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Submit bugs, feature requests, and feedbackISC2 · Self-paced
Self-paced opportunities that count toward CCSP renewal — on-demand courses, video lessons, and self-study tracks you can finish on your own schedule. RecertHero estimates the CPE value of every opportunity, so you can plan toward the 90 CPEs CCSP requires every 3 years — without re-keying each entry into ISC2's portal.
71 results mapped to CCSP, soonest first.
***This course was developed by members of AWS Technical Field Communities (TFC), an AWS community of technical experts. The content is intended to complement our standard training curriculum and augment your AWS learning journey. We are aware some courses have accessibility limitations and are working to address. If you require accommodation, please contact [AWS Training and Certification Customer Support](https://support.aws.amazon.com/#/contacts/aws-training).*** In this course you will learn how to choose an AWS identity or access management service, what each service does, and which services are applicable to your current needs.
Multi-course professional certificate program on edX. Self-paced with verified certificate option. Visit the program page for full curriculum, institution, and pricing details.
Multi-course professional certificate program on edX. Self-paced with verified certificate option. Visit the program page for full curriculum, institution, and pricing details.
This course is ideal for individuals with a basic understanding of digital technology as well as developers or security professionals wishing to expand their blockchain knowledge. It provides a comprehensive introduction to the world of blockchain technology. We will delve into the core principles of blockchain, exploring the critical decision-making processes involved in adopting this innovative technology. This course offers an overview of various blockchain platforms, hosting decisions, associated technologies, and the key development languages used. An important aspect of this course will be the introduction to the concept of consensus mechanisms and their integral role in maintaining the integrity of the blockchain. By the end of this course, you will be able to: - Describe how blocks are chained together - Compare and contrast Pure versus Hybrid blockchains - List the blockchain layers and describe what each of them does - Describe the difference between on-chain and off-chain data storage - Determine the right language and tools based on the blockchain platform and use case - Describe the Byzantine Generals Problem - Explain the blockchain trilemma - Explain how cryptography, consensus, and immutability enhance blockchain security
Introduction to Microsoft Azure Data core data concepts
This course is designed to demystify Zero Trust security and guide learners through practical implementation. Based on the principle of “never trust, always verify,” this course explains what Zero Trust is, why it matters, and how organizations can begin their Zero Trust journey. Key topics include network, endpoint, and cloud security, starting with foundational concepts and addressing misconceptions—highlighting that Zero Trust is not achieved by simply deploying technologies. Real-world use cases, assessment methodologies, and maturity ranking techniques help participants create a customized Zero Trust strategy for their business. The curriculum explores modern Zero Trust standards and frameworks, such as NIST and the Open Group, moving from principles to architectural design. With a focus on practical application and strategic planning, this course is ideal for anyone responsible for organizational security seeking to enhance their defense strategy using Zero Trust.
Access Control And Identity Management — self-paced course on Cybrary. Visit the course page for full details and prerequisites.
Implement a defense-in-depth security strategy for Azure Storage. Harden storage accounts, govern access with Microsoft Entra ID and stored access policies, enforce network perimeter controls using firewall rules and private endpoints, and enable Microsoft Defender for Storage to detect threats from malicious uploads and compromised AI agent credentials.
Build a complete event collection and response architecture in Microsoft Sentinel. Set up and secure a Microsoft Sentinel workspace, deploy Content Hub solutions, connect Azure resource data, collect Linux and Windows security events with data collection rules, implement automated response workflows with Logic Apps playbooks, and manage data retention for compliance.
Implement layered security controls across Azure virtual machines and Arc-enabled hybrid servers. Configure disk encryption, Trusted Launch, Azure Bastion, Microsoft Defender for Servers, just-in-time VM access, and Azure Machine Configuration to close security gaps across your server estate.
This is a self-paced lab that takes place in the Google Cloud console. In this lab, you migrate MySQL data from an Amazon RDS instance for MySQL to Cloud SQL for MySQL using a one-time Database Migration Service job and an IP allowlist for connectivity. After you create and run the migration job, you confirm that the data have been successfully migrated to your Cloud SQL for MySQL instance.
This is a self-paced lab that takes place in the Google Cloud console. Learn how to secure a Compute Engine instance with Identity-Aware Proxy (IAP).
ISC2 Knowledge Vault Webinars—Cybersecurity DiscussionsRelevant and cutting edge infosecurity discussions presented by subject matter experts and mini webcasts that give viewers a sneak peek into each of ISC2 certifications' domains. — webinar from ISC2. Visit the page for date, presenters, and registration details.
ISC2 Security Briefings Webinars—EMEALive and on-demand online events where regional industry experts, ISC2 members and solution providers offer their thought leadership on a variety of topics. — webinar from ISC2. Visit the page for date, presenters, and registration details.
ISC2 Security Briefings Webinars—APAC Asia Pacific Online learning that provides members and participants a wide range of security related information in a flexible and bite-size approach. — webinar from ISC2. Visit the page for date, presenters, and registration details.
ISC2 Security Briefings - North America1-hour webinars that provide a "deep dive" into a topics by listening to a multi-part webinar series on a subject over a short period of time. — webinar from ISC2. Visit the page for date, presenters, and registration details.
Learn to design and implement strong authentication controls, apply Just-in-Time privileged access strategies, and extend identity-based security to AI-powered applications using Microsoft Entra.
How to Improve Threat Detection and Hunting in the AWS Cloud Using the MITRE ATT&CK Matrix Understanding adversary tactics and techniques based on real-world observations are critical to building more effective threat detection and hunting capabilities. The context provided by data sources is what enables us to make actionable decisions. Still, it is limited to what raw data inputs we consume, as well as consuming enough of the right data to be able to mitigate, remediate and prevent future adversary activity. However, detecting malicious events is not the final solution to thwarting adversaries. Actions need to be taken, whether they are operational (e.g., stopping a malicious process) or strategic (e.g., securing an environment to prevent the execution of malicious processes). In this webinar, SANS and AWS Marketplace will discuss the exercise of applying the MITRE ATT&CK Matrix to the AWS Cloud. They will also explore how to enhance threat detection and hunting in an AWS environment to maintain a strong security posture. Attendees will learn how to:Apply the MITRE ATT&CK Matrix to classify and understand cloud-based techniquesCreate an effective detection strategy and uncover what data sources are requiredBreak down and recognize detections by security product capabilities and data sourcesLeverage threat intel for improved detectionUse AWS services and third-party solutions to support their threat detection and hunting strategy Register today to be among the first to receive the associated whitepaper written by SANS senior instructor and cloud security expert Dave Shackleford.WebinarDigital Forensics and Incident Response Presented: 1 Sep 2020 Technical Presentation View details
How to Protect All Surfaces and Services in the AWS Cloud Multiple layers of defense are required to protect your AWS environment. The first step is to reduce your overall attack surface to reduce exposure, in ways such as hardening your Amazon EC2 operating systems and configuring your containers. Organizations can then implement tools, such as a cloud security posture management (CSPM) solutions, to monitor and manage risk. In this prerecorded webcast, SANS instructor Dave Shackleford and AWS Marketplace explore best practices and provide practical guidance on how you can secure your entire AWS footprint. They will also present real-world use cases and examples of tools you can leverage to protect your investments. Attendees at this webcast will learn how to:Decrease their attack surface to limit exposureProtect their AWS environment with configuration management, real-time assessment, and access control mechanisms.Implement automation for monitoring and continuous protectionLeverage AWS services and seller solutions in AWS Marketplace to protect AWS services and surfaces Register today to be among the first to receive the associated whitepaper written by SANS senior instructor and cloud security expert Dave Shackleford.WebinarCloud Security Presented: 28 Jul 2020 Technical Presentation View details
Enforce security governance and regulatory compliance across Azure environments using Azure Policy, Microsoft Defender for Cloud, Azure RBAC. Then enable Azure Backup security features, and infrastructure as code scanning.
Implement a defense-in-depth security strategy for AI workloads across Microsoft's AI platform. Configure data security posture management in Microsoft Purview, secure agent identities in Microsoft Entra, and analyze AI identity risks in Microsoft Defender XDR. Then, enable real-time agent protection in Microsoft Defender, configure AI Gateway security in Microsoft Foundry, manage guardrails, protect AI workloads with Defender for Cloud, and govern agents with Microsoft Agent 365.
Implement security controls across Azure application platform services—from container workloads to the API layer. Configure Microsoft Defender for Containers, secure Azure Kubernetes Service (AKS), Azure Container Registry (ACR), Container Instances, and Container Apps. Then apply authentication, network access, and policy controls across Azure Function apps, Logic apps, App Services, Web Application Firewall, and Azure API Management.
Implement defense-in-depth network security controls in Azure. Segment workloads to control lateral movement, centralize traffic inspection with Azure Firewall, harden remote and hybrid connectivity, and eliminate public network exposure of PaaS and AI services using private endpoints.
A 10-minute video explaining why identity is the new perimeter, with three concrete control patterns: just-in-time access, conditional access, and continuous verification.
ImportantRecertHero is an independent aggregator. Credit estimates are guidance only — always verify with your certifying body.