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The NIST Cybersecurity Framework provides guidelines to help organizations manage cybersecurity risks. It consists of three parts: the Framework Core, Implementation Tiers, and Framework Profiles. The Framework Core includes functions, categories, and subcategories that organizations use to manage cybersecurity risks, including identify, protect, detect, respond, and recover. Implementation Tiers describe an organization's processes at different levels of rigor and sophistication. Framework Profiles are used to describe an organization's current and target cybersecurity state.
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FRAMEWORK FOR EPU OPERATORS TO MANAGE THE RESPONSE TO A CYBER-INITIATED THREAT TO THEIR CRITICAL INFRASTRUCTURERiskWatch for Physical & Homeland Security™
RiskWatch for Physical and Homeland Security™ assists the user in conducting automated risk analyses, physical security reviews, audits and vulnerability assessments of facilities and personnel. Security threats addressed include crimes against property, crimes against people, equipment of systems failure, terrorism ,natural disasters, fire and bomb threats. Question sets include entry control, perimeters, fire, facilities management, guards, including a specialized set of questions for the maritime/shipping industry. New ASP functionality allows the organization in question to put the entire questionnaire process on it\'s server, where users can easily log in by ID # and answer questions appropriative to their job. From there, all answers are instantly imported into the RiskWatch for Physical and Homeland Security™ program.
Cybersecurity Discipline
This document discusses cybersecurity as a discipline and proposes frameworks for defining the cybersecurity workforce. It summarizes a report that defines cybersecurity as an interdisciplinary field involving technology, people, processes, and risk management. It also outlines frameworks developed by the National Initiative for Cybersecurity Education (NICE) and ACM/IEEE that define the cybersecurity workforce using categories, specialty areas, and typical tasks and skills. The NICE framework establishes seven categories and thirty-one specialty areas to describe all cybersecurity work.
Power Grid Identity Management addressed with NIST 1-800
This document provides a 3-sentence summary of the key points:
The challenge is that identity and access management systems in the electricity subsector are often decentralized, increasing security risks. The solution demonstrated a centralized identity and access management platform using commercial products to securely manage access to IT, operational technology, and physical access systems. The benefits are reduced risk of disruption, improved efficiency of access management, and cost savings for organizations implementing standards-based security technologies.
Introduction to Risk Management via the NIST Cyber Security Framework
The cyber security profession has successfully established explicit guidance for practitioners to implement effective cyber security programs via the NIST Cyber Security Framework (CSF). The CSF provides both a roadmap and a measuring stick for effective cyber security. Application of the CSF within cyber is nothing new, but the resurgence of Enterprise Security Risk Management and Security Convergence highlight opportunities for expanded application for cyber, physical, and personnel security risks. This NIST CSF can help practitioners build a cross-pollenated understanding of holistic risk.
Main points covered:
• Understand the purpose, value, and application of the NIST CSF in familiar non-technical terms.
• Understand how the Functions and Categories of the NIST CSF (the CSF “Core”) and an organization's “current” and “target” profiles are relevant and valuable in a variety of sectors and environments.
• Understand how an organization’s physical and cyber security resources and stakeholders can align with the NIST CSF as a tool to achieve holistic security risk management.
Presenters:
David Feeney, CPP, PMP has 17 years of security industry experience assisting organizations with risk management matters specific to physical, personnel, and cyber security. He has 9 years of experience with service providers and 8 years of experience within enterprise security organizations. David has worked with industry leaders in the energy, technology, healthcare, and real estate sectors. Areas of specialization include Security Operations Center design and management, Security Systems design and implementation, and Enterprise Risk Management. David holds leadership positions in ASIS International and is also a member of the InfraGard FBI program. David holds Certification Protection Professional (CPP) and Project Management Professional (PMP) certifications.
Andrea LeStarge, MS has over ten years of experience in program management, risk analysis and curriculum development. Being specialized in Homeland Security, Andrea leverages her experience in formerly managing projects to support various Federal Government entities in identifying, detecting and responding to man-made, natural and cyber incidents. She has an established track record in recognizing security gaps and corrective risk mitigation options, while effectively communicating findings to stakeholders, private sector owners and operators, and first-responder personnel within tactical, operational and strategic levels. Overall, Andrea encompasses analytical tradecraft and demonstrates consistent, repeatable and defensible methodologies pertaining to risk and the elements of threat, vulnerability and consequence.
Recorded webinar: https://youtu.be/hxpuYtMQgf0
The IT Analysis Paralysis
PYA Principal Barry Mathis presented “The IT Analysis Paralysis,” in which attendees:
Received a compressive review of the many IT frameworks that can be used to develop effective internal audit programs.
Learned the differences between commercial, federal, and industry frameworks.
Received tips, tools, and techniques for creating an effective framework based on risk assessment and identified risks.
Ssdf nist
Mitigating the Risk of Software
Vulnerabilities by Adopting a Secure
Software Development Framework (SSDF)
Infrastructure Security by Sivamurthy Hiremath
With the development of technology, the interdependence of various infrastructures has increased, which also enhanced their vulnerabilities. The National Information Infrastructure security concerns the nation’s stability and economic security. So far, the research in Internet security primarily focused on securing the information rather than securing the infrastructure itself.
The pervasive and ubiquitous nature of the Internet coupled with growing concerns about cyber attacks we need immediate solutions for securing the Internet infrastructure. Given the prevailing threat situation, there is a compelling need to develop Hardware redesign architectures, Algorithms, and Protocols to realize a dependable Internet infrastructure. In order to achieve this goal, the first and foremost step is to develop a comprehensive understanding of the security threats and existing solutions. These attempts to fulfil this important step by providing classification of Security attacks are classified into four main categories: DNS hacking, Routing table poisoning, Packet mistreatment, and Denial-of-Service attacks. We are generally discussing on the existing Infrastructure solutions for each of these categories, and also outline a methodology for developing secured Nation.
Standards based security for energy utilities
The document discusses standards for cybersecurity in the energy sector. It notes that threats are increasing as energy infrastructure becomes more connected and data-driven. The document outlines some key cybersecurity standards for the energy industry including NERC CIP, IEEE1686, and IEC 62351. It maps these standards based on their level of technical detail and completeness. The document also discusses best practices for cybersecurity including technological and operational controls and how standards relate to controls for protection, detection and response.
ANALYSIS OF SOFTWARE SECURITY TESTING TECHNIQUES IN CLOUD COMPUTING
Cloud Security Testing is becoming a Popular field of Research Topic in Cloud
Computing and Software Engineering. As the advance of cloud technology and services, more
research work must be done to address the open issues and challenges in cloud security testing and
More innovative testing techniques and solutions, Although there are many published papers
discussing cloud Security testing, there is a lack of research papers addressing new issues,
challenges, and needs in Software Security Testing. however, there is no clear methodology to
follow in order to complete a cloud security testing. Since there is an increasing demand in Software
usage there is more in for Software Security Testing. This paper presents an overview of Cloud
Computing, Cloud security testing and comprehensive survey of security Testing Techniques and
methods. from this we have identified problems in the current security testing techniques. This work
has to presents a roadmap for new testers on the cloud with the necessary information to start their
test.
Integrating disaster recovery metrics into the NIST EO 13636 Cybersecurity Fr...
Metrics to measure response and recovery methods for severe cyber security incidents (that could lead to “black out” events for Critical Infrastructure and Key Resources) need traceable integration within incident management systems and should be offered as a solution as part of the Executive Order 13636 Cybersecurity Framework.
Cissp exam outline 121417- final (2)
The document outlines the Certified Information Systems Security Professional (CISSP) certification. It discusses the 8 domains covered by the CISSP Common Body of Knowledge including security architecture, asset security, risk management, and identity and access management. Candidates must have 5 years of qualifying work experience and can take the exam in either a computerized adaptive testing format or linear format depending on the language. The exam is 3 hours for CAT and 6 hours for linear, consists of 100-150 or 250 questions respectively, and covers all 8 domains of the CBK.
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Nist
- 1. CyberSecurityFramework Overview of NISTSecurity Guidelines
- 2. Areas NIST Bioscience& Health Building & Fire Research Chemistry Electronics& Telco. Energy Environment/ Climate Information Technology Manufacturing Materials Science Math Nanotechnology Physics Public Safety & Security Quality Transportation
- 3. Critical infrastructure “Systems and assets,whether physical or virtual, so vital to the United Statesthat the incapacity or destruction of suchsystemsand assetswould havea debilitating impact on security, national economic security, national public health or safety, or any combination of thosematters.”
- 5. NISTvsOther Framework OtherFrameworks NIST Specific to industry Specific to management Anyindustry Standards& Guidelines Guidelines
- 7. Framework Core Framework Implementation Tiers Framework Profile Framework
- 8. FrameworkCore Framework ImplementationTiers FrameworkProfile Activities, outcomes& applicable references Industry Standards, Guideline and Practices. 5 concurrent andcontinuous Functions Identify Protect Detect Respond Recover Framework
- 10. Cybersecurity Risks ManageRisks Partial Risk Informed Repeatable Adaptive FrameworkCore Framework ImplementationTiers FrameworkProfile Framework Consideration • Riskmanagement practices, threat environment, legal & regulatory req., objectives &constraints
- 11. FrameworkCore Framework ImplementationTiers FrameworkProfile Framework Elements: Risk Management Process Integrated Risk Management Program External Collaboration
- 12. Risk Management Process Integrated Risk ManagementProgram External Participation Partial • Not formalized • Reactive • Limited awareness • Irregular risk management • Private information No external collaboration RiskInformed • Approved practices • Not widely useas policy • More awareness Not formalized to interact& share information Repeatable • Approved asPolicy • Update regularly • Risk-informed, processes& procedures • Adequateresources • Internalsharing • Organization approach • Risk-informed, processes & procedures defined & implemented asintended, and reviewed • Knowledge & skills • Collaborate • Receiveinformation Adaptive Continuous improvement • Risk-informed, processes& procedures for potential events • Continuous awareness • Actively Actively sharesinformation
- 13. FrameworkCore Framework ImplementationTiers FrameworkProfile Alignment of Framework Coreandbusiness requirements, risk tolerance & resources Establishroadmap to reduce risk alignedwith organizational and sector goals Describe current and desired state of specific events Action plan to addressgaps Framework
- 14. Create or improve a program 1.Prioritize and Scope 2. Orient 3. Create current profile 4. ConductRisk assessment 5. Createtarget profile 6.Determine, Analyze& PrioritizeGaps 7.Implement Action Plan