strongly recommend for everyone to enable this on the Firewall Options page. Read more in a special post. A better source routing validation is being performed: The firewall will now reject any packets from systems that it cannot reach according to its own routing table. Packets that are not recognised by the connection tracking (because they might belong to an invalid connection) are now being logged to help with any debugging."

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PFire is a Linux distribution that focuses on easy setup, good handling and high level of security, intended for use in firewalls and routers. The project has published a new update which focuses on improving network throughput. "In recent days and months, the development team has spent a lot of time on finding bottlenecks and removing those. Our goal is to increase throughput on hardware and bringing latency down, for a faster network. This update brings a first change which will enable network interfaces that support it, to send packets that belong to the same stream to the same processor core. This allows taking advantage of better cache locality and the firewall engine as well as the Intrusion Prevention System benefit from this, especially with a large number of connections and especially on hardware with smaller CPU caches."

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"The first update of the year will be an enormous one. We have been working hard in the lab to update the underlying operating system to harden and improve IPFire and we have added WPA3 client support and made DNS faster and more resilient against broken Internet connections. This is probably the release with the largest number of package updates. This is necessary for us to keep the system modern and adopt any fixes from upstream projects. The DNS proxy working inside IPFire will now reuse any TLS and TCP connections for DNS resolution making it substantially faster. Before, a TCP or TLS connection had to be opened and closed after a response was received causing a lot of overhead. Please consider if your setup can run DNS-over-TLS to protect your privacy."

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IPFire is a Linux-based distribution for network appliances such as routers and firewalls. The project's latest release is IPFire 2.25 Core Update 152. The project's new version includes a number of package updates and a big upgrade for Samba users. "Samba, has been updated to 4.13.0. Because of various reasons and lack of development time, we were stuck on Samba 3 which is unmaintained for a while. With this new version of Samba, new protocol features like SMB3 and encryption are supported. We have also rewritten large parts of the web user interface, made them tidier and fixed some usability issues. We also dropped some features which we believe are not being used any more. This mainly concerns compatibility to MS-DOS clients, WINS, and using IPFire as Primary Domain Controller for Windows NT domains."

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IPFire is a Linux-based distribution for network appliances such as routers and firewalls. The project's latest release is IPFire 2.25 Core Update 149 which focuses on performance improvements. "IPFire is based on glibc 2.32, the standard library for all C programs, and GCC 10.2, the GNU Compiler Collection. Both bring various bug fixes and improvements. The most notable change is that we have decided to remove a mitigation Spectre 2 which caused that user space programs in IPFire were running about 50% slower due to using a microcode feature which is called "retpoline". Those "return trampolines" disable the branch prediction engine in out-of-order processors which was considered to help with mitigating leaking any information from any unaccessible kernel space. This is however not as effective as thought and massively decreases performance in the user land which mainly affects features like our Intrusion Prevention System, Web Proxy and URL filter. We still use this mechanism to avoid leaking any kernel memory into the user space."

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