CORE INSIGHT Enterprise is a security testing and measurement solution that works in 7 steps:
1. Environment profiling where the systems in the environment are defined.
2. Campaign definition where critical assets, scope, and timing are specified.
3. Attack path calculation where INSIGHT identifies vulnerable systems and likely attack paths.
4. Attack replication where INSIGHT attempts to exploit vulnerabilities along the paths.
5. Adaptive path adjustment where INSIGHT seeks new paths as systems are compromised.
6. Infrastructure change where newly deployed systems can be automatically tested.
7. Dashboard and reporting of findings.
CORE INSIGHT Enterprise is a security testing and measurement solution that allows organizations to:
- Automate continuous, proactive security testing of web applications, networks, and client-side systems.
- Identify real threats and attack paths to critical assets without false positives.
- Monitor security posture over time and as new systems are added, determining how changes affect infrastructure.
- Provide centralized dashboards and reports detailing exposures for business, IT, and security teams.
The document describes two Twitter data analysis services:
1) A service that pulls tweets for a keyword from Twitter's APIs, analyzes the sentiments, and stores the results in a database.
2) A REST API service that allows users to query the analyzed data and returns aggregated sentiment values. The tweets are collected using a Twitter application and consumer keys, and stored in a SQLite3 database.
ARES focuses on the Sweet Spot of threat intelligence and continuous monitoring datasets, enabling you to identify and act on the most relevant and critical threats and findings at cyber speed
MR201407 An example of antivirus detection rates and similarity of undetected...FFRI, Inc.
This document analyzes antivirus detection rates using a dataset of 3,000 malware samples. It finds that detection rates varied widely between antivirus vendors, from 15.5% to 93.2%. Most vendors would need 100-200 additional patterns to detect undetected samples. However, improving detection of similar undetected samples would increase overall detection rates by only up to 10.8% for most vendors. Behavior detection is needed because static detection is reaching its limit.
This document discusses how threat intelligence can improve security monitoring. It describes how threat intelligence can help detect attacks earlier by shortening the window between when a threat emerges and when an organization becomes aware of it. The document outlines common threat intelligence sources like compromised devices, malware indicators, and reputation data. It also describes the challenges of integrating threat intelligence into security monitoring and proposes a new security monitoring process that incorporates ongoing threat intelligence gathering and analysis.
Insight Types That Influence Enterprise Decision Makers (Christian Rohrer a...Rosenfeld Media
Christian Rohrer: "Insight Types That Influence Enterprise Decision Makers"
Enterprise UX 2015 • May 13, 2015 • San Antonio, TX, USA
http://enterpriseux.net
This document discusses threat modeling and provides an overview of the threat modeling process. It defines key terms like threat agent, threat, vulnerability, and asset. It explains that threat modeling is important to identify threats and vulnerabilities in order to design appropriate defenses. The threat modeling process involves 5 steps: 1) identify security objectives, 2) create an application overview, 3) decompose the application, 4) identify threats, and 5) identify vulnerabilities. For each step, it describes the relevant inputs and expected outputs. The overall goal is to understand vulnerabilities in order to address relevant threats to the system.
IRJET- A Study on Penetration Testing using Metasploit FrameworkIRJET Journal
1) The document describes a study on penetration testing using the Metasploit framework. It outlines the various phases of a penetration test - information gathering, scanning, vulnerability discovery, exploitation, and report generation.
2) Specific techniques used in the study include the wafw00f tool to check for firewalls, xhydra for brute force password cracking, Nmap for scanning systems, and Metasploit modules like smb_ms17_010 and psexec for exploiting vulnerabilities.
3) The study was able to gain remote access to a Windows 7 system by exploiting the Eternalblue vulnerability using Metasploit and obtain a meterpreter session, demonstrating a successful penetration test.
CORE INSIGHT Enterprise is a security testing and measurement solution that allows organizations to:
- Automate continuous, proactive security testing of web applications, networks, and client-side systems.
- Identify real threats and attack paths to critical assets without false positives.
- Monitor security posture over time and as new systems are added, determining how changes affect infrastructure.
- Provide centralized dashboards and reports detailing exposures for business, IT, and security teams.
The document describes two Twitter data analysis services:
1) A service that pulls tweets for a keyword from Twitter's APIs, analyzes the sentiments, and stores the results in a database.
2) A REST API service that allows users to query the analyzed data and returns aggregated sentiment values. The tweets are collected using a Twitter application and consumer keys, and stored in a SQLite3 database.
ARES focuses on the Sweet Spot of threat intelligence and continuous monitoring datasets, enabling you to identify and act on the most relevant and critical threats and findings at cyber speed
MR201407 An example of antivirus detection rates and similarity of undetected...FFRI, Inc.
This document analyzes antivirus detection rates using a dataset of 3,000 malware samples. It finds that detection rates varied widely between antivirus vendors, from 15.5% to 93.2%. Most vendors would need 100-200 additional patterns to detect undetected samples. However, improving detection of similar undetected samples would increase overall detection rates by only up to 10.8% for most vendors. Behavior detection is needed because static detection is reaching its limit.
This document discusses how threat intelligence can improve security monitoring. It describes how threat intelligence can help detect attacks earlier by shortening the window between when a threat emerges and when an organization becomes aware of it. The document outlines common threat intelligence sources like compromised devices, malware indicators, and reputation data. It also describes the challenges of integrating threat intelligence into security monitoring and proposes a new security monitoring process that incorporates ongoing threat intelligence gathering and analysis.
Insight Types That Influence Enterprise Decision Makers (Christian Rohrer a...Rosenfeld Media
Christian Rohrer: "Insight Types That Influence Enterprise Decision Makers"
Enterprise UX 2015 • May 13, 2015 • San Antonio, TX, USA
http://enterpriseux.net
This document discusses threat modeling and provides an overview of the threat modeling process. It defines key terms like threat agent, threat, vulnerability, and asset. It explains that threat modeling is important to identify threats and vulnerabilities in order to design appropriate defenses. The threat modeling process involves 5 steps: 1) identify security objectives, 2) create an application overview, 3) decompose the application, 4) identify threats, and 5) identify vulnerabilities. For each step, it describes the relevant inputs and expected outputs. The overall goal is to understand vulnerabilities in order to address relevant threats to the system.
IRJET- A Study on Penetration Testing using Metasploit FrameworkIRJET Journal
1) The document describes a study on penetration testing using the Metasploit framework. It outlines the various phases of a penetration test - information gathering, scanning, vulnerability discovery, exploitation, and report generation.
2) Specific techniques used in the study include the wafw00f tool to check for firewalls, xhydra for brute force password cracking, Nmap for scanning systems, and Metasploit modules like smb_ms17_010 and psexec for exploiting vulnerabilities.
3) The study was able to gain remote access to a Windows 7 system by exploiting the Eternalblue vulnerability using Metasploit and obtain a meterpreter session, demonstrating a successful penetration test.
Penetration testing using metasploit frameworkPawanKesharwani
1) The document describes a study on penetration testing using the Metasploit framework. It outlines the various phases of a penetration test - information gathering, scanning, vulnerability discovery, exploitation, and report generation.
2) Specific techniques used in the study include the WAFW00F tool to check for firewalls, Nmap for scanning systems to identify services and operating systems, and Metasploit modules like smb_ms17_010 and psexec for discovering and exploiting vulnerabilities.
3) The study was able to gain remote access to a Windows 7 system by exploiting the Eternalblue vulnerability using Metasploit and obtain a meterpreter session, demonstrating a successful penetration test.
Vulnerability Assessment & Penetration Testing (VAPT) identifies system weaknesses through assessments and simulates real-world attacks to bolster cybersecurity measures.
Accurately detecting source code of attacks that increase privilegeUltraUploader
The document discusses developing a system to detect source code for attacks that increase privilege before they are executed. The system separates incoming data into categories like C code or shell code. Features are extracted from each sample and used to estimate if it contains attack code. The system has been evaluated on large databases of normal and attack software written by many authors, with results showing accurate detection of attack code.
The security mindset securing social media integrations and social learning...franco_bb
This document discusses security mindset and practices around social learning and the Blackboard Cloud. It defines security mindset as evaluating systems from an attacker's perspective to identify vulnerabilities and implement appropriate countermeasures. The document outlines security assessments including threat modeling, which identifies assets, actors, and threats. It provides examples of threat modeling APIs, social media, and cloud integration. It also explains enabling the Blackboard Cloud in stages and the data usage transparency of social media integrations.
Creating apt targeted threat feeds for your industryKeith Chapman
This document discusses how to create targeted threat intelligence feeds for a specific industry. It recommends researching advanced persistent threat (APT) groups that target the industry and mapping their tactics and techniques using MITRE ATT&CK. Highest scoring techniques are identified and log sources examined to determine gaps. Tags for the techniques are searched in MISP to produce a weighted threat feed, which can be enriched and exported to a security information and event management (SIEM) system. Automation using APIs and code is also suggested.
A web application detecting dos attack using mca and tameSAT Journals
Abstract
Interconnected systems, such as all kind of servers including web servers, are been always under the threats of network attackers. There are many popular attacks like man in middle attack, cross site scripting, spamming etc. but Denial of service attack is considered to be one of most dangerous attack on the networked applications. The attack causes many serious issues on these computing systems A denial-of-service (DoS) attack is an attempt to make a machine or network resource unavailable to the intended users. The performance of the server is reduced by the DoS attack, so, to increase the efficiency of the server, detection of the attack is necessary. Hence Multivariate Correlation Analysis’ issued, this approach employs triangle area for extracting the correlation information between network traffic. Our implemented system is evaluated using KDD Cup 99 data set, and the treatment of both non-normalized data and normalized data on the performance of the proposed detection system are examined. The implemented system has capability of learning new patterns of legitimate network traffic hence it detect both known and unknown types of DoS attacks and we can say that It is working on the principle of anomaly based attack detection. Triangle-area-based technique is used to speed up the process. The stored legitimate profiles has to keep secured so Detection e=mechanism for the SQL injection is also implemented in the system. The system designed to carry out attack detection is a question-answer portal i.e. a web application and hence the system is using HTTP protocol unlike previous systems which were using TCP. Keywords: Denial-of-Service attack, Features Normalization, Triangle Area Map(TAM), Multivariate Correlation Analysis(MCA), anomaly based detection, SQL injection, HTTP, and TCP,
Topperworld offers a project-based internship program to help students gain skills for technical careers. The internship involves completing 3 tasks, maintaining project codes and documentation on GitHub and LinkedIn, and updating profiles to reflect the intern position. The first task involves developing a computer vision model for detecting road lane lines from images or videos. The second task is building a movie recommendation system using collaborative or content-based filtering algorithms. The third task is creating a system for detecting fake news articles using natural language processing and machine learning classification models.
Key AssignmentThe management team as well as your peers are happy .docxsleeperfindley
Key Assignment
The management team as well as your peers are happy with the work performed to this point:
Setting up Intrusion Detection Systems and audit data.
Defining and understanding vulnerabilities
Identifying various attack mechanisms
Creating a policy
The last and final step is to perform a vulnerability assessment against a workstation, server or combination and analyze the findings. Recommend the solutions to remediate any serious issues based on the established company policies.
It is important to know and understand the security posture of the devices attached to the network, as these might often be a step in a more sophisticated and multilevel attack of the infrastructure. An important step in the risk management process is to determine what vulnerabilities exist on these devices. Choose a vulnerability assessment tool and perform a vulnerability assessment against your target(s) in your environment, and report the findings. The information should include:
A description about the tool used to perform the scan.
A list of identified hosts (Obfuscate any specific IP addresses).
The list of serious (on a scale of 1-5 (1 being the highest) report the 1 and 2 issues)
Describe or list any false positive information.
Discuss potential safeguards and remediation actions that could be implemented for each finding to reduce the risk.
At this point the Key Assignment Template is Complete. The following Sections should be completed, and ensure to incorporate any feedback previously received from the instructor and peer reviews:
Title Page
Table of Contents (Updated to reflect correct page numbers)
Intrusion Tools and Techniques
Common Vulnerabilities and Exposures
Attack Methods
Intrusion Detection System Policies
Protective Measures
References
Add the discussion about the scan, the analysis and results and the remediation suggestions to the section titled:
Protective Measures.
.
The document describes a major project report on a cloud-based intrusion detection system using a backpropagation neural network based on particle swarm optimization. It discusses cloud computing concepts, characteristics, service models, and security threats. The proposed methodology uses particle swarm optimization to optimize training data sets for a backpropagation neural network intrusion detection system. Soft computing techniques like artificial neural networks, fuzzy logic, genetic algorithms, and particle swarm optimization are applied. The objectives are to design an intrusion detection system and evaluate its performance on test data sets.
This document provides an introduction to bug bounty programs. It discusses what a bug bounty is, which are popular bug bounty platforms, how to choose target programs, reconnaissance methods like subdomain enumeration and content discovery, attacking single domains by analyzing requests and responses and hidden endpoints, and provides examples of the author's past bug bounty finds. The presentation ends by answering any questions about bug bounty programs.
What is the process of Vulnerability Assessment and Penetration Testing.pdfElanusTechnologies
Elanus Technologies is the Best Vulnerability Assessment and Penetration Testing Company in India providing intelligent cyber security and VAPT services on Web, Mobile, Network and Thick Client.
https://www.elanustechnologies.com/vapt.php
The document provides information about the Certified Computer Security Analyst (CCSA) program and training. It discusses the trainer, Semi Yulianto's qualifications and experience working with various security training and consulting organizations. It also lists some of the key topics covered in the CCSA training program, including vulnerabilities assessment, penetration testing methodology, security tools, and investigating vulnerabilities.
PatrOwl is an advanced platform for orchestrating Security Operations like Penetration testing, Vulnerability Assessment, Code review, Compliance checks, Cyber-Threat Intelligence / Hunting and SOC & DFIR Operations.
Fully-Developped in Python (Django for the backend and Flask for the engines). It remains incredibly easy to customize all components. Asynchronous tasks and engine scalability are supported by RabbitMQ and Celery.
IRJET - Different Data Mining Techniques for Intrusion Detection SystemIRJET Journal
This document discusses different data mining techniques for intrusion detection systems. It proposes an approach that analyzes program binaries both statically and dynamically to identify specific properties of ransomware. A supervised learning model is used that generates background knowledge during training and applies it during testing to classify ransomware. The proposed system achieves high detection accuracy on various network datasets using machine learning and deep learning algorithms like RNN. It works like both machine learning and reinforcement learning to evaluate unknown instances.
For more course tutorials visit
www.newtonhelp.com
Project 1
Step 1: Conduct a Security Analysis Baseline
In the first step of the project, you will conduct a security analysis baseline of the IT systems, which will include a data-flow diagram of connections and endpoints, and all types of access points
For more course tutorials visit
www.newtonhelp.com
Project 1
Step 1: Conduct a Security Analysis Baseline
In the first step of the project, you will conduct a security analysis baseline of the IT systems, which will include a data-flow diagram of connections and endpoints, and all types of access points, including wireless. The baseline
Cst 630 Education is Power/newtonhelp.comamaranthbeg73
For more course tutorials visit
www.newtonhelp.com
Project 1
Step 1: Conduct a Security Analysis Baseline
In the first step of the project, you will conduct a security analysis baseline of the IT systems, which will include a data-flow diagram of connections and endpoints, and all types of access points, including wireless. The baseline report will be part of the overall security assessment report (SAR).
You will get your information from a data-flow diagram and report from the Microsoft Threat Modeling Tool 2016. The scope should include network IT security for the whole organization. Click the following to view the data-flow diagram: [diagram and report]
JPJ1425 Security Evaluation of Pattern Classifiers under Attackchennaijp
We are good IEEE java projects development center in Chennai and Pondicherry. We guided advanced java technologies projects of cloud computing, data mining, Secure Computing, Networking, Parallel & Distributed Systems, Mobile Computing and Service Computing (Web Service).
For More Details:
http://jpinfotech.org/final-year-ieee-projects/2014-ieee-projects/java-projects/
Penetration testing using metasploit frameworkPawanKesharwani
1) The document describes a study on penetration testing using the Metasploit framework. It outlines the various phases of a penetration test - information gathering, scanning, vulnerability discovery, exploitation, and report generation.
2) Specific techniques used in the study include the WAFW00F tool to check for firewalls, Nmap for scanning systems to identify services and operating systems, and Metasploit modules like smb_ms17_010 and psexec for discovering and exploiting vulnerabilities.
3) The study was able to gain remote access to a Windows 7 system by exploiting the Eternalblue vulnerability using Metasploit and obtain a meterpreter session, demonstrating a successful penetration test.
Vulnerability Assessment & Penetration Testing (VAPT) identifies system weaknesses through assessments and simulates real-world attacks to bolster cybersecurity measures.
Accurately detecting source code of attacks that increase privilegeUltraUploader
The document discusses developing a system to detect source code for attacks that increase privilege before they are executed. The system separates incoming data into categories like C code or shell code. Features are extracted from each sample and used to estimate if it contains attack code. The system has been evaluated on large databases of normal and attack software written by many authors, with results showing accurate detection of attack code.
The security mindset securing social media integrations and social learning...franco_bb
This document discusses security mindset and practices around social learning and the Blackboard Cloud. It defines security mindset as evaluating systems from an attacker's perspective to identify vulnerabilities and implement appropriate countermeasures. The document outlines security assessments including threat modeling, which identifies assets, actors, and threats. It provides examples of threat modeling APIs, social media, and cloud integration. It also explains enabling the Blackboard Cloud in stages and the data usage transparency of social media integrations.
Creating apt targeted threat feeds for your industryKeith Chapman
This document discusses how to create targeted threat intelligence feeds for a specific industry. It recommends researching advanced persistent threat (APT) groups that target the industry and mapping their tactics and techniques using MITRE ATT&CK. Highest scoring techniques are identified and log sources examined to determine gaps. Tags for the techniques are searched in MISP to produce a weighted threat feed, which can be enriched and exported to a security information and event management (SIEM) system. Automation using APIs and code is also suggested.
A web application detecting dos attack using mca and tameSAT Journals
Abstract
Interconnected systems, such as all kind of servers including web servers, are been always under the threats of network attackers. There are many popular attacks like man in middle attack, cross site scripting, spamming etc. but Denial of service attack is considered to be one of most dangerous attack on the networked applications. The attack causes many serious issues on these computing systems A denial-of-service (DoS) attack is an attempt to make a machine or network resource unavailable to the intended users. The performance of the server is reduced by the DoS attack, so, to increase the efficiency of the server, detection of the attack is necessary. Hence Multivariate Correlation Analysis’ issued, this approach employs triangle area for extracting the correlation information between network traffic. Our implemented system is evaluated using KDD Cup 99 data set, and the treatment of both non-normalized data and normalized data on the performance of the proposed detection system are examined. The implemented system has capability of learning new patterns of legitimate network traffic hence it detect both known and unknown types of DoS attacks and we can say that It is working on the principle of anomaly based attack detection. Triangle-area-based technique is used to speed up the process. The stored legitimate profiles has to keep secured so Detection e=mechanism for the SQL injection is also implemented in the system. The system designed to carry out attack detection is a question-answer portal i.e. a web application and hence the system is using HTTP protocol unlike previous systems which were using TCP. Keywords: Denial-of-Service attack, Features Normalization, Triangle Area Map(TAM), Multivariate Correlation Analysis(MCA), anomaly based detection, SQL injection, HTTP, and TCP,
Topperworld offers a project-based internship program to help students gain skills for technical careers. The internship involves completing 3 tasks, maintaining project codes and documentation on GitHub and LinkedIn, and updating profiles to reflect the intern position. The first task involves developing a computer vision model for detecting road lane lines from images or videos. The second task is building a movie recommendation system using collaborative or content-based filtering algorithms. The third task is creating a system for detecting fake news articles using natural language processing and machine learning classification models.
Key AssignmentThe management team as well as your peers are happy .docxsleeperfindley
Key Assignment
The management team as well as your peers are happy with the work performed to this point:
Setting up Intrusion Detection Systems and audit data.
Defining and understanding vulnerabilities
Identifying various attack mechanisms
Creating a policy
The last and final step is to perform a vulnerability assessment against a workstation, server or combination and analyze the findings. Recommend the solutions to remediate any serious issues based on the established company policies.
It is important to know and understand the security posture of the devices attached to the network, as these might often be a step in a more sophisticated and multilevel attack of the infrastructure. An important step in the risk management process is to determine what vulnerabilities exist on these devices. Choose a vulnerability assessment tool and perform a vulnerability assessment against your target(s) in your environment, and report the findings. The information should include:
A description about the tool used to perform the scan.
A list of identified hosts (Obfuscate any specific IP addresses).
The list of serious (on a scale of 1-5 (1 being the highest) report the 1 and 2 issues)
Describe or list any false positive information.
Discuss potential safeguards and remediation actions that could be implemented for each finding to reduce the risk.
At this point the Key Assignment Template is Complete. The following Sections should be completed, and ensure to incorporate any feedback previously received from the instructor and peer reviews:
Title Page
Table of Contents (Updated to reflect correct page numbers)
Intrusion Tools and Techniques
Common Vulnerabilities and Exposures
Attack Methods
Intrusion Detection System Policies
Protective Measures
References
Add the discussion about the scan, the analysis and results and the remediation suggestions to the section titled:
Protective Measures.
.
The document describes a major project report on a cloud-based intrusion detection system using a backpropagation neural network based on particle swarm optimization. It discusses cloud computing concepts, characteristics, service models, and security threats. The proposed methodology uses particle swarm optimization to optimize training data sets for a backpropagation neural network intrusion detection system. Soft computing techniques like artificial neural networks, fuzzy logic, genetic algorithms, and particle swarm optimization are applied. The objectives are to design an intrusion detection system and evaluate its performance on test data sets.
This document provides an introduction to bug bounty programs. It discusses what a bug bounty is, which are popular bug bounty platforms, how to choose target programs, reconnaissance methods like subdomain enumeration and content discovery, attacking single domains by analyzing requests and responses and hidden endpoints, and provides examples of the author's past bug bounty finds. The presentation ends by answering any questions about bug bounty programs.
What is the process of Vulnerability Assessment and Penetration Testing.pdfElanusTechnologies
Elanus Technologies is the Best Vulnerability Assessment and Penetration Testing Company in India providing intelligent cyber security and VAPT services on Web, Mobile, Network and Thick Client.
https://www.elanustechnologies.com/vapt.php
The document provides information about the Certified Computer Security Analyst (CCSA) program and training. It discusses the trainer, Semi Yulianto's qualifications and experience working with various security training and consulting organizations. It also lists some of the key topics covered in the CCSA training program, including vulnerabilities assessment, penetration testing methodology, security tools, and investigating vulnerabilities.
PatrOwl is an advanced platform for orchestrating Security Operations like Penetration testing, Vulnerability Assessment, Code review, Compliance checks, Cyber-Threat Intelligence / Hunting and SOC & DFIR Operations.
Fully-Developped in Python (Django for the backend and Flask for the engines). It remains incredibly easy to customize all components. Asynchronous tasks and engine scalability are supported by RabbitMQ and Celery.
IRJET - Different Data Mining Techniques for Intrusion Detection SystemIRJET Journal
This document discusses different data mining techniques for intrusion detection systems. It proposes an approach that analyzes program binaries both statically and dynamically to identify specific properties of ransomware. A supervised learning model is used that generates background knowledge during training and applies it during testing to classify ransomware. The proposed system achieves high detection accuracy on various network datasets using machine learning and deep learning algorithms like RNN. It works like both machine learning and reinforcement learning to evaluate unknown instances.
For more course tutorials visit
www.newtonhelp.com
Project 1
Step 1: Conduct a Security Analysis Baseline
In the first step of the project, you will conduct a security analysis baseline of the IT systems, which will include a data-flow diagram of connections and endpoints, and all types of access points
For more course tutorials visit
www.newtonhelp.com
Project 1
Step 1: Conduct a Security Analysis Baseline
In the first step of the project, you will conduct a security analysis baseline of the IT systems, which will include a data-flow diagram of connections and endpoints, and all types of access points, including wireless. The baseline
Cst 630 Education is Power/newtonhelp.comamaranthbeg73
For more course tutorials visit
www.newtonhelp.com
Project 1
Step 1: Conduct a Security Analysis Baseline
In the first step of the project, you will conduct a security analysis baseline of the IT systems, which will include a data-flow diagram of connections and endpoints, and all types of access points, including wireless. The baseline report will be part of the overall security assessment report (SAR).
You will get your information from a data-flow diagram and report from the Microsoft Threat Modeling Tool 2016. The scope should include network IT security for the whole organization. Click the following to view the data-flow diagram: [diagram and report]
JPJ1425 Security Evaluation of Pattern Classifiers under Attackchennaijp
We are good IEEE java projects development center in Chennai and Pondicherry. We guided advanced java technologies projects of cloud computing, data mining, Secure Computing, Networking, Parallel & Distributed Systems, Mobile Computing and Service Computing (Web Service).
For More Details:
http://jpinfotech.org/final-year-ieee-projects/2014-ieee-projects/java-projects/
10. Establish the campaign schedule (e.g., once, daily, weekly, etc.).2. Campaign Definition You define critical IT assets (aka goals), scope and timing. GOAL
11.
12. INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.
13. INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.2. Campaign Definition You define critical IT assets (aka goals), scope and timing. GOAL 3. Attack Path Calculation INSIGHT calculates likely attack paths to your defined assets.
14.
15. Can target web applications, network systems, endpoint systems and end users (via phishing).
16. All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.
17. Product receives 20-30 new exploits and other modules per month.2. Campaign Definition You define critical IT assets (aka goals), scope and timing. GOAL 3. Attack Path Calculation INSIGHT calculates likely attack paths to your defined assets. 4. Attack Replication INSIGHT attempts to exploit vulnerabilities along the paths.
22. Stealthy attacker behavior2. Campaign Definition You define critical IT assets (aka goals), scope and timing. GOAL 3. Attack Path Calculation INSIGHT calculates likely attack paths to your defined assets. 5. Adaptive Path Adjustment INSIGHT seeks new paths as systems are compromised. 4. Attack Replication INSIGHT attempts to exploit vulnerabilities along the paths.
23.
24. Ensures that security tests keep up with your changing environment2. Campaign Definition You define critical IT assets (aka goals), scope and timing. GOAL 3. Attack Path Calculation INSIGHT calculates likely attack paths to your defined assets. 6. Infrastructure Change Campaigns can automatically adapt as you deploy new systems. 5. Adaptive Path Adjustment INSIGHT seeks new paths as systems are compromised. New system added to environment! 4. Attack Replication INSIGHT attempts to exploit vulnerabilities along the paths.
28. Details attack paths and penetration points for remediation planning.2. Campaign Definition You define critical IT assets (aka goals), scope and timing. 7. Dashboard / Reporting INSIGHT presents findings in terms relevant to your organization. 3. Attack Path Calculation INSIGHT calculates likely attack paths to your defined assets. 6. Infrastructure Change Campaigns can automatically adapt as you deploy new systems. 5. Adaptive Path Adjustment INSIGHT seeks new paths as systems are compromised. 4. Attack Replication INSIGHT attempts to exploit vulnerabilities along the paths.
Editor's Notes
Step 1: Environment ProfilingTell INSIGHT about your environment topography, for instance:Import network info from your network asset mgt solutionProvide a range of IPsProvide a range of web application URLsProvide a list of end user email addressesStep 2: Campaign DefinitionDefine the goal of the INSIGHT assessment campaign (e.g., access a specific customer database).Define the scope of systems to be tested (e.g., a specific subnet).Define which systems are in and out of bounds for the campaignOptionally, delegate campaigns to IT staff who own the systems, web app developers, etc.Establish the campaign schedule (e.g., once, daily, weekly, etc.).Step 3: Attack Path CalculationINSIGHT profiles systems defined by the campaign and identifies potentially vulnerable systems.INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.Step 4: Attack ReplicationCORE INSIGHT’s Exploit Engine replicates an attacker’s attempts at compromising systems along the paths.Can target web applications, network systems, endpoint systems and end users (via phishing).All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.Product receives 20-30 new exploits and other modules per month.Step 5: Adaptive Path AdjustmentUses GPS-like intelligence to adjust and recalculate Attack Paths as it attempts to compromise systems, like an attacker would.Stays “in bounds” as defined in the campaign.Only tests calculated attack pathsLess disruptive than scanningStealthy attacker behaviorStep 6: Infrastructure ChangeNewly deployed systems that fall within the scope of a campaign (e.g., and IP range) can automatically be tested the next time a campaign is run. Ensures that security tests keep up with your changing environmentStep 7: Dashboard / ReportingDetails real potential for breach of critical assets with no false positives.Shows where defenses stop attacks.Reveals exposures to attacks that combine different techniques and vectors.Details attack paths and penetration points for remediation planning.
Step 1: Environment ProfilingTell INSIGHT about your environment topography, for instance:Import network info from your network asset mgt solutionProvide a range of IPsProvide a range of web application URLsProvide a list of end user email addressesStep 2: Campaign DefinitionDefine the goal of the INSIGHT assessment campaign (e.g., access a specific customer database).Define the scope of systems to be tested (e.g., a specific subnet).Define which systems are in and out of bounds for the campaignOptionally, delegate campaigns to IT staff who own the systems, web app developers, etc.Establish the campaign schedule (e.g., once, daily, weekly, etc.).Step 3: Attack Path CalculationINSIGHT profiles systems defined by the campaign and identifies potentially vulnerable systems.INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.Step 4: Attack ReplicationCORE INSIGHT’s Exploit Engine replicates an attacker’s attempts at compromising systems along the paths.Can target web applications, network systems, endpoint systems and end users (via phishing).All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.Product receives 20-30 new exploits and other modules per month.Step 5: Adaptive Path AdjustmentUses GPS-like intelligence to adjust and recalculate Attack Paths as it attempts to compromise systems, like an attacker would.Stays “in bounds” as defined in the campaign.Only tests calculated attack pathsLess disruptive than scanningStealthy attacker behaviorStep 6: Infrastructure ChangeNewly deployed systems that fall within the scope of a campaign (e.g., and IP range) can automatically be tested the next time a campaign is run. Ensures that security tests keep up with your changing environmentStep 7: Dashboard / ReportingDetails real potential for breach of critical assets with no false positives.Shows where defenses stop attacks.Reveals exposures to attacks that combine different techniques and vectors.Details attack paths and penetration points for remediation planning.
Step 1: Environment ProfilingTell INSIGHT about your environment topography, for instance:Import network info from your network asset mgt solutionProvide a range of IPsProvide a range of web application URLsProvide a list of end user email addressesStep 2: Campaign DefinitionDefine the goal of the INSIGHT assessment campaign (e.g., access a specific customer database).Define the scope of systems to be tested (e.g., a specific subnet).Define which systems are in and out of bounds for the campaignOptionally, delegate campaigns to IT staff who own the systems, web app developers, etc.Establish the campaign schedule (e.g., once, daily, weekly, etc.).Step 3: Attack Path CalculationINSIGHT profiles systems defined by the campaign and identifies potentially vulnerable systems.INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.Step 4: Attack ReplicationCORE INSIGHT’s Exploit Engine replicates an attacker’s attempts at compromising systems along the paths.Can target web applications, network systems, endpoint systems and end users (via phishing).All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.Product receives 20-30 new exploits and other modules per month.Step 5: Adaptive Path AdjustmentUses GPS-like intelligence to adjust and recalculate Attack Paths as it attempts to compromise systems, like an attacker would.Stays “in bounds” as defined in the campaign.Only tests calculated attack pathsLess disruptive than scanningStealthy attacker behaviorStep 6: Infrastructure ChangeNewly deployed systems that fall within the scope of a campaign (e.g., and IP range) can automatically be tested the next time a campaign is run. Ensures that security tests keep up with your changing environmentStep 7: Dashboard / ReportingDetails real potential for breach of critical assets with no false positives.Shows where defenses stop attacks.Reveals exposures to attacks that combine different techniques and vectors.Details attack paths and penetration points for remediation planning.
Step 1: Environment ProfilingTell INSIGHT about your environment topography, for instance:Import network info from your network asset mgt solutionProvide a range of IPsProvide a range of web application URLsProvide a list of end user email addressesStep 2: Campaign DefinitionDefine the goal of the INSIGHT assessment campaign (e.g., access a specific customer database).Define the scope of systems to be tested (e.g., a specific subnet).Define which systems are in and out of bounds for the campaignOptionally, delegate campaigns to IT staff who own the systems, web app developers, etc.Establish the campaign schedule (e.g., once, daily, weekly, etc.).Step 3: Attack Path CalculationINSIGHT profiles systems defined by the campaign and identifies potentially vulnerable systems.INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.Step 4: Attack ReplicationCORE INSIGHT’s Exploit Engine replicates an attacker’s attempts at compromising systems along the paths.Can target web applications, network systems, endpoint systems and end users (via phishing).All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.Product receives 20-30 new exploits and other modules per month.Step 5: Adaptive Path AdjustmentUses GPS-like intelligence to adjust and recalculate Attack Paths as it attempts to compromise systems, like an attacker would.Stays “in bounds” as defined in the campaign.Only tests calculated attack pathsLess disruptive than scanningStealthy attacker behaviorStep 6: Infrastructure ChangeNewly deployed systems that fall within the scope of a campaign (e.g., and IP range) can automatically be tested the next time a campaign is run. Ensures that security tests keep up with your changing environmentStep 7: Dashboard / ReportingDetails real potential for breach of critical assets with no false positives.Shows where defenses stop attacks.Reveals exposures to attacks that combine different techniques and vectors.Details attack paths and penetration points for remediation planning.
Step 1: Environment ProfilingTell INSIGHT about your environment topography, for instance:Import network info from your network asset mgt solutionProvide a range of IPsProvide a range of web application URLsProvide a list of end user email addressesStep 2: Campaign DefinitionDefine the goal of the INSIGHT assessment campaign (e.g., access a specific customer database).Define the scope of systems to be tested (e.g., a specific subnet).Define which systems are in and out of bounds for the campaignOptionally, delegate campaigns to IT staff who own the systems, web app developers, etc.Establish the campaign schedule (e.g., once, daily, weekly, etc.).Step 3: Attack Path CalculationINSIGHT profiles systems defined by the campaign and identifies potentially vulnerable systems.INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.Step 4: Attack ReplicationCORE INSIGHT’s Exploit Engine replicates an attacker’s attempts at compromising systems along the paths.Can target web applications, network systems, endpoint systems and end users (via phishing).All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.Product receives 20-30 new exploits and other modules per month.Step 5: Adaptive Path AdjustmentUses GPS-like intelligence to adjust and recalculate Attack Paths as it attempts to compromise systems, like an attacker would.Stays “in bounds” as defined in the campaign.Only tests calculated attack pathsLess disruptive than scanningStealthy attacker behaviorStep 6: Infrastructure ChangeNewly deployed systems that fall within the scope of a campaign (e.g., and IP range) can automatically be tested the next time a campaign is run. Ensures that security tests keep up with your changing environmentStep 7: Dashboard / ReportingDetails real potential for breach of critical assets with no false positives.Shows where defenses stop attacks.Reveals exposures to attacks that combine different techniques and vectors.Details attack paths and penetration points for remediation planning.
Step 1: Environment ProfilingTell INSIGHT about your environment topography, for instance:Import network info from your network asset mgt solutionProvide a range of IPsProvide a range of web application URLsProvide a list of end user email addressesStep 2: Campaign DefinitionDefine the goal of the INSIGHT assessment campaign (e.g., access a specific customer database).Define the scope of systems to be tested (e.g., a specific subnet).Define which systems are in and out of bounds for the campaignOptionally, delegate campaigns to IT staff who own the systems, web app developers, etc.Establish the campaign schedule (e.g., once, daily, weekly, etc.).Step 3: Attack Path CalculationINSIGHT profiles systems defined by the campaign and identifies potentially vulnerable systems.INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.Step 4: Attack ReplicationCORE INSIGHT’s Exploit Engine replicates an attacker’s attempts at compromising systems along the paths.Can target web applications, network systems, endpoint systems and end users (via phishing).All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.Product receives 20-30 new exploits and other modules per month.Step 5: Adaptive Path AdjustmentUses GPS-like intelligence to adjust and recalculate Attack Paths as it attempts to compromise systems, like an attacker would.Stays “in bounds” as defined in the campaign.Only tests calculated attack pathsLess disruptive than scanningStealthy attacker behaviorStep 6: Infrastructure ChangeNewly deployed systems that fall within the scope of a campaign (e.g., and IP range) can automatically be tested the next time a campaign is run. Ensures that security tests keep up with your changing environmentStep 7: Dashboard / ReportingDetails real potential for breach of critical assets with no false positives.Shows where defenses stop attacks.Reveals exposures to attacks that combine different techniques and vectors.Details attack paths and penetration points for remediation planning.
Step 1: Environment ProfilingTell INSIGHT about your environment topography, for instance:Import network info from your network asset mgt solutionProvide a range of IPsProvide a range of web application URLsProvide a list of end user email addressesStep 2: Campaign DefinitionDefine the goal of the INSIGHT assessment campaign (e.g., access a specific customer database).Define the scope of systems to be tested (e.g., a specific subnet).Define which systems are in and out of bounds for the campaignOptionally, delegate campaigns to IT staff who own the systems, web app developers, etc.Establish the campaign schedule (e.g., once, daily, weekly, etc.).Step 3: Attack Path CalculationINSIGHT profiles systems defined by the campaign and identifies potentially vulnerable systems.INSIGHT’s attack planning algorithm combines knowledge of system profiles with GPS-like intelligence to determine most likely path(s) to achieve the campaign goal.INSIGHT weights potential paths based on exploit efficacy, leveraging CORE IMPACT’s usage statistics and our unique research and field expertise.Step 4: Attack ReplicationCORE INSIGHT’s Exploit Engine replicates an attacker’s attempts at compromising systems along the paths.Can target web applications, network systems, endpoint systems and end users (via phishing).All exploits are commercial-grade, developed in-house, and repeatedly updated, QAed and tested.Product receives 20-30 new exploits and other modules per month.Step 5: Adaptive Path AdjustmentUses GPS-like intelligence to adjust and recalculate Attack Paths as it attempts to compromise systems, like an attacker would.Stays “in bounds” as defined in the campaign.Only tests calculated attack pathsLess disruptive than scanningStealthy attacker behaviorStep 6: Infrastructure ChangeNewly deployed systems that fall within the scope of a campaign (e.g., and IP range) can automatically be tested the next time a campaign is run. Ensures that security tests keep up with your changing environmentStep 7: Dashboard / ReportingDetails real potential for breach of critical assets with no false positives.Shows where defenses stop attacks.Reveals exposures to attacks that combine different techniques and vectors.Details attack paths and penetration points for remediation planning.