Security Information and Event Management
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This document provides an overview of security information and event management (SIEM) tools and related topics. It discusses getting started with Security Onion and Docker, then covers SIEM concepts like collecting events, creating incidents, and example tools like IBM QRadar and Splunk. It also summarizes related areas like user entity behavior analytics, security orchestration automation and response, threat intelligence attribution and distribution, and security analytics hunting techniques.
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What is SIEM
SIEM is an abbreviation of “Security Information and Event Management”. It comprises of two parts:
Security Information Management
Security Event Management
Security Information and Event Management (SIEM)
CloudAccess SIEM provides security information and event management capabilities through a single integrated platform. It combines security information management, security event management, and log management functions. Some key features include intrusion detection, 24/7 monitoring, forensic analysis, vulnerability reporting, and anomalous activity alerts. CloudAccess SIEM can be deployed as software, an appliance, or a managed service. It provides real-time analysis of security alerts from network devices and applications.
Security Information Event Management - nullhyd
SIEM systems provide security event monitoring and log management by collecting security data from across an organization's network and systems. The first SIEM was developed in 1996 and major players today include IBM QRadar, HP ArcSight, and McAfee Nitro. SIEMs aggregate logs from various sources, use correlation engines to identify related security events, and generate alerts when multiple events indicate a higher risk threat. They provide visibility across an organization's security infrastructure and help with compliance, operations, and forensic investigations. SIEM is important for threat detection, compliance, and gaining insights from security event data.
SIEM
The document describes a company's SIEM (Security Information and Event Management) design and integration services. It details a typical 4-phase SIEM project approach: 1) Assessment and requirements gathering, 2) System design, 3) Integration services, and 4) Long-term SIEM co-sourcing services. The company works collaboratively with clients to understand their needs, design a customized SIEM solution, implement the system in development and production environments, and provide ongoing support services.
Security Information and Event Managemen
This document provides an overview of security information and event management (SIEM) systems. It discusses the types of SIEM systems, how they differ from security event management and security information management systems, and their high-level architecture and life cycle. Key topics covered include log analysis, monitoring, and National Institute of Standards and Technology guidelines for effective log management. The document aims to explain the importance of centralized log management and analysis.
McAfee SIEM solution
The document lists the executive team of a company and then provides information about SIEM integration, escalation, use cases, and an informational interview. It discusses how SIEM can integrate with various platforms and software to secure them from threats. It also describes how SIEM has escalated to work with different technologies over time and provides security updates. The informational interview covers benefits of SIEM, investment aspects, data storage strategies, analytics techniques, challenges, cloud capabilities, and skills needed for implementation.
SIEM : Security Information and Event Management
SIEM refers to security information and event management. It collects, aggregates, normalizes, and analyzes log and event data according to preset rules and presents it in a human readable format. This allows IT security teams to filter through large amounts of network traffic and log data to detect threats and ensure compliance. A SIEM system performs functions like collection, aggregation, parsing, normalization, categorization, enrichment, indexing, and storage of log files to facilitate analysis and alert security professionals of suspicious activities.
SIEM - Your Complete IT Security Arsenal
This document discusses key considerations for choosing a SIEM (security information and event management) solution. It begins with an overview of ManageEngine, a provider of IT management software. It then discusses the importance of log management and security event monitoring. The document outlines 8 critical factors to consider when selecting a SIEM solution: log collection capabilities, user activity monitoring, real-time event correlation, log retention, compliance reporting, file integrity monitoring, log forensics, and dashboards. It presents ManageEngine's SIEM offering and highlights its ease of deployment, cost-effectiveness, customizable dashboards, and universal log collection. The presentation concludes with a Q&A.
Recommended
What is SIEM
SIEM is an abbreviation of “Security Information and Event Management”. It comprises of two parts:
Security Information Management
Security Event Management
Security Information and Event Management (SIEM)
CloudAccess SIEM provides security information and event management capabilities through a single integrated platform. It combines security information management, security event management, and log management functions. Some key features include intrusion detection, 24/7 monitoring, forensic analysis, vulnerability reporting, and anomalous activity alerts. CloudAccess SIEM can be deployed as software, an appliance, or a managed service. It provides real-time analysis of security alerts from network devices and applications.
Security Information Event Management - nullhyd
SIEM systems provide security event monitoring and log management by collecting security data from across an organization's network and systems. The first SIEM was developed in 1996 and major players today include IBM QRadar, HP ArcSight, and McAfee Nitro. SIEMs aggregate logs from various sources, use correlation engines to identify related security events, and generate alerts when multiple events indicate a higher risk threat. They provide visibility across an organization's security infrastructure and help with compliance, operations, and forensic investigations. SIEM is important for threat detection, compliance, and gaining insights from security event data.
SIEM
The document describes a company's SIEM (Security Information and Event Management) design and integration services. It details a typical 4-phase SIEM project approach: 1) Assessment and requirements gathering, 2) System design, 3) Integration services, and 4) Long-term SIEM co-sourcing services. The company works collaboratively with clients to understand their needs, design a customized SIEM solution, implement the system in development and production environments, and provide ongoing support services.
Security Information and Event Managemen
This document provides an overview of security information and event management (SIEM) systems. It discusses the types of SIEM systems, how they differ from security event management and security information management systems, and their high-level architecture and life cycle. Key topics covered include log analysis, monitoring, and National Institute of Standards and Technology guidelines for effective log management. The document aims to explain the importance of centralized log management and analysis.
McAfee SIEM solution
The document lists the executive team of a company and then provides information about SIEM integration, escalation, use cases, and an informational interview. It discusses how SIEM can integrate with various platforms and software to secure them from threats. It also describes how SIEM has escalated to work with different technologies over time and provides security updates. The informational interview covers benefits of SIEM, investment aspects, data storage strategies, analytics techniques, challenges, cloud capabilities, and skills needed for implementation.
SIEM : Security Information and Event Management
SIEM refers to security information and event management. It collects, aggregates, normalizes, and analyzes log and event data according to preset rules and presents it in a human readable format. This allows IT security teams to filter through large amounts of network traffic and log data to detect threats and ensure compliance. A SIEM system performs functions like collection, aggregation, parsing, normalization, categorization, enrichment, indexing, and storage of log files to facilitate analysis and alert security professionals of suspicious activities.
SIEM - Your Complete IT Security Arsenal
This document discusses key considerations for choosing a SIEM (security information and event management) solution. It begins with an overview of ManageEngine, a provider of IT management software. It then discusses the importance of log management and security event monitoring. The document outlines 8 critical factors to consider when selecting a SIEM solution: log collection capabilities, user activity monitoring, real-time event correlation, log retention, compliance reporting, file integrity monitoring, log forensics, and dashboards. It presents ManageEngine's SIEM offering and highlights its ease of deployment, cost-effectiveness, customizable dashboards, and universal log collection. The presentation concludes with a Q&A.
SIEM - Activating Defense through Response by Ankur Vats
This document discusses log management and security information and event management (SIEM). It defines log management and outlines the log management challenges organizations face. It then introduces SIEM, describing what it is, why it is necessary, its typical features and process flow. The document outlines eight critical features of an effective SIEM solution including log collection, user activity monitoring, event correlation, log retention, compliance reports, file integrity monitoring, log forensics and dashboards. It also discusses typical SIEM products, uses cases for PCI DSS compliance and reasons why SIEM implementations may fail.
Security Information and Event Management (SIEM)
This document provides an overview of security information and event management (SIEM). It defines SIEM as software and services that combine security information management (SIM) and security event management (SEM). The key objectives of SIEM are to identify threats and breaches, collect audit logs for security and compliance, and conduct investigations. SIEM solutions centralize log collection, correlate events in real-time, generate reports, and provide log retention, forensics and compliance reporting capabilities. The document discusses typical SIEM features, architecture, deployment options, and reasons for SIEM implementation failures.
From SIEM to SOC: Crossing the Cybersecurity Chasm
You own a SIEM, but to be secure, you need a Security Operations Center! How do you cross the chasm? Do you hire staff or outsource? And what skills are needed? Mike Ostrowski, a cybersecurity industry veteran, will review common pitfalls experienced through the journey from SIEM to SOC, the pros and cons of an all in-house SOC vs. outsourcing, and the benefits of a hybrid SOC model.
Learning Objectives:
1: You own a SIEM, but to be secure, you need a SOC. How do you cross the chasm?
2: What are the pros and cons of in-house, fully managed and hybrid security?
3: What considerations go into deciding whether to employ a hybrid strategy?
(Source: RSA Conference USA 2018)
SIEM Primer:
SIEM stands for Security Information and Event Management. It involves collecting, aggregating, normalizing and retaining logs and other security-related data from across an organization. SIEM performs analysis on this data through correlation, prioritization and notification/alerting. It also provides reporting and workflow capabilities for security teams. While SIEM promises improved security through these functions, it requires careful planning, scoping, requirements development and ongoing focus to avoid failures and ensure value.
SIEM presentation final
This document provides an overview of security information and event management (SIEM). It discusses how SIEM systems aggregate log data from various network devices and security tools to enable log management, event correlation, incident investigation and compliance reporting. It describes common SIEM components like log sources, event processors, and management consoles. It also covers log transmission methods, common ports used, and features of SIEM tools like QRadar including rule-based alerting, custom reports, and the Ariel Query Language for log searches.
Beginner's Guide to SIEM
Get advice from security gurus on how to get up & running with SIEM quickly and painlessly. You'll learn about log collection, log management, log correlation, integrated data sources and how-to leverage threat intelligence into your SIEM implementation.
Siem solutions R&E
Security information and event management (SIEM) technology supports threat detection, compliance and security incident management through the collection and analysis (both near real time and historical) of security events, as well as a wide variety of other event and contextual data sources.
QRadar, ArcSight and Splunk
The document provides a review and comparison of the QRadar, ArcSight, and Splunk SIEM platforms. It summarizes their key capabilities and components. For each solution, it outlines strengths such as integrated monitoring, analytics features, and scalability. It also notes weaknesses such as complexity, customization limitations, and high data volume licensing costs. The comparison finds QRadar well-suited for smaller deployments, ArcSight for medium-large organizations, and notes Splunk's log collection strengths but limited out-of-the-box correlations compared to competitors. Gartner assessments for each platform cover visibility trends, deployment challenges, and roadmap monitoring advice.
Q radar architecture deep dive
QRadar collects security data from various sources using event collectors and flow collectors. The data is normalized, coalesced, and forwarded to event processors where it is stored, indexed, and processed using the custom rules engine. Offenses and related data are stored in a PostgreSQL database while events and flows are stored in an Ariel database. Asset and vulnerability information is gathered from scanners and passive profiling to build profiles in the PostgreSQL database. The magistrate generates offenses which are then available in the user interface.
What is SIEM? A Brilliant Guide to the Basics
SIEM is a technological solution that collects and aggregates logs from various data sources, discovers trends, and alerts when it spots anomalous activity, like a possible security threat.
Building A Security Operations Center
To build an effective security operations center (SOC), you must first understand what type of SOC you need by considering its capabilities, organization, staffing hours, and environment. Key planning areas include defining hours of availability, whether to use an MSSP, priority capabilities, and the technology environment. Budget and technology are also important to consider, but only after establishing goals. An effective SOC requires the right mix of processes, people, and technologies tailored to your organization's unique needs.
SIEM - Varolan Verilerin Anlamı
This document discusses SIEM (security information and event management) systems. It defines SIEM as providing a holistic view of technical infrastructure by bringing together various technologies. It discusses popular SIEM products like HP ArcSight and IBM QRadar. It also outlines key SIEM capabilities like log collection, normalization, correlation, aggregation, reporting, and alerting.
Implementing and Running SIEM: Approaches and Lessons
This document provides an outline and overview of implementing and running a SIEM (Security Information and Event Management) system. It discusses different approaches such as building, buying, or outsourcing a SIEM. It analyzes the choices and risks/advantages of each approach. The document also details common "worst practices" seen in SIEM and log management projects and provides lessons learned from case studies of projects that did not go well.
SIEM Architecture
Security Incident Event Management
Real time monitoring of Servers, Network Devices.
Correlation of Events
Analysis and reporting of Security Incidents.
Threat Intelligence
Long term storage
IBM QRadar Security Intelligence Overview
the IBM Security Intelligence Platform, also known as QRadar®, integrates SIEM, log management, anomaly detection, vulnerability management, risk management and incident forensics into a unified, highly scalable, real-time solution that provides superior threat detection, greater ease of use, and low total cost of ownership compared with competitive products
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This document discusses IBM's acquisition of Resilient Systems and how it will advance IBM's security strategy. It notes that the acquisition will unite security operations and incident response, deliver a single hub for response management, and allow seamless integration with IBM and third-party solutions. This will help organizations of all sizes successfully prevent, detect, and respond to cyberattacks.
Top Cybersecurity Threats and How SIEM Protects Against Them
Everyone has become increasingly aware of the danger hackers pose—they can steal data, dismantle systems, and cause damage that can take years to recover from. However, organizations often have a false sense of safety when it comes to their security environments. There are countless ways that businesses are making it easier for a threat actor to find their way in undetected.
Join cybersecurity expert Bob Erdman, senior security product manager, as he outlines the most common ways organizations unintentionally put themselves at risk against threats like:
Insider attacks
Alert and console fatigue
Shortage of security staff
Misconfigurations
Excessive access
By better understanding what and where the challenges are, organizations can be better equipped to find solutions. This webinar will also highlight different strategies for mitigating risk, from specific Security Information and Event Management (SIEM) tools to employee education.
SIEM (Security Information and Event Management)
In this presentation we cover basic knowledge about siem .
-What is siem
-How It works
-Siem Process
-Siem capabilities
-Some snaps of VARNOIS(Tools that use for getting logs"LOGS aggregation" and then apply some machine algorithms to see about logs that logs are risky OR not).
There are a lot of others vendors also who provided the tools for information and event management.like QRADAR is also one of the best tool by IBM.
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This document discusses Splunk Enterprise Security and its frameworks for analyzing security data. It provides an overview of Splunk's security portfolio and how it addresses challenges with legacy SIEM solutions. Key frameworks covered include Notable Events for streamlining incident management, Asset and Identity for enriching incidents with contextual data, Risk Analysis for prioritizing incidents based on quantitative risk scores, and Threat Intelligence for detecting indicators of compromise in machine data. Interactive dashboards and incident review interfaces are highlighted as ways to investigate threats and monitor the security posture.
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This document discusses using big data analytics to enhance security. It begins by defining big data analytics and describing security trends like the evolution from intrusion detection systems to security information and event management (SIEM) to next-generation SIEM using big data analytics. An example of an advanced persistent threat is provided. The document then discusses integrating security analytics with open source tools like SQRRL and Prelert. Finally, it covers how to apply these concepts by determining what security-related data can be collected and two options for implementing big data analytics in a security program.
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This document discusses log management and security information and event management (SIEM). It defines log management and outlines the log management challenges organizations face. It then introduces SIEM, describing what it is, why it is necessary, its typical features and process flow. The document outlines eight critical features of an effective SIEM solution including log collection, user activity monitoring, event correlation, log retention, compliance reports, file integrity monitoring, log forensics and dashboards. It also discusses typical SIEM products, uses cases for PCI DSS compliance and reasons why SIEM implementations may fail.
Security Information and Event Management (SIEM)
This document provides an overview of security information and event management (SIEM). It defines SIEM as software and services that combine security information management (SIM) and security event management (SEM). The key objectives of SIEM are to identify threats and breaches, collect audit logs for security and compliance, and conduct investigations. SIEM solutions centralize log collection, correlate events in real-time, generate reports, and provide log retention, forensics and compliance reporting capabilities. The document discusses typical SIEM features, architecture, deployment options, and reasons for SIEM implementation failures.
From SIEM to SOC: Crossing the Cybersecurity Chasm
You own a SIEM, but to be secure, you need a Security Operations Center! How do you cross the chasm? Do you hire staff or outsource? And what skills are needed? Mike Ostrowski, a cybersecurity industry veteran, will review common pitfalls experienced through the journey from SIEM to SOC, the pros and cons of an all in-house SOC vs. outsourcing, and the benefits of a hybrid SOC model.
Learning Objectives:
1: You own a SIEM, but to be secure, you need a SOC. How do you cross the chasm?
2: What are the pros and cons of in-house, fully managed and hybrid security?
3: What considerations go into deciding whether to employ a hybrid strategy?
(Source: RSA Conference USA 2018)
SIEM Primer:
SIEM stands for Security Information and Event Management. It involves collecting, aggregating, normalizing and retaining logs and other security-related data from across an organization. SIEM performs analysis on this data through correlation, prioritization and notification/alerting. It also provides reporting and workflow capabilities for security teams. While SIEM promises improved security through these functions, it requires careful planning, scoping, requirements development and ongoing focus to avoid failures and ensure value.
SIEM presentation final
This document provides an overview of security information and event management (SIEM). It discusses how SIEM systems aggregate log data from various network devices and security tools to enable log management, event correlation, incident investigation and compliance reporting. It describes common SIEM components like log sources, event processors, and management consoles. It also covers log transmission methods, common ports used, and features of SIEM tools like QRadar including rule-based alerting, custom reports, and the Ariel Query Language for log searches.
Beginner's Guide to SIEM
Get advice from security gurus on how to get up & running with SIEM quickly and painlessly. You'll learn about log collection, log management, log correlation, integrated data sources and how-to leverage threat intelligence into your SIEM implementation.
Siem solutions R&E
Security information and event management (SIEM) technology supports threat detection, compliance and security incident management through the collection and analysis (both near real time and historical) of security events, as well as a wide variety of other event and contextual data sources.
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The document provides a review and comparison of the QRadar, ArcSight, and Splunk SIEM platforms. It summarizes their key capabilities and components. For each solution, it outlines strengths such as integrated monitoring, analytics features, and scalability. It also notes weaknesses such as complexity, customization limitations, and high data volume licensing costs. The comparison finds QRadar well-suited for smaller deployments, ArcSight for medium-large organizations, and notes Splunk's log collection strengths but limited out-of-the-box correlations compared to competitors. Gartner assessments for each platform cover visibility trends, deployment challenges, and roadmap monitoring advice.
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QRadar collects security data from various sources using event collectors and flow collectors. The data is normalized, coalesced, and forwarded to event processors where it is stored, indexed, and processed using the custom rules engine. Offenses and related data are stored in a PostgreSQL database while events and flows are stored in an Ariel database. Asset and vulnerability information is gathered from scanners and passive profiling to build profiles in the PostgreSQL database. The magistrate generates offenses which are then available in the user interface.
What is SIEM? A Brilliant Guide to the Basics
SIEM is a technological solution that collects and aggregates logs from various data sources, discovers trends, and alerts when it spots anomalous activity, like a possible security threat.
Building A Security Operations Center
To build an effective security operations center (SOC), you must first understand what type of SOC you need by considering its capabilities, organization, staffing hours, and environment. Key planning areas include defining hours of availability, whether to use an MSSP, priority capabilities, and the technology environment. Budget and technology are also important to consider, but only after establishing goals. An effective SOC requires the right mix of processes, people, and technologies tailored to your organization's unique needs.
SIEM - Varolan Verilerin Anlamı
This document discusses SIEM (security information and event management) systems. It defines SIEM as providing a holistic view of technical infrastructure by bringing together various technologies. It discusses popular SIEM products like HP ArcSight and IBM QRadar. It also outlines key SIEM capabilities like log collection, normalization, correlation, aggregation, reporting, and alerting.
Implementing and Running SIEM: Approaches and Lessons
This document provides an outline and overview of implementing and running a SIEM (Security Information and Event Management) system. It discusses different approaches such as building, buying, or outsourcing a SIEM. It analyzes the choices and risks/advantages of each approach. The document also details common "worst practices" seen in SIEM and log management projects and provides lessons learned from case studies of projects that did not go well.
SIEM Architecture
Security Incident Event Management
Real time monitoring of Servers, Network Devices.
Correlation of Events
Analysis and reporting of Security Incidents.
Threat Intelligence
Long term storage
IBM QRadar Security Intelligence Overview
the IBM Security Intelligence Platform, also known as QRadar®, integrates SIEM, log management, anomaly detection, vulnerability management, risk management and incident forensics into a unified, highly scalable, real-time solution that provides superior threat detection, greater ease of use, and low total cost of ownership compared with competitive products
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This document discusses IBM's acquisition of Resilient Systems and how it will advance IBM's security strategy. It notes that the acquisition will unite security operations and incident response, deliver a single hub for response management, and allow seamless integration with IBM and third-party solutions. This will help organizations of all sizes successfully prevent, detect, and respond to cyberattacks.
Top Cybersecurity Threats and How SIEM Protects Against Them
Everyone has become increasingly aware of the danger hackers pose—they can steal data, dismantle systems, and cause damage that can take years to recover from. However, organizations often have a false sense of safety when it comes to their security environments. There are countless ways that businesses are making it easier for a threat actor to find their way in undetected.
Join cybersecurity expert Bob Erdman, senior security product manager, as he outlines the most common ways organizations unintentionally put themselves at risk against threats like:
Insider attacks
Alert and console fatigue
Shortage of security staff
Misconfigurations
Excessive access
By better understanding what and where the challenges are, organizations can be better equipped to find solutions. This webinar will also highlight different strategies for mitigating risk, from specific Security Information and Event Management (SIEM) tools to employee education.
SIEM (Security Information and Event Management)
In this presentation we cover basic knowledge about siem .
-What is siem
-How It works
-Siem Process
-Siem capabilities
-Some snaps of VARNOIS(Tools that use for getting logs"LOGS aggregation" and then apply some machine algorithms to see about logs that logs are risky OR not).
There are a lot of others vendors also who provided the tools for information and event management.like QRADAR is also one of the best tool by IBM.
Splunk Enterprise Security
This document discusses Splunk Enterprise Security and its frameworks for analyzing security data. It provides an overview of Splunk's security portfolio and how it addresses challenges with legacy SIEM solutions. Key frameworks covered include Notable Events for streamlining incident management, Asset and Identity for enriching incidents with contextual data, Risk Analysis for prioritizing incidents based on quantitative risk scores, and Threat Intelligence for detecting indicators of compromise in machine data. Interactive dashboards and incident review interfaces are highlighted as ways to investigate threats and monitor the security posture.
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Implementing and Running SIEM: Approaches and Lessons
Top Cybersecurity Threats and How SIEM Protects Against Them
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Conclusions
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● The overall benefits of the Splunk solution
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● How stakeholders and the overall project were managed
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Events Management or How to Survive Security Incidents
The document discusses how to effectively handle security incidents. It recommends implementing continuous event management with tools, procedures, and integration across systems to gain visibility into networks. This includes inventorying devices, monitoring for changes, and having processes for incident response and prevention. The document also provides examples of security incident definitions, architectures for collecting and analyzing security data, and some open source tools that can help with event management.
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Security Information and Event Management
- 1. Security Information and Event Management (and more) February 28th, 2018
- 2. Get in touch with us Mailing List - Sign in and check “Add to Mailing List” Website - csg.utdallas.edu Slack - #csg on ecsutd.slack.com Email - utdcsg@gmail.com
- 3. Announcements Lab Hangouts - ECSS 4.619 - 4 PM Thursday - February 15 Pentesting Session - https://youtu.be/JYEnMiZGFP8
- 4. Overview 1. Getting Started a. Security Onion b. Docker 2. SIEM a. Overview b. Tools c. Demonstration 3. Beyond SIEM a. UEBA b. SOAR 4. Threat Intelligence a. Attribution b. Distribution c. Simulation 5. Hunting a. Performance b. State
- 6. Getting Started Resources Security Onion - Infrastructure Security Appliance Docker - Containers great for testing security tooling
- 7. SIEM
- 8. Security Information and Event Management Aggregates incoming information from network sensors Single pane of glass for current network state Alerts analysts of current incidents and needs
- 9. SIEM - Events vs. Incidents Events - Real things that happened Incidents - Security “problems”
- 10. SIEM - Goal Alert analysts of incidents and give them the ability to correlate them to events
- 11. SIEM - Examples ● IBM QRadar ● HP ArcSight ● Splunk ● ElasticStack
- 12. ELK + Cowrie Demo
- 13. Beyond SIEM
- 14. SIEM Shortcomings Only as a good as the rules you provide Analysts find themselves doing repetitive tasks
- 15. User and Entity Behavior Analytics Behavioral whitelisting Applying BIG DATA and MACHINE LEARNING to security No open source solutions :(
- 16. Security Orchestration Automation and Response Many times, incidents can be handled automatically Patch management Evaluating security posture “Centralized source for all things security” MozDef? - https://github.com/mozilla/MozDef
- 18. Threat Intel - Attribution Turn attacks into indicators of compromise Turn indicators of compromise into threat profiles Associate that profile with an attacker
- 19. Threat Intel - Distribution Structured Threat Information Expression Trusted Automated Exchange of Intelligence Information AlienVault Open Threat Exchange
- 20. Threat Intel - Simulation ATT&CK Framework - Classifying attacker behavior Caldera - Simulating attackers https://www.youtube.com/watch?v=xjDrWStR68E
- 21. Hunting
- 22. Performance Looking for anomalies in performance data Solutions: Visualization: Grafana Storage: InfluxDB, Graphite Collection: Prometheus, Telegraf
- 23. State Looking for anomalies in current server state Solutions: OS query + Fleet Puppet + PuppetDB