Unlock a FREE cybersecurity certification on us. Have you ever wondered how CSI Linux differentiates itself from other Linux distributions? This is your chance to dive in.
CSI Linux emerges as a pivotal platform for cyber investigations in the contemporary digital landscape. The CSI Linux Certified Investigator (CSIL-CI) is not merely a certification, it is a gateway to understanding and leveraging CSI Linux for investigative purposes. Engage directly with the platform's specialized features and immerse yourself in the customized tools designed specifically for investigations.
Elevate your skills with the CSIL-CI. This course offers a curated journey through CSI Linux, where you'll navigate areas like Case Management, Online Investigations, and Computer Forensics. Understand how to approach challenges like Malware Analysis, Encryption, and the nuances of the Dark Web, all within the CSI Linux environment.
- Law Enforcement
- Intelligence Personnel
- Private Investigators
- Insurance Investigators
- Cyber Incident Responders
- Digital Forensics (DFIR) analysts
- Penetration Testers
- Social Engineers
- Recruiters
- Human Resources Personnel
- Researchers
- Investigative Journalists
- CSI Linux Fundamentals — 20%
- System Configuration & Troubleshooting — 15%
- Basic Investigative Tools in CSI Linux — 18%
- Case Management & Reporting — 14%
- Case Management & Reporting — 14%
- Encryption & Data Protection — 10%
- Further Analysis & Advanced Features — 7%
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: FREE
The certification is valid for a period of one year.
The CSIL-CI introduces investigators to CSI Linux as a practical platform for case management, online evidence collection, computer forensics, incident response, and specialized investigative analysis. The module order is structured to move investigators from platform orientation and operational readiness into collection, analysis, advanced technical tradecraft, and finally intelligence-driven investigative support.
This sequence reflects the published CSIL-CI focus areas, including CSI Linux fundamentals, system configuration, case management and reporting, investigative tools, encryption and data protection, and further analysis features described in the course outline and exam domains. It also aligns with the intended audience of law enforcement, intelligence personnel, private investigators, DFIR analysts, cyber responders, recruiters, human resources personnel, researchers, and investigative journalists.
- Introduction: Opens the course, establishes the investigative mindset, and frames how CSI Linux supports real-world cyber and digital investigations.
- About the CSI Linux Certified Investigator (CSIL CI): Defines the certification purpose, scope, expected outcomes, audience, and how the course ties into the exam and broader CSI Linux ecosystem.
- Starting the Training: Sets expectations for course navigation, training workflow, lab preparation, and how investigators should move through the material.
- Downloading and installing CSI Linux: Gives investigators a reliable starting point by ensuring the operating environment is correctly acquired and installed.
- Setting up CSI Linux: Builds the baseline workstation configuration needed before investigative work begins.
- Troubleshooting: Places support and recovery early so investigators can resolve setup or platform issues before moving into operational tasks.
- System Settings: Covers the system configuration details that directly affect stability, usability, and investigative readiness.
- The Case Management System: Introduces the operational backbone for organizing cases, preserving records, and managing investigative work inside CSI Linux.
- Case Management Report Template: Follows case management so investigators learn to document findings using the same environment in which they collect and organize evidence.
- Importance of Anonymity: Placed before online collection to reinforce investigator safety, operational security, and attribution risk before active internet work begins.
- OSINT: Provides the investigative framework for collecting and assessing open-source information.
- Communications Tools: Introduces the tools investigators may use to communicate, coordinate, or compartment investigative activity within an operational workflow.
- Connecting to Tor: Builds on anonymity and OSINT by preparing investigators for privacy-conscious online access and dark web adjacent workflows.
- Website Collection: Teaches investigators to capture and preserve web-based evidence in a structured manner.
- Online Video Collection: Expands collection beyond static web content into streaming and hosted video evidence.
- Geolocation: Builds from collected online artifacts into location-focused investigative analysis and attribution support.
- 3rd Party Commercial Apps for Online Investigations: Introduces supplemental commercial tooling after the CSI Linux-native workflow is understood, helping investigators compare native versus external capabilities.
- Computer Forensics: Transitions from online evidence handling into host-based forensic acquisition and examination.
- Data Recovery: Naturally follows computer forensics because investigators often need to recover deleted, damaged, or partially accessible data during examinations.
- Incident Response: Expands from examination into active response workflows where triage, containment, and rapid evidence preservation are critical.
- Memory Forensics: Builds on incident response by focusing on volatile evidence that is often central to live-response investigations.
- Malware Analysis: Follows memory and host analysis because malicious code review is often informed by prior triage and forensic findings.
- Encryption and Data Hiding: Addresses protected, concealed, or intentionally obscured evidence once investigators understand the core forensic workflow.
- SIGINT, SDR, and Wireless: Introduces specialized collection and analysis areas that expand CSI Linux beyond standard workstation and web investigations.
- Threat Intelligence: Shifts from case-specific analysis to intelligence production, contextual awareness, and investigative enrichment.
- Threat Hunting: Builds on threat intelligence by applying intelligence to proactive detection and hypothesis-driven investigative activity.
- Extra tools for practice or starting an investigation: Closes the map with supplemental tools that help investigators continue practicing, expand capability, and launch future investigations efficiently.
In an era of pervasive digital connectivity and escalating cyber threats, the need for adept computer forensics specialists has never been more critical. The CSI Linux Certified Computer Forensic Investigator is a hallmark of proficiency, dedicated to those who champion the rigorous methods, tools, and processes vital for identifying, collecting, examining, and presenting digital evidence. This evidence, handled with meticulous care, stands robustly admissible in court.
In the subsequent landscape, where challenges in safeguarding digital assets and deciphering cyber incidents abound, the CSI Linux Certified Computer Forensic Investigator is more than just a certification, it is a testament to one's commitment to the forefront of digital investigation. Earning this certification underscores an individual's expertise, dedication, and readiness to navigate intricate digital investigations, setting them a cut above in a world that values specialization. Step into the elite circle of digital detectives and be acknowledged for your prowess in the ever-evolving domain of computer forensics.
- Law Enforcement
- Intelligence Personnel
- Private Investigators
- Insurance Investigators
- Cyber Incident Responders
- Digital Forensics (DFIR) analysts
- Penetration Testers
- Social Engineers
- Recruiters
- Human Resources Personnel
- Researchers
- Investigative Journalists
- Self-paced training and quizzes
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: $385
The CSI Linux Certified Computer Forensic Investigator course and certification is designed to teach investigators how to identify, preserve, analyze, validate, correlate, and defend digital evidence in a structured and court ready manner. It covers the lifecycle of a computer forensics investigation, from foundational concepts and legal authority through evidence handling, workstation preparation, file systems, deleted data, timeline and log analysis, operating system artifacts, internet evidence, memory, mobile, cloud, network attribution, malware, expert testimony, and final case reconstruction. Its purpose is not merely to teach tool use. Its purpose is to teach how to build a defensible forensic case that can withstand technical scrutiny, legal challenge, and courtroom examination.
This course is useful because computer forensic investigations are judged not only by whether evidence is found, but by whether it was acquired, interpreted, preserved, and reported correctly. For digital forensic examiners, investigators, law enforcement, incident responders, and related professionals, the course provides a disciplined framework for evidence integrity, attribution, reconstruction, reporting, and courtroom readiness. It is built to move investigators from foundational understanding to practical capability while preserving scientific thinking, documentation discipline, and operational rigor.
- Module 1. Introduction to Computer Forensics: Opens the course and frames the purpose, scope, and value of computer forensics in modern investigations.
- Module 2. What is Cyber Forensics? Defines cyber forensics and places it in the broader investigative and evidentiary context.
- Module 3. The Investigation Mindset: Builds the disciplined reasoning and analytical posture required for defensible forensic work.
- Module 4. The Investigation Process: Establishes the overall workflow from allegation through acquisition, analysis, reporting, and testimony.
- Module 5. Digital Evidence, Proof, and Attribution: Explains the relationship between artifacts, evidentiary value, and attribution limits.
- Module 6. Scientific Foundations of Digital Evidence: Connects forensic work to validation, reliability, repeatability, and scientific discipline.
- Module 7. Laws and Ethics: Covers legal authority, ethics, scope, privacy, and the responsibilities of the forensic examiner.
- Module 8. Common Documents in Computer Forensics: Introduces the core documents used to support forensic casework.
- Module 9. Documentation and Case Management: Covers structured recordkeeping, case tracking, and disciplined case file management.
- Module 10. Report Writing: Teaches how to communicate findings clearly, accurately, and defensibly.
- Module 11. Creating a Digital Forensic Workstation: Covers workstation planning, configuration, and readiness for forensic use.
- Module 12. CSI Linux as your Forensic Workstation: Applies workstation principles specifically to CSI Linux as a forensic platform.
- Module 13. Working with Pre-Imaged Evidence: Prepares investigators to work from prepared images in a controlled and repeatable way.
- Module 14. E-Discovery: Connects forensic process to discovery, review, and broader evidentiary production workflows.
- Module 15. How data is written to a drive: Explains how storage behavior affects forensic recovery and interpretation.
- Module 16. File System: Introduces file system structure and forensic relevance.
- Module 17. Slack Space: Covers residual data in slack space and its investigative value.
- Module 18. Deleted Files: Teaches the recovery and interpretation of deleted content.
- Module 19. String/HEX Searching and Regex: Provides practical search techniques for identifying evidence in raw and structured data.
- Module 20. File Analysis: Covers file triage, interpretation, and artifact value assessment.
- Module 21. Timeline Analysis: Teaches time-based correlation of activity across artifacts.
- Module 22. Log Files: Explains the collection and interpretation of logs as forensic evidence.
- Module 23. Acquiring, Transporting, and Storing Evidence: Covers safe handling and movement of digital evidence.
- Module 24. Forensic Imaging: Teaches image acquisition methods and their evidentiary significance.
- Module 25. Evidence Integrity & Validation: Reinforces validation, hashing, and integrity controls.
- Module 26. Chain of Custody and Evidence Control: Covers documentation and control measures that preserve admissibility.
- Module 27. Windows OS Artifacts: Examines common Windows sources of forensic value.
- Module 28. Windows Registry Forensics: Focuses on registry-based evidence and interpretation.
- Module 29. MAC OS Artifacts: Covers forensic artifacts specific to macOS environments.
- Module 30. Linux OS Artifacts: Covers forensic artifacts specific to Linux systems.
- Module 31. Internet Evidence: Teaches how browser, web, and internet related artifacts support investigations.
- Module 32. Graphics and Image Analysis: Covers the evidentiary and analytical value of image artifacts.
- Module 33. Memory Forensics: Introduces volatile memory acquisition and analysis.
- Module 34. Methods of Hiding Data: Surveys concealment techniques used to obscure evidence.
- Module 35. Encryption: Covers encryption in relation to access, interpretation, and forensic limitations.
- Module 36. Anti-Forensics and Evasion: Addresses adversary efforts to frustrate forensic recovery and interpretation.
- Module 37. Mobile Devices: Introduces mobile device evidence and acquisition considerations.
- Module 38. IoT, IIoT, ICS, and SCADA Forensics: Covers emerging and specialized device environments.
- Module 39. Virtualization and Containers: Explains how virtual and containerized environments affect forensic work.
- Module 40. Cloud Forensics: Covers cloud hosted evidence and related acquisition and attribution issues.
- Module 41. Network and Account Attribution: Focuses on linking activity to accounts, infrastructure, and actors.
- Module 42. OSINT for Digital Forensics: Connects open-source intelligence methods to forensic case support.
- Module 43. Evidence Correlation and Case Reconstruction: Teaches how to combine artifacts into a defensible case theory.
- Module 44. Timeline Reconstruction and Event Sequencing: Builds event sequencing across systems, artifacts, and timelines.
- Module 45. Hacking and Malware Forensics: Covers malicious activity and malware related forensic artifacts.
- Module 46. Threat Actor Tradecraft and MITRE ATT&CK for Examiners: Connects observed evidence to adversary tradecraft and behavior frameworks.
- Module 47. AI in Computer Forensics: Examines the role, value, and risks of AI in forensic workflows.
- Module 48. Expert Testimony and Courtroom Readiness: Prepares investigators to explain methods, findings, and limitations under challenge.
- Module 49. Operational Discipline for Examiners: Reinforces the habits that keep forensic work controlled, reproducible, and defensible.
- Module 50. Capstone Lab: Operation NightWing, The Trade at Hollow Pine: Applies the course in a full case based practical scenario.
The CSI Linux Certified OSINT Analyst course and certification is designed to teach investigators how to collect, preserve, analyze, and report publicly available information in a way that is structured, lawful, and operationally sound. It covers the lifecycle of an online investigation, from foundational OSINT concepts and pre investigation preparation through anonymity, persona development, online collection, domain and phone analysis, social media, image and video evidence, geolocation, tracking changes, misinformation, AI challenges, cryptocurrency, and final reporting. Its purpose is not to teach random internet searching. Its purpose is to teach how to turn open sources into actionable intelligence that can support real investigations and real decisions.
This course is useful because modern investigations increasingly begin online, long before traditional evidence is collected. For law enforcement, intelligence personnel, private investigators, cyber responders, DFIR analysts, journalists, HR professionals, recruiters, researchers, and related professionals, the course provides a disciplined framework for identifying online leads, preserving digital evidence, avoiding attribution mistakes, protecting operational security, and converting findings into clear reporting. The certification is built around core domains such as OPSEC, technology basics, laws and ethics, identification, collection and preservation, examination and analysis, and reporting.
- Law Enforcement
- Intelligence Personnel
- Private Investigators
- Insurance Investigators
- Cyber Incident Responders
- Digital Forensics (DFIR) analysts
- Penetration Testers
- Social Engineers
- Recruiters
- Human Resources Personnel
- Researchers
- Investigative Journalists
- Self-paced training and quizzes
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: $385
- Module 1. Introduction: Opens the course and frames the role of OSINT in modern investigations.
- Module 2. About the CSIL COA: Defines the certification, course scope, and expectations.
- Module 3. Pre-Training: Prepares the investigator for how to approach the course and build readiness before deeper work begins.
- Module 4. What is OSINT?: Establishes the meaning, value, and limitations of open source intelligence.
- Module 5. Examples of Online Investigation: Shows how OSINT appears in real investigative contexts and why it matters operationally.
- Module 6. Laws, Ethics, and OSINT: Covers legal boundaries, ethical obligations, and disciplined investigative conduct.
- Module 7. Importance of Anonymity: Explains why investigator protection and source separation matter in online work.
- Module 8. IP Addresses, Proxies, and VPNs: Builds technical understanding of online infrastructure, attribution risk, and anonymity support.
- Module 9. Crafting Your Digital Disguise: The Art of Persona (Sock Puppet) Creation: Teaches how to create a believable investigative persona.
- Module 10. Using your persona to investigate: Moves from persona creation to lawful and disciplined operational use.
- Module 11. Preserving Online Evidence: Covers evidence preservation, documentation, and defensible capture of online material.
- Module 12. Website Collection: Focuses on collecting websites and related online artifacts in a structured manner.
- Module 13. DNS, Domains, and Subdomains: Teaches how domain infrastructure supports identification, correlation, and online attribution.
- Module 14. Translation options: Addresses language barriers and translation support during online investigations.
- Module 15. Phone Numbers and Info: Covers phone based OSINT and the investigative value of telecom related identifiers.
- Module 16. Public Records Searches: Trains investigators to incorporate public records into online intelligence work.
- Module 17. Social Media Sites: Covers social media as a major OSINT environment for identification, activity mapping, and evidence collection.
- Module 18. The Storytelling Power of Images: Teaches image based analysis, context extraction, and evidentiary interpretation.
- Module 19. Video Evidence Collection: Focuses on video acquisition, preservation, and analytical value.
- Module 20. Geolocation: Covers geolocation techniques and the interpretation of location based clues.
- Module 21. Tracking Transportation: Extends geolocation into transportation and movement analysis.
- Module 22. Tracking changes and getting alerts: Teaches investigators how to monitor changing online targets and preserve evolving evidence.
- Module 23. 3rd Party Commercial Apps: Surveys commercial OSINT tools and how they fit into disciplined investigative workflows.
- Module 24. OSINT Frameworks (tools): Provides structured approaches to tool selection, workflow thinking, and investigative process support.
- Module 25. Misinformation, Disinformation, and Deception: Trains investigators to identify deception, manipulation, and false narratives in open sources.
- Module 26. AI Challenges: Covers the role of AI in OSINT, along with risks, distortion, and verification concerns.
- Module 27. Cryptocurrency: Introduces cryptocurrency as an OSINT and investigative topic with identification and attribution relevance.
- Module 28. Reporting and Actionable Intelligence: Teaches how to turn collected information into structured findings and usable intelligence.
- Module 29. OSINT Case Studies: The True Crime Thrillers of Digital Investigations: Applies the course to realistic case based investigative scenarios.
- Module 30. Unraveling the Intricacies of Digital Forensics: Connects OSINT work to broader forensic and investigative practice.
- Module 31. Practicing OSINT and Resources: Reinforces continued practice, investigator growth, and ongoing resource development.
Embark on an intriguing exploration beyond the visible web with the CSI Linux Certified Dark Web Investigator course. Harness the power of the CSI Linux platform to navigate the hidden recesses of unindexed servers, employ advanced search techniques, and confidently collect and analyze data. Tailored to run across Windows, Mac OS, or Linux, this self-contained environment ensures robust digital protection, preventing data cross-contamination. Whether it's a crucial online investigation or gathering pivotal evidence, arm yourself with CSIL-CDWI expertise, showcasing your ability to provide actionable intelligence and court-ready evidence in the ever-evolving digital realm.
Today's world demands digital proficiency, and investigations are no exception. Whether it's securing that pivotal probable cause or delving deeper into intricate online narratives, the CSIL-CDWI certification stands as a testament to your expertise. Stand out in the crowd, deliver actionable intelligence, and present court-ready evidence. Your journey into the dark web begins here.
- Law Enforcement
- Intelligence Personnel
- Private Investigators
- Insurance Investigators
- Cyber Incident Responders
- Digital Forensics (DFIR) analysts
- Penetration Testers
- Social Engineers
- Recruiters
- Human Resources Personnel
- Researchers
- Investigative Journalists
- OPSEC — 13%
- Technology and Dark Web Basics — 20%
- Laws, Ethics, and Investigations — 9%
- Identification — 16%
- Collection & Preservation — 13%
- Examination & Analysis — 13%
- Presentation & Reporting — 14%
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: $385
The certification is valid for a period of three years. To receive a free retest voucher within this period, you must either:
- Submit a paper related to the subject you were certified in, ensuring it aligns with the course material.
- Provide a walkthrough on a tool not addressed in the original course but can be a valuable supplement to the content.
This fosters continuous learning and allows for enriching the community and the field. Doing this underscores your commitment to staying updated in the industry. If you don't adhere to these requirements and fail to recertify within the 3-year timeframe, your certification will expire.
The CSIL-CDWI introduces investigators to dark web operations as a structured investigative discipline focused on anonymity, evidence preservation, secure handling, hidden-service navigation, alternative darknet ecosystems, cryptocurrency awareness, and defensible reporting. The module order is arranged to move investigators from foundational legal and operational safeguards into persona use, network-specific access methods, evidence collection, advanced tradecraft, and final reporting.
This sequence reflects the published CSIL-CDWI focus on dark web basics, OPSEC, collection and preservation, examination and analysis, and presentation and reporting. It also aligns with the intended audience described in the course document, including law enforcement, intelligence personnel, private investigators, insurance investigators, DFIR analysts, cyber incident responders, penetration testers, social engineers, recruiters, human resources personnel, researchers, and investigative journalists.
- Introduction: Opens the course, frames the dark web investigative mission, and prepares investigators for the progression from access and preservation to courtroom-ready reporting.
- About the CSIL-CDWI: Defines the certification purpose, scope, audience, and how the course supports real-world dark web investigations.
- Getting Started: Gives investigators the initial setup mindset, workflow expectations, and practical entry point into the training environment.
- What is the Darknet/Dark Web: Establishes the core concepts, terminology, and distinctions investigators must understand before moving into operational tradecraft.
- Laws, Ethics, and the Dark Web: Adds the legal and ethical guardrails required before investigators begin collection, access hidden services, or engage with dark web subjects.
- Base Process of Investigations: Establishes the repeatable investigative workflow that ties planning, collection, examination, analysis, and reporting into a defensible process.
- Preserving Dark Web Evidence: Places preservation early so investigators learn to capture volatile hidden-service evidence before content changes, disappears, or becomes inaccessible.
- Encryption for Storing Evidence: Introduces secure evidence handling after preservation so collected material remains protected, controlled, and defensible.
- PGP-GPG: Builds on secure storage by teaching the practical cryptographic concepts investigators encounter when protecting communications, files, and investigative workflows.
- Dark Web Investigation Subjects: Provides the subject-matter categories investigators are likely to encounter so they understand the operational context before entering hidden environments.
- Importance of Anonymity: Introduces investigator safety, compartmentation, attribution risk, and the operational reasons anonymity must be established before active dark web work begins.
- Setting up a Dark Web Persona: Follows anonymity by showing how to build a controlled investigative presence that supports access and interaction without contaminating the case.
- Connecting to Tor: Provides the practical access method most investigators will use first and establishes the baseline for entering dark web environments safely.
- Navigating the Dark Web (Tor): Builds directly on Tor access by showing how investigators move through hidden services, interpret content, and collect leads in context.
- Creating a Tor Hidden Service: Adds deeper technical understanding of hidden-service architecture so investigators better understand how subjects operate and how services are exposed.
- I2P: Introduces investigators to a major non-Tor darknet so the course does not treat Tor as the only hidden network of investigative value.
- I2p EPSITE: Builds on I2P by focusing on site-hosting concepts and the way investigative opportunities differ from standard Tor hidden services.
- Lokinet: Expands the investigator's view of modern anonymity networks and reinforces the need to adapt workflows beyond Tor.
- Freenet: Introduces decentralized and persistence-focused darknet concepts that differ from more common hidden-service environments.
- Zeronet: Adds a peer-to-peer content model so investigators understand another way hidden or resilient content can be published and maintained.
- Other Onion Routing Dark Nets: Closes the core network section by preparing investigators to transfer the same logic to emerging or less common hidden networks.
- Darknet / Dark Web Evidence: Centers the investigation on what can be collected, documented, attributed, and preserved from hidden-service environments.
- Video Evidence: Builds on web-based collection by addressing the preservation and handling of moving-image evidence encountered on dark web services.
- Dark Markets: Introduces high-risk market environments where investigators must combine OPSEC, preservation discipline, and subject-matter awareness.
- Hunch.ly: Adds workflow-support tooling after the collection foundation is in place, helping investigators document navigation, preserve context, and maintain defensible records.
- What is Cryptocurrency: Provides the monetary context investigators need because dark web services and markets frequently intersect with cryptocurrency-based transactions.
- De-Anonymizing Tor: Introduces higher-risk advanced concepts only after investigators understand anonymity, access, preservation, and baseline collection workflows.
- AI - Machine Learning: Places emerging analytical support near the advanced section so investigators first understand the underlying tradecraft before applying automation or modeling concepts.
- Writing the Report: Follows collection and analysis so investigators can convert findings into clear, defensible reporting and actionable intelligence.
- Reporting Agencies: Extends reporting into escalation and coordination by identifying how findings may be referred, shared, or actioned through the proper channels.
- More Case Studies: Ends the map with applied scenarios that reinforce the full investigative arc from preparation and access to evidence handling, analysis, and reporting.
In today's interconnected world, digital trails on social media platforms often hold the keys to unraveling mysteries. The CSI Linux Certified Social Media Investigator course illuminates the art and science of this essential investigative realm. Dive deep into the intricacies of data collection, unravel the narratives from vast social media landscapes, and learn to craft reports that provide actionable intelligence and stand robust in the courtrooms.
Whether piecing together a puzzle starting with the slender thread of probable cause or delivering vital insights to decision-makers, the CSIL-CSMI certification equips you with the tools and techniques to excel. Step into the vanguard of social media investigations and make every digital clue count.
- Law Enforcement
- Intelligence Personnel
- Private Investigators
- Insurance Investigators
- Cyber Incident Responders
- Digital Forensics (DFIR) analysts
- Penetration Testers
- Social Engineers
- Recruiters
- Human Resources Personnel
- Researchers
- Investigative Journalists
- OPSEC — 13%
- Technology and Dar Web Basics — 20%
- Laws, Ethics, and Investigations — 9%
- Identification — 16%
- Collection & Preservation — 13%
- Examination & Analysis — 13%
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: $385
The certification is valid for a period of three years. To receive a free retest voucher within this period, you must either:
- Submit a paper related to the subject you were certified in, ensuring it aligns with the course material.
- Provide a walkthrough on a tool not addressed in the original course but can be a valuable supplement to the content.
This fosters continuous learning and allows for enriching the community and the field. Doing this underscores your commitment to staying updated in the industry. If you don't adhere to these requirements and fail to recertify within the 3-year timeframe, your certification will expire.
The CSIL-CSMI introduces investigators to social media intelligence as a structured investigative discipline focused on anonymity, evidence preservation, lawful collection, platform-aware analysis, persona-driven inquiry, and clear reporting. The module order is arranged to move investigators from foundational investigative safeguards into platform-specific collection, niche social environments, and practical reporting.
This sequence reflects the published CSIL-CSMI focus on social media intelligence, OPSEC, collection and preservation, platform-specific investigative techniques, and examination and analysis. It also aligns with the intended audience described in the course document, including law enforcement, intelligence personnel, private investigators, insurance investigators, DFIR analysts, cyber responders, recruiters, human resources personnel, researchers, and investigative journalists.
- Introduction: Opens the course, frames the social media investigative mission, and prepares investigators for the progression from collection to courtroom-ready reporting.
- About the CSIL-CSMI: Defines the certification purpose, scope, audience, and how the course supports real-world social media investigations.
- Importance of Anonymity: Introduces investigator safety, compartmentation, attribution risk, and the operational reasons anonymity must be established early.
- Preserving Online Evidence: Places preservation at the front of the workflow so investigators learn to capture fragile online evidence before content changes or disappears.
- Base Process of Investigations: Establishes the repeatable investigative workflow that ties collection, examination, analysis, and reporting into a defensible process.
- Laws, ethics, and SOCMINT: Adds the legal and ethical guardrails needed before investigators interact with platforms, accounts, or subjects.
- Terms Of Service Challenges: Follows the legal foundation by addressing platform-specific restrictions, access risks, and operational limits investigators must understand before collection.
- Examples of SOCMINT Investigations: Shows how real investigative scenarios unfold so investigators can connect the foundational rules to practical casework.
- Setting up an Online Web Persona - Sock Puppet: Introduces persona creation after the legal and operational groundwork is established, allowing investigators to build a controlled online presence safely.
- Using your persona to investigate: Builds directly on persona creation by showing how to apply the account in a measured investigative workflow without contaminating the case.
- Username Search: Provides a practical entry point for identification and account discovery across social platforms and related services.
- Online Investigations With Images: Expands the investigation into image-based discovery, attribution, context building, and evidentiary collection.
- Video Evidence Collection: Builds on image-based work by covering the collection and preservation of moving-image evidence from social platforms and hosted services.
- 3rd Party Commercial Apps: Introduces supplemental commercial tooling after investigators understand the core workflow, helping them compare native methods with external capabilities.
- YouTube: Focuses on channel analysis, video-source context, comments, metadata opportunities, and preservation concerns unique to the platform.
- TikTok: Examines short-form video investigations, profile analysis, repost behavior, trends, and evidentiary considerations tied to the platform.
- Google: Places search and account-adjacent discovery in the middle of the workflow because investigators routinely use Google to expand leads across the social ecosystem.
- Facebook: Covers profile, group, page, event, and marketplace-adjacent investigative opportunities in one of the most common social environments.
- Telegram: Introduces channel, group, and messaging-based investigation with attention to anonymity, collection, and platform-specific challenges.
- LinkedIn: Shifts into professionally oriented social intelligence where employment history, affiliations, and organizational context can support attribution.
- X - Twitter: Addresses rapid-update social intelligence, account tracking, post analysis, and trend-driven investigative leads on a high-velocity platform.
- X/Twitter and Instagram: Bridges cross-platform investigative patterns by comparing how social identity, content reuse, and behavioral signals can be tracked between major networks.
- Dating Sites: Introduces relationship-driven investigative environments where deception, grooming, fraud, and identity manipulation are common concerns.
- Marketplace Scams: Expands the course into transaction-focused social investigations involving fraud indicators, seller behavior, victim interaction, and evidentiary preservation.
- 4Chan and Image Boards: Covers fast-moving anonymous or pseudonymous communities where content volatility and cultural context are central to interpretation.
- Reddit: Examines threaded community-based investigation, user history, moderation structures, and subreddit-specific context.
- Other Social Media Sites: Closes the platform section by preparing investigators to adapt the same investigative logic to emerging or less common networks.
- Writing the Report: Follows the collection and analysis phases so investigators can convert findings into clear, defensible reporting and actionable intelligence.
- Case Studies: Uses realistic scenarios to reinforce the full investigative arc from planning and collection to analysis and documentation.
- Practicing OSINT and Resources: Ends the map with continued-practice guidance and resources so investigators can keep building skill after completing the formal course.
As cryptocurrency moves deeper into modern finance, fraud, cybercrime, intelligence work, and digital commerce, investigators are increasingly being asked to follow money that does not move through traditional banks, borders, or paper trails. A wallet address can hold millions. A single transaction can cross jurisdictions in seconds. A public blockchain can reveal extraordinary detail, but only to those who know how to read it. That is where the CSI Linux Certified Blockchain and Cryptocurrency Analyst comes in.
The CSIL-CBCA is built for investigators who need to do more than recognize cryptocurrency terms. It prepares professionals to examine blockchain activity, interpret transaction behavior, identify meaningful service touchpoints, and handle digital asset evidence in a way that is lawful, structured, and useful in real investigations. Whether the case involves fraud, ransomware, dark web activity, financial crime, asset tracing, or digital evidence preservation, the certification is designed to help investigators move from raw blockchain data to defensible investigative understanding.
The program brings together cyber investigations, financial intelligence, and blockchain analysis in a practical learning path. Students begin with the foundations that matter most: ethics, human rights, law, cross-border issues, anti-money laundering, and operational security. From there, the course moves into blockchain architecture, wallet structures, key management, major asset types, transaction tracing, attribution, evidence handling, legal process, and reporting. The result is not just technical familiarity, but a working investigative framework for following cryptocurrency in the real world.
- Law enforcement investigators
- Digital forensic examiners
- Intelligence analysts
- Cyber incident responders
- Financial crime investigators
- Private investigators
- Investigative journalists
- Security professionals and researchers
- Ethics, Human Rights, and OPSEC — 5%
- Laws, AML, and Compliance — 17%
- Blockchain and Cryptocurrency Foundations — 9%
- Wallets, Key Management, and Chain-Specific Differences — 14%
- Smart Contracts, DeFi, and NFT Investigations — 5%
- Blockchain Forensics, Tracking, and Attribution — 25%
- Evidence Seizure, Legal Process, and Reporting — 21%
- Investigative Tools and Advanced Workflow — 4%
- Self-paced training and quizzes
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: $385
The certification is valid for a period of three years. To receive a free retest voucher within this period, you must either:
- Submit a paper related to the subject you were certified in, ensuring it aligns with the course material.
- Provide a walkthrough on a tool not addressed in the original course but can be a valuable supplement to the content.
The CSI Linux Certified CBCA course and certification is designed to teach investigators how to move from a wallet address, transaction hash, or blockchain lead to a structured, lawful, and defensible cryptocurrency investigation. It covers the investigative lifecycle of cryptocurrency and blockchain cases, including ethics and human rights, legal authority, cross border issues, anti-money laundering concepts, blockchain foundations, wallet and key management, chain specific investigative differences, tracing methodology, attribution, documentation, operational discipline, seizure and preservation, reporting, scripting, and modern issues such as DeFi, privacy enhancing systems, and AI assisted investigative work. Its purpose is not merely to teach tracing, but to teach how to build a real case that can survive analytical, legal, and courtroom scrutiny.
This course is useful because cryptocurrency investigations often fail when investigators confuse visible blockchain activity with proof, move faster than their legal authority, misapply heuristics, neglect documentation, or fail to connect blockchain evidence to real world records, devices, services, and people. The course directly addresses those risks by training investigators, law enforcement personnel, digital forensic examiners, intelligence analysts, financial crime investigators, and related professionals to think methodically, preserve evidence correctly, interpret blockchain behavior carefully, and report findings in a way that is useful in real investigations and defensible in court.
- Module 1. The First Wallet: Introduces the investigator to the starting point of a cryptocurrency case through a narrative opening centered on a wallet address, transaction timing, interpretation pressure, and early attribution risk.
- Module 2. What Went Wrong: Investigator Failure Checklist: Breaks down the common failure points that derail cryptocurrency investigations, including weak starting point validation, assumption driven reasoning, poor documentation, premature attribution, and lack of legal authority.
- Module 3. Ethics and Human Rights: Covers ethical responsibility, privacy, victim protection, investigative restraint, and the requirement to pursue truth without abandoning rights and dignity.
- Module 4. Laws: Establishes the legal framework that governs cryptocurrency investigations, including authority, scope, public versus protected data, provider held records, device evidence, and the relationship between legal process and usable evidence.
- Module 5. Cross-Border and Jurisdictional Issues: Addresses the operational reality that blockchain activity crosses borders while legal process does not, requiring investigators to think in terms of jurisdiction mapping, preservation, provider location, and international coordination.
- Module 6. Anti-Money Laundering and FinCEN: Explains AML concepts, financial crime patterns, compliance touchpoints, and how regulated services can bridge pseudonymous blockchain activity to documented real world identities and records.
- Module 7. Encryption and Hashing: Covers the technical foundations investigators need to understand wallet security, transaction verification, evidence integrity, key material, and file validation.
- Module 8. What is a Blockchain?: Explains blockchain fundamentals in investigator relevant terms.
- Module 9. Public vs Private vs Hybrid Blockchains: Distinguishes blockchain models and explains why those differences matter in tracing, access, records, and investigative expectations.
- Module 10. Node Operations, Blockchain Infrastructure, and Mining: Provides the infrastructure layer needed to understand where data comes from, how blockchain systems function operationally, and what that means for evidence and analysis.
- Module 11. What is Cryptocurrency?: Establishes the conceptual framework for digital assets, value transfer, control, and investigative relevance.
- Module 12. Wallets and Key Management: Focuses on wallets, keys, seed phrases, custody, access control, and why control relationships matter more than surface visibility.
- Module 13. Bitcoin: Covers Bitcoin as a core investigative ecosystem.
- Module 14. Ethereum: Covers Ethereum, its structure, and its investigative differences.
- Module 15. Monero: Addresses Monero and the challenges of privacy focused cryptocurrency investigations.
- Module 16. Litecoin: Covers Litecoin and its relevance in cryptocurrency investigations.
- Module 17. Stablecoins and Token Tracing: Focuses on stablecoins, token movement, and tracing implications in modern cases.
- Module 18. Chain-Specific Investigative Differences: Trains investigators to avoid assuming all chains behave the same operationally or evidentiary.
- Module 19. Smart Contracts and Contract-Based Investigations: Covers smart contract driven activity and the distinct investigative workflow required for contract based transactions.
- Module 20. Vanity Wallet Addresses: Explains vanity addresses and their investigative significance.
- Module 21. OPSEC: Covers investigator operational security in cryptocurrency and related online investigations.
- Module 22. Scientific Foundations of Evidence Admissibility: Connects cryptocurrency investigation work to standards of reliability, defensibility, and courtroom challenge.
- Module 23. Blockchain Forensics Methodology: Establishes the structured analytical method for blockchain investigations.
- Module 24. Tracking Transactions: Covers practical blockchain tracing workflow and movement analysis.
- Module 25. Technical Example, Tracking Transactions: Applies tracing methodology in a hands on technical example that reinforces workflow and interpretation.
- Module 26. Intelligence & Attribution: Focuses on moving from transaction activity to investigative intelligence and attribution while respecting evidentiary limits.
- Module 27. Operational Discipline: Reinforces the habits that keep cryptocurrency investigations structured, reproducible, and defensible.
- Module 28. Documentation and case management: Covers how to organize the case file, separate fact from assessment, preserve legal and evidentiary records, and maintain defensible investigative documentation.
- Module 29. Common criminal use of cryptocurrency: Surveys the common criminal contexts where cryptocurrency appears so investigators can recognize patterns without forcing conclusions.
- Module 30. Cryptocurrency Obfuscation & Evasion Techniques: Covers concealment strategies and how adversaries try to complicate tracing and attribution.
- Module 31. Privacy Coins & Protocol-Level Anonymity: Addresses privacy enhancing cryptocurrencies and protocol level anonymity issues.
- Module 32. Dark Markets: Covers darknet marketplace related cryptocurrency investigations.
- Module 33. DeFi and Emerging Risks: Examines decentralized finance environments and the additional risk, tracing, and attribution complexity they create.
- Module 34. NFT Investigations: Covers NFT related investigative issues and evidentiary considerations.
- Module 35. Exchanges and KYC/Compliance: Focuses on regulated service providers, KYC, records, compliance environments, and key attribution touchpoints.
- Module 36. Evidence Seizure & Preservation: Covers seizure, preservation, key material handling, and evidentiary protection of cryptocurrency related assets and artifacts.
- Module 37. Legal process examples: Provides practical models for lawful requests, provider process, and cross border or service-based evidence access.
- Module 38. Reporting and testimony: Trains investigators to explain findings clearly, accurately, and defensibly in reports and court.
- Module 39. Scripting for Cryptocurrency Investigations: Expands investigator capability through scripting and technical automation in casework.
- Module 40. AI and Crypto Investigations: Covers the role, value, and limitations of AI in cryptocurrency investigations.
- Module 41. optional advanced labs / case exercises: Provides advanced applied work and practical reinforcement.
- Module 42. Appendix: Cryptocurrency Seizure Playbook: Functions as a practical operational module for pre operation planning, scene security, documentation before interaction, preservation, secure handling of key material, post seizure analysis, asset restraint or transfer, and reporting with chain of custody.
- Module 43. CSI Case Management System: Shows how CSI-CMS supports structured case creation, financial workflows, dark web workflows, artifact preservation, JSON and HTML reporting, and case centered evidence management in cryptocurrency investigations.
- Module 44. Official Course Material for the CSIL-CBCA: Marks the course’s formal certification alignment and closing instructional package.
In today's digital age, where surveillance is ubiquitous and privacy endangered, discreet and covert communications are necessary. The CSI Linux Certified Covert Comms Specialist stands as the beacon of mastery, catering to individuals who advocate and employ stealth communication methods, ensuring confidentiality even amidst the most vulnerable of digital environments.
Distinguished as a stalwart in covert communications, a CSIL-C3S specialist signifies more than just certification; it reflects an individual's prowess in understanding the techniques and tools vital for communication below the radar. Securing this certification accentuates one's acumen, dedication, and adaptability to thrive in an ecosystem demanding discreet exchanges, positioning oneself distinctively in the realm of digital secrecy.
- Journalists in Hostile Environments
- Cybersecurity Professionals
- Privacy Advocates
- Whistleblowers
- Private Investigators
- Human Rights Activists
- Lawyers Handling Sensitive Information
- Diplomats and International Correspondents
- Special Operations Military Personnel
- Strategic Corporate Communicators
- Understanding Covert Comms — 10%
- Laws and Ethics — 10%
- Traditional Covert Techniques — 7%
- Digital Covert Techniques — 12%
- Burner Phones — 8%
- Network Subterfuge — 12%
- Steganography and Concealment — 13%
- Darknet and Clandestine Networks — 12%
- Encryption and Secure Comms — 10%
- Operational Security in Covert Comms — 6%
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: $385
The certification is valid for a period of three years. To receive a free retest voucher within this period, you must either:
- Submit a paper related to the subject you were certified in, ensuring it aligns with the course material.
- Provide a walkthrough on a tool not addressed in the original course but can be a valuable supplement to the content.
This fosters continuous learning and allows for enriching the community and the field. Doing this underscores your commitment to staying updated in the industry. If you don't adhere to these requirements and fail to recertify within the 3-year timeframe, your certification will expire.
The CSIL-C3S prepares investigators, journalists, and cybersecurity professionals to communicate discreetly in hostile, monitored, censored, or high-risk environments. The module order starts with certification context, covert communication fundamentals, and legal boundaries, then moves through censorship evasion, traditional covert methods, disposable communications, identity separation, concealed messaging, radio and SDR options, encryption, and network subterfuge before closing with darknet use, operational security, and automation tradecraft.
This sequence reflects the published CSIL-C3S emphasis on covert communications, laws and ethics, traditional and digital covert techniques, burner phones, steganography and concealment, network subterfuge, darknet and clandestine networks, and operational security. It also aligns with the audience described in the course document, including journalists in hostile environments, cybersecurity professionals, privacy advocates, whistleblowers, private investigators, human rights activists, lawyers handling sensitive information, diplomats, and other professionals who need secure communications under pressure.
- Introduction: Opens the course, establishes the training mission, and frames why covert communications matter for investigators, journalists, and cybersecurity professionals operating in monitored environments.
- About the CSIL-C3S: Defines the certification scope, expectations, and the role of CSI Linux in supporting covert communication and secure investigative tradecraft.
- Understanding Covert Communication: Places the core concepts early so learners understand the purpose, risks, and value of discreet communications before moving into tools and techniques.
- Laws and Ethics: Introduces the legal and ethical boundaries early so covert methods are grounded in professional judgment, lawful use, and defensible decision-making.
- Secure Communication and Censorship Evasion: Builds directly on the legal foundation by showing why secure channels and evasion techniques matter when communications are monitored, filtered, or blocked.
- Traditional Covert Techniques: Starts the practical tradecraft section with classic concepts that help learners think beyond software and understand timeless covert communication principles.
- Burner Phones: Introduces disposable communications early in the applied phase because device separation and short-term use are central to covert contact discipline.
- Sock Puppet Accounts: Expands identity compartmentalization into the digital space so learners can separate real identities from investigative or protective communications.
- Shared email: Shows how indirect access methods can support covert exchanges while reducing direct attribution and limiting exposure.
- Side Channel Communications: The Art of Subtle Messaging: Adds low-visibility communication methods after identities and devices are understood so learners can use subtle channels with intent rather than improvisation.
- SDRs and Radios: Broadens the communication toolkit beyond mainstream networks and reinforces that covert communications may require alternate transmission paths.
- Steganography: Introduces data concealment as a natural bridge between message creation and message delivery, allowing communications to hide in plain sight.
- Alternate Data Streams: Follows steganography with file-level concealment methods that help learners understand how hidden data can ride within normal system artifacts.
- Encryption: Anchors the technical protection layer by ensuring confidentiality is understood before traffic moves across tunnels, proxies, or clandestine networks.
- Network Subterfuge: Groups the transport tradecraft that disguises routes, pivots traffic, and reduces direct exposure when communicating across monitored infrastructure.
- VPNs: Introduces a foundational privacy transport layer before more specialized tunneling methods are applied.
- OpenVPN: Builds on general VPN concepts with a practical implementation that investigators and security professionals can deploy and audit.
- SSH: Adds encrypted remote access and tunneling fundamentals that support secure command, forwarding, and covert transport operations.
- Third Party Tunneling: Expands transport options beyond native tools so learners can evaluate alternate routing paths when standard methods are constrained or exposed.
- *cats: Fits within the tunneling stack as a covert transport option for relaying or moving communications through less obvious channels.
- Rinetd: Introduces lightweight port-forwarding tradecraft useful for controlled redirection and discreet network reachability.
- SSHuttle: Adds user-friendly pivoting and transparent-style tunneling to support rapid operational movement when full VPN deployment is unnecessary.
- STunnel: Shows how to wrap communications in TLS to strengthen transport confidentiality and blend traffic into more common encrypted patterns.
- SocksProxy: Closes the transport block with proxy-based routing so learners understand flexible application-level redirection and layered anonymity options.
- Darknet and Clandestine Networks: Appears after transport and concealment because learners need a strong technical and operational base before using higher-risk covert networks.
- Operational Security in Covert Comms: Ties metadata risk, anonymity discipline, and communication hygiene together across every method taught in the course.
- Metasploit: Introduces controlled operator tooling after the secure-communications core so learners understand how offensive-capable frameworks intersect with covert delivery and access.
- Living off the Land (Scripting): Reinforces the value of native-system tradecraft for reducing footprint, blending in, and using what is already available on target or relay systems.
- Server / Client Scripting: Extends covert communications into repeatable service-side and endpoint-side workflows that can support resilient, purpose-built channels.
- Scripts that help automate the process in Bash: Closes the module map with automation so practitioners can turn manual covert communication steps into repeatable, efficient, and documented operational processes.
The CSI Linux Certified INSTructor program is an advanced course tailored for individuals who have successfully completed the CSI Linux Certified Investigator certification. This program is intricately designed to transform certified investigators into adept educators, capable of delivering the CSI Linux courses with unparalleled proficiency. As technology and cyber investigation landscapes evolve, it is paramount that educators stay at the pinnacle of their game. This course is a blend of rigorous pedagogical training, ensuring instructors are not just masters of the CSI Linux platform, but also effective communicators, equipped to share their knowledge with aspiring investigators.
Dive deep into the dynamics of course preparation, manage your classroom effectively, handle disruptive students gracefully, and get insights into the CSI Linux branding guidelines. This course does not just prepare you to be an instructor; it molds you into an ambassador of the CSI Linux community, ensuring the highest standards of education and integrity are upheld in every session you lead.
- Educational Professionals
- Community Outreach
- Law Enforcement
- Intelligence Personnel
- Private Investigators
- Insurance Investigators
- Cyber Incident Responders
- Digital Forensics (DFIR) analysts
- Penetration Testers
- Social Engineers
- Recruiters
- Human Resources Personnel
- Researchers
- Investigative Journalists
- Ensuring Students are Prepared — 20%
- CSI Linux Course Prep — 25%
- Engaging Instructor-led training — 25%
- Managing Disruptive — 10%
- Troubleshooting the Classroom — 10%
- CSI Linux Branding and Logo Usage — 10%
- Online testing
- 85 questions (Multiple Choice)
- 2 hours
- A minimum passing score of 85%
- Cost: $385
The certification is valid for a period of three years. To receive a free retest voucher within this period, you must either:
- Submit a paper related to the subject you were certified in, ensuring it aligns with the course material.
- Provide a walkthrough on a tool not addressed in the original course but can be a valuable supplement to the content.
This fosters continuous learning and allows for enriching the community and the field. Doing this underscores your commitment to staying updated in the industry. If you do not adhere to these requirements and fail to recertify within the 3-year timeframe, your certification will expire.
The CSIL-CINST prepares experienced CSI Linux practitioners to become capable, consistent, and professional instructors who can deliver investigator training with structure, credibility, and classroom control. The module order moves from certification context and student readiness into course preparation, delivery methods, interpreter coordination, responsible AI use, classroom management, technical troubleshooting, and brand stewardship.
This sequence reflects the published CSIL-CINST emphasis on ensuring students are prepared, course preparation, instructor-led engagement, disruption management, troubleshooting, and branding. It also aligns with the intended audience described in the course document, including educational professionals, community outreach personnel, law enforcement, intelligence personnel, private investigators, insurance investigators, cyber incident responders, DFIR analysts, penetration testers, social engineers, recruiters, human resources personnel, researchers, and investigative journalists.
- Introduction: Opens the course, frames the instructor mission, and prepares candidates for the progression from course readiness to classroom delivery and brand representation.
- CSI Linux Certified INSTructor Course and Examination: Defines the certification purpose, expectations, assessment posture, and the standards instructors are expected to uphold while representing CSI Linux.
- Ensuring Student Access on CSI Linux Academy: Places student readiness early so instructors can confirm account access, navigation, and training availability before teaching begins.
- CSI Linux Course Prep: Builds the teaching foundation by organizing lesson flow, materials, labs, and delivery planning before instructors step into a live environment.
- Working with Interpreters: Adds cross-language delivery planning so instructors can preserve clarity, pacing, and learning outcomes when courses require interpretation support.
- Engaging & Enriching Instructor-led Courses: Centers live-course delivery techniques after planning is complete so instructors can keep investigators engaged through practical, credible, and well-paced instruction.
- Leveraging AI Tools in Education: A Double-Edged Chalkboard: Introduces AI after the core teaching foundation is established so instructors can use automation and support tools responsibly without weakening instruction quality, accuracy, or academic integrity.
- Managing Disruptive Students in a Professional Manner: Follows engagement because strong instruction must be paired with professional classroom control, conflict handling, and consistent standards for live delivery.
- Troubleshooting: Prepares instructors to resolve common technical problems quickly so live sessions remain smooth, credible, and focused on learning outcomes.
- Branding and Logo Usage: Closes the module map by reinforcing that certified instructors are also representatives of the CSI Linux community and must use approved branding correctly and consistently.
