Zero Trust Security

Learn about the principles of zero trust and how Intel® technology helps you go beyond authenticated users to trusted digital environments.

Zero Trust must be end-to-end for success. This session discusses the concept of Confidential Computing for server-side security and Intel’s approach in a SaaS offering - Intel® Tiber™ Trust Services. Learn about Intel's approach to confidential computing and its pivotal role in enhancing cybersecurity. Complete this training to learn about Zero Trust principles, the significance of trusted digital experiences, and the transformative impact of confidential computing. This training explores the necessity of attestation in modern cybersecurity, summarizes Intel's leadership in endpoint and infrastructure security, and expands upon the importance of safeguarding AI workloads. Designed for those looking to gain a more complete view of Intel's comprehensive security solutions, this training covers data protection in transit, at rest, and in use and showcases from real-world examples the benefits of adopting these technologies to achieve robust, scalable and compliant cybersecurity frameworks.

Seeking in-depth guidance on selling SASE-based (Secure Access Service Edge) solutions? This training offers sales strategies with an emphasis on the integration of networking and security services. Key topics include effectively understanding and positioning SASE, the importance of zero trust architecture, and tips on addressing customer needs for secure remote access and digital transformation. Explore the convergence of security technologies like SD-WAN, SWG, CASB, NGFW, and ZTNA, and learn why seamless integration and effective management through a single portal can help enable a more successful solution. This training also explores the user experience, performance monitoring, platform consolidation, and the role of AI in enhancing cybersecurity. Complete this training and become a more trusted advisor capable of explaining the role of secure, efficient, and future-proof digital solutions.

Learn about the current state and evolution of Zero Trust principles beyond the basic fundamentals, including the importance of trusted digital experiences in cybersecurity. Discover the rationale behind Intel's security leadership, the transformative role of Confidential Computing, and the importance of attestation when it comes to ensuring data integrity. Explore best practices for Zero Trust implementation, the impact of AI on business outcomes, and the importance of protecting data at rest, in transit, and in use. The training highlights the convergence of networking and security through SASE, the critical nature of encryption, and the role of multi-factor authentication and network segmentation in building a robust security framework.

Join Intel's Jonathan Nguyen-Duy as he explores how combining Zero Trust principles with the latest advances in AI can help to ensure more trusted digital experiences. Learn about the current state of confidential computing and how it can enhance security from endpoint to cloud through the encryption and isolation of data. Explore the concept of attestation and how it helps ensure that AI models and data remain authentic and uncompromised. Intel's cybersecurity leadership is also highlighted through specific examples and industry recognition. Discover how trends like the explosion of worldwide data, and the need for secure AI applications across regulated industries make now an ideal time to discuss security. Complete this training to learn about securing AI, managing data integrity, and how the combination of Zero Trust and AI can help deliver better, more trusted user experiences.

Familiarize yourself with Intel's approach to mitigating supply chain risk through robust, modern cybersecurity practices. Trainees will learn about Intel's Product Assurance and Security Program, which emphasizes "Security by Design" and "Security by Default." Explore the importance of endpoint and infrastructure security, the role of confidential computing, and the implementation of an effective Zero Trust model. Learn about the increasing complexity of cyber threats, the need for comprehensive threat detection and response, and Intel's commitment to continuous improvement in security practices. Complete this session and boost your familiarity with secure and resilient supply chains protected via the latest cybersecurity practices.

Explore the challenges and solutions related to Zero Trust and Post-Quantum Cryptography (PQC) in this training that highlights the current state of play in quantum computing and cryptographic methods. Learn why new PQC algorithms are an essential response and hear about Intel's role in enhancing cybersecurity through advanced technologies and partnerships with security leaders, including Fortinet and Juniper. Key points include the importance of securing digital transformations, protecting confidential data, and preparing for future quantum threats. Hear about the necessity of integrating PQC into modern cybersecurity strategies and the practical steps that organizations can take to better safeguard their data and systems.

Learn about Intel's comprehensive approach to endpoint security within the Zero Trust framework and the critical importance of robust cybersecurity measures in a hybrid work environment. You’ll also discover the fundamentals of Intel's advanced cybersecurity capabilities (specifically focused on endpoint protection strategies) that can help mitigate risks in remote and hybrid work settings. Watch this training and you’ll understand the need for secure endpoint management and how leveraging Intel's security technology can help enhance protection against emerging threats.

Explore Intel's role in modern cybersecurity, with a particular emphasis on securing vulnerable endpoints—a foundational tenet of Zero Trust architecture. Join Jonathan Nguyen-Duy, Field CISO and Zero Trust Practice Lead at Intel, as he highlights the state of cybersecurity, discusses the significance of securing AI workloads, and addresses common threats like malware, ransomware, cryptojacking, and phishing. Learn how Intel's integrated hardware and software solutions, including Intel® Threat Detection Technology, can help enhance endpoint protection, detect sophisticated attacks, and improve overall security posture. Upon completion, you will have a deeper understanding of how Intel solutions help build trusted digital experiences backed by robust endpoint security strategies.

Discover the concept of Zero Trust Network Access (ZTNA)—a core cybersecurity capability. Expanding upon the previous course’s introduction of the NIST Zero Trust maturity model, this training offers a practical SASE (Secure Access Service Edge) deployment example and also explores the Intel supporting technologies that help make it possible. Intel technologies, including Intel® Xeon® processors, Intel® Quick Assist Technology (Intel® QAT), and Intel® Threat Detection Technology (Intel® TDT) all play a pivotal role in this framework, helping enable advanced encryption, threat detection and secure access. Explore the evolution from traditional VPN-based approaches to ZTNA, with its reliance on explicit trust and continuous monitoring to help safeguard corporate resources from unauthorized access.

Explore Zero Trust principles through the lens of Intel and the Zero Trust Maturity Model and learn how this approach can help organizations achieve a more robust security posture. Discover how Intel's technologies and leadership combine to enable and support a more evolved approach to cybersecurity. Get an introduction to the NIST Zero Trust Model and its five pillars: Identity, Devices, Networks, Applications, and Data. Learn how Intel technologies help to enhance security across these pillars through advanced capabilities like confidential computing, threat detection, and end-to-end encryption. Learn about the importance of continuous authentication, secure device management, network segmentation, application protection, and data encryption.

Intel's Zero Trust security approach focuses on enabling trusted digital experiences and business outcomes through industry-leading silicon and product assurance practices. By assuming all interactions are untrusted, Intel delivers continuous defense and partners with industry leaders to secure data across endpoints, cloud environments, and networks. Their strategies include confidential computing, AI integration, and hardware-enabled protections. This training covers how Intel's vPro® platforms and security technologies enhance cybersecurity. With Intel's Security-First Pledge and robust product assurance programs, clients can rely on innovative, resilient solutions. The training also introduces resources like guides, reports, and collaborative research to help organizations navigate evolving cybersecurity challenges.

Traditional perimeter-based IT security is inadequate against modern threats. Zero Trust (ZT) security, with its "never trust, always verify" philosophy, assumes a consistently hostile IT environment and relies on continuous monitoring. This training introduces Zero Trust Architecture (ZTA) and guides on evaluating organizational risks rather than merely replacing technology. Learn core ZT principles and proven implementation strategies for deploying a Zero-Trust IT environment. Additionally, explore Intel's contributions, including hardware-based security solutions like Intel® TPM 2.0, Secure Key, and Platform Trust Technology, which enhance secure information storage and encryption key management.

Explore the evolving landscape of modern cybersecurity and its significance in business and regulatory environments. Governments are tightening regulations, pushing businesses to view cybersecurity as a competitive advantage, not just a compliance need. Learn how Artificial Intelligence (AI) aids in early threat detection and response, enhancing the security of digital infrastructure and sensitive data. Understand the “zero trust security” model, where trust is never assumed, inside or outside the network perimeter. Robust security frameworks enable innovation, allowing businesses to develop new products and collaborate securely. Aligning cybersecurity strategies with business goals maximizes security investments and improves business outcomes.