Cisco verifies the earner of this badge successfully completed the Introduction to Cybersecurity course. The holder of this student-level credential has introductory knowledge of cybersecurity, including the global implications of cyber threats on industries, and why cybersecurity is a growing profession. They understand vulnerabilities and threat detection and defense. They also have insight into opportunities available with pursuing cybersecurity certifications.

Cisco verifies the earner of this badge successfully completed the Cyber Threat Management course. The holder of this student-level credential is familiar with cybersecurity policies and governance to ensure an organization complies with ethics standards and legal and regulatory frameworks. They understand how to do a network vulnerability assessment and create a risk management plan, as well as post-incident response.

Cisco verifies the earner of this badge successfully completed the Ethical Hacker course. The holder of this student level credential has a broad understanding of the legal and compliance requirements and is proficient in the art of scoping, executing, reporting vulnerability assessments, and recommending mitigation strategies. The holder has completed up to 34 hands-on activities using Kali Linux, WebSploit, and other tools.

Cisco, in collaboration with OpenEDG Python Institute, verifies the earner of this badge successfully completed the Python Essentials 2 course and achieved the student level credentials. Earners have knowledge and skills in intermediate aspects of Python programming, including modules, packages, exceptions, file processing, as well as general coding techniques and object-oriented programming (OOP), and prepares the learner for the PCAP – Certified Associate in Python Programming certification.

Cisco, in collaboration with OpenEDG JS Institute, verifies the earner of this badge successfully completed the JavaScript Essentials 2 course and achieved the student level credentials. Earner should know coding techniques while introducing both class-based and classless approaches in object-oriented programming, be familiar with a curated range of built-in objects that extend programming capabilities, manage complex data structures, such as Map and Set, and asynchronous programming.

Earners of the SKF100: Understanding the OWASP® Top 10 Security Threats badge understand key concepts and best practices in web application security. They are proficient in identifying/addressing common vulnerabilities. They can assess potential risks and implement appropriate security measures, have knowledge of secure coding practices, and are aware of the importance of confidentiality, integrity, and availability in web application security.

Earners of the LFS167: Introduction to Jenkins badge have acquired basic knowledge of Jenkins' role in the software development lifecycle. Badge recipients can configure and access a Jenkins automation server, execute software builds using various Jenkins jobs, and handle plugins. They understand fundamental methods to scale and secure a Jenkins setup. Additionally, earners have learned key skills necessary to start improving their CI/CD capabilities.

This badge holder has a good understanding of the item related data needed to maintain the organizational assets within a Maximo system. The individual is familiar with Maximo terminology such as the difference between rotating and non-rotating assets and Tools versus Stocked Tools. The badge earner can discuss using Condition Enabled items and allocating items to various storerooms as part of the provisioning process.

Earners of the LFS158: Introduction to Kubernetes badge can set up and manage a Kubernetes cluster using Minikube, deploy applications, and access them efficiently. They understand Kubernetes' architecture, components, and its evolution from monolithic to microservices architectures. Badge holders also know how to implement container orchestration, manage volumes, and configure network services. Additionally, they are equipped to engage with and contribute to the Kubernetes community.

Earners of the LFS151: Introduction to Cloud Infrastructure Technologies badge are well-versed in key cloud concepts such as virtualization, IaaS, PaaS, and container management. They have skills in deploying and managing containerized applications, utilizing tools for configuration, build and release, and monitoring. Additionally, badge holders understand software-defined networking and storage, DevOps, CI/CD practices, and the basics of service mesh, IoT, and serverless computing.

Earners of the LFD121: Developing Secure Software badge know the practical steps that must be taken to counter most kinds of attacks. Using these steps, they create and maintain systems that are much harder to successfully attack, reduce the damage when attacks are successful, and speed up the response so that any latent vulnerabilities can be rapidly repaired.