Sometimes the right opportunity is simply a matter of timing and the right combination of skills.

To celebrate International Pi Day (March 14) and the idea that patterns drive progress, Linux Foundation Education is offering special savings to help you calculate your next career move. Here’s the formula!

Save 40% off IT Professional Programs and Bundles
USE code: PI26BUN

• All four of our IT Professional Programs are designed to help you fork your career in a new direction in as little as 6 months
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• Kubestronaut and Golden Kubestronaut bundles make it easy to earn the most respected status in the cloud native community

Save 35% on Individual Certifications and Courses
Use code: PI26CC

• Every e-Learning course
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\In technology careers, momentum often comes from combining the right building blocks at the right time. Whether you are building Linux expertise, expanding into Kubernetes and cloud native environments, or strengthening the skills needed to support AI systems at scale, our certifications and courses focus on real-world skills and knowledge that translate directly to career momentum.

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Restrictions: This promotion is available to anyone who purchases the above-mentioned products with an applicable coupon between March 13, 2026, and March 18, 2026, 23:59 UTC. It is not valid for any other combination of courses or certifications. Promotional price limited to new and individual purchases ONLY. Offer not valid with any other discount combinations. Offer does not include THRIVE-ONE subscriptions, Yocto Project® Super Practical Online Course (LFD461-JP), Linux システム管理 (LFWS307-JP) or any FinOps courses and certifications.

The post Bundles Create The Perfect Formula for Career Momentum appeared first on Linux Foundation - Education.

Embedded systems are growing more complex. Hardware diversity is expanding. Security expectations are tightening. Beneath every production-ready device lies a foundational question: is your platform built to scale, adapt, and endure?

Join us on April 21 for How Zephyr Is Shaping the Future of Embedded Development, a free webinar exploring why Zephyr has become a cornerstone of modern embedded engineering and how its architecture, governance, and tooling are helping teams build for long-term stability.

Live Session
April 21 | 08:00 PDT | 11:00 EDT | 15:00 GMT | 16:00 CET
Register Now
Everyone Who Registers Will Receive a Link to the Recording

Embedded development isn’t just about getting firmware to run. It’s about portability across boards, maintainable builds, reduced vendor lock-in, and aligning with emerging security and regulatory expectations. As embedded systems move from prototype to production at scale, platform decisions carry long-term consequences.

This webinar is for technical leaders, embedded engineers, and firmware developers evaluating how to future-proof their development strategy. Attendees will learn:

• How Zephyr’s vendor-neutral governance and semiconductor backing support long-term platform stability
• How modern tools (west, CMake, DeviceTree, Kconfig) improve development efficiency and consistency across teams
• How Zephyr’s security model and production features align with emerging regulatory requirements

Your speakers:

• Roy Jamil, PhD, Embedded Systems Training Engineer, Ac6
• Benjamin Cabé, Developer Advocate & Documentation Manager, Zephyr Project, Linux Foundation
• Tim Serewicz, Vice President of Education, Linux Foundation Education

Reduce Platform Risk. Increase Portability.
Join the Live Session

The post FREE Live Webinar: How Zephyr Is Shaping the Future of Embedded Development appeared first on Linux Foundation - Education.

Deploying AI is no longer the hard part. Operating it securely at scale is. From AI-assisted code generation risks to anomaly detection failures and SLSA-based supply chain hardening, this month’s THRIVE-ONE Annual microlearning explores the practical security realities behind modern AI systems.

Get the intelligence you need, get THRIVE-ONE Annual! Subscribe today for:

• Unlimited access to exclusive subscriber microlearning content, added weekly
• Unlimited access to our entire e-Learning catalog
• Earn a badge for every course completed
• Take all SkillCred exams
• Plus Get BONUS Savings:
  • Save 40% on any certification when you bundle it with a THRIVE-ONE Annual Subscription
  • Save 50% on any GTR (guaranteed to run) live, virtual instructor-led course
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Check out the newest THRIVE-ONE Annual microlearning:

AI in Software Development: Security Realities – Microcourse
Learn how AI-assisted development changes the way software is written and reviewed, and why security risks emerge when AI tools are used without structure. Build practical intuition for using AI productively while maintaining human oversight, secure workflows, and sound engineering judgment.

When No Data Is the Signal: Klarna’s Lesson in Anomaly Detection – Case Study
This case study examines how Klarna uncovered a critical blind spot in its real-time anomaly detection, where missing data was silently treated as normal. It shows how making missing data visible through imputation enabled timely alerts and improved reliability in high-cardinality monitoring systems.

Scaling Intelligence: AI Efficiency, Open Source, and Rising Demand – Microcourse
AI optimization, open source frameworks, and scalable infrastructure are lowering the cost of intelligent systems, and accelerating their spread. This microcourse uses the Jevons Paradox to explain why efficiency gains in AI can increase overall demand. Learn how open source projects shape AI adoption and what this means for engineers, organizations, and long-term sustainability.

Check Out Our FREE Microlearning Content!

SLSA: Securing the Software Supply Chain – Microcourse
Learn how SLSA (Supply-chain Levels for Software Artifacts) helps organizations strengthen software supply chain security through practical, incremental improvements to source and build processes.

CNCF Projects in Practice: Real-World Case Studies – Case Study
Explore three cloud native case studies that demonstrate how organizations overcome identity, networking, and operational challenges at scale, and how those decisions directly impact stability, security, and efficiency.

THRIVE-ONE Annual delivers short, focused microlearning built for a world of complex, interconnected systems. As AI, automation, security, and cloud native design reshape modern IT roles, THRIVE-ONE Annual helps you stay oriented, informed, and ready to act, ensuring your professional value.

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The post The Newest THRIVE-ONE Annual Microlearning: Understanding and Mitigating Modern AI Risk appeared first on Linux Foundation - Education.

By Clyde Seepersad – March 3, 2026

Read the full article HERE!

The post Why Human Insight Still Reigns in the Age of AI appeared first on Linux Foundation - Education.

Reda Mouffok’s problem-solving mindset, a characteristic he attributes to his father who is a doctor, is the key driver of his professional IT career. With his love for technical challenges and making systems work seamlessly, and the strong sense of satisfaction he gets from resolving issues, his goal is to be a top consultant in complex DevOps and cloud infrastructure. That, and to become the second Kubestronaut in his home country of Algeria, and the first Algerian Kubestronaut born in the 2000s.

Currently he is in his first professional position since graduating from university in spring 2025. His immediate goals are to gain more experience and earn more professional certifications to strengthen his technical credibility.

IT: Creativity + Problem-Solving

Like many in his field, Reda had his initial introduction to IT at about 10 years old when he got his first home computer. “I’ve always been fascinated by computers and electronics,” he said. “I loved understanding how things work and finding ways to make them better.” That interest led him to choose telecommunications and IT as his university field of study because of the way IT combines creativity with problem-solving.

Reda describes his early career as a move “from antennas and signals to cloud and containers.” Studying mobile networks made him realize that the next wave of telecom systems would run in the cloud, with network functions deployed as containers. From there, he set his sights on the DevOps and cloud native world, where he could blend his network background with modern cloud and automation tools.

Reda had several technical internships as an undergraduate before landing his first full-time role after graduation as a DevOps engineer at Entreprise d’Appui au Développement du Numérique (EADN). There he’s responsible for managing and maintaining container orchestration systems such as Docker Swarm and Kubernetes; automating system configurations using Ansible; and streamlining the software delivery process. He also designs cloud architectures with DjezzyCloud, ensuring scalability and reliability; works closely with developers to ensure smooth application deployment and maintains the company’s monitoring and observability systems.

Certification Boosts Career Success

For his first professional certification, Reda selected the Kubernetes and Cloud Native Associate (KCNA) certification and took Linux Foundation courses Kubernetes and Cloud Native Essentials (LFS250) and Kubernetes for Developers (LFD259) as part of his study plan because they represent the foundation of the Kubernetes and cloud native ecosystem. He said, “I saw them as the first essential step before moving into more advanced certifications like the CKA. The courses really helped me build strong fundamentals and gave me the confidence to progress further in this field.”

Reda said in addition to helping him earn his KCNA certification, preparing for the exam helped him restructure and organize his knowledge about Kubernetes, which he feels was “a bit scattered” having learned from books and online videos on his own. “The KCNA and Linux Foundation Education courses gave me a clear learning path and helped me connect all the pieces together,” he said. “They’ve become a key part of my journey toward mastering Kubernetes and reaching my long-term goals in the cloud native world.” He also practiced with more than 500 sample questions, which he said helped him get used to the exam style and timing, which was key to his confidence on exam day.

Reda said that Kubernetes for Developers (LFD259) was extremely useful. “It helped me better understand the developers’ perspective within the company,” he said. “I gained a clearer view of their needs, workflows, and challenges, which now helps me collaborate more effectively and build infrastructure that truly supports development teams.”

Earning his KCNA had a significant effect on opportunities within his company. “When I first started, the senior engineers didn’t allow me to work directly on the production clusters — understandable for someone new — but after I earned the KCNA certification, they started to trust my technical skills much more. Now, I’m allowed to handle production environments and perform real interventions on live systems. This certification really gave me both technical credibility and confidence in my daily work.”

Future Learning & Certification Plans

What matters most to Reda about certifications is acquiring the skills and competencies he develops in preparing for them. “The CKA is my next goal because it’s a key step toward the CKS, which is the most challenging Kubernetes certification,” he said. “I want to invest my time in sharpening my skills and growing technically toward my main goal — the one that keeps me motivated every day — to become a Kubestronaut.”

Reda Mouffok, KCNA, Cloud & DevOps Engineer,
Entreprise d’Appui au Développement du Numérique (EADN)

The post Meet Reda Mouffok, KCNA appeared first on Linux Foundation - Education.

Linux Foundation Education has relaunched Kubernetes Fundamentals (LFS258), an updated, self-paced course designed for professionals building careers on modern cloud native platforms. Through hands-on learning, you’ll develop the Kubernetes skills needed to manage, secure, and scale production applications across infrastructure, AI, and cloud native environments.

______________________________________

NEW: All hands-on labs run in a hosted, in-browser lab environment.
No local setup, no special hardware, and no additional cost!
______________________________________

As Kubernetes adoption matures, expectations are rising and it’s no longer enough to deploy workloads. Teams need professionals who understand how clusters behave under pressure, how to design for resilience, and how to maintain security and availability in live environments. Those who can confidently operate Kubernetes in production are increasingly trusted with higher-impact responsibilities, from platform reliability to scaling critical services. Build the skills employers need with Kubernetes Fundamentals (LFS258).

Considering earning your Certified Kubernetes Administrator (CKA)?
It’s a credential employers respect. Vendor-neutral and industry-recognized, the CKA validates real-world Kubernetes capability. Combined with hands-on experience and continued study, Kubernetes Fundamentals (LFS258) helps build the knowledge and capabilities tested by the CKA exam.

Kubernetes Fundamentals (LFS258) is a self-paced course built around hands-on, lab-driven learning. Using a fully hosted, in-browser lab environment, you’ll spend your time working directly with Kubernetes to:

• Install and configure Kubernetes clusters used in production environments
• Deploy, update, and manage applications using core Kubernetes primitives
• Expose and route services using Services, Ingress, and the Gateway API
• Apply security, logging, troubleshooting, and high availability practices
• Operate Kubernetes with the confidence required in real production systems

Once you complete Kubernetes Fundamentals (LFS258) you will receive a digital badge and certificate of completion that validate your hands-on experience working with Kubernetes. These capabilities support career advancement into production-facing roles responsible for operating, securing, and scaling cloud native platforms in live environments.

Build Real-World Kubernetes Skills That Scale
Enroll Today!

The post JUST UPDATED: Kubernetes Fundamentals (LFS258) appeared first on Linux Foundation - Education.

Did you know that 71% of hiring managers consider certifications important when recruiting new team members? Certifications show a professional commitment to long-term learning in addition to validating your skills. 

In the spirit of Lunar New Year, and the forward-driving energy of the Year of the Horse, this is a great moment to invest in your career and build the skills to stand out, stay relevant, and move forward with confidence.

Save Now On Training & Certifications to Light Up Your Career

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Save 40% on Kubestronaut/Golden Kubestronaut Bundles with code: LUNAR26K8
Save 35% on Individual Courses & Certifications with code: LUNAR26CC

From AI and cloud native technologies to Linux, fintech, RISC-V, and more, our training and certifications help you build and grow a career powered by open source. Whether you’re mastering a new skill, validating hard-won experience, or mapping a longer path forward, our learning options are built to meet you where you are. And, push you ahead. From individual courses and certifications to multi-certification bundles and professional programs, every path is grounded in hands-on, real-world practice that translates directly to the work you do today and the role you want tomorrow.

And if you’re ready to turn that spark into momentum, our advanced learning programs are built to help you keep the fire going. Programs like Kubestronaut and Golden Kubestronaut aren’t just milestones, they’re signals of deep, practical expertise earned through sustained learning and experience. The result is more than a course or cert badge: it’s confidence, credibility, and career momentum that carries forward long after this promotion ends.

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Celebrate Free Open Source Software Month!
Explore Our Free Learning Catalog All Year Long
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Restrictions: This promotion is available to anyone who purchases the above-mentioned products with an applicable coupon between February 17, 2026, and February 24, 2026, 23:59 UTC. It is not valid for any other combination of courses or certifications. Promotional price limited to new and individual purchases ONLY. Offer not valid with any other discount combinations. Offer does not include THRIVE-ONE subscriptions, Yocto Project® Super Practical Online Course (LFD461-JP), or any FinOps courses and certifications.

The post Ignite Your Next Career Move appeared first on Linux Foundation - Education.

Linux Foundation Education has launched Linux Kernel Modules (LFWS308), a new, live, virtual 1-day workshop designed for system and software developers ready to work closer to the Linux kernel. Build the skills required to safely design, load, and manage kernel modules, positioning yourself for high-impact Linux roles where stability, performance, and uptime matter.

As Linux systems expand their reach across cloud and AI infrastructure, edge platforms, and performance-critical services, organizations need engineers who can safely extend the kernel without compromising stability or uptime. This demand creates new career opportunities for professionals trusted to work inside production kernels, developing drivers, integrating low-level services, and managing kernel behavior in live systems. Linux Kernel Modules (LFWS308) helps you grow the skills today’s employers need to design, load, and manage kernel modules safely in real environments.

A 1-day, instructor-led workshop, Linux Kernel Modules (LFWS308) is built around hands-on, lab-driven learning. You will spend most of the day working directly with the Linux kernel to:

• Build and structure loadable kernel modules
• Safely load, unload, and manage modules on running systems
• Interact with kernel modules from user space using standard Linux interfaces
• Use kernel logging and debugging techniques to validate behavior
• Apply best practices for module safety, signing, and version compatibility

When you complete Linux Kernel Modules (LFWS308) you will receive a digital badge and certificate of completion that validate your hands-on experience working inside the Linux kernel. These capabilities will support career advancement into system-level roles responsible for drivers, low-level services, and maintaining stable, high-performance Linux systems.

Develop the Expertise Advanced Linux Roles Demand

ENROLL TODAY

The post NEW! 1-day, Live Workshop: Linux Kernel Modules (LFWS308) appeared first on Linux Foundation - Education.

For many embedded teams, AI didn’t arrive as a single, deliberate roadmap decision. It crept in. First as a small inference feature, then as a differentiator, and eventually as a requirement. What often catches teams off guard is how quickly those early choices start to matter.

Edge devices that were once simple now need to be connected, secure, and intelligent. At the same time, teams are being asked to deliver more capability on:

• Tighter memory budgets
• Shifting hardware platforms
• Increasingly strict cost and compliance constraints.

The result is pressure on schedules, platforms, and the assumptions that guided embedded development.

One of the earliest and most consequential decisions teams face is the operating system.

Edge AI Raises the Cost of Early OS Choices

Traditional embedded development allowed teams to defer complexity. If requirements grew later, platforms could be adapted incrementally. Edge AI changes that equation.

AI workloads tend to expand over time. Models evolve. Data pipelines become more important. Hardware accelerators come and go. What starts as a constrained microcontroller project can quickly grow into a more capable edge system running across different classes of hardware.

In this environment, the operating system quietly sets long-term boundaries:

• How much memory headroom is available as features grow
• How portable the software stack is across vendors and silicon generations
• How difficult it is to integrate AI tooling without major rework
• How maintainable the system remains as prototypes move into production

Teams that choose an OS optimized only for today’s requirements often discover those limits too late.

Why Embedded Teams Are Looking Closely at Zephyr

This is why more teams evaluating Edge AI are turning their attention to Zephyr RTOS. Zephyr represents a modern approach to embedded development, designed from the outset for connected, secure, and scalable devices. It runs efficiently on very small microcontroller units (MCUs) while also supporting more capable microprocessor units (MPUs), allowing teams to use the same OS as system complexity increases.

Several characteristics make Zephyr particularly well-suited for Edge AI environments:

• A lightweight, efficient memory footprint that helps teams manage RAM constraints and BoM pressure
• Hardware-agnostic, vendor-neutral design that reduces dependence on any single silicon roadmap
• Strong real-time behavior and long-term maintainability for production systems
• A clean transition from prototype to deployed device

As hardware platforms and AI accelerators continue to evolve, that flexibility becomes a practical advantage. Zephyr’s strength lies in its portability, vendor-neutral ecosystem, and long-term maintainability. Qualities that make it especially well-suited for environments where AI capabilities expand over time without forcing disruptive platform rewrites.

A More Predictable Path for Edge AI at the Device Level

Edge AI doesn’t just add features at the edge, it changes what embedded software stacks must deliver. As AI workloads evolve, teams need predictable real-time behavior, reliable data handling, and integration paths that remain stable across vendors and toolchains.

Zephyr’s ecosystem supports this reality. It integrates cleanly with common Edge AI frameworks and vendor SDKs, enabling teams to add intelligence without rebuilding their platform each time requirements change. More importantly, it supports a data-first edge architecture, one where AI features can evolve while the underlying system remains stable and maintainable.

For teams working under cost pressure, upcoming RAM shortages, or long device lifecycles, this predictability can make the difference between incremental improvement and repeated rework.

Adopting Zephyr Is a Team Skill, Not an Individual One

While Zephyr lowers long-term risk, adopting it effectively still requires shared understanding across a team. Concepts like RTOS scheduling, memory management, devicetree, Kconfig, and driver development affect every part of the system. When AI workloads are added, those interactions become even more important.

Many teams struggle not because Zephyr is inaccessible, but because adoption happens piecemeal with different engineers learning different parts, often under delivery pressure. The result is inconsistent practices and slower progress than expected.

That’s why Zephyr is often introduced most successfully through team-based training rather than ad-hoc learning.

To support organizations making this transition, Linux Foundation Education offers a hands-on, instructor-led Zephyr RTOS Programming course. The training is designed to help teams build shared, practical expertise across RTOS fundamentals, memory and driver development, scalable configuration workflows, and Edge AI integration. All of it is grounded in real-world labs rather than theory.

Planning Zephyr Adoption for Your Team?

If your team is evaluating Zephyr, already working with it, or starting to feel the impact of Edge AI on your embedded platforms, now is the right time to step back and plan deliberately.

An advisory conversation can help you assess where Zephyr fits in your roadmap, identify skill gaps across your team, and determine how training can reduce risk as AI complexity grows.

Request an Advisory Meeting to
Discuss Zephyr RTOS Training For Your Team

The post Embedded Teams Are Looking Closely at Zephyr appeared first on Linux Foundation - Education.

Mobile World Capital Barcelona unveiled today the highlights of the second edition of Talent Arena, which will take place from 2 to 4 march 2026 in Hall 8 of Fira de Barcelona’s Montjuïc venue. Co-located with MWC26 Barcelona and 4YFN, Talent Arena stands out as Europe’s leading gathering for developers, this year, with new spaces, more professional content, and an expanded programme designed to boost the city’s digital talent ecosystem.

Attracting more than 20,000 visitors in its first edition, Talent Arena 2026 reaffirms its mission to connect talent, industry and training, driving professional growth and positioning Barcelona as a global hub for digital talent.

A key attraction of the Talent Arena is its line-up of speakers featuring over 200 sessions delivered by technology pioneers, industry leaders and tech experts from the world’s top tech companies. Headlining the 2026 edition are Tim Berners-Lee, inventor of the World Wide Web; Kate Darling, researcher at Boston Dynamics AI Institute; Tim Serewicz, Vice President of Education at the Linux Foundation; and Steve Aoki, DJ, product and entrepreneur.

Read the Full Article HERE!

The post Talent Arena 2026 appeared first on Linux Foundation - Education.