AI (Artificial Intelligence) is pervading and affecting several domains. What is AI, Machine Learning, Deep Neural Nets and how do we understand them,,
#ATAGTR2019 Presentation "Security testing using ML(Machine learning), AI(Art...Agile Testing Alliance
Pankaj Kumar who is a Principal Quality Engineer at Allscripts took a Session on "Security testing using ML(Machine learning), AI(Artifical intelligence), Deep learning(DL)" at Global Testing Retreat #ATAGTR2019
Please refer our following post for session details:
https://atablogs.agiletestingalliance.org/2019/12/05/global-testing-retreat-atagtr2019-welcomes-pankaj-kumar-as-our-esteemed-speaker/
Exploration Draft Document- CEM Machine Learning & AI Project 2018Leslie McFarlin
Draft document to present findings of exploratory work on the incorporation of machine learning and AI into an existing data security product. The project was abandoned due to conflicting work done by product management.
How to do Secure Data Labeling for Machine LearningSkyl.ai
Data annotation or more commonly called data labeling is an integral part of AI and Machine Learning.
One of the biggest concerns that organizations have while doing AI and ML is about handling data.
Many organizations have concerns about data security and privacy of the training data, especially highly regulated industries like Healthcare, Banking, Government, etc. where data privacy and security are paramount.
What you will learn:
- Risks associated with data annotations and how to manage data privacy and data protection
- How to handle deployments and infrastructure to manage data security
- How to manage collaborative contributors for secure data labeling to balance scale, security, cost and quality in data labeling
- Live demo of a secure data labeling platform
How to perform Secure Data Labeling for Machine LearningSkyl.ai
Data annotations or more commonly called data labeling are an integral part of AI and Machine Learning.
One of the biggest concerns that organizations have while doing AI and ML is handling data.
Many organizations have concerns about data security and privacy of the training data, especially highly regulated industries like Healthcare, Banking, Government, etc. where data privacy and security are paramount.
What you will learn:
- Risks associated with data annotations and how to manage data privacy and data protection
- How to handle deployments and infrastructure to manage data security
- How to manage collaborative contributors for secure data labeling to balance scale, security, cost, and quality in data labeling
Every single security company is talking about how they are using machine learning—as a security company you have to claim artificial intelligence to be even part of the conversation. However, this approach can be dangerous when we blindly rely on algorithms to do the right thing. Rather than building systems with actual security knowledge, companies are using algorithms that nobody understands and, in turn, discovering wrong insights.
In this session, we will discuss:
• Limitations of machine learning and issues of explainability
• Where deep learning should never be applied
• Examples of how the blind application of algorithms can lead to wrong results
AI In Cybersecurity – Challenges and SolutionsZoneFox
With the rise of automation and artificial intelligence, you may be wondering how much of an impact this has on IT security. The question is, where will the future of machine learning and AI in cybersecurity take us and what are the limitations and advantages this technology offers in defending against the insider threat?
Join us to find out more about AI and where you should be applying it right now.
Learning outcomes:
The current state of AI practice and research, and how this is impacting its use in cyber security
What the current strengths and weaknesses are with existing AI approaches
What next generation AI will deliver for us with regards to ensuring we can promptly detect and respond to security incidents
AI & ML in Cyber Security - Why Algorithms Are DangerousRaffael Marty
Every single security company is talking in some way or another about how they are applying machine learning. Companies go out of their way to make sure they mention machine learning and not statistics when they explain how they work. Recently, that's not enough anymore either. As a security company you have to claim artificial intelligence to be even part of the conversation.
Guess what. It's all baloney. We have entered a state in cyber security that is, in fact, dangerous. We are blindly relying on algorithms to do the right thing. We are letting deep learning algorithms detect anomalies in our data without having a clue what that algorithm just did. In academia, they call this the lack of explainability and verifiability. But rather than building systems with actual security knowledge, companies are using algorithms that nobody understands and in turn discover wrong insights.
In this talk I will show the limitations of machine learning, outline the issues of explainability, and show where deep learning should never be applied. I will show examples of how the blind application of algorithms (including deep learning) actually leads to wrong results. Algorithms are dangerous. We need to revert back to experts and invest in systems that learn from, and absorb the knowledge, of experts.
The good, the bad, and the ugly on integration ai with cybersecurityMohammad Khreesha
AI is the simulation of human intelligence processes by machines, especially computer systems. These processes include learning, reasoning, and self-correction. Integrating it with Cybersecurity is beneficial because it improves how security experts analyze, study, and understand cyber-crime.
In this talk, we will discuss & explain AI and how to integrate it with Cybersecurity to detect many types of attacks. The talk will cover many applications in Cybersecurity in which we can apply AI to improve those applications. Finally, I will present a demo on how to build your development environment with some scripting examples.
#ATAGTR2019 Presentation "Security testing using ML(Machine learning), AI(Art...Agile Testing Alliance
Pankaj Kumar who is a Principal Quality Engineer at Allscripts took a Session on "Security testing using ML(Machine learning), AI(Artifical intelligence), Deep learning(DL)" at Global Testing Retreat #ATAGTR2019
Please refer our following post for session details:
https://atablogs.agiletestingalliance.org/2019/12/05/global-testing-retreat-atagtr2019-welcomes-pankaj-kumar-as-our-esteemed-speaker/
Exploration Draft Document- CEM Machine Learning & AI Project 2018Leslie McFarlin
Draft document to present findings of exploratory work on the incorporation of machine learning and AI into an existing data security product. The project was abandoned due to conflicting work done by product management.
How to do Secure Data Labeling for Machine LearningSkyl.ai
Data annotation or more commonly called data labeling is an integral part of AI and Machine Learning.
One of the biggest concerns that organizations have while doing AI and ML is about handling data.
Many organizations have concerns about data security and privacy of the training data, especially highly regulated industries like Healthcare, Banking, Government, etc. where data privacy and security are paramount.
What you will learn:
- Risks associated with data annotations and how to manage data privacy and data protection
- How to handle deployments and infrastructure to manage data security
- How to manage collaborative contributors for secure data labeling to balance scale, security, cost and quality in data labeling
- Live demo of a secure data labeling platform
How to perform Secure Data Labeling for Machine LearningSkyl.ai
Data annotations or more commonly called data labeling are an integral part of AI and Machine Learning.
One of the biggest concerns that organizations have while doing AI and ML is handling data.
Many organizations have concerns about data security and privacy of the training data, especially highly regulated industries like Healthcare, Banking, Government, etc. where data privacy and security are paramount.
What you will learn:
- Risks associated with data annotations and how to manage data privacy and data protection
- How to handle deployments and infrastructure to manage data security
- How to manage collaborative contributors for secure data labeling to balance scale, security, cost, and quality in data labeling
Every single security company is talking about how they are using machine learning—as a security company you have to claim artificial intelligence to be even part of the conversation. However, this approach can be dangerous when we blindly rely on algorithms to do the right thing. Rather than building systems with actual security knowledge, companies are using algorithms that nobody understands and, in turn, discovering wrong insights.
In this session, we will discuss:
• Limitations of machine learning and issues of explainability
• Where deep learning should never be applied
• Examples of how the blind application of algorithms can lead to wrong results
AI In Cybersecurity – Challenges and SolutionsZoneFox
With the rise of automation and artificial intelligence, you may be wondering how much of an impact this has on IT security. The question is, where will the future of machine learning and AI in cybersecurity take us and what are the limitations and advantages this technology offers in defending against the insider threat?
Join us to find out more about AI and where you should be applying it right now.
Learning outcomes:
The current state of AI practice and research, and how this is impacting its use in cyber security
What the current strengths and weaknesses are with existing AI approaches
What next generation AI will deliver for us with regards to ensuring we can promptly detect and respond to security incidents
AI & ML in Cyber Security - Why Algorithms Are DangerousRaffael Marty
Every single security company is talking in some way or another about how they are applying machine learning. Companies go out of their way to make sure they mention machine learning and not statistics when they explain how they work. Recently, that's not enough anymore either. As a security company you have to claim artificial intelligence to be even part of the conversation.
Guess what. It's all baloney. We have entered a state in cyber security that is, in fact, dangerous. We are blindly relying on algorithms to do the right thing. We are letting deep learning algorithms detect anomalies in our data without having a clue what that algorithm just did. In academia, they call this the lack of explainability and verifiability. But rather than building systems with actual security knowledge, companies are using algorithms that nobody understands and in turn discover wrong insights.
In this talk I will show the limitations of machine learning, outline the issues of explainability, and show where deep learning should never be applied. I will show examples of how the blind application of algorithms (including deep learning) actually leads to wrong results. Algorithms are dangerous. We need to revert back to experts and invest in systems that learn from, and absorb the knowledge, of experts.
The good, the bad, and the ugly on integration ai with cybersecurityMohammad Khreesha
AI is the simulation of human intelligence processes by machines, especially computer systems. These processes include learning, reasoning, and self-correction. Integrating it with Cybersecurity is beneficial because it improves how security experts analyze, study, and understand cyber-crime.
In this talk, we will discuss & explain AI and how to integrate it with Cybersecurity to detect many types of attacks. The talk will cover many applications in Cybersecurity in which we can apply AI to improve those applications. Finally, I will present a demo on how to build your development environment with some scripting examples.
Artificial Intelligence – Time Bomb or The Promised Land?Raffael Marty
Companies have AI projects. Security products use AI to keep attackers out and insiders at bay. But what is this "AI" that everyone talks about? In this talk we will explore what artificial intelligence in cyber security is, where the limitations and dangers are, and in what areas we should invest more in AI. We will talk about some of the recent failures of AI in security and invite a conversation about how we verify artificially intelligent systems to understand how much trust we can place in them.
Alongside the AI conversation, we will discover that we need to make a shift in our traditional approach to cyber security. We need to augment our reactive approaches of studying adversary behaviors to understanding behaviors of users and machines to inform a risk-driven approach to security that prevents even zero day attacks.
Security Analytics: The Promise of Artificial Intelligence, Machine Learning,...Cybereason
Security analytics, what is real and examined the promise, the hype and the real state of artificial intelligence, machine learning and data science in solving fundamental security problems.
In this presentation I explore the topic of artificial intelligence in cyber security. What is AI and how do we get to real intelligence in a cyber context. I outline some of the dangers of the way we are using algorithms (AI, ML) today and what that leads to. We then explore how we can add real intelligence through export knowledge to the problem of finding attackers and anomalies in our applications and networks.
Presented at AI 4 Cyber in NYC on April 30, 2019
“AI is the new electricity” proclaims Andrew Ng, co-founder of Google Brain. Just as we need to know how to safely harness electricity, we also need to know how to securely employ AI to power our businesses. In some scenarios, the security of AI systems can impact human safety. On the flip side, AI can also be misused by cyber-adversaries and so we need to understand how to counter them.
This talk will provide food for thought in 3 areas:
Security of AI systems
Use of AI in cybersecurity
Malicious use of AI
Geeta Chauhan presented on data analytics in the real world. The presentation covered challenges like evolving technology, data cleansing, and cultural adoption of data-driven decision making. Architectural patterns discussed included lambda architecture with real-time and batch layers, edge analytics closer to data sources, and using data centers like distributed computing clusters. Key takeaways emphasized continuous learning, experimentation, and automation to enable rapid iteration in analytics projects.
AI technologies have become ubiquitous due to improvements in computing power, data accumulation, and machine learning methods. However, AI systems also face security risks such as model manipulation, data tampering, and physical world attacks. To address these challenges, researchers are developing defenses such as adversarial training and detection methods. One approach is blackbox testing, where testers investigate systems like attackers with minimal internal knowledge, in order to detect vulnerabilities and plan attacks.
Challenges in Applying AI to Enterprise CybersecurityTahseen Shabab
Applying AI/ML in live Cybersecurity environments can be challenging. We share some of our learnings and identify common pitfalls.
Bibu Labs is a leading Cybersecurity company leveraging AI to solve complex problems faced by Enterprise clients.
AI for security or security for AI - Sergey GordeychikSergey Gordeychik
Machine learning technologies are turning from rocket science into daily engineering life. You no longer have to know the difference between Faster R-CNN and HMM to develop a machine vision system, and even OpenCV has bindings for JavaScript allowing to resolve quite serious tasks all the while remaining in front end. On other hand massive implementation of AI in various areas brings about problems, and security is one of the greatest concerns. In the broader context security is really all about trust.
Do we trust AI? I don’t, personally.
What is “state of the art” in AI security? Yesterday it was a PoC, not a product, today becoming a We will fix it later, tomorrow it will be a if it works, don’t touch it. And tomorrow is too late.
But what we can do for Trustworthy AI? There are just no simple answers.
You can’t install antivirus or calculate hashes to control integrity of annotated dataset. Traditional firewalls and IDS are almost useless in ML cloud internal SDN Infiniband network. Event C-level Compliance such as PCI DSS and GDPR doesn’t work for massive country-level AI deployments. What about vulnerability management for TensorFlow ML model? How it will impact ROC and AUC?..
To make it better we should rethink Cyber Resilience for AI process, systems and applications to make sure that they continuously deliver the intended outcome despite adverse cyber events. Make sure that security is genuinely integrated into innovation that AI brings into our lives. To trust AI and earn his trust, perhaps?
Practical Applications of Machine Learning in Cybersecurityscoopnewsgroup
This document discusses machine learning and analytics applications in cybersecurity. It provides an overview of machine learning concepts and terms. It then discusses McAfee's analytic ecosystem and how machine learning, deep learning, and AI are applied across McAfee products. The document outlines risks in analytic development like bias, adversarial machine learning, and lack of explainability. It emphasizes the importance of an analytic development protocol that includes validation, verification, and risk assessment. The goal is to develop analytics in a responsible way and mitigate hype around new techniques.
AI and Machine Learning In Cybersecurity | A Saviour or Enemy?SahilRao25
Let's take a look at implementations of AI or machine learning in the cybersecurity world. To know more: https://www.softwarefirms.co/blog/ai-and-machine-learning-in-cybersecurity-a-saviour-or-enemy?utm_source=Social+media&utm_medium=Traffic&utm_campaign=SR
With the increasingly connected world revolving around the revolution of internet and new technologies like mobiles, smartphones, and tablets, and with the wide usage of wireless technologies, the information security risks have increased. Both individuals and organizations are under regular attacks for commercial or non-commercial gains. The objectives of such attacks may be to take revenge, malign the reputation of a competitor organization, understand the strategies and sensitive information about the competitor, simply have fun of exploiting the vulnerabilities. Hence, the need to protect information assets and ensure information security receives adequate attention.
In this session, I will discuss how AI and Machine Learning can be applied in detecting, predicting and preventing cyber security/information security vulnerabilities and what are the benefits of using Machine Learning and AI. We also touch upon some of the tools available to perform the same.
Trends in AI:
- 67% of executives say AI will help humans and machines work together to be stronger using both artificial and human intelligence.
- 65% think that AI would free employees from menial tasks.
- 27% of executives say their organization plans to invest within a year in cybersecurity safeguards that use AI and machine learning.
So is Artificial Intelligence going to provide safety for us?
AI & ML in Cyber Security - Why Algorithms are DangerousRaffael Marty
This document discusses the dangers of using algorithms in cybersecurity. It makes three key points:
1) Algorithms make assumptions about the data that may not always be valid, and they do not take important domain knowledge into account.
2) Throwing algorithms at security problems without proper understanding of the data and algorithms can be dangerous and lead to failures.
3) A Bayesian belief network approach that incorporates domain expertise may be better suited for security tasks than purely algorithmic approaches. It allows modeling relationships between different factors and computing probabilities.
This document discusses ethical hacking and footprinting. It defines footprinting as the process of collecting information about an organization, its network, IP addresses, and employees through open sources like Google searches and social media sites. Footprinting is the first step ethical hackers use to gather technical information and identify vulnerabilities without damaging systems or stealing data. The document outlines different types of passive and active footprinting techniques and explains why footprinting is an important security practice for organizations to evaluate their online exposure and vulnerabilities. It provides recommendations for organizations to limit the information available online and regularly evaluate their digital footprint to combat unauthorized footprinting.
AI shows promise to help address challenges in cybersecurity by automating tasks, enhancing human abilities, and detecting complex patterns that humans cannot. However, developing effective AI solutions is difficult and requires expertise in both cybersecurity and data science. When evaluating AI products, organizations should consider factors like data and training requirements, error rates, integration with existing tools and processes, and potential new risks introduced. While AI may help alleviate strain on security teams, its use is still nascent, and human oversight will likely remain important.
We present solutions on how to make the cyberspace secure through feature-rich, robust, yet lean machine learning-based algorithms that help organizations identify malicious actors, intruders and illegal system access by studying features that arise purely from system login behavior.
- Powered by the open source machine learning software H2O.ai. Contributors welcome at: https://github.com/h2oai
- To view videos on H2O open source machine learning software, go to: https://www.youtube.com/user/0xdata
Black-box security testing refers to testing an application's security from the outside without knowledge of its internal workings, similar to how an attacker would approach it. Testers use various tools to detect potential vulnerabilities and attack surfaces so they can carefully plan and execute attacks to identify security issues. Some benefits of black-box testing include simulating actual attacks to find unexpected results, extensively checking for common vulnerabilities, and providing detailed remediation to quickly fix flaws.
Priyanshu Ratnakar is an Indian teen entrepreneur and founder of Protocol X. He discusses artificial intelligence and how it can help with cybersecurity. Machine learning uses neural networks to classify data with a reasonable degree of certainty and can modify its analysis to improve over time. Deep learning extends machine learning capabilities across multilayered neural networks to learn from massive amounts of data and perform advanced tasks like cancer detection. Artificial intelligence needs large relevant data sets and specific rules to examine the data in order to make useful decisions.
The extent and impact of recent security breaches is showing that current security approaches are just not working. But what can we do to protect our business? We have been advocating monitoring for a long time as a way to detect subtle, advanced attacks that are still making it through our defenses. However, products have failed to deliver on this promise.
Current solutions don't scale in both data volume and analytical insights. In this presentation we will explore what security monitoring is. Specifically, we are going to explore the question of how to visualize a billion log records. A number of security visualization examples will illustrate some of the challenges with big data visualization. They will also help illustrate how data mining and user experience design help us get a handle on the security visualization challenges - enabling us to gain deep insight for a number of security use-cases.
This document provides an overview of artificial intelligence (AI), including definitions of key concepts like neural networks and machine learning. It describes how AI can be used for applications such as speech recognition, autonomous vehicles, routing networks, and military simulations. Neural networks are modeled after biological neurons and allow deep learning through multiple network layers. Machine learning algorithms aim to optimize predictions by learning from examples without explicit programming. The document outlines steps for implementing AI, including problem identification, data gathering, model building and training, testing, and deployment in production systems.
Artificial Intelligence – Time Bomb or The Promised Land?Raffael Marty
Companies have AI projects. Security products use AI to keep attackers out and insiders at bay. But what is this "AI" that everyone talks about? In this talk we will explore what artificial intelligence in cyber security is, where the limitations and dangers are, and in what areas we should invest more in AI. We will talk about some of the recent failures of AI in security and invite a conversation about how we verify artificially intelligent systems to understand how much trust we can place in them.
Alongside the AI conversation, we will discover that we need to make a shift in our traditional approach to cyber security. We need to augment our reactive approaches of studying adversary behaviors to understanding behaviors of users and machines to inform a risk-driven approach to security that prevents even zero day attacks.
Security Analytics: The Promise of Artificial Intelligence, Machine Learning,...Cybereason
Security analytics, what is real and examined the promise, the hype and the real state of artificial intelligence, machine learning and data science in solving fundamental security problems.
In this presentation I explore the topic of artificial intelligence in cyber security. What is AI and how do we get to real intelligence in a cyber context. I outline some of the dangers of the way we are using algorithms (AI, ML) today and what that leads to. We then explore how we can add real intelligence through export knowledge to the problem of finding attackers and anomalies in our applications and networks.
Presented at AI 4 Cyber in NYC on April 30, 2019
“AI is the new electricity” proclaims Andrew Ng, co-founder of Google Brain. Just as we need to know how to safely harness electricity, we also need to know how to securely employ AI to power our businesses. In some scenarios, the security of AI systems can impact human safety. On the flip side, AI can also be misused by cyber-adversaries and so we need to understand how to counter them.
This talk will provide food for thought in 3 areas:
Security of AI systems
Use of AI in cybersecurity
Malicious use of AI
Geeta Chauhan presented on data analytics in the real world. The presentation covered challenges like evolving technology, data cleansing, and cultural adoption of data-driven decision making. Architectural patterns discussed included lambda architecture with real-time and batch layers, edge analytics closer to data sources, and using data centers like distributed computing clusters. Key takeaways emphasized continuous learning, experimentation, and automation to enable rapid iteration in analytics projects.
AI technologies have become ubiquitous due to improvements in computing power, data accumulation, and machine learning methods. However, AI systems also face security risks such as model manipulation, data tampering, and physical world attacks. To address these challenges, researchers are developing defenses such as adversarial training and detection methods. One approach is blackbox testing, where testers investigate systems like attackers with minimal internal knowledge, in order to detect vulnerabilities and plan attacks.
Challenges in Applying AI to Enterprise CybersecurityTahseen Shabab
Applying AI/ML in live Cybersecurity environments can be challenging. We share some of our learnings and identify common pitfalls.
Bibu Labs is a leading Cybersecurity company leveraging AI to solve complex problems faced by Enterprise clients.
AI for security or security for AI - Sergey GordeychikSergey Gordeychik
Machine learning technologies are turning from rocket science into daily engineering life. You no longer have to know the difference between Faster R-CNN and HMM to develop a machine vision system, and even OpenCV has bindings for JavaScript allowing to resolve quite serious tasks all the while remaining in front end. On other hand massive implementation of AI in various areas brings about problems, and security is one of the greatest concerns. In the broader context security is really all about trust.
Do we trust AI? I don’t, personally.
What is “state of the art” in AI security? Yesterday it was a PoC, not a product, today becoming a We will fix it later, tomorrow it will be a if it works, don’t touch it. And tomorrow is too late.
But what we can do for Trustworthy AI? There are just no simple answers.
You can’t install antivirus or calculate hashes to control integrity of annotated dataset. Traditional firewalls and IDS are almost useless in ML cloud internal SDN Infiniband network. Event C-level Compliance such as PCI DSS and GDPR doesn’t work for massive country-level AI deployments. What about vulnerability management for TensorFlow ML model? How it will impact ROC and AUC?..
To make it better we should rethink Cyber Resilience for AI process, systems and applications to make sure that they continuously deliver the intended outcome despite adverse cyber events. Make sure that security is genuinely integrated into innovation that AI brings into our lives. To trust AI and earn his trust, perhaps?
Practical Applications of Machine Learning in Cybersecurityscoopnewsgroup
This document discusses machine learning and analytics applications in cybersecurity. It provides an overview of machine learning concepts and terms. It then discusses McAfee's analytic ecosystem and how machine learning, deep learning, and AI are applied across McAfee products. The document outlines risks in analytic development like bias, adversarial machine learning, and lack of explainability. It emphasizes the importance of an analytic development protocol that includes validation, verification, and risk assessment. The goal is to develop analytics in a responsible way and mitigate hype around new techniques.
AI and Machine Learning In Cybersecurity | A Saviour or Enemy?SahilRao25
Let's take a look at implementations of AI or machine learning in the cybersecurity world. To know more: https://www.softwarefirms.co/blog/ai-and-machine-learning-in-cybersecurity-a-saviour-or-enemy?utm_source=Social+media&utm_medium=Traffic&utm_campaign=SR
With the increasingly connected world revolving around the revolution of internet and new technologies like mobiles, smartphones, and tablets, and with the wide usage of wireless technologies, the information security risks have increased. Both individuals and organizations are under regular attacks for commercial or non-commercial gains. The objectives of such attacks may be to take revenge, malign the reputation of a competitor organization, understand the strategies and sensitive information about the competitor, simply have fun of exploiting the vulnerabilities. Hence, the need to protect information assets and ensure information security receives adequate attention.
In this session, I will discuss how AI and Machine Learning can be applied in detecting, predicting and preventing cyber security/information security vulnerabilities and what are the benefits of using Machine Learning and AI. We also touch upon some of the tools available to perform the same.
Trends in AI:
- 67% of executives say AI will help humans and machines work together to be stronger using both artificial and human intelligence.
- 65% think that AI would free employees from menial tasks.
- 27% of executives say their organization plans to invest within a year in cybersecurity safeguards that use AI and machine learning.
So is Artificial Intelligence going to provide safety for us?
AI & ML in Cyber Security - Why Algorithms are DangerousRaffael Marty
This document discusses the dangers of using algorithms in cybersecurity. It makes three key points:
1) Algorithms make assumptions about the data that may not always be valid, and they do not take important domain knowledge into account.
2) Throwing algorithms at security problems without proper understanding of the data and algorithms can be dangerous and lead to failures.
3) A Bayesian belief network approach that incorporates domain expertise may be better suited for security tasks than purely algorithmic approaches. It allows modeling relationships between different factors and computing probabilities.
This document discusses ethical hacking and footprinting. It defines footprinting as the process of collecting information about an organization, its network, IP addresses, and employees through open sources like Google searches and social media sites. Footprinting is the first step ethical hackers use to gather technical information and identify vulnerabilities without damaging systems or stealing data. The document outlines different types of passive and active footprinting techniques and explains why footprinting is an important security practice for organizations to evaluate their online exposure and vulnerabilities. It provides recommendations for organizations to limit the information available online and regularly evaluate their digital footprint to combat unauthorized footprinting.
AI shows promise to help address challenges in cybersecurity by automating tasks, enhancing human abilities, and detecting complex patterns that humans cannot. However, developing effective AI solutions is difficult and requires expertise in both cybersecurity and data science. When evaluating AI products, organizations should consider factors like data and training requirements, error rates, integration with existing tools and processes, and potential new risks introduced. While AI may help alleviate strain on security teams, its use is still nascent, and human oversight will likely remain important.
We present solutions on how to make the cyberspace secure through feature-rich, robust, yet lean machine learning-based algorithms that help organizations identify malicious actors, intruders and illegal system access by studying features that arise purely from system login behavior.
- Powered by the open source machine learning software H2O.ai. Contributors welcome at: https://github.com/h2oai
- To view videos on H2O open source machine learning software, go to: https://www.youtube.com/user/0xdata
Black-box security testing refers to testing an application's security from the outside without knowledge of its internal workings, similar to how an attacker would approach it. Testers use various tools to detect potential vulnerabilities and attack surfaces so they can carefully plan and execute attacks to identify security issues. Some benefits of black-box testing include simulating actual attacks to find unexpected results, extensively checking for common vulnerabilities, and providing detailed remediation to quickly fix flaws.
Priyanshu Ratnakar is an Indian teen entrepreneur and founder of Protocol X. He discusses artificial intelligence and how it can help with cybersecurity. Machine learning uses neural networks to classify data with a reasonable degree of certainty and can modify its analysis to improve over time. Deep learning extends machine learning capabilities across multilayered neural networks to learn from massive amounts of data and perform advanced tasks like cancer detection. Artificial intelligence needs large relevant data sets and specific rules to examine the data in order to make useful decisions.
The extent and impact of recent security breaches is showing that current security approaches are just not working. But what can we do to protect our business? We have been advocating monitoring for a long time as a way to detect subtle, advanced attacks that are still making it through our defenses. However, products have failed to deliver on this promise.
Current solutions don't scale in both data volume and analytical insights. In this presentation we will explore what security monitoring is. Specifically, we are going to explore the question of how to visualize a billion log records. A number of security visualization examples will illustrate some of the challenges with big data visualization. They will also help illustrate how data mining and user experience design help us get a handle on the security visualization challenges - enabling us to gain deep insight for a number of security use-cases.
This document provides an overview of artificial intelligence (AI), including definitions of key concepts like neural networks and machine learning. It describes how AI can be used for applications such as speech recognition, autonomous vehicles, routing networks, and military simulations. Neural networks are modeled after biological neurons and allow deep learning through multiple network layers. Machine learning algorithms aim to optimize predictions by learning from examples without explicit programming. The document outlines steps for implementing AI, including problem identification, data gathering, model building and training, testing, and deployment in production systems.
This document provides an overview of different types of artificial intelligence and machine learning techniques, describing what they are, how they work, and common use cases. It begins by defining artificial intelligence and machine learning. The main types of machine learning covered are supervised learning (including linear regression, logistic regression, decision trees, naive bayes, support vector machines, random forest, adaboost, gradient boosting trees, and neural networks), unsupervised learning (including k-means clustering, gaussian mixture models, hierarchical clustering, and recommender systems), and reinforcement learning. Deep learning techniques like convolutional neural networks, recurrent neural networks, and multilayer perceptrons are also explained. The document aims to simplify AI concepts and techniques for business use.
Threat Hunting, Detection, and Incident Response in the CloudBen Johnson
SaaS and IaaS are new frontiers for a lot of security teams. We'll explore some thoughts at how you might approach some of these areas of your environment from a hunting or IR perspective. This was from a Sans webinar on 2019-09-25.
This document discusses computer and network security. It begins by noting how security awareness has grown in the past 12 years. It then discusses various security threats like identity theft, fraud, and data loss. The document outlines goals of security like integrity, confidentiality, and reliability. It also explains common attacks like packet sniffing, phishing, viruses, and social engineering. Throughout, it provides examples and definitions to illustrate computer security concepts and the importance of protecting systems and data.
This document provides an overview of key AI concepts for marketers, including strengths and weaknesses of AI, how AI works, and risks to consider. It discusses that AI excels at processing large amounts of data and pattern recognition but lacks human judgment. Bias in AI can stem from issues with the training data, and limitations in AI's ability to understand context fully emphasize the need for human collaboration. The document also outlines several AI applications like image generation, autonomous agents, and multimodal AI that are beginning to be used for marketing tasks to drive major time savings and cost reductions. However, it notes the importance of evaluating risks like precision, input control, and explainability, and applying oversight to ensure responsible and ethical use of AI
This document defines artificial intelligence as the ability of computers or robots to perform tasks usually done by humans. It lists many applications of AI such as astronomy, healthcare, gaming, finance, robotics, and more. The advantages listed are efficiency, automation, accuracy, personalization, and cost-effectiveness. The disadvantages include job displacement, bias and discrimination, lack of creativity, dependence on technology, and security risks.
How AI is Changing the World of Cybersecurity.pdfMobibizIndia1
With advanced technology, AI has not only made it easier but also more effective to keep cyber threats in check. In this article, we’ll make you familiar with various ways in which AI is taking over cybersecurity providing us with some peace of mind.
This presentation explores the transformative impact of machine learning on the realm of cybersecurity and highlights its potential to revolutionize threat detection, prevention, and response.
Artificial Intelligence: Classification, Applications, Opportunities, and Cha...Abdullah al Mamun
1. The document discusses various topics related to artificial intelligence including its definition, applications in different fields like agriculture, education, information technology and entertainment.
2. Key concepts discussed include machine learning, deep learning, neural networks, supervised and unsupervised learning, computer vision and natural language processing.
3. Applications of AI mentioned include image and speech recognition, predictive analysis, personalized learning, chatbots, targeted advertising and automated tasks to aid professionals.
App;ying Different Classification Technologies and for Different types of datasets such as Text and image dataset. Here I have used Machine learning and Deep Learning respectively for text and image datasets.
The document discusses managing information security risks and risk management. It covers identifying valuable information assets, threats to those assets like identity theft and hacking, and vulnerabilities in existing safeguards. It also discusses how to assess security spending based on asset value and risk likelihood. The document recommends understanding risks, accepting or mitigating risks, and outlines how MPC Security Solutions can help with services like security assessments, policy reviews, and monitoring/auditing tools.
The document discusses managing information security risks and risk management. It covers identifying valuable information assets, threats to those assets like identity theft and hacking, and vulnerabilities in existing safeguards. It also discusses how to assess security spending based on asset value and risk likelihood. The document recommends understanding risks, accepting or mitigating risks, and outlines how MPC Security Solutions can help with services like security assessments, policy reviews, and monitoring/auditing tools.
Joint Presentation on The State of Cybersecurity ('15-'16) & Third Party Cyb...Rishi Singh
Presentation on the 2015-2016 State of Cybersecurity and Third Party Vendor Risk Management, presented by Matt Pascussi and Rishi Singh.
This presentation was sponsored by TekSystems.
Fraud Engineering, from Merchant Risk Council Annual Meeting 2012Nick Galbreath
This document discusses fraud engineering at Etsy. It begins by introducing the author, Nick Galbreath, and his background in security. It then provides context about Etsy as an online marketplace. It outlines different types of risk like fraud, security threats, and business continuity. It emphasizes thinking about risk from both a fraud and security perspective. The document then provides examples of how different parts of the organization like technical operations, quality assurance, product, business operations, engineering, and customer service can work together on fraud prevention and leverages their existing tools and resources. It also provides a case study example of investigating mysterious data center logins. The overall message is about taking a holistic organizational approach to fraud engineering.
Whitepaper Avira about Artificial Intelligence to cyber securityGopiRajan4
This document discusses the application of artificial intelligence (AI) and machine learning to cybersecurity. It notes that the rate of malware creation far exceeds what can be addressed manually, so AI is needed to help scale detection. The document outlines different forms of AI, including applied/narrow AI, artificial general intelligence, and strong AI. It focuses on how Avira uses applied machine learning and deep learning techniques as part of its AI platform to augment endpoint security with a cloud-based solution and improve malware detection rates above 99%.
How to Secure Web Apps — A Web App Security ChecklistPixel Crayons
These days, web apps are increasingly becoming integral to our lives as they are used everywhere in the world. However, they often lack the kind of protection that traditional software and operating systems have, making them vulnerable to both internal and external sources.
As per Cyber Security crimes, the rate of cybercrimes is to cost the world $10.5 trillion by 2025. The rise of ransomware, XSS attacks have become a nightmare for established business enterprises worldwide. However, with the right strategy, you can effectively escape cyber threats.
In this blog, we will discuss the top 9 tips on making your web app safe and secured.
It’s better to take precautions than to feel sorry later. Implement the top tips listed above with the help of the best web development company in India.
Cyber Security.
Watch my videos on snack here: --> --> http://sck.io/x-B1f0Iy
@ Kindly Follow my Instagram Page to discuss about your mental health problems-
-----> https://instagram.com/mentality_streak?utm_medium=copy_link
@ Appreciate my work:
-----> behance.net/burhanahmed1
Thank-you !
The document discusses various topics related to artificial intelligence including machine learning, deep learning, and data science. It defines AI as using human intelligence as a model to build intelligent machines. Machine learning is described as a type of AI that enables machines to learn from data to deliver predictive models without explicit programming. Deep learning is defined as a subset of machine learning using artificial neural networks inspired by the brain. Data science is focused on extracting knowledge from large datasets and applying insights to solve problems across many domains. The document provides examples of applications and use cases of these technologies.
Beyond the Basics of A/B Tests: Highly Innovative Experimentation Tactics You...Aggregage
This webinar will explore cutting-edge, less familiar but powerful experimentation methodologies which address well-known limitations of standard A/B Testing. Designed for data and product leaders, this session aims to inspire the embrace of innovative approaches and provide insights into the frontiers of experimentation!
ViewShift: Hassle-free Dynamic Policy Enforcement for Every Data LakeWalaa Eldin Moustafa
Dynamic policy enforcement is becoming an increasingly important topic in today’s world where data privacy and compliance is a top priority for companies, individuals, and regulators alike. In these slides, we discuss how LinkedIn implements a powerful dynamic policy enforcement engine, called ViewShift, and integrates it within its data lake. We show the query engine architecture and how catalog implementations can automatically route table resolutions to compliance-enforcing SQL views. Such views have a set of very interesting properties: (1) They are auto-generated from declarative data annotations. (2) They respect user-level consent and preferences (3) They are context-aware, encoding a different set of transformations for different use cases (4) They are portable; while the SQL logic is only implemented in one SQL dialect, it is accessible in all engines.
#SQL #Views #Privacy #Compliance #DataLake
End-to-end pipeline agility - Berlin Buzzwords 2024Lars Albertsson
We describe how we achieve high change agility in data engineering by eliminating the fear of breaking downstream data pipelines through end-to-end pipeline testing, and by using schema metaprogramming to safely eliminate boilerplate involved in changes that affect whole pipelines.
A quick poll on agility in changing pipelines from end to end indicated a huge span in capabilities. For the question "How long time does it take for all downstream pipelines to be adapted to an upstream change," the median response was 6 months, but some respondents could do it in less than a day. When quantitative data engineering differences between the best and worst are measured, the span is often 100x-1000x, sometimes even more.
A long time ago, we suffered at Spotify from fear of changing pipelines due to not knowing what the impact might be downstream. We made plans for a technical solution to test pipelines end-to-end to mitigate that fear, but the effort failed for cultural reasons. We eventually solved this challenge, but in a different context. In this presentation we will describe how we test full pipelines effectively by manipulating workflow orchestration, which enables us to make changes in pipelines without fear of breaking downstream.
Making schema changes that affect many jobs also involves a lot of toil and boilerplate. Using schema-on-read mitigates some of it, but has drawbacks since it makes it more difficult to detect errors early. We will describe how we have rejected this tradeoff by applying schema metaprogramming, eliminating boilerplate but keeping the protection of static typing, thereby further improving agility to quickly modify data pipelines without fear.
4th Modern Marketing Reckoner by MMA Global India & Group M: 60+ experts on W...Social Samosa
The Modern Marketing Reckoner (MMR) is a comprehensive resource packed with POVs from 60+ industry leaders on how AI is transforming the 4 key pillars of marketing – product, place, price and promotions.
Codeless Generative AI Pipelines
(GenAI with Milvus)
https://ml.dssconf.pl/user.html#!/lecture/DSSML24-041a/rate
Discover the potential of real-time streaming in the context of GenAI as we delve into the intricacies of Apache NiFi and its capabilities. Learn how this tool can significantly simplify the data engineering workflow for GenAI applications, allowing you to focus on the creative aspects rather than the technical complexities. I will guide you through practical examples and use cases, showing the impact of automation on prompt building. From data ingestion to transformation and delivery, witness how Apache NiFi streamlines the entire pipeline, ensuring a smooth and hassle-free experience.
Timothy Spann
https://www.youtube.com/@FLaNK-Stack
https://medium.com/@tspann
https://www.datainmotion.dev/
milvus, unstructured data, vector database, zilliz, cloud, vectors, python, deep learning, generative ai, genai, nifi, kafka, flink, streaming, iot, edge
STATATHON: Unleashing the Power of Statistics in a 48-Hour Knowledge Extravag...sameer shah
"Join us for STATATHON, a dynamic 2-day event dedicated to exploring statistical knowledge and its real-world applications. From theory to practice, participants engage in intensive learning sessions, workshops, and challenges, fostering a deeper understanding of statistical methodologies and their significance in various fields."
Predictably Improve Your B2B Tech Company's Performance by Leveraging DataKiwi Creative
Harness the power of AI-backed reports, benchmarking and data analysis to predict trends and detect anomalies in your marketing efforts.
Peter Caputa, CEO at Databox, reveals how you can discover the strategies and tools to increase your growth rate (and margins!).
From metrics to track to data habits to pick up, enhance your reporting for powerful insights to improve your B2B tech company's marketing.
- - -
This is the webinar recording from the June 2024 HubSpot User Group (HUG) for B2B Technology USA.
Watch the video recording at https://youtu.be/5vjwGfPN9lw
Sign up for future HUG events at https://events.hubspot.com/b2b-technology-usa/
Learn SQL from basic queries to Advance queriesmanishkhaire30
Dive into the world of data analysis with our comprehensive guide on mastering SQL! This presentation offers a practical approach to learning SQL, focusing on real-world applications and hands-on practice. Whether you're a beginner or looking to sharpen your skills, this guide provides the tools you need to extract, analyze, and interpret data effectively.
Key Highlights:
Foundations of SQL: Understand the basics of SQL, including data retrieval, filtering, and aggregation.
Advanced Queries: Learn to craft complex queries to uncover deep insights from your data.
Data Trends and Patterns: Discover how to identify and interpret trends and patterns in your datasets.
Practical Examples: Follow step-by-step examples to apply SQL techniques in real-world scenarios.
Actionable Insights: Gain the skills to derive actionable insights that drive informed decision-making.
Join us on this journey to enhance your data analysis capabilities and unlock the full potential of SQL. Perfect for data enthusiasts, analysts, and anyone eager to harness the power of data!
#DataAnalysis #SQL #LearningSQL #DataInsights #DataScience #Analytics
Analysis insight about a Flyball dog competition team's performanceroli9797
Insight of my analysis about a Flyball dog competition team's last year performance. Find more: https://github.com/rolandnagy-ds/flyball_race_analysis/tree/main
3. Philosophically Fundamental Questions
Can a machine act
intelligently? Can it
solve any problem that
a person would solve
by thinking?
01
Are human intelligence
and machine
intelligence the same?
Is the human
brain essentially a
computer?
02
Can a machine have
a mind, mental states,
and consciousness in
the same way that a
human being can? Can
it feel how things are?
03
6. AI is the next digital frontier
In 2016 Companies invested
In artificial Intelligence
Tech Giants Startups
AI Adopters - 20%
in multiple technology areas
AI Partial Adopters - 40%
skeptical about Business Cases and ROI
Laggards - 40%
contemplators
7. Areas where AI creates significant Value
Smarter R&D
and
Forecasting
1
Optimized
Production and
Maintenance
2
Targeted Sales
and Marketing
3
Enhanced User
Experience
4
9. DEEP
LEARNING
AI – THE SCIENCE
MACHINE
LEARNING
STATISTICAL
SCIENCES
Maths Maths
Algorithms
Maths
Algorithms
Neural Net
10. AI – THE ENGINEERING
MODEL
WORKFLOW
INTEGRATION
MODEL
BUILDING
DATA
PROCESSING
Data Outcome Process
11. AI - USE CASE
PRESCRIPTIVE
W INTELLIGENCE
PREIDICTIVE
INTELLIGENCE
DESCRIPTIVE
INTELLIGENCE
Structure Prediction Action
12. AI – ORGANIZATIONAL MATURITY
AI BASED
ACTION ACTIONS
INSIGHTS
ORIENTED
DATA
BELIEF
Infrastructure Competency Product
13. AI – VARIOUS APPROACHES
FULLY CLOUD
BASED
Cloud Data APIs,
Model APIs,
Workflow APIs
SEMI CLOUD
BASED
Cloud Data APIs
Custom Model
Custom
Workflow
NON CLOUD
Custom Data APIs
Custom Model
Custom Workflow
15. THE LEARNING SPECTRUM
Human Beings learn from experience
We abstract our learning into a rule based
model which we then encode
algorithmically to program a machine
What if we could build a system that could
learn from DATA
Learning from experience Instructions
A system that learns from DATA
16. LINEAR REGRESSION
A simple way to learn from Data
Finding the right line is the important
problem
We solve it using the Gradient Descent
$100K
$500K
18. BAYES
Another interesting approach to
predicting the unknown is through the use
of Bayes Algorithm
cheap
If an email contains the word ‘cheap’ what is the
Probability that it is SPAM ?
3/4
SPAM HAM
Spelling mistake
Missing title
27. MALICIOUS URLS
Given a website ‘W’ and a list of
malicious/benign websites , identify
whether ‘W’ is malicious or not
Training Data = URLs of
benign/malicious sites
Use Whitelisted/Blacklisted Websites
URLs from well known sources
http://www.bfuduuioo1fp.mobi/ws/ebayisapi.dll
WHOIS registration 3/25/2008
Hosted from 208.76.89.91/22
IP hosted in Jaipur
Connection Speed T1
Has DNS PTR Record ? Yes
Registrant ”Anurag”
[ 0.56, 9.45, ……. 0 0 1 1 1 …. 1 0 .. 1 0 ]Feature
Building
Real
Valued
Host Based NLP Based
+
Feature Extraction from Website
Website DOM Structure
Advertising Categories
In/Out Links Type
Images on the Website
Now apply, one of the algorithms that we talked abo
and given a new website ‘W’ one can identify whethe
its malicious or not..
28. MALWARE DETECTION
Given a program code, identify whether
it is a malware/benign with some form
(virus, trojan, etc. )
How AV used to detect malware
Pattern matching on Static Files
Use techniques like emulation to decrypt code
How malwares evade AV
Polymorphic Malware metamorphoses to evade
signature identification
Why Machine Learning for Malware Detection
Too many malware/bots/trojan types
The malware code is very contextual
Mobiles, Networks, Devices..
Very processing heavy
AI oriented malware as well
Approach
Use multiple types of features to identify
Static and Behavioral
Exploit Context (Process, Runtime..)
Use layers of ML classifiers to increase confidence
Combine Supervised and Un-Supervised Learning
29. INTRUSION DETECTION
The presence of a ‘threat’ or a ‘risk’
within a system
Attacks can be ”Host based” or
“Network Based”
How we typically detect intrusions?
Look for signatures of known attacks, malicious activ
How threats evade IDS
Signature adaptation, new personalities etc.
Why Machine Learning for IDS
Can detect point intrusions, contextual intrusions and
even collective intrusions. This dramatically broadens
scope of different kinds of threat identification
Approach
Use Anomaly Detection which works on the idea
that the machine learns ‘what is normal’ and if there
is a deviation from the ‘normal’ an ‘attack’ is presume
‘What is Normal’ can be both spatial and temporal an
so quite sophisticated attacks can be easily thwarted
30. AI & SECURITY
AI enables better Security
Security enables better AI
Enforces Integrity
Enforces Privacy
Prevents Misuse
AI security