Top 5 Priorities for Cloud Security. Presentation slides by Teri Radichel, CEO, 2nd Sigh Lab at the Canadian Executive Cloud & DevSecOps Summit. Vancouver May 11, 2018 hosted by TriNimbus.
The Internet is no longer virtual; the harm is real. Economics plays a very important role in harm reduction. Drawing on breaking research, this session will cover a wide variety of cyber-physical effects and possible long-term social, political and policy solutions. We’ll explore thru a variety of lenses: economic, macro-economic, risk, software quality assurance and computer security, to name a few.
Slides from Alexandre BRIANCEAU's talk at #OSSPARIS19 (Open Source Summit Paris 2019).
Security is everyone's business, an exploited breach is enough. Teams are aware of this and yet it is still as difficult as ever to be able to ensure, be confident, and reassure others (prove) that at least one party is under control.
And when it comes to server infrastructure, especially at the OS / middleware level, everything gets complicated. Even with an operational security team, it is difficult to ensure that the Information System Security Policy and security recommendations are properly implemented on all servers.
How can we be sure that our security policies are properly applied on all our servers other than through a massive and costly audit? Even if they were when they were created, how do you know if they remain perfectly compliant after a few days / weeks / months?
Let's discover together RUDDER, an open-source solution for continuous compliance based on configuration management to automatically audit and/or correct our systems.
SureLog is a next-generation SIEM solution with a powerful correlation engine. Its rule based correlation engine with taxonomy has a superior detection capability. Additionally, SureLog has a Machine Learning detection module. What machine learning offers is the ‘many-eyes' option. With the experienced scientist point of view SureLog has placed its bets on the combination of rule based correlation, human and machine intelligence in its most recent cybersecurity efforts, which reduces the time it takes to detect and respond to cyberattacks. A key differentiator is our unique approach to use machine learning, rule based correlation and human intelligence in parallel.
SureLog was designed as a full scope tool that uses machine learning, rule based correlation algorithms and correlation framework for the security specialists to detect emerging threats.
This document discusses common administrator mistakes that can compromise security. It includes topics such as misunderstanding passwords, ignoring offline access, not monitoring network traffic, using outdated technology, installing pirated software, and putting too much trust in people without proper documentation and training. The overall goals are to familiarize attendees with these mistakes and encourage being proactive about security.
SecPod Saner is an endpoint security solution that provides continuous visibility and control over endpoints. It proactively remediates risks and detects and responds to threats using vulnerability management, patch management, compliance management, and endpoint threat detection and response. Saner allows administrators to gain wide visibility into endpoint activities, create rules to monitor for deviations and fix issues, manage transient devices to keep them protected and up-to-date, create and enforce security compliance policies, and view real-time status reports.
SIEM 101: Get a Clue About IT Security Analysis AlienVault
How real-time network sleuthing can help you lock down IT.
Everyone in IT knows that security is a big deal, but did you know that SIEM (security information and event management) can help protect your network from data breaches, even when traditional defenses fail?
If SIEM a mystery to you, lets grab Colonel Mustard, the candlestick and head to the library because this mystery is about to be solved. We'll be giving out more than just clues in this webinar: you'll discover explanations of security concepts, tools, tips and tricks as we unravel the mystery of how to better protect your network. Bring your magnifying glass, because you’ll also learn about event correlation, EPS, normalization and other things that will surely impress your friends.
Sign up now to learn from our chief gumshoe and noted SIEM Enthusiast Joe Schreiber. He’ll explain the reasons that SIEM exists, how it works, and most importantly - what you can do with it.
IT WAS MR. BODDY ALL ALONG!!!
This document outlines six steps to ensure SIEM success: 1) Avoid single-purpose SIEM tools and look for built-in security controls, 2) Know your use cases before evaluating tools, 3) Imagine worst case scenarios for your business, 4) Include built-in threat intelligence, 5) Use IP reputation data to prioritize alarms, and 6) Automate deployment. It emphasizes the importance of integrated security tools to reduce costs and complexity, and knowing business needs and threats to properly focus the SIEM.
It’s a fair question and one that is compounded by the convergence we see happening across many categories within cybersecurity. Security operations teams have a broad spectrum of choices from pure-play security orchestration and automation platforms to traditional SIEMs that are adding orchestration capabilities.
Visit - https://siemplify.co/blog/do-i-need-a-siem-if-i-have-soar/
The Internet is no longer virtual; the harm is real. Economics plays a very important role in harm reduction. Drawing on breaking research, this session will cover a wide variety of cyber-physical effects and possible long-term social, political and policy solutions. We’ll explore thru a variety of lenses: economic, macro-economic, risk, software quality assurance and computer security, to name a few.
Slides from Alexandre BRIANCEAU's talk at #OSSPARIS19 (Open Source Summit Paris 2019).
Security is everyone's business, an exploited breach is enough. Teams are aware of this and yet it is still as difficult as ever to be able to ensure, be confident, and reassure others (prove) that at least one party is under control.
And when it comes to server infrastructure, especially at the OS / middleware level, everything gets complicated. Even with an operational security team, it is difficult to ensure that the Information System Security Policy and security recommendations are properly implemented on all servers.
How can we be sure that our security policies are properly applied on all our servers other than through a massive and costly audit? Even if they were when they were created, how do you know if they remain perfectly compliant after a few days / weeks / months?
Let's discover together RUDDER, an open-source solution for continuous compliance based on configuration management to automatically audit and/or correct our systems.
SureLog is a next-generation SIEM solution with a powerful correlation engine. Its rule based correlation engine with taxonomy has a superior detection capability. Additionally, SureLog has a Machine Learning detection module. What machine learning offers is the ‘many-eyes' option. With the experienced scientist point of view SureLog has placed its bets on the combination of rule based correlation, human and machine intelligence in its most recent cybersecurity efforts, which reduces the time it takes to detect and respond to cyberattacks. A key differentiator is our unique approach to use machine learning, rule based correlation and human intelligence in parallel.
SureLog was designed as a full scope tool that uses machine learning, rule based correlation algorithms and correlation framework for the security specialists to detect emerging threats.
This document discusses common administrator mistakes that can compromise security. It includes topics such as misunderstanding passwords, ignoring offline access, not monitoring network traffic, using outdated technology, installing pirated software, and putting too much trust in people without proper documentation and training. The overall goals are to familiarize attendees with these mistakes and encourage being proactive about security.
SecPod Saner is an endpoint security solution that provides continuous visibility and control over endpoints. It proactively remediates risks and detects and responds to threats using vulnerability management, patch management, compliance management, and endpoint threat detection and response. Saner allows administrators to gain wide visibility into endpoint activities, create rules to monitor for deviations and fix issues, manage transient devices to keep them protected and up-to-date, create and enforce security compliance policies, and view real-time status reports.
SIEM 101: Get a Clue About IT Security Analysis AlienVault
How real-time network sleuthing can help you lock down IT.
Everyone in IT knows that security is a big deal, but did you know that SIEM (security information and event management) can help protect your network from data breaches, even when traditional defenses fail?
If SIEM a mystery to you, lets grab Colonel Mustard, the candlestick and head to the library because this mystery is about to be solved. We'll be giving out more than just clues in this webinar: you'll discover explanations of security concepts, tools, tips and tricks as we unravel the mystery of how to better protect your network. Bring your magnifying glass, because you’ll also learn about event correlation, EPS, normalization and other things that will surely impress your friends.
Sign up now to learn from our chief gumshoe and noted SIEM Enthusiast Joe Schreiber. He’ll explain the reasons that SIEM exists, how it works, and most importantly - what you can do with it.
IT WAS MR. BODDY ALL ALONG!!!
This document outlines six steps to ensure SIEM success: 1) Avoid single-purpose SIEM tools and look for built-in security controls, 2) Know your use cases before evaluating tools, 3) Imagine worst case scenarios for your business, 4) Include built-in threat intelligence, 5) Use IP reputation data to prioritize alarms, and 6) Automate deployment. It emphasizes the importance of integrated security tools to reduce costs and complexity, and knowing business needs and threats to properly focus the SIEM.
It’s a fair question and one that is compounded by the convergence we see happening across many categories within cybersecurity. Security operations teams have a broad spectrum of choices from pure-play security orchestration and automation platforms to traditional SIEMs that are adding orchestration capabilities.
Visit - https://siemplify.co/blog/do-i-need-a-siem-if-i-have-soar/
Meltdown and Spectre - How to Detect the Vulnerabilities and ExploitsAlienVault
As you've likely heard, Meltdown and Spectre are vulnerabilities that exist in Intel CPUs built since 1995. Hackers can exploit Meltdown and Spectre to get hold of information stored in the memory of other running programs. This might include passwords stored in a password manager or browser, photos, emails, instant messages and even business-critical documents.
Join us for a technical webcast to learn more about these threats, and how the security controls in AlienVault Unified Security Management (USM) can help you mitigate these threats.
You'll learn:
What the AlienVault Labs security research team has learned about these threats
How to scan your environment (cloud and on-premises) for the vulnerability with AlienVault USM Anywhere
How built-in intrusion detection capabilities of USM Anywhere can detect exploits of these vulnerabilities
How the incident response capabilities in USM Anywhere can help you mitigate attacks
Watch the On-Demand Webcast here: https://www.alienvault.com/resource-center/webcasts/meltdown-and-spectre-how-to-detect-the-vulnerabilities-and-exploits?utm_medium=Social&utm_source=SlideShare&utm_content=meltdown-spectre-webcast
Hosted By
Sacha Dawes
Principal Product Marketing Manager
Sacha joined AlienVault in Feb 2017, where he is responsible for the technical marketing of the AlienVault Unified Security Management (USM) family of solutions. He brings multiple years of experience from product management, product marketing and business management roles at Microsoft, NetIQ, Gemalto and Schlumberger where he has delivered both SaaS-delivered and boxed-product solutions that address the IT security, identity and management space. Originally from the UK, Sacha is based in Austin, TX.
Modern SIEMs support many different business and technical use cases, including security, compliance, big data analytics, IT operations, and others. However, this does not mean that any SIEM solution will satisfy your unique business and technical needs. Not all SIEMs are built equally or optimally to support all use cases, so it’s important to begin your SIEM evaluation by defining your specific use cases or goals.
Making (Implicit) Security Requirements Explicit for Cyber-Physical Systems: ...Tope Omitola
Abstract. The increased connectivity of critical maritime infrastructure
(CMI) systems to digital components and networks have raised concerns
of their vulnerability to cyber attacks. Helping to mitigate or inhibit
these cyber attacks will require the design and engineering of secure
systems. Systems theory has been shown to provide the foundation for
a disciplined approach to engineering trustworthy secure cyber-physical
systems. In this paper, we use systems theory, and concepts adapted
from safety analysis, to develop a systematic mechanism for analysing the
security functionalities of assets' interactions in the maritime domain.We use the theory to guide us to discern the system's purpose, likely system losses, potential threats, and to construct system constraints needed to
inhibit or mitigate these threats. We also use the theory to develop a
trade-o and risk analytic technique applicable for risk assessment and
mitigation. As with system safety, security should be built in to systems
design rather than added on at the end of development. Our analyses can
be used as springboards to a set of principles that help to enunciate the
assumptions and system-level security requirements useful as the bases
for systems' security validation and verification.
The document outlines best practices for patch management. It recommends patching often, everywhere, and leveraging automation. It emphasizes bridging the gap between security and operations teams through joint activities and incident planning. Exceptions should include additional security measures like privilege reduction. The document reviews Microsoft's evolving patch model and recommends using Ivanti to stay organized.
This document discusses computer security software and its benefits. It states that computer security software is essential for protecting computers from malware, viruses, and security breaches. It prevents unexpected shutdowns and solves problems. The software can remove undesirable items from the computer's hard disk, caches, and registries. It also helps systems overcome weaknesses and underlying problems. The document emphasizes that total security software provides all-round security for a computer, ensuring it performs well without interruption and remains in a sound state.
This document discusses using a SIEM (Security Information and Event Management) solution to detect cyber threats in real-time or from historical data. It describes setting up a SIEM solution in a home lab to integrate various components that provide security information and event management. The goal is to discover the best way to detect threats on networks using artificially intelligent SIEM tools by analyzing data logs and enabling threat hunting and forensics.
Outlier provides an agentless endpoint threat detection and response system that continuously monitors endpoints across an organization's network to detect known and unknown threats. It applies advanced analytics techniques like machine learning and statistical analysis to identify anomalies and outliers that could indicate new malware or attacks. When threats are found, Outlier generates automated alerts that include contextual evidence, and allows security teams to quickly investigate incidents and examine endpoints. As a software-as-a-service with no agents to manage, Outlier reduces costs and allows security teams to work more efficiently.
SecPod Saner provides continuous visibility and control for all endpoints. It proactively remediates risks and detects and responds to threats. Saner combines endpoint vulnerability, patch and compliance management with endpoint threat detection and response into one easy to manage solution.
Lumension Security Solutions provides integrated security solutions including vulnerability management, endpoint protection, data protection, and security & compliance reporting. The vulnerability management solution uses discovery, assessment, prioritization, and remediation to identify and address vulnerabilities across an organization's entire network. The endpoint protection solution authorizes only trusted applications to increase productivity and lower support costs. The data protection solution controls data flow and encrypts data to devices for compliance. Lumension offers a consolidated view of security risks and reporting across the entire enterprise from one management platform.
IDS for Security Analysts: How to Get Actionable Insights from your IDSAlienVault
The document discusses best practices for intrusion detection systems (IDS). It recommends a three phase process: collection, evaluation, and tuning. In the collection phase, an IDS gathers baseline data for 2 weeks. In evaluation, valuable and actionable events are identified based on policy, risk, and environment. Trending helps eliminate normal activity. Tuning removes unnecessary events to reduce false positives and save time through threshold adjusting and awareness of network details. Updates may require periodic re-evaluation and tuning to account for changes.
Monitoring Privileged User Actions for Security and Compliance with SureLog: ...Ertugrul Akbas
VPN access is commonly used but difficult to monitor and control. SureLog is a SIEM solution that can automatically monitor and correlate VPN user activity like VPN logins, RDP connections, processes run, files accessed and network connections made. It generates reports on these activities and their relationships to provide visibility into what users are doing after establishing a VPN connection. SureLog also includes alarms that can be triggered if certain conditions are met, such as a VPN user accessing restricted servers or running suspicious processes, to detect potential malicious insider activity or data exfiltration.
SIEM solutions are responsible for the automated analysis of
events, which sends alerts to the concerned security team for
notifying them about the immediate issues and taking automated actions in parallel. SureLog SIEM response actions are intelligent.
Improve Threat Detection with OSSEC and AlienVault USMAlienVault
Host-based IDS systems, or HIDS, work by monitoring activity that is occurring internally on a host. HIDS look for unusual or nefarious activity by examining logs created by the operating system, looking for changes made to key system files, tracking installed software, and sometimes examining the network connections a host makes. AlienVault USM features a complete integration of OSSEC, one of the most popular and effective open source HIDS tools.
In this live demo, we'll show you how USM helps you get more out of OSSEC with:
Remote agent deployment, configuration and management
Behavioral monitoring of OSSEC clients
Logging and reporting for PCI compliance
Data correlation with IP reputation data, vulnerability scans and more
We'll finish up by showing a demo of how OSSEC alert correlation can be used to detect brute force attacks with USM
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.
This document discusses security implications of cloud computing and web application attacks. It begins by showing statistics that web application attacks are now the leading cause of data breaches, but less than 5% of security budgets are spent on application security. There is a wide range of attacks targeting different layers of the application stack. Defending web applications and workloads in the cloud is complex due to rapidly changing code, vulnerabilities in third-party tools, and a lack of security expertise. Perimeter security tools are insufficient for protecting the cloud attack surface. The document advocates taking a layered approach to classify applications and workloads as known good, known bad, or requiring further review in order to address security risks in the cloud. It then provides an example of
7 Steps to Build a SOC with Limited ResourcesLogRhythm
Most organizations don't have the resources to staff a 24x7 security operations center (SOC). This results in events that aren't monitored around the clock, major delays in detecting and responding to incidents, and the inability for the team to proactively hunt for threats. It's a dangerous situation.
But there is a solution. By using the Threat Lifecycle Management framework to combine people, process, and technology to automate manual tasks, your team can rapidly detect and respond to threats—without adding resources. Read on to learn 7 steps to building your SOC, even when your resources are limited.
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.
How come SureLog detects things like a failed login from all brands and types of devices. The answer is in the taxonomy it uses.
A taxonomy aids in pattern recognition and also improves the scope and stability of correlation rules. When events from heterogeneous sources are normalized they can be analyzed by a smaller number of correlation rules, which reduces deployment and support labor. In addition, normalized events are easier to work with when developing reports and dashboards
Using normalized events and taxonomy categories is highly recommended in correlation because they make the rule easier to modify, maintain and apply to additional log sources.
With the ability to translates all log types into a single taxonomy, Sureog provides immediate time-to-value in the application of SIEM, meaning customers are empowered to build, manage and effectively transform their businesses through a unified cybersecurity solution
Taxonomy or event categorization is common in SIEM solution. The question is how strong, deep and powerful is your SIEM taxonomy capability?
The document discusses integrating software security into the software development lifecycle. It recommends addressing security as early as possible, including during the requirements phase by performing threat assessments and defining security requirements. During design, it suggests involving security experts, using threat modeling to understand risks, and implementing defenses like isolation, least privilege, and defense in depth. Throughout development and testing, it advises performing security reviews, testing, and activities to find and fix vulnerabilities before deployment.
Nowadays Organisations rely on data heavily to increase the efficiency and effectiveness of their business activities. It is necessary for organisations to secure their database from external attack in other to ensure confidentiality, integrity and availability. Different approaches to protect sensitive database are needed in an enterprise environment and can be combined together to strengthen an organization's security posture, while minimizing the cost and effort of data protection. Some of which are explained below. 1
Meltdown and Spectre - How to Detect the Vulnerabilities and ExploitsAlienVault
As you've likely heard, Meltdown and Spectre are vulnerabilities that exist in Intel CPUs built since 1995. Hackers can exploit Meltdown and Spectre to get hold of information stored in the memory of other running programs. This might include passwords stored in a password manager or browser, photos, emails, instant messages and even business-critical documents.
Join us for a technical webcast to learn more about these threats, and how the security controls in AlienVault Unified Security Management (USM) can help you mitigate these threats.
You'll learn:
What the AlienVault Labs security research team has learned about these threats
How to scan your environment (cloud and on-premises) for the vulnerability with AlienVault USM Anywhere
How built-in intrusion detection capabilities of USM Anywhere can detect exploits of these vulnerabilities
How the incident response capabilities in USM Anywhere can help you mitigate attacks
Watch the On-Demand Webcast here: https://www.alienvault.com/resource-center/webcasts/meltdown-and-spectre-how-to-detect-the-vulnerabilities-and-exploits?utm_medium=Social&utm_source=SlideShare&utm_content=meltdown-spectre-webcast
Hosted By
Sacha Dawes
Principal Product Marketing Manager
Sacha joined AlienVault in Feb 2017, where he is responsible for the technical marketing of the AlienVault Unified Security Management (USM) family of solutions. He brings multiple years of experience from product management, product marketing and business management roles at Microsoft, NetIQ, Gemalto and Schlumberger where he has delivered both SaaS-delivered and boxed-product solutions that address the IT security, identity and management space. Originally from the UK, Sacha is based in Austin, TX.
Modern SIEMs support many different business and technical use cases, including security, compliance, big data analytics, IT operations, and others. However, this does not mean that any SIEM solution will satisfy your unique business and technical needs. Not all SIEMs are built equally or optimally to support all use cases, so it’s important to begin your SIEM evaluation by defining your specific use cases or goals.
Making (Implicit) Security Requirements Explicit for Cyber-Physical Systems: ...Tope Omitola
Abstract. The increased connectivity of critical maritime infrastructure
(CMI) systems to digital components and networks have raised concerns
of their vulnerability to cyber attacks. Helping to mitigate or inhibit
these cyber attacks will require the design and engineering of secure
systems. Systems theory has been shown to provide the foundation for
a disciplined approach to engineering trustworthy secure cyber-physical
systems. In this paper, we use systems theory, and concepts adapted
from safety analysis, to develop a systematic mechanism for analysing the
security functionalities of assets' interactions in the maritime domain.We use the theory to guide us to discern the system's purpose, likely system losses, potential threats, and to construct system constraints needed to
inhibit or mitigate these threats. We also use the theory to develop a
trade-o and risk analytic technique applicable for risk assessment and
mitigation. As with system safety, security should be built in to systems
design rather than added on at the end of development. Our analyses can
be used as springboards to a set of principles that help to enunciate the
assumptions and system-level security requirements useful as the bases
for systems' security validation and verification.
The document outlines best practices for patch management. It recommends patching often, everywhere, and leveraging automation. It emphasizes bridging the gap between security and operations teams through joint activities and incident planning. Exceptions should include additional security measures like privilege reduction. The document reviews Microsoft's evolving patch model and recommends using Ivanti to stay organized.
This document discusses computer security software and its benefits. It states that computer security software is essential for protecting computers from malware, viruses, and security breaches. It prevents unexpected shutdowns and solves problems. The software can remove undesirable items from the computer's hard disk, caches, and registries. It also helps systems overcome weaknesses and underlying problems. The document emphasizes that total security software provides all-round security for a computer, ensuring it performs well without interruption and remains in a sound state.
This document discusses using a SIEM (Security Information and Event Management) solution to detect cyber threats in real-time or from historical data. It describes setting up a SIEM solution in a home lab to integrate various components that provide security information and event management. The goal is to discover the best way to detect threats on networks using artificially intelligent SIEM tools by analyzing data logs and enabling threat hunting and forensics.
Outlier provides an agentless endpoint threat detection and response system that continuously monitors endpoints across an organization's network to detect known and unknown threats. It applies advanced analytics techniques like machine learning and statistical analysis to identify anomalies and outliers that could indicate new malware or attacks. When threats are found, Outlier generates automated alerts that include contextual evidence, and allows security teams to quickly investigate incidents and examine endpoints. As a software-as-a-service with no agents to manage, Outlier reduces costs and allows security teams to work more efficiently.
SecPod Saner provides continuous visibility and control for all endpoints. It proactively remediates risks and detects and responds to threats. Saner combines endpoint vulnerability, patch and compliance management with endpoint threat detection and response into one easy to manage solution.
Lumension Security Solutions provides integrated security solutions including vulnerability management, endpoint protection, data protection, and security & compliance reporting. The vulnerability management solution uses discovery, assessment, prioritization, and remediation to identify and address vulnerabilities across an organization's entire network. The endpoint protection solution authorizes only trusted applications to increase productivity and lower support costs. The data protection solution controls data flow and encrypts data to devices for compliance. Lumension offers a consolidated view of security risks and reporting across the entire enterprise from one management platform.
IDS for Security Analysts: How to Get Actionable Insights from your IDSAlienVault
The document discusses best practices for intrusion detection systems (IDS). It recommends a three phase process: collection, evaluation, and tuning. In the collection phase, an IDS gathers baseline data for 2 weeks. In evaluation, valuable and actionable events are identified based on policy, risk, and environment. Trending helps eliminate normal activity. Tuning removes unnecessary events to reduce false positives and save time through threshold adjusting and awareness of network details. Updates may require periodic re-evaluation and tuning to account for changes.
Monitoring Privileged User Actions for Security and Compliance with SureLog: ...Ertugrul Akbas
VPN access is commonly used but difficult to monitor and control. SureLog is a SIEM solution that can automatically monitor and correlate VPN user activity like VPN logins, RDP connections, processes run, files accessed and network connections made. It generates reports on these activities and their relationships to provide visibility into what users are doing after establishing a VPN connection. SureLog also includes alarms that can be triggered if certain conditions are met, such as a VPN user accessing restricted servers or running suspicious processes, to detect potential malicious insider activity or data exfiltration.
SIEM solutions are responsible for the automated analysis of
events, which sends alerts to the concerned security team for
notifying them about the immediate issues and taking automated actions in parallel. SureLog SIEM response actions are intelligent.
Improve Threat Detection with OSSEC and AlienVault USMAlienVault
Host-based IDS systems, or HIDS, work by monitoring activity that is occurring internally on a host. HIDS look for unusual or nefarious activity by examining logs created by the operating system, looking for changes made to key system files, tracking installed software, and sometimes examining the network connections a host makes. AlienVault USM features a complete integration of OSSEC, one of the most popular and effective open source HIDS tools.
In this live demo, we'll show you how USM helps you get more out of OSSEC with:
Remote agent deployment, configuration and management
Behavioral monitoring of OSSEC clients
Logging and reporting for PCI compliance
Data correlation with IP reputation data, vulnerability scans and more
We'll finish up by showing a demo of how OSSEC alert correlation can be used to detect brute force attacks with USM
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.
This document discusses security implications of cloud computing and web application attacks. It begins by showing statistics that web application attacks are now the leading cause of data breaches, but less than 5% of security budgets are spent on application security. There is a wide range of attacks targeting different layers of the application stack. Defending web applications and workloads in the cloud is complex due to rapidly changing code, vulnerabilities in third-party tools, and a lack of security expertise. Perimeter security tools are insufficient for protecting the cloud attack surface. The document advocates taking a layered approach to classify applications and workloads as known good, known bad, or requiring further review in order to address security risks in the cloud. It then provides an example of
7 Steps to Build a SOC with Limited ResourcesLogRhythm
Most organizations don't have the resources to staff a 24x7 security operations center (SOC). This results in events that aren't monitored around the clock, major delays in detecting and responding to incidents, and the inability for the team to proactively hunt for threats. It's a dangerous situation.
But there is a solution. By using the Threat Lifecycle Management framework to combine people, process, and technology to automate manual tasks, your team can rapidly detect and respond to threats—without adding resources. Read on to learn 7 steps to building your SOC, even when your resources are limited.
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.
How come SureLog detects things like a failed login from all brands and types of devices. The answer is in the taxonomy it uses.
A taxonomy aids in pattern recognition and also improves the scope and stability of correlation rules. When events from heterogeneous sources are normalized they can be analyzed by a smaller number of correlation rules, which reduces deployment and support labor. In addition, normalized events are easier to work with when developing reports and dashboards
Using normalized events and taxonomy categories is highly recommended in correlation because they make the rule easier to modify, maintain and apply to additional log sources.
With the ability to translates all log types into a single taxonomy, Sureog provides immediate time-to-value in the application of SIEM, meaning customers are empowered to build, manage and effectively transform their businesses through a unified cybersecurity solution
Taxonomy or event categorization is common in SIEM solution. The question is how strong, deep and powerful is your SIEM taxonomy capability?
The document discusses integrating software security into the software development lifecycle. It recommends addressing security as early as possible, including during the requirements phase by performing threat assessments and defining security requirements. During design, it suggests involving security experts, using threat modeling to understand risks, and implementing defenses like isolation, least privilege, and defense in depth. Throughout development and testing, it advises performing security reviews, testing, and activities to find and fix vulnerabilities before deployment.
Nowadays Organisations rely on data heavily to increase the efficiency and effectiveness of their business activities. It is necessary for organisations to secure their database from external attack in other to ensure confidentiality, integrity and availability. Different approaches to protect sensitive database are needed in an enterprise environment and can be combined together to strengthen an organization's security posture, while minimizing the cost and effort of data protection. Some of which are explained below. 1
An introduction to Security in Control Systems.
Includes a brief description of what a Control System is, and what the basic constraints that are encountered when attempting to secure these systems
Securing Systems - Still Crazy After All These YearsAdrian Sanabria
This document discusses the ongoing challenges of securing systems and networks. It notes that while cybersecurity basics like asset discovery, vulnerability management, and hardening are important, they are also very difficult tasks given the complexity of modern IT environments. The constant evolution of threats, emerging technologies, and lack of standardized frameworks add to these challenges. However, taking a perspective focused on resilience over perfection, prioritizing the highest risks, and learning from breaches can help tackle security issues in a pragmatic way. The presentation provides strategies for discovery assets, managing vulnerabilities, and hardening systems effectively.
Using security to drive chaos engineering - April 2018Dinis Cruz
Presentation I delivered at ISSA UK "Application Security - London Chapter Meeting" https://www.eventbrite.co.uk/e/application-security-london-chapter-meeting-tickets-42284085839
1. As developers drive cloud adoption for innovation, security must align with DevOps practices and integrate into their workflows.
2. A blueprint approach identifies common cloud assets and threats across full stacks to implement targeted controls.
3. Alert Logic provides integrated controls that offer broad pre-compromise and post-compromise coverage for common workloads through a combination of detection, blocking, and investigation capabilities.
How to Meet Strict Security & Compliance Requirements in the Cloud (SEC208) |...Amazon Web Services
(Presented by Trend Micro)
In this session, you learn about the AWS shared security model, including considerations and best practices for deploying a secure and compliant application on AWS, and how to leverage the features and APIs provided by AWS. You also learn how to use best-in-class security and compliance solutions that have been optimized for enterprises deploying in AWS.
Key topics covered are Amazon EC2 and Amazon EBS encryption, including several key management methodologies as well as intrusion detection and prevention, anti-malware, anti-virus, integrity monitoring, firewall, and web reputation in the cloud.
This document discusses SQL Server security best practices. It begins by noting that data breaches are common and costly for businesses. The presenter then covers security principles of confidentiality, integrity and availability. Various attack methods are described, demonstrating how quickly an unsecured system can be compromised. The presentation recommends implementing security policies across physical, network, host, application and database layers. Specific issues like SQL injection and authentication/authorization approaches are discussed. New SQL Server 2016 security features such as Always Encrypted and row-level security are also mentioned. Resources for further information are provided.
1. As developers have become the driving force behind cloud adoption, there is a need to realign security practices with DevOps workflows and priorities.
2. A blueprint approach to cloud security involves enumerating cloud assets, threat modeling for common workloads, and integrating controls across the full technology stack.
3. With a blueprint model and automated security tools integrated into the development pipeline, security can provide coverage throughout the software development lifecycle without slowing innovation or agility.
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For Business's Sake, Let's focus on AppSecLalit Kale
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1. Cloud computing provides flexibility and economies of scale but introduces new security risks as sensitive data and infrastructure are placed outside traditional secure perimeters.
2. Traditional security measures like firewalls and intrusion detection become more difficult in cloud environments where virtual machines are dynamically allocated across shared physical servers.
3. Ensuring data integrity, updating security software, complying with regulations, and monitoring administrator access require new solutions to prove security and respond to vulnerabilities in cloud infrastructure and virtual environments.
1. DevOps has implications for security as developers now drive cloud adoption for innovation and speed of deployment.
2. A blueprint approach to cloud security involves enumerating cloud assets, threat modeling for blueprints, and integrating controls like monitoring and machine learning to provide full stack security coverage.
3. This blueprint model provides a way to align security with DevOps practices by integrating security into the daily workflow and development pipeline rather than having security as a separate gate.
RSA 2021 Navigating the Unknowable: Resilience through Security Chaos Enginee...Aaron Rinehart
This document discusses security chaos engineering as a new approach to continuously learning about and validating security controls. It provides examples of how Cardinal Health and UnitedHealth Group use security chaos engineering. Cardinal Health conducts experiments to identify security gaps and partners to remediate issues before exploitation. UnitedHealth Group tests hypotheses about how the system should respond to events like misconfigured ports. The document encourages organizations to start with low-impact experiments and create a business case to expand the practice over time. It concludes that security chaos engineering can improve security resilience by proactively testing systems.
The document discusses techniques for rapid threat modeling. It begins with an overview of threat modeling and the STRIDE methodology. It then provides lessons learned for making threat modeling faster, such as setting time limits for sessions, prioritizing what to model, and customizing common controls. The document also discusses capturing issues identified and using threat modeling as part of a broader security analysis process.
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The document outlines 12 crucial Windows security skills for 2018 according to security experts at CQURE. The skills are organized into 12 groups: 1) Platform Security & Internals, 2) Attacks On Credentials & Prevention Solutions, 3) PowerShell As A Hacking Tool, 4) Office 365 Security, 5) Raising the bar for malware, 6) Microsoft SQL Server Security, 7) Improving security with Azure, 8) Virtualization based security, 9) Machine Learning for Security, 10) Windows 2016 security and infrastructure improvements, 11) Practical Public Key Infrastructure, and 12) Advanced Monitoring and Auditing. The document provides brief descriptions of the types of skills covered in each group.
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Teri_Radichel_Top_5_Priorities_for_Cloud_Security
1. TOP 5 PRIORITIES FOR
CLOUD SECURITY
TERI RADICHEL
2ND SIGHT LAB
@TERIRADICHEL
2. ABOUT THIS PRESENTATION
For Executives
New approach to security
Not technical details, design concepts
Get a handle on security problems
5 Priorities - Where to invest
3. 1. DESIGN FOR FAILURE
Ransomware recovery
Malware recovery
System patches
Disaster recovery
4. Code Spaces ~ The
company that was deleted
Can't Patch That…
It Might Break
S3 failure ~ people can't
turn on lights
Stolen data is encrypted
and cannot be accessed
AWS Patches Spectre on
AWS in a few days
Netflix failover to new
region in 7 minutes
DESIGNED TO FAIL DESIGNED FOR FAILURE
6. Security software ~ One
key to rule them all
Admin holds city of San
Francisco systems hostage
Security engineer stalks
women via access to PII
Separate teams for
different systems
3-Party Collusion Model
to access data
Systems not directly
accessible to Internet
NOT SEGMENTED SEGMENTED
7. 3. CONFIGURATION AS CODE
Stored in source control
Track who changed, why, when
Use a repository for components
Test deployments
8. Security has no idea
what’s going on.
Changes can’t be rolled
back or re-deployed
Frequent Error Due to
Human Error
Code is scanned for
errors when checked in
Auto-remediation before
code reaches production
Test deployments and
rollback in advance
BUTTON PUSHING CHECKED IN CODE
9. 4. CICD + SECURITY
CICD = Automated Deployment
Security checkpoint
Invest in team + time
Security pros + developers
Event-driven, automated
11. Security review bottleneck
for deployment.
People eventually get
frustrated; bypass security.
Security reacts to problems
after in production.
Automated software
inventory.
Automated governance
(enforce policies).
Auto-remediation and
training before deployment.
OLD SCHOOL CICD SECURITY CHECKS
12. 5. C-LEVEL SECURITY REPORTING
Security reports the C-level can understand
Security posture of the organization
Track root cause of recent security breaches
Security training for executives?
13. WHY SECURITY REPORTING?
Those responsible for assigning priorities other than security are held responsible
for security vulnerabilities and failure…not the person following orders.
Well-designed reports make source of security problem transparent – prioritize and
clearly assign the work to fix the security problems.
Attribution shifts from the C-Level to the person who didn’t follow instructions.
14. SAMPLE REPORT ~ DATA DRIVEN
Metric % Related Breach
Systems with fully patched operating systems 95 WannaCry
Systems with fully patched software 25 Equifax
Encrypted data 85 S3 Buckets
Systems directly exposed to Internet 30 WannaCry
Systems with least privilege host-based firewall 75 NotPetya
Systems tested for failure recovery 15 Ransomware
Secrets stored separated from code, secured 20 Many…
15. PUTTING IT ALL TOGETHER
1. Design and TEST systems for failure recovery
2. Segment teams, networks, data, etc.
3. All deployments via CODE stored in source control
4. INVEST in secure, automated deployment system
5. C-Level reporting that drives remediation