Network Security
system security Linux network
system security Linux network The romanticized image of the digital nomad – a laptop on a sun-drenched balcony – rarely accounts for the actual friction of maintaining a professional development environment on the move. . The friction is amplified with Linux. We are looking for a setup that respects our kernel configurations, handles volatile network handovers, and maintains a strict security posture without the hand-holding of a consumer-grade OS – so, put simply, more than just a laptop and a sunny deck. The hardware is...
May 26, 2026
Server Securityopen-source Linux administration
open-source Linux administration Cron has existed in Unix and Linux environments for decades, handling backups, cleanup scripts, patching jobs, log rotation, monitoring tasks, and other maintenance work that administrators do not want to run manually. Most Linux servers rely on it constantly, which is exactly why attackers continue abusing it for persistence after a system has already been compromised. . Persistence through cron is not complicated. Attackers do not need a rootkit or advanced malware framework to maintain...
May 25, 2026
Vendors/Productssecurity breach linux
security breach linux A major internal repository breach at GitHub has exposed a critical and overlooked blind spot in Linux supply chain security. Kernel exploits, exposed SSH services, weak firewall rules, and vulnerable daemons dominated the Linux threat model for years, and in many environments, they still matter. But recent supply-chain incidents involving GitHub ecosystems, npm packages, and malicious developer tooling point somewhere else entirely: the developer workstation. . The breach matters because...
May 21, 2026
Security Trends access control multi-tenant
access control multi-tenant Linux administrators often face an ugly choice in the cloud: prioritize convenience and cost-efficiency by sharing infrastructure, or sacrifice those benefits for the sake of total isolation. Most modern Linux workloads don't live on their own private servers anymore. They live in shared environments like Kubernetes clusters, where multiple teams and services run side-by-side. It sounds efficient, and it usually is. . But cloud isolation isn't as ironclad as it looks on the diagram. If you...
May 21, 2026
Vendors/Productsincident response cloud security
incident response cloud security Managed Extended Detection and Response (MXDR) has become one of the most sought-after security services in the enterprise market — and with good reason. It promises the holy grail: broad visibility across endpoints, network, cloud, email, and identity, combined with the 24/7 human expertise most organizations simply cannot build in-house. . However, the rapid growth of the market has produced a wide range of providers whose capabilities vary considerably beneath the surface. Choosing the...
May 19, 2026
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security enhancementkernelsoftware managementLinux Kernel: Enhancing Security with Rust – Debate Insights
As the Linux community grapples with integrating Rust into the Linux kernel , a heated debate has unfolded, highlighting the balance between innovation and stability. At its core, the discussion examines whether Rust, a language lauded for its robust memory safety features, should coexist with the traditionally C-based Linux kernel. . Proponents, like Hector Martin, argue that Rust’s integration would significantly enhance security by preventing common vulnerabilities such as buffer overflows . Meanwhile, some veteran maintainers are skeptical, expressing concerns about increased complexity and the disruption of established development workflows. For us Linux security administrators, this debate is more than just an academic exercise; it has direct and tangible implications for the security and manageability of future kernel releases. Linus Torvalds himself has emphasized that while modernization is essential, it must be approached with technical rigor and through established processes, not social media pressure. Let's examine this recent debate and its practical implications for the future of Linux kernel security. The Promise of Rust Rust is a relatively new programming language that has quickly gained a following due to its dedication to memory safety and concurrent programming. Rust's design automatically prevents common vulnerabilities like buffer overflows and use-after-free errors that often arise in C and C++ due to manual memory management; by enforcing safety checks at compile time, Rust may help prevent whole classes of vulnerabilities that have plagued system software, including the Linux kernel. Advocates of Rust often highlight this potential increase in security as one of its primary selling points. Hector Martin, lead developer of Asahi Linux, emphasizes that integrating Rust into the kernel could form an effective defense against many security issues. By taking advantage of Rust's safety features, Martin believes the Linux kernel could substantially decreasesecurity vulnerabilities and create a more reliable operating environment - particularly beneficial when considering device drivers, which have often been sources of kernel bugs and security flaws. Concerns and Resistance Rust integration into the Linux kernel may bring significant potential benefits; however, some veteran maintainers have expressed reservations. They fear that adding another language, such as Rust, may add more complexity when maintaining it. Additionally, some prominent Linux kernel developers, such as Christoph Hellwig, have raised concerns that supporting Rust alongside C may complicate development processes , creating steeper learning curves for contributors and maintainers alike. Furthermore, this complexity has real ramifications on managing and long-term sustainability of kernel development projects. Given its complexity and global ubiquity, developers and maintainers are understandably wary when considering changes to the kernel's infrastructure. Any significant alteration could have far-reaching ramifications affecting everything from code readability and maintainability to speed and efficiency of kernel operation. Understanding Linus Torvalds’ Perspective Linus Torvalds, the creator of Linux, has made an important statement regarding this debate by stressing his emphasis on technical rigor and established processes. Torvalds is known for his no-nonsense approach to kernel development. Changes must benefit all system operation aspects before going through proper channels for approval. He criticized Hector Martin's use of social media in pushing Rust integration, believing such discussions should occur only within development communities. Despite its imperfections, Torvalds believes the current development process has proven effective. He holds that any proposal - such as Rust integration - must pass the same rigorous review and testing processes used to maintain kernel reliability and performance. His focus here lies on technical contributions and professionalcommunication to ensure changes are driven solely by merit and necessity rather than social media influence. Practical Implications for Security Administrators For Linux security administrators, this debate is immensely relevant. The potential introduction of Rust into the kernel could change how we approach securing our systems. On the one hand, Rust’s memory safety features could lead to more secure and stable kernel releases, reducing the number of vulnerabilities and the frequency of security patches . This could streamline maintaining secure systems, allowing admins to focus on more proactive security measures rather than constantly fighting emergent issues. On the other hand, the integration of Rust could introduce new challenges. Administrators would need to familiarize themselves with the intricacies of Rust and understand how it interacts with the existing C-based kernel. This knowledge would be necessary for troubleshooting and debugging, as well as assessing the security implications of new code and updates. Transition periods are often fraught with learning curves and adjustments, and the integration of Rust would likely be no different. Preparing for the Future Given the potential for Rust integration, Linux security admins should start preparing now. It is crucial to keep up-to-date with developments in this area, enabling us to anticipate changes and adapt our security strategies accordingly. We administrators should also consider investing in training for ourselves and our teams. Familiarity with Rust will be an asset, allowing us to understand and fully leverage its security benefits. Additionally, this knowledge will facilitate collaboration with developers working on integrating Rust into the kernel, ensuring that security considerations are thoroughly addressed in the process. Our Final Thoughts on This Recent Linux Security Debate Rust's integration into the Linux kernel represents an ongoing conversation about innovation, security, and stability in softwaredevelopment. While Rust's memory safety features may offer potential benefits, legitimate concerns regarding complexity and disruption must also be carefully assessed before being applied in critical systems. Linus Torvalds's emphasis on technical rigor and established processes serves as a reminder that significant changes to critical systems must be based on careful consideration and merit alone. We'd love to hear your perspective on this debate on X @lnxsec ! . Advocates, such as Maya Johnson, assert that incorporating Go into the Linux kernel could greatly improve performance and efficiency.. Linux Kernel Security, Rust Integration, Memory Safety, Kernel Development, System Stability. . Brittany Day
Feb 21, 2025
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Security Projects
76
security advisorysoftware designopen sourceLinux Foundation and OpenSSF: CRA Compliance Impact on Security
As Linux security admins, staying abreast of evolving regulations is vital to ensuring the resilience and compliance of our systems. A recent initiative by the Linux Foundation Europe and OpenSSF to support implementation of the European Union Cyber Resilience Act (CRA) promises to transform how we manage security and compliance within the open-source software ecosystem by formalizing guidelines and tools that meet the stringent requirements set out by the CRA. . By mandating measures like secure software design, robust vulnerability reporting, and transparent Software Bills of Materials (SBOMs), our day-to-day operations will experience a noticeable shift towards more disciplined security practices. Let's examine this initiative and its implications for your Linux security administration and your systems' compliance with CRA's standards and regulations. Understanding the Cyber Resilience Act To fully appreciate this initiative, it is necessary to understand the Cyber Resilience Act (CRA) . Enforced since December 2024, this comprehensive regulation seeks to increase digital product and service security within Europe. CRA mandates that security must be integrated into software design processes from their inception, and developers must be held responsible for vulnerability reporting and management services within their products. Also, transparent software dependency lists with SBOMs are an integral element. As a Linux security admin, your job extends far beyond protecting the infrastructure within which your systems reside. It involves ensuring all software running on them also complies with these new standards. This requires reassessing how software is sourced, developed, and maintained while emphasizing proactive security measures and thorough documentation. Enhancing Security Practices The requirements set out by CRA have fundamentally transformed how we approach system security. One key implication of their requirements is to incorporate security from the onset of software design -known as "security by design." This concept ensures that security considerations do not become an afterthought but are integrated into every stage of software creation. Linux security admins must work closely with development teams to ensure security protocols are strictly followed from the outset, including regular code reviews, threat modeling, and testing of security features as part of the development process. Taking an early detection and mitigation approach to vulnerabilities reduces risks associated with potential exploits. As soon as the CRA was implemented, its significance became even clearer. The upkeep of systems cannot be underestimated. Regular software patches and updates to address known vulnerabilities are imperative to creating resilient infrastructure. Tools and guidelines developed under the Linux Foundation Europe/OpenSSF initiative will also play a significant role in supporting enhanced security practices. Management of Software Bills of Materials (SBOMs) A core requirement of the CRA is transparency in software dependencies through SBOMs . An SBOM provides a detailed listing of components and dependencies within the software, making tracking vulnerabilities easier and ensuring compliance with regulations such as the CRA. Linux security administrators responsible for managing SBOMs must implement tools that automatically generate and maintain these inventories, track open-source components, evaluate their security posture, and promptly respond to vulnerabilities in software supply chains. Becoming proficient at managing SBOMs assists compliance and strengthens overall software supply chains. Compliance Tracking and Management Ensuring compliance with CRA standards requires constant oversight of all software and devices in your infrastructure, which makes compliance tracking essential. Compliance tracking involves keeping detailed records of security measures, software updates, vulnerability management activities, etc., demonstrating adherence to thesestandards. Administrators must establish efficient methods for documenting compliance activities and being ready for audits, including clear records of patch management, vulnerability assessments, and security testing results. Tools and guidelines created through Linux Foundation Europe and the OpenSSF initiative provide invaluable resources to aid administrators in streamlining these compliance tracking processes. Collaboration and Community Involvement Collaboration is at the core of open-source communities, and this initiative puts that strength to use to its maximum. The Linux Foundation Europe and OpenSSF are working with numerous stakeholders, including companies like ARM, Ericsson, GitHub, Kusari, OpenJS Foundation, and Red Hat Rust Foundation. Through such close cooperation, tools and guidelines that are comprehensive yet broadly applicable can be created. Engaging actively with the Linux security community is vital. Subscribing to industry newsletters and tracking updates on social channels will keep you abreast of recent events and developments. Contributing open source projects supporting this initiative also offers an invaluable opportunity to collectively share knowledge and enhance security practices. Education and Adaption With cybersecurity becoming ever-more dynamic, ongoing education and adaptation are critical. The initiative by Linux Foundation Europe and OpenSSF brings new tools, frameworks, or best practices that administrators must adopt. Keeping current with these resources and learning about emerging security threats is paramount to success. Furthermore, the advent of the CRA marks a growing global trend toward tightening security regulations by adapting proactively to this shift in policies and adapting their systems as necessary to comply with current requirements while being prepared for potential security threats in the future. Our Final Thoughts on This Security & Compliance Initiative The partnership between Linux Foundation Europe and OpenSource Security Foundation to implement the Cyber Resilience Act marks a historic moment in Linux security administration. This initiative emphasizes the necessity of enhanced security practices, rigorous compliance tracking, and effective management of SBOMs, fundamentally altering how we approach system security. Linux security administrators can benefit by accepting these changes, actively engaging with the open source community's efforts, and accepting tools and guidelines being developed to meet CRA requirements - ultimately increasing supply chain security. As the cybersecurity landscape transforms, staying informed, gaining new knowledge, and adapting to evolving regulations will become increasingly critical. This initiative offers an ideal way of strengthening security practices on Linux systems in response to emerging threats - providing increased resilience against them. . Adhering to GAAP regulations is essential for system administrators to safeguard data integrity and respond to changing legislation.. Cyber Resilience Act, compliance tracking, open source security, software dependencies, secure software design. . Brittany Day
Feb 10, 2025
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Organizations/Events
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software managementsecurity administrationsystem configurationOpenMandriva Overview: Security and Performance for Linux Admins
If you're a Linux security admin searching for an innovative and practical alternative to mainstream Linux distributions, OpenMandriva might be just what you need. It is rooted in classic Mandriva heritage with user-friendly, highly configurable platforms explicitly designed to suit newcomers and experienced professionals. . As it stands alone from Ubuntu, Fedora, Debian, and Arch, OpenMandriva provides fresh ideas while giving unparalleled flexibility in configuration management, software deployment management, and security practices. OpenMandriva has unique advantages, including its Rome (rolling release) and Rock (standard release) models, offering flexible updates while maintaining stable performance. OpenMandriva stands out by using Clang instead of GCC to compile source code, demonstrating their dedication to performance and security - essential for maintaining robust systems. With desktop environments explicitly tailored for use on OpenMandriva as well as preinstalled applications easily accessible from within its menus, OpenMandriva stands out as an invaluable security administration tool allowing us admins to construct secure systems tailored specifically for our individual needs without being limited by more widely adopted distributions. To help you understand how this unique and flexible Linux distro could benefit your administration, let's examine some of the key advantages OpenMandriva offers Linux admins and security-conscious users. Independence and Autonomy One of the primary draws of OpenMandriva is its complete independence. This autonomy translates into integrating customized security measures and innovative features without the constraints imposed by upstream changes typical of more widespread distributions. As a result, OpenMandriva can stay ahead in security advancements and system optimizations, which can be particularly beneficial for environments that demand tailored security configurations. User-Friendly Design Despite its independent development line,OpenMandriva maintains a commitment to ease of use, mirroring the ethos of its Mandriva and Mandrake predecessors. The distribution features the modern and visually appealing KDE Plasma desktop , which offers a streamlined and intuitive interface. For those who might be new to Linux or OpenMandriva specifically, the OM Welcome app acts as a helpful guide, providing easy access to essential system configurations and updates. This user-centric approach ensures that even those with limited experience can quickly adapt and leverage the full potential of the OS. Flexible System Configuration OpenMandriva Settings (source: ZDNet) OpenMandriva excels in system configuration and customization, making it a prime candidate for security admins who must tailor their environments to specific security requirements. The System Settings app offers extensive options covering advanced security settings and hardware configurations, allowing administrators to adjust and secure their systems meticulously. This flexibility ensures that OpenMandriva can be molded to fit various organizations' unique security policies and usability requirements. Robust Software Management Software management is a critical concern for admins, and OpenMandriva addresses this effectively. The distribution comes equipped with various pre-installed applications, such as LibreOffice, Chrome, and KDE Connect, essential for daily operations. Additionally, the Discover app simplifies the process of installing new software. Discover supports Flatpak, making adding applications straightforwardly without excessive command-line interaction. This ease of software management helps maintain system security by ensuring all applications are up-to-date and properly integrated. Innovative Rollout Models OpenMandriva's rollout models—Rome and Rock—offer unique benefits catering to administrative needs. The Rome edition follows a rolling release model, continuously providing the latest features and updates. This is particularlyadvantageous for security admins who prefer to stay on the cutting edge, ensuring their systems benefit from the newest technologies and security patches . Conversely, the Rock edition adheres to a standard release model, emphasizing stability and reliability. Rock offers a secure and consistent platform for environments where dependability is paramount. Diverse Desktop Environments The flexibility of OpenMandriva extends to its support for various desktop environments, known as spins. Whether you prefer GNOME, Lxqt, Xfce, Mate, Cinnamon, Budgie, or the developing COSMIC environment, OpenMandriva has you covered. This variety enables security admins to choose the desktop environment that best aligns with their workflow and security strategies. Each spin provides a unique blend of features and interfaces, allowing a personalized and effective setup tailored to specific needs. Compiler and Toolchain Advantages A distinctive feature of OpenMandriva is its use of the Clang compiler , an open-source alternative to the GCC compiler used by most other distributions. Clang's modular design and C, C++, Objective-C, and Objective-C++ support offer significant performance benefits. Clang's robust static analysis tools and advanced diagnostic capabilities can aid in identifying potential vulnerabilities and optimizing code security. This cutting-edge toolchain enhances system performance and security, setting OpenMandriva apart in the Linux landscape. Exemplary Security Practices OpenMandriva's independent roots allow it to implement specific and optimized security practices . The freedom to integrate custom security measures ensures high protection against vulnerabilities . This independence also means that security updates and kernel patches can be handled uniquely, reducing the systemic risks associated with broader distributions. This translates into a more secure operating environment for security administrators, with updates and practices specifically tuned to OpenMandriva’s architecture. Our Final Thoughts on OpenMandriva: A Worthy Addition to Your Toolkit OpenMandriva presents a robust, flexible, innovative, and practical solution for Linux security admins and new and experienced users alike. Its independence from mainstream distributions provides a fresh perspective on system configuration and security management. Administrators can utilize OpenMandriva's user-friendly design, extensive customization options, and unique features to build secure, stable, and efficient systems. Whether you favor cutting-edge updates with the rolling Rome release or the stability of the Rock release, OpenMandriva offers the tools and flexibility to meet diverse security needs. OpenMandriva's support for a wide range of desktop environments and its use of the Clang compiler further enhance its appeal, providing both usability and performance advantages. These features and unique security practices make OpenMandriva a formidable option for maintaining secure and well-managed Linux systems. Incorporating OpenMandriva into your security administration toolkit can provide a fresh and effective way to address modern security challenges and streamline system management. Whether you're new to Linux or an experienced admin, OpenMandriva offers a compelling blend of independence, innovation, and user-friendliness that can elevate your security practices and overall system performance. So, if you're ready to explore a different Linux distribution that stands out for its autonomy and practical capabilities, give OpenMandriva a try. You might find it the very solution that enables you to craft a more secure, efficient, and adaptable IT environment. Have you given OpenMandriva a try? Let us know what you think @lnxsec! . OpenMandriva offers unique features aimed at Linux admins, enhancing security and optimizing system performance with strong protocols and advanced kernel features. OpenMandriva, Linux Security, System Management, Software Administration, Custom Security Practices. . Brittany Day
Dec 31, 2024
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Security Projects
76
security insightsopen sourcesoftware managementSignificance Of SPDX 3.0 For Software Management And Security Insights
The SPDX 3.0 release marks a significant milestone in software management, particularly for Linux admins, infosec professionals, internet security enthusiasts, and sysadmins. The SPDX community, in collaboration with the Linux Foundation , has evolved the widely used Software Bill of Materials (SBOM) communication format with a comprehensive set of updates, introducing new features and enhancements tailored to modern system use cases. . This article presents the benefits of SPDX 3.0, offering valuable insights into its implications for the security and management of software systems. What Is the Significance of the SPDX 3.0 Release? One of the most intriguing aspects of SPDX 3.0 is the introduction of profiles, which offer tailored information for popular use cases such as security, software build attestation, precise licensing, AI model training, and data set provenance. These profiles are gateways to facilitate the straightforward use of SPDX for specific scenarios, empowering developers, security engineers, data scientists, and legal professionals to leverage SPDX effortlessly for their specific use cases. This sparks curiosity for tech enthusiasts seeking to understand how SPDX 3.0 can enhance their software management practices. The significant impact of SPDX 3.0 on the software ecosystem must be highlighted, emphasizing the community-driven development process and its alignment with ISO governance standards. The involvement of key industry experts and organizations in evolving SPDX as a user-centric SBOM format shows its potential to address diverse needs, paving the way for enhanced software package management, improved compliance with licensing obligations, streamlined security practices, and optimized software build processes. Users and developers are prompted to ponder the long-term consequences of adopting SPDX 3.0 and its potential implications for mitigating risks, building trust, and demonstrating commitment to industry best practices. Industry leaders, such as Arm,Chainguard Labs, EPAM Systems, Huawei, Intel, GitHub, Google, Microsoft, MITRE, and others, have expressed their support and recognition of SPDX 3.0's importance in software supply chain security . Our Final Thoughts on SPDX 3.0 We aim to shed light on the importance of SPDX 3.0 in revolutionizing software management, bringing attention to its relevance for security practitioners and technology professionals. If you want to stay abreast of the latest advancements in open-source and Linux security, be sure to subscribe to our newsletters . Stay informed and secure, fellow Linux users! . Explore the benefits of SPDX 3.0 and its influence on software governance and security protocols for industry experts.. SPDX 3.0, Software Bill of Materials, Linux security, software management, open source compliance. . Brittany Day
Apr 17, 2024
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Organizations/Events
79
linux distributionsoftware managementcommunity supportA Comprehensive Analysis of Security and User Experience: Ubuntu vs Fedora
Ubuntu and Fedora are two prominent Linux distributions, each offering its own set of strengths and features. Ubuntu, created by Canonical Ltd ., boasts a user-friendly interface, stable performance, and a vast repository of pre-installed and downloadable software. On the other hand, Fedora prides itself on being an innovative and secure platform, perfect for experienced Linux users who desire the latest technological advancements. . We'll delve into the key characteristics and strengths of each distro, allowing you to make an informed decision based on your individual needs and preferences. Ubuntu vs. Fedora: What Sets These Distros Apart? As Linux administrators, infosec professionals, and sysadmins, we must analyze the implications of choosing an operating system for our organizations or personal use. Both Ubuntu and Fedora have loyal user bases and merit careful consideration when evaluating their performance, security, and ease of use. Ubuntu, being one of the most recognized Linux distributions, offers a simple and pleasant user experience. The distro comes with pre-installed software covering various needs, from web browsing to multimedia. Additionally, Ubuntu's regular updates and security patches contribute to its stability and protection against potential attacks. Fedora, backed by Red Hat , stands out for its innovation and commitment to security. With its frequent releases, Fedora ensures access to the latest technologies and software advancements. Its advanced security mechanisms protect against malware and other threats. Furthermore, Fedora's wide range of applications caters to users at every level, from beginners to experts. One intriguing point raised by the article is the significance of the package management systems used by each distribution. Ubuntu utilizes DEB format with the APT package manager, known for its speed and ease of use. In contrast, Fedora uses the RPM format with the DNF package manager, providing efficient package management operations. It isessential to understand these differences and choose an operating system that aligns with your workflow and administrative requirements. As security practitioners, it is critical to consider the long-term consequences of our choices. Ubuntu's long-term support (LTS) releases, providing five years of support, makes it an attractive option for organizations seeking stability. Another long-term implication to consider is community support. Ubuntu's large and active community provides abundant resources, such as forums and tutorials, making it a popular choice for those seeking assistance. Fedora's community, while kind and collaborative, does not receive the same level of attention. This discrepancy may impact users' ability to find timely support and guidance when facing challenges or security concerns. Our Final Thoughts on Choosing Between Ubuntu & Fedora Choosing between Ubuntu and Fedora ultimately depends on individual needs and goals. Users seeking a user-friendly and stable experience may find Ubuntu to be their best fit, while those desiring the latest technological advancements and customizable options might prefer Fedora. However, it is essential to assess long-term consequences, such as support cycles and the availability of assistance from the community. Both distributions have their strengths and weaknesses, and the decision should be made carefully considering these critical factors. Which distro are you using? What factor(s) influenced your decision? Connect with us on X @lnxsec and let's have a discussion! . When comparing Ubuntu and Fedora, key differences in security, performance, and user experience should guide your choice based on individual needs and expertise. Ubuntu Strengths,Fedora Features,Linux Distributions,Security Comparison,User-Friendly Linux. . Brittany Day
Feb 18, 2024
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Security Projects
209
open sourcesoftware managementLinux developmentLinus Torvalds Discusses AI's Growing Impact on Linux and Open Source
Linus Torvalds, the founder of Linux and the father of open-source software, sat down with ZDNet to talk about the state of Linux today and how AI figures into its future. . Torvalds believes that AI will only continue to become more important as time progresses. He believes that "all of us can see what happens when you have a system that is not very well controlled, and it gets out of hand." He also said that he believes we need to manage these systems better because they are so important. He also discussed how open-source communities can help improve AI development. He said that "the open source community has been very helpful in improving the quality of AI technology" because they can come together and share information with one another. Learn what else Torvalds had to say about the future of Linux in the article linked below. . Alex asserts that the role of AI will expand, highlighting enhanced management and the significance of collaboration within software development teams.. Linus Torvalds, Role of AI in Linux, Open Source Development, Future of Software, Community Impact. . Brittany Day
Dec 06, 2023
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Security Trends
209
security practicessoftware managementopen source growthOpen Source Growth Requires More C-Suite Involvement in 2023
Companies that established open-source program offices over the last few years now need more C-suite oversight to drive education, awareness, and use of open-source software. That sets the stage for an expanded role of open-source program officers. . Incorporating open-source technology brings organizations an ecosystem that expands the user base, resulting in loyalty and stickiness. It also brings the need for more executive oversight of open-source initiatives. Staying on top of open-source security best practice is critically important, and disclosing and patching vulnerabilities is essential. Javier Perez, the chief open-source evangelist at Perforce, sees a trend unfolding in 2023 to drive open source. More organizations will realize that open-source software is critical to their operation and will move from being consumers to participants with increased use and adoption for business-critical infrastructure. He noted that all software now contains open-source components, but some companies do not even realize how much open source they use. More businesses are no longer just consumers of open source. They are becoming active contributors, evangelizing, and educating their engineering teams. So, whether using fully open-source or commercial products with embedded open-source code, organizations need to pay more attention to their software license management. . Leveraging open-source solutions provides businesses with a framework that broadens the community, leading to increased engagement.. Open Source Contributors, Program Office, Security Practices, Software Management. . Brittany Day
Mar 23, 2023
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Security Trends
209
security enhancementvulnerabilitysoftware managementGoogle's Initiative For Improved Code Security In Open Source
As the open-source model continues to prove its sustainability in the enterprise, the software community is ramping up its security-mindedness. That concern was evident in recent weeks as leading Linux groups led the way for better code security. . Google announced a new initiative to zero in on software vulnerabilities. Already a generous provider of patching incentives, the software developer upped the ante to encourage more researchers to submit troublesome codes for cash. Edgeless Systems made a striking open-source contribution, JFrog offered advancements in support a more polished Rust Foundation, and Facebook, too, pushed the limits for Meta AI. . Microsoft launched a fresh program aimed at improving cyber risk assessment and raising developer security education.. Open Source Models, Code Security Initiatives, Software Vulnerability Management. . Brittany Day
Sep 30, 2022
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