This document provides an overview of an employee's responsibilities regarding information security as a government of Canada employee. It discusses classifying documents as protected or classified based on the potential harm if compromised. It also covers marking documents with security classifications, appropriate storage and handling of sensitive materials, distributing information on a need-to-know basis, removing classifications when no longer needed, and destroying materials securely. The document aims to ensure employees are aware of proper processes for managing sensitive information throughout its lifecycle within the government.
Cyber Security Awareness introduction. Why is Cyber Security important? What do I have to do to protect me from Cyber attacks? How to create a IT Security Awareness Plan ?
Information Security Awareness TrainingRandy Bowman
This document provides an information security awareness training for employees of the Department of Postsecondary Education (DPE). It discusses the goals of ensuring authorized access to information and compliance with security policies. It describes potential security threats like malware, password attacks, and social engineering. It provides tips for protecting data at work through strong passwords, securing devices and data, safe email and internet use, and proper disposal of media. Mobile device and wireless security is covered. New DPE security policies are introduced and the IT director contact information is provided for questions.
Chapter 11: Information Security Incident ManagementNada G.Youssef
This document discusses information security incident management. It defines what constitutes an information security incident, such as unauthorized access or denial of service attacks. It also outlines the key aspects of an incident response program, including preparation, detection, response, and documentation. The document explains the roles of incident response coordinators, handlers, and teams. It also covers investigation practices, evidence handling, and federal and state data breach notification requirements.
This document provides an overview of security awareness training from the University of Memphis' ITS department. It covers topics like password security, email security, safe browsing, ransomware, privacy, data encryption, mobile security, and two-factor authentication. University policies on data access and security are also referenced. Reporting security incidents and additional resources are outlined. The training emphasizes that technology can only address some risks and that users are the primary targets of hackers seeking access to systems and data.
The difference between Cybersecurity and Information SecurityPECB
Cybersecurity is a growing and rapidly changing field, and it is crucial that the central concepts that frame and define this increasingly pervasive field are understood by professionals who are involved and concerned with the security implications of information technology (IT).
• The evolution of Cybersecurity
• Protecting Digital Assets
• Difference between Cybersecurity and Information Security
• Cybersecurity Objectives
• Future of Cybersecurity
Presenter:
Hafiz Adnan is an IT GRC, Security Consultant and Lead Auditor and a PECB Certified Trainer with over 11 years of significant, progressive experience in Information Technology field, focusing on Information Security, IT Governance, ISO Standards Implementation & Compliance, IT Service Management, Risk Management, Information Security & IT Service Management Audits, Software Project Management and Process Improvement.
Link of the recorded session published on YouTube: https://youtu.be/BA670iVPi5c
The document provides an overview of incident response including:
1) It defines the difference between an event and an incident, noting that all incidents are events but not all events are incidents.
2) It outlines the typical steps in an incident response framework including pre-incident preparation, detection, initial response, formulating a response strategy, investigation, reporting, and resolution.
3) It describes each step in more detail, explaining activities like assembling an incident response team, collecting data, analyzing forensic evidence, documenting findings, restoring systems, and implementing countermeasures to prevent future incidents.
Physical security involves protecting personnel, hardware, software, networks, and data from physical threats. While many companies focus on network security, physical theft of data is also a risk. Attackers can come from outside or inside the company, and can steal devices like laptops containing sensitive data. The document outlines various guidelines for restricting physical access to facilities, information, and equipment in order to prevent theft and hacking from external and internal attackers. This includes implementing access controls, monitoring visitors and common areas, and securing servers and portable devices.
This document discusses the importance of physical security to protect against attackers. It notes that while many companies focus on network security, physical theft or access can also compromise data. There are two types of attackers - those outside and inside an organization. Guidelines are provided to restrict physical access for outsiders through barriers, checkpoints, and patrols. For insiders, access controls like badge programs, guest monitoring, and equipment locking are recommended. Server rooms should have heightened security like cameras and limited authorized personnel to protect highly sensitive systems and data.
Cyber Security Awareness introduction. Why is Cyber Security important? What do I have to do to protect me from Cyber attacks? How to create a IT Security Awareness Plan ?
Information Security Awareness TrainingRandy Bowman
This document provides an information security awareness training for employees of the Department of Postsecondary Education (DPE). It discusses the goals of ensuring authorized access to information and compliance with security policies. It describes potential security threats like malware, password attacks, and social engineering. It provides tips for protecting data at work through strong passwords, securing devices and data, safe email and internet use, and proper disposal of media. Mobile device and wireless security is covered. New DPE security policies are introduced and the IT director contact information is provided for questions.
Chapter 11: Information Security Incident ManagementNada G.Youssef
This document discusses information security incident management. It defines what constitutes an information security incident, such as unauthorized access or denial of service attacks. It also outlines the key aspects of an incident response program, including preparation, detection, response, and documentation. The document explains the roles of incident response coordinators, handlers, and teams. It also covers investigation practices, evidence handling, and federal and state data breach notification requirements.
This document provides an overview of security awareness training from the University of Memphis' ITS department. It covers topics like password security, email security, safe browsing, ransomware, privacy, data encryption, mobile security, and two-factor authentication. University policies on data access and security are also referenced. Reporting security incidents and additional resources are outlined. The training emphasizes that technology can only address some risks and that users are the primary targets of hackers seeking access to systems and data.
The difference between Cybersecurity and Information SecurityPECB
Cybersecurity is a growing and rapidly changing field, and it is crucial that the central concepts that frame and define this increasingly pervasive field are understood by professionals who are involved and concerned with the security implications of information technology (IT).
• The evolution of Cybersecurity
• Protecting Digital Assets
• Difference between Cybersecurity and Information Security
• Cybersecurity Objectives
• Future of Cybersecurity
Presenter:
Hafiz Adnan is an IT GRC, Security Consultant and Lead Auditor and a PECB Certified Trainer with over 11 years of significant, progressive experience in Information Technology field, focusing on Information Security, IT Governance, ISO Standards Implementation & Compliance, IT Service Management, Risk Management, Information Security & IT Service Management Audits, Software Project Management and Process Improvement.
Link of the recorded session published on YouTube: https://youtu.be/BA670iVPi5c
The document provides an overview of incident response including:
1) It defines the difference between an event and an incident, noting that all incidents are events but not all events are incidents.
2) It outlines the typical steps in an incident response framework including pre-incident preparation, detection, initial response, formulating a response strategy, investigation, reporting, and resolution.
3) It describes each step in more detail, explaining activities like assembling an incident response team, collecting data, analyzing forensic evidence, documenting findings, restoring systems, and implementing countermeasures to prevent future incidents.
Physical security involves protecting personnel, hardware, software, networks, and data from physical threats. While many companies focus on network security, physical theft of data is also a risk. Attackers can come from outside or inside the company, and can steal devices like laptops containing sensitive data. The document outlines various guidelines for restricting physical access to facilities, information, and equipment in order to prevent theft and hacking from external and internal attackers. This includes implementing access controls, monitoring visitors and common areas, and securing servers and portable devices.
This document discusses the importance of physical security to protect against attackers. It notes that while many companies focus on network security, physical theft or access can also compromise data. There are two types of attackers - those outside and inside an organization. Guidelines are provided to restrict physical access for outsiders through barriers, checkpoints, and patrols. For insiders, access controls like badge programs, guest monitoring, and equipment locking are recommended. Server rooms should have heightened security like cameras and limited authorized personnel to protect highly sensitive systems and data.
Computer forensics involves identifying, preserving, analyzing, and presenting digital evidence from computers or other electronic devices in a way that is legally acceptable. The main goal is not only to find criminals, but also to find evidence and present it in a way that leads to legal action. Cyber crimes occur when technology is used to commit or conceal offenses, and digital evidence can include data stored on computers in persistent or volatile forms. Computer forensics experts follow a methodology that involves documenting hardware, making backups, searching for keywords, and documenting findings to help with criminal prosecution, civil litigation, and other applications.
When identifying the most useful best-practice standards and guidance for implementing effective cyber security, it is important to establish the role that each fulfils, its scope and how it interacts (or will interact) with other standards and guidance.
Cybersecurity standards are generally applicable to all organisations regardless of their size or the industry and sector in which they operate. This page provides generic information on each of the standards that is usually recognised as an essential component of any cyber security strategy.
This document discusses cyber crime and cyber security. It begins with an introduction and then defines cyber crime as illegal activities where a computer is used as a tool or target. It categorizes cyber crimes as those targeting computers or using computers as weapons. It provides examples of types of cyber crimes like hacking, software piracy, and cyber terrorism. It defines cyber security and discusses elements like application security and network security. It provides tips for cyber crime prevention and advantages of cyber security. It discusses India's cyber laws and concludes that cyber crimes will continue evolving so cyber security is needed to keep people safe.
This document provides an introduction to information security. It discusses the key concepts of security including the layers of security (physical, personal, operations, etc.) and defines information security as protecting information systems and data. The document outlines the critical characteristics of information security - confidentiality, integrity, availability, authorization, authentication, identification, and accountability. It then provides more detail on each of these concepts. The document also discusses emerging security technologies, education in cybersecurity, and the components that make up an information system including software, hardware, data, people, procedures, and networks. It covers types of attacks, securing system components, and the systems development life cycle as a methodology for implementing security.
Computer forensics is the scientific process of preserving, identifying, extracting, and interpreting data from computer systems, networks, wireless communications, and storage devices in a way that is legally admissible. It involves using special tools to conduct a forensic examination of devices, networks, internet activities, and images in order to discover potential digital evidence. Common computer forensic tools are used to recover deleted files, analyze financial and communications records, and investigate crimes like fraud, identity theft, and child pornography.
This document discusses basics of information security including data security, network security, and information security. It defines information systems and explains the need for and importance of securing information. Reasons for information classification are provided along with criteria and levels of classification. The document also covers security basics such as confidentiality, integrity, availability, and authentication. Techniques for data obfuscation and event classification are described.
The Presentation is about the Basic Introduction to Cybersecurity that talks about introduction and what is security means. Also the presentation talks about CIA Triad i.e confidentiality, integrity and availability
The document provides an overview of information security awareness training for employees at XYZ Medical Center. It discusses the importance of protecting electronic protected health information and complying with regulations like HIPAA. Employees are responsible for securely using passwords, email, the internet, and other systems to avoid security breaches. Examples of proper and improper behaviors are also outlined.
The state of being protected against the unauthorized use of information, especially electronic data, or the measures are taken to achieve this.
"the growing use of mobile applications is posing a risk to information security"
Cybersecurity in the Workplace is Everyone's Business Symantec
Building a culture of cybersecurity is critical to every organization no matter the size. Join Aaron Cohen, Director of Cyber Security Services, to learn more about how to strengthen your organization’s cyber resiliency.
This document provides an overview of information security. It defines information and discusses its lifecycle and types. It then defines information security and its key components - people, processes, and technology. It discusses threats to information security and introduces ISO 27001, the international standard for information security management. The document outlines ISO 27001's history, features, PDCA process, domains, and some key control clauses around information security policy, organization of information security, asset management, and human resources security.
Digital forensics involves analyzing digital artifacts like computers, storage devices, and network traffic as potential legal evidence. The process includes preparing investigators, carefully collecting and preserving evidence while maintaining a clear chain of custody, examining and analyzing the data found, and reporting the results. Key steps are imaging systems to obtain an exact duplicate without altering the original, recovering both data at rest and volatile memory, and using specialized tools to find relevant information for investigations. Examples of cases that relied on digital evidence include those of Chandra Levy and the BTK killer.
Computer forensics is the process of examining computer systems, storage devices, and digital evidence to recover data for legal cases. It involves collecting, preserving, analyzing and presenting computer-related evidence without altering it. Computer evidence can be useful in criminal, civil and employment cases. Computer forensics experts follow strict methodologies to carefully handle systems and extract potential evidence while maintaining data integrity and chain of custody. Their goal is to discover all relevant files, including deleted files, and analyze artifacts to understand attempts to hide, delete or encrypt information.
This document discusses network security. It covers risk assessment, controlling unauthorized access through prevention, detection and correction methods, and best practice recommendations. The key threats are disruption, destruction, unauthorized access and financial losses. Controls include firewalls, intrusion detection, access controls, encryption, and disaster recovery plans. The goals of security are confidentiality, integrity and availability of data and systems.
This document discusses the fundamentals of risk, threat, and vulnerability (R-T-A) analysis. It defines key terms like risks, threats, vulnerabilities, impacts, probabilities, and consequences. It explains that threats generally cannot be controlled, but risks and vulnerabilities can be mitigated or treated by identifying weaknesses and taking proactive measures. The core components in R-T-A analysis are hazards, vulnerabilities, threats, impacts, probabilities, risks, and consequences.
The document discusses various topics related to security management practices including change control, data classification, employment policies, information security policies, risk management, roles and responsibilities, security awareness training, and security management planning. It provides details on each topic, such as the importance of change control and different tools that can be used. It also discusses how to classify data, conduct background checks, develop effective information security policies, and assess risks both qualitatively and quantitatively. The document emphasizes the importance of security management planning and identifying potential losses, costs, and benefits of implementing proper security.
This document provides an overview of a game plan for analyzing malware. It will include a theoretical overview today followed by detailed presentations on virtualization, honeypots/honeynets, debugging, and more. It discusses setting up a controlled lab environment for analysis including static analysis, network traffic analysis, disk/file system analysis, and memory analysis. It also discusses various tools that can be used for each part of the analysis process.
Digital Forensics is the use of scientifically derived and proven methods toward the preservation, collection, validation, identification, analysis, interpretation, documentation, and presentation of digital evidence derived from digital devices.
This document provides an orientation for new employees on cyber security and privacy at the Department of Education. It covers potential risks and vulnerabilities, definitions of cyber security and privacy, best practices for security and privacy, and tips for protecting personal information. Key topics include properly handling and disposing of sensitive data like personnel records, using strong passwords, securing mobile devices, avoiding social engineering, and reporting any suspicious computer issues or security incidents. The goal is to educate new employees on their role in protecting the Department's information systems and the personal data of millions of stakeholders.
Lecture Data Classification And Data Loss PreventionNicholas Davis
This document discusses a lecture on data classification and data loss prevention. It begins by discussing readings and a video on cyberwarfare. It then covers the topics of data classification levels (e.g. top secret, confidential), how to handle different classification levels, and data loss prevention technologies like encryption, content scanning, and enterprise management tools to protect data at rest and in transit according to its classification. The goal is to classify data appropriately and then protect it using both technical and administrative controls.
Computer forensics involves identifying, preserving, analyzing, and presenting digital evidence from computers or other electronic devices in a way that is legally acceptable. The main goal is not only to find criminals, but also to find evidence and present it in a way that leads to legal action. Cyber crimes occur when technology is used to commit or conceal offenses, and digital evidence can include data stored on computers in persistent or volatile forms. Computer forensics experts follow a methodology that involves documenting hardware, making backups, searching for keywords, and documenting findings to help with criminal prosecution, civil litigation, and other applications.
When identifying the most useful best-practice standards and guidance for implementing effective cyber security, it is important to establish the role that each fulfils, its scope and how it interacts (or will interact) with other standards and guidance.
Cybersecurity standards are generally applicable to all organisations regardless of their size or the industry and sector in which they operate. This page provides generic information on each of the standards that is usually recognised as an essential component of any cyber security strategy.
This document discusses cyber crime and cyber security. It begins with an introduction and then defines cyber crime as illegal activities where a computer is used as a tool or target. It categorizes cyber crimes as those targeting computers or using computers as weapons. It provides examples of types of cyber crimes like hacking, software piracy, and cyber terrorism. It defines cyber security and discusses elements like application security and network security. It provides tips for cyber crime prevention and advantages of cyber security. It discusses India's cyber laws and concludes that cyber crimes will continue evolving so cyber security is needed to keep people safe.
This document provides an introduction to information security. It discusses the key concepts of security including the layers of security (physical, personal, operations, etc.) and defines information security as protecting information systems and data. The document outlines the critical characteristics of information security - confidentiality, integrity, availability, authorization, authentication, identification, and accountability. It then provides more detail on each of these concepts. The document also discusses emerging security technologies, education in cybersecurity, and the components that make up an information system including software, hardware, data, people, procedures, and networks. It covers types of attacks, securing system components, and the systems development life cycle as a methodology for implementing security.
Computer forensics is the scientific process of preserving, identifying, extracting, and interpreting data from computer systems, networks, wireless communications, and storage devices in a way that is legally admissible. It involves using special tools to conduct a forensic examination of devices, networks, internet activities, and images in order to discover potential digital evidence. Common computer forensic tools are used to recover deleted files, analyze financial and communications records, and investigate crimes like fraud, identity theft, and child pornography.
This document discusses basics of information security including data security, network security, and information security. It defines information systems and explains the need for and importance of securing information. Reasons for information classification are provided along with criteria and levels of classification. The document also covers security basics such as confidentiality, integrity, availability, and authentication. Techniques for data obfuscation and event classification are described.
The Presentation is about the Basic Introduction to Cybersecurity that talks about introduction and what is security means. Also the presentation talks about CIA Triad i.e confidentiality, integrity and availability
The document provides an overview of information security awareness training for employees at XYZ Medical Center. It discusses the importance of protecting electronic protected health information and complying with regulations like HIPAA. Employees are responsible for securely using passwords, email, the internet, and other systems to avoid security breaches. Examples of proper and improper behaviors are also outlined.
The state of being protected against the unauthorized use of information, especially electronic data, or the measures are taken to achieve this.
"the growing use of mobile applications is posing a risk to information security"
Cybersecurity in the Workplace is Everyone's Business Symantec
Building a culture of cybersecurity is critical to every organization no matter the size. Join Aaron Cohen, Director of Cyber Security Services, to learn more about how to strengthen your organization’s cyber resiliency.
This document provides an overview of information security. It defines information and discusses its lifecycle and types. It then defines information security and its key components - people, processes, and technology. It discusses threats to information security and introduces ISO 27001, the international standard for information security management. The document outlines ISO 27001's history, features, PDCA process, domains, and some key control clauses around information security policy, organization of information security, asset management, and human resources security.
Digital forensics involves analyzing digital artifacts like computers, storage devices, and network traffic as potential legal evidence. The process includes preparing investigators, carefully collecting and preserving evidence while maintaining a clear chain of custody, examining and analyzing the data found, and reporting the results. Key steps are imaging systems to obtain an exact duplicate without altering the original, recovering both data at rest and volatile memory, and using specialized tools to find relevant information for investigations. Examples of cases that relied on digital evidence include those of Chandra Levy and the BTK killer.
Computer forensics is the process of examining computer systems, storage devices, and digital evidence to recover data for legal cases. It involves collecting, preserving, analyzing and presenting computer-related evidence without altering it. Computer evidence can be useful in criminal, civil and employment cases. Computer forensics experts follow strict methodologies to carefully handle systems and extract potential evidence while maintaining data integrity and chain of custody. Their goal is to discover all relevant files, including deleted files, and analyze artifacts to understand attempts to hide, delete or encrypt information.
This document discusses network security. It covers risk assessment, controlling unauthorized access through prevention, detection and correction methods, and best practice recommendations. The key threats are disruption, destruction, unauthorized access and financial losses. Controls include firewalls, intrusion detection, access controls, encryption, and disaster recovery plans. The goals of security are confidentiality, integrity and availability of data and systems.
This document discusses the fundamentals of risk, threat, and vulnerability (R-T-A) analysis. It defines key terms like risks, threats, vulnerabilities, impacts, probabilities, and consequences. It explains that threats generally cannot be controlled, but risks and vulnerabilities can be mitigated or treated by identifying weaknesses and taking proactive measures. The core components in R-T-A analysis are hazards, vulnerabilities, threats, impacts, probabilities, risks, and consequences.
The document discusses various topics related to security management practices including change control, data classification, employment policies, information security policies, risk management, roles and responsibilities, security awareness training, and security management planning. It provides details on each topic, such as the importance of change control and different tools that can be used. It also discusses how to classify data, conduct background checks, develop effective information security policies, and assess risks both qualitatively and quantitatively. The document emphasizes the importance of security management planning and identifying potential losses, costs, and benefits of implementing proper security.
This document provides an overview of a game plan for analyzing malware. It will include a theoretical overview today followed by detailed presentations on virtualization, honeypots/honeynets, debugging, and more. It discusses setting up a controlled lab environment for analysis including static analysis, network traffic analysis, disk/file system analysis, and memory analysis. It also discusses various tools that can be used for each part of the analysis process.
Digital Forensics is the use of scientifically derived and proven methods toward the preservation, collection, validation, identification, analysis, interpretation, documentation, and presentation of digital evidence derived from digital devices.
This document provides an orientation for new employees on cyber security and privacy at the Department of Education. It covers potential risks and vulnerabilities, definitions of cyber security and privacy, best practices for security and privacy, and tips for protecting personal information. Key topics include properly handling and disposing of sensitive data like personnel records, using strong passwords, securing mobile devices, avoiding social engineering, and reporting any suspicious computer issues or security incidents. The goal is to educate new employees on their role in protecting the Department's information systems and the personal data of millions of stakeholders.
Lecture Data Classification And Data Loss PreventionNicholas Davis
This document discusses a lecture on data classification and data loss prevention. It begins by discussing readings and a video on cyberwarfare. It then covers the topics of data classification levels (e.g. top secret, confidential), how to handle different classification levels, and data loss prevention technologies like encryption, content scanning, and enterprise management tools to protect data at rest and in transit according to its classification. The goal is to classify data appropriately and then protect it using both technical and administrative controls.
This document discusses a lecture on data classification and data loss prevention. It begins with discussing readings and a video on cyberwarfare risks. It then covers the topics of data classification levels (e.g. top secret, confidential), how to handle different classification levels, and using data loss prevention technologies like encryption and content scanning to protect classified data according to its level. The goal is to first classify an organization's data and then protect it appropriately.
Lecture data classification_and_data_loss_preventionNicholas Davis
This document discusses a lecture on data classification and data loss prevention. It begins by discussing readings and a video on cyberwarfare. It then covers the topics of data classification levels (e.g. top secret, confidential), how to handle different classification levels, and data loss prevention technologies like encryption, content scanning, and enterprise management tools to protect data at rest and in transit according to its classification. The goal is to classify data appropriately and then protect it using both technical and administrative controls.
This document provides an overview of cyber security topics including definitions of key terms like cyber security, privacy, and information stewardship. It discusses best practices for protecting personal information and sensitive data, including minimizing data collection, securing data properly, and disposing of data securely. The document outlines threats and vulnerabilities to protect against and provides tips for using strong passwords, securing facilities, maintaining situational awareness, and reporting suspicious activity.
E Bryan Information Security Management Protecting Your AssetsEmerson Bryan
1. The document discusses information security and the importance of protecting organizational assets such as patient health records, trade secrets, financial data, and other sensitive information.
2. It defines information security as systems and procedures to protect information throughout its lifecycle and prevent unauthorized access.
3. Strategies for protecting corporate information include establishing security policies, assessing risks, continuous auditing, and educating employees on secure practices for records, personal computers, faxes, and document disposal.
This document provides cyber security tips for protecting sensitive information and systems. It discusses defining cyber security as protecting information systems from unauthorized access. It recommends encrypting sensitive data, only storing it on accredited systems, and properly disposing of papers with personal information. Specific tips include not storing personally identifiable information (PII) on unencrypted devices; removing smart cards when leaving computers; using strong, unique passwords; and reporting suspicious activity. The document cautions against social engineering and sharing work information outside the office. It advises maintaining control of mobile devices and reporting unusual computer problems.
This presentation provides an overview of cyber security and privacy topics including definitions, best practices, and tips. It discusses potential risks and vulnerabilities, the roles and responsibilities of individuals in protecting sensitive data, and defines key terms like cyber security, privacy, personally identifiable information (PII), and the CIA triad of confidentiality, integrity and availability. The presentation provides specific tips and guidelines for securing systems and sensitive data, creating strong passwords, reporting incidents, protecting mobile devices, and using social media responsibly.
Recommending information security measuresManish Singh
This document discusses information security and recommends security measures. It defines information security as protecting data from unauthorized access, use, disclosure, disruption or destruction. It notes that information is critical for businesses and governments store huge amounts of confidential data that needs protection. Common security threats include computer viruses, hacking, social engineering and denial of service attacks. The document recommends using strong passwords, keeping software updated, being wary of suspicious emails, backing up data, and protecting information in all forms to maintain the pillars of information security - confidentiality, integrity and availability of data.
This document discusses securing sensitive data in databases. It begins by defining different types of sensitive data, including government IDs, medical data, financial data, and intellectual property. Next, it discusses why protecting sensitive data is important, such as guarding against identity theft and fraud, ensuring privacy, and complying with regulations. The presentation then covers techniques for securing data, including data classification, encryption, hashing, masking, coding, and limiting data storage. It demonstrates how to use cell-level encryption and transparent data encryption in SQL Server. Overall, the document provides an overview of best practices for classifying, handling, and technically protecting sensitive data in databases.
This document provides an overview of mobile forensics. It discusses key topics like the mobile forensics process, goals of mobile forensics, challenges with acquiring evidence from mobile devices, and analyzing different types of evidence. Specific techniques discussed include hashing, write protection, recovering deleted data through tools like Disk Drill, analyzing Windows and Linux event logs, and investigating malicious files. The document outlines the various components involved in a mobile forensics investigation from acquiring evidence to documenting the chain of custody.
The document provides information on security and safe keeping of official information. It discusses concepts like confidentiality, integrity and availability as part of the CIA triad model for information security. It outlines various measures for maintaining confidentiality of data like restricting access, implementing access controls and categorizing data based on damage potential. The document also discusses integrity, availability of data and classification of information. It provides tips for safe keeping of important documents like keeping them in one secure location and always returning documents to their proper place. Laws related to data protection, computer misuse and official secrets are also mentioned.
This document provides an overview of privacy and security fundamentals for researchers conducting studies involving personal health information (PHI). It discusses key requirements under privacy laws and research ethics boards including obtaining consent, adhering to approved research protocols, de-identifying data, safeguarding devices, encrypting files, and retaining/disposing of PHI properly. Researchers are expected to minimize PHI collection, adhere to all privacy rules and oversight bodies, and ensure data is kept secure throughout the research process from collection through dissemination of findings. Non-compliance may result in fines or legal action.
Digital Finance Africa 2022 - https://itnewsafrica.com/event/ -hosted by IT News Africa is the definitive annual event on technology leadership in the
financial services industry. It asks the hard questions not asked in other
conferences, and identifies the skills required to steer a course in an age
where the entire industry is transforming rapidly. This is a Summit for bold,
visionary leaders who are willing to take calculated risks as much as they
are willing to consolidate, who know what to give up as much as what they
expect to gain.
This document provides an overview of information security (infosec) best practices for journalists. It discusses protecting sensitive information from unauthorized access through proper use of encryption for data at rest, in transit, and secure communication protocols and services. Key recommendations include using encrypted email services like ProtonMail, encrypted chat apps like Signal, enabling full-disk encryption on computers, generating PGP keys, and being aware of security risks for common communication methods like phone calls, texting apps, and cloud services. Regularly updating knowledge of secure infosec practices is also advised as threats evolve over time.
With data classification, critical information can be distinguished from public information. Classification helps optimize costs and controls information handling according to good practice guidelines. Data should be classified according to confidentiality, integrity, and availability to ensure a safe and reliable system. When handling data, special care should be taken with confidential or sensitive information, for example when traveling, using cloud services, or sharing files externally.
This document provides an overview of cyber forensics. It introduces Ambuj Kumar, a cyber security analyst, and discusses topics like the cyber forensics process, goals of forensics investigations, how computers are used in cybercrimes, types of investigations and evidence, challenges in acquiring evidence, roles of first responders, locations of electronic evidence, the chain of custody process, and techniques like hashing, write protection, and analyzing deleted data.
This document summarizes various methods for protecting data security. It discusses procedures like using passwords, biometric identification, encryption, and access hierarchies to restrict data access. It also covers consequences of not protecting data like loss of trade secrets, privacy violations, loss of reputation, income loss, and potential legal prosecution. The document recommends regular backups stored offsite, using virus scanners and firewalls, and properly disposing of or destroying old storage devices.
This document discusses information security and ethics in business and society. It covers topics like ensuring privacy and monitoring employee computer usage. It provides remedies for potential issues like protecting devices from viruses, not giving out sensitive information over the phone, and using safe browsing practices. The document aims to educate employees on maintaining security and ethics in their work.
Encryption: Who, What, When, Where, and Why It's Not a PanaceaResilient Systems
This document provides an overview of encryption and incident response management. It begins with an agenda for a presentation on encryption, practical considerations, and legal limitations. It then discusses cryptography concepts like encryption, decryption, and hashing. It covers the goals of cryptography including privacy, authentication, integrity and non-repudiation. Next, it discusses symmetric, asymmetric and hashing algorithms as well as encryption versus hashing. The document then covers practical considerations like key length, encryption in transit versus storage. It also discusses legal requirements for encryption in various jurisdictions and restrictions on encryption. Finally, it discusses secure implementation, key management, and incident response management.
Zodiac Signs and Food Preferences_ What Your Sign Says About Your Tastemy Pandit
Know what your zodiac sign says about your taste in food! Explore how the 12 zodiac signs influence your culinary preferences with insights from MyPandit. Dive into astrology and flavors!
[To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations]
This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
Each framework is presented with visually engaging diagrams and templates, ensuring the content is both informative and appealing. While this compilation is thorough, please note that the slides are intended as supplementary resources and may not be sufficient for standalone instructional purposes.
This compilation is ideal for anyone looking to enhance their understanding of innovation management and drive meaningful change within their organization. Whether you aim to improve product development processes, enhance customer experiences, or drive digital transformation, these frameworks offer valuable insights and tools to help you achieve your goals.
INCLUDED FRAMEWORKS/MODELS:
1. Stanford’s Design Thinking
2. IDEO’s Human-Centered Design
3. Strategyzer’s Business Model Innovation
4. Lean Startup Methodology
5. Agile Innovation Framework
6. Doblin’s Ten Types of Innovation
7. McKinsey’s Three Horizons of Growth
8. Customer Journey Map
9. Christensen’s Disruptive Innovation Theory
10. Blue Ocean Strategy
11. Strategyn’s Jobs-To-Be-Done (JTBD) Framework with Job Map
12. Design Sprint Framework
13. The Double Diamond
14. Lean Six Sigma DMAIC
15. TRIZ Problem-Solving Framework
16. Edward de Bono’s Six Thinking Hats
17. Stage-Gate Model
18. Toyota’s Six Steps of Kaizen
19. Microsoft’s Digital Transformation Framework
20. Design for Six Sigma (DFSS)
To download this presentation, visit:
https://www.oeconsulting.com.sg/training-presentations
Starting a business is like embarking on an unpredictable adventure. It’s a journey filled with highs and lows, victories and defeats. But what if I told you that those setbacks and failures could be the very stepping stones that lead you to fortune? Let’s explore how resilience, adaptability, and strategic thinking can transform adversity into opportunity.
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3. AT THE END OF THIS MODULE YOU WILL:
• Be aware of your responsibilities with respect to
information security.
• Be able to decide what protection or classification is
appropriate for your information.
• Understand how to mark sensitive documents.
• Be able to make appropriate choices for the storage of
sensitive materials.
• Know the appropriate methods of communication and
destruction of sensitive materials.
• Understand the importance of removing or changing
the level of protection or classification of information.
4. GENERAL RESPONSIBILITIES
• You must apply diligence and due care during
the:
– Creation or collection of sensitive
information;
– Use, distribution, storage and retention of
sensitive information;
– Declassification/change in classification or
protection of sensitive information;
– Disposal or destruction of sensitive
information.
5. IN OTHER WORDS…
You must apply
diligence and
due care during the
entire life cycle of
sensitive information.
ChooseChooseChoose Use, distribute,
share, store and
retain
Choose
Choose disposal
method
appropriate to
sensitive material
Establish
sensitivity at
point of
creation
Remember to
change
classification /
protection when
appropriate
6. SPECIFIC RESPONSIBILITIES
As the originator, or recipient, of sensitive documents you must:
1. Decide what level of protection or classification is
appropriate;
2. Mark the document(s) from draft to completion;
3. Ensure documents are processed and stored according to
the level of protection or classification assigned;
4. Distribute the information to others who are appropriately
screened and on a need to know, need to access basis;
5. Remove or change the level of protection/classification of
information when required;
6. Ensure the appropriate destruction of sensitive documents.
8. SECURITY CATEGORIES
There are two main security categories that you
would apply, based on a document’s content:
Protected
• Protected C
• Protected B
• Protected A
Classified
• Top Secret
• Secret
• Confidential
9. CLASSIFIED PROTECTED
Classified refers to
information that, if
compromised, may cause
injury to the national
interest.
Protected refers to information
that is not related to the national
interest, but if compromised,
may cause injury to private or
other non-national interests.
This information
could cause injury
to the country.
This information could
cause injury to an
individual or to a
company.
10. CLASSIFIED PROTECTED
Top Secret
extremely sensitive information related to
international affairs, law enforcement
investigations and intelligence matters
(cause exceptionally grave injury)
Secret
trade talks, minutes and memos to
cabinet, enterprise planning, departmental
input to national budget, draft legislation
(cause serious injury)
Confidential
international affairs, administrative plans,
audits, negotiations between departments
and partners (cause injury)
Protected C
information about police agents and other
informants (cause life threatening and/or
extremely grave injury)
Protected B
law enforcement and medical records,
personnel evaluations and investigations,
financial records, solicitor-client
confidence (particularly sensitive, cause
serious injury)
Protected A
home addresses, dates of birth, SIN
numbers, other personal information
(low-sensitivity, could cause injury)
This information could cause injury
to the country. This information could cause injury
to an individual or to a company.
14. MARKING SENSITIVE DOCUMENTS
3. When marking you need to include,
where appropriate:
–The sensitivity level (CAPS);
–The date of creation; and
–The date or event when automatic
removal of designation or change in
the protection of information is to
occur.
Note: Top Secret documents require a
copy number and an indication of the
total number of copies (e.g. copy 1 of
6). All pages should be numbered and
the total number of pages shown on all
pages (e.g. 1 of 3).
SECRET
Created: Dec. 4, 1989
Declassify: Dec. 4, 2009
15. MARKING SENSITIVE DOCUMENTS
4. Indicate who may, or may not, have access to
the document. Access should be on a need to
know basis.
5. When you create cover letters or transmittal
forms you must indicate the highest level of
sensitivity of all of the attachments.
16. At the OIC, use annex B of the IM
Manual: Managing Sensitive
Records.
17. REVIEW: MARKING SENSITIVE DOCUMENTS
1. Mark sensitive information at the time it is created or
collected.
2. Mark all material used in preparing sensitive documents.
– Markings are to include, where appropriate:
– The sensitivity level;
– The date of creation;
3. The date or event when automatic removal of designation
or change in the protection of information is to occur.
4. Indicate who may, or may not, have access to the
document.
5. Cover letters or transmittal forms must indicate the highest
level of sensitivity of the attachments.
19. MARKING ELECTRONIC MEDIA
You should clearly record on the surface of electronic
media, the following information:
– Name of the organization
– Highest level of designation or protection
– Subject of the documents
– Team the documents belong to
– Custodian’s name.
20. Responsibility #3
Ensuring that documents are processed
and stored according to the level of
classification or protection assigned
21. ELECTRONIC PROCESSING OF SENSITIVE
MATERIALS
Non-Sensitive
Process, email, print
• Network PC
• Stand-alone PC
• Laptop
• Blackberry/cell
Protected A
Process, email, print
• Network PC
• Stand-alone PC
• Laptop
Protected B
Process, email, print
• Network PC
• Email (PKI only)
• Stand-alone PC
• Laptop
Protected C
Process, print (no
email)
• Stand-alone PC or
Laptop
Confidential
Process, print (no
email)
•Stand-alone PC or
Laptop
Secret
Process, print (no
email)
•Stand-alone PC or
Laptop
Top Secret
Process, print (no
email)
•Stand-alone PC or
Laptop
22. STORING ELECTRONIC SENSITIVE
MATERIALS
Non-sensitive
• RDIMS
• Shared drive
• Hard drive
• Removable media,
e.g., CD, jump drive
Protected A
• RDIMS
• Shared drive (limit
access)
• Removable media,
e.g., CD, jump drive
(labeled and locked in
an approved
container, when not in
use)
Protected B
• RDIMS
• Shared drive (limit
access)
• Removable media,
e.g., CD, jump drive
(labeled and locked in
an approved
container, when not in
use)
Protected C
Removable media,
e.g., CD, jump drive
(labeled and locked in
an approved container,
when not in use)
Confidential
Removable media,
e.g., CD, jump drive
(labeled and locked in
an approved container,
when not in use)
Secret
Removable media,
e.g., CD, jump drive
(labeled and locked in
an approved container,
when not in use)
Top Secret
Removable media,
e.g., CD, jump drive
(labeled and locked in
an approved container,
when not in use)
23. STORING NON-ELECTRONIC CLASSIFIED OR
PROTECTED MATERIAL
Protected A
Approved security
container, e.g., cabinet with
an approved lock in an
operational zone
Protected B
Approved security
container, e.g., cabinet with
an integrated lock in an
operational zone
Protected C
Approved security
container, e.g., cabinet with
an integrated lock in an
approved security zone
(enclosed office or room
with a door that can be
locked)
Confidential
Approved security
container, e.g., cabinet with
an integrated lock in an
operational zone
Secret
Dial safe in an approved
security zone
Top Secret
Dial safe in an approved
security zone
25. DISTRIBUTION OF SENSITIVE
DOCUMENTS
Access Criteria:
– Recipients have a requirement to know;
– Recipients hold an appropriate security
clearance.
It is your responsibility to verify that the
recipient of your sensitive document meets
access criteria.
26. COMMUNICATION MODES FOR SENSITIVE
DOCUMENTS
Non-sensitive
• Regular phone and
fax
• Email
• Blackberry and cell
phone
Protected A
• Regular phone and
fax
• Email
Protected B
• Regular phone and
fax
• Email (PKI only)
Protected C
• Regular phone
• Secure fax
(No email)
Confidential
• Secure phone
• Secure fax
(No email)
Secret
• Secure phone
• Secure fax
(No email)
Top Secret
• Secure phone
• Secure fax
(No email)
27. TRANSMITTAL OF SENSITIVE DOCUMENTS
Paper documents that are sensitive should be handled with
discretion and common sense applying such principles as:
– Markings and caveats should be used to caution others
about the sensitivity of the material;
– Mail should be addressed “to be opened only by…”;
– Double envelope with security markings on inner
envelope only – for Secret, Top Secret and Protected C;
– Phone ahead when sending sensitive faxes.
28. OIC NETWORK
Information with a designation higher than
Protected B should not be sent via email,
saved on network shared drives or in RDIMS.
Note: Protected B
information can be sent
over the network using
PKI
31. DECLASSIFICATION AND DOWNGRADING
• Protected information will lose its sensitivity:
– over time; or
– with the occurrence of specific events (e.g. scientific data
when published loses its protected status).
• Declassification or downgrading can be effected through:
– date or special event triggers;
– an automatic expiry date; (Note: automatic expiry does not
apply to Top Secret or Protected C)
– originating authors;
– managers (in originating office).
• You should systematically review your sensitive materials with the
intent of declassifying or downgrading them as appropriate.
33. DESTRUCTION OF SENSITIVE
DOCUMENTS
Paper Electronic
Protected A Classified waste disposal or
destroy in approved cross-
cut shredder
Delete from media
Protected B Classified waste disposal or
destroy in approved cross-
cut shredder
Delete from media and
re-format drive
Protected C Classified waste disposal or
destroy in approved cross-
cut shredder
Degauss media
Degauss: A process by which a
computer hard drive is
unformatted by randomly
scrambling the bits on the drive
Confidential,
Secret, Top Secret
Destroy in approved cross-
cut shredder
Degauss and physically
destroy media
34. REVIEW: INFORMATION SECURITY
As the originator of sensitive documents or the recipient of sensitive
documents sent by the public, you must:
1. Decide what level of protection or classification is
appropriate;
2. Mark the document(s) from draft to completion;
3. Ensure documents are processed and stored according to
the level of protection or classification assigned;
4. Distribute the information to others who are appropriately
screened and on a need to know, need to access basis;
5. Remove or change the level of protection and classification
of information when required;
6. Ensure the appropriate destruction of sensitive documents.
36. GUIDING PRINCIPLES OF INFORMATION
SECURITY:
• Security classification flows with the information:
– Originator decides on level of security;
– Receiver must accept the assigned classification.
– Note: Information received from the public must
be assessed and assigned either a protected or
classified level where appropriate.
• When incorporating information into existing
classified/protected documents or other media –
ensure that the new document is also classified at
the level of the highest document in the file or
storage device.
37. GUIDING PRINCIPLES OF INFORMATION
SECURITY:
• A package of information is “marked” based on
the document with the highest classification.
• Sensitive information should be reviewed
periodically with the intent of “declassifying” or
“downgrading” when appropriate.
• Over-classification must be avoided – it is costly
and it minimizes the potential uses of the
information.
38. CONGRATULATIONS!
• You have just completed Information Security – an IM self-study
module.
– You may now:
– Test your knowledge with the following quiz.
• Review other IM self-study modules in this series:
• Information Management 101
• Managing Email Effectively
• Records Management and You!
• IM and the Departing Employee
• Privacy and Personal Information – What Canadians
Expect
• Understanding IM Within the Federal Government