The Cyber Security C2 Solution enables situational awareness across
large network environments, providing command and control capabilities
for cyber security threat response. The solution rapidly processes large
volumes of disparate data across the enterprise and delivers near realtime
network operational insight for decision-makers to intervene, mitigate
risks and determine impact to mission operations.
Fns Incident Management Powered By En Casetbeckwith
FishNet Security and Guidance Software provide an incident management solution to help organizations respond quickly to security incidents and adopt a proactive "lean forward" security model. Their approach uses EnCase Cybersecurity software and skilled consultants to expose potential network risks, contain data breaches, and minimize costs and recovery time when incidents do occur. The solution is designed to help organizations shift from a reactive to proactive security stance.
Norman Patch and
Remediation Advanced
provides:
• Rapid, accurate and secure
patch management
• Automated collection, analysis
and delivery of patches
• Security for your organization
from worms, trojans, viruses and other malicious threats
• Single consolidated solution
for heterogeneous environments
provides effective management
at a significantly reduced TCO
The document discusses cybersecurity and why a technological approach alone is not sufficient. It argues that cybersecurity is a socio-technical problem, as technology cannot guarantee reliability and human and organizational factors like insider threats, procedures, carelessness, and social engineering present vulnerabilities. A holistic approach is needed across personal, organizational, national, and international levels that includes deterrence, awareness, realistic procedures, monitoring, and cooperation.
Tech Alliance provides five cybersecurity services: 1) Enterprise Security Program Design and Implementation to assess risks, identify gaps, and create a security roadmap; 2) IT Risk Assessment to identify threats, vulnerabilities, impacts, and recommend controls; 3) Disaster Recovery Planning and Implementation to design technology solutions and processes to ensure business continuity; 4) Vulnerability Assessment and Penetration Testing to identify vulnerabilities and validate fixes; 5) a Security Operations Center for 24/7 monitoring of networks, systems, and security devices.
Minicom White Paper Using Ram To Increase Security And Improve Efficiency In ...elisasson
In recent years, remote server access has become
standard for corporate data centers however, many
data centers have adopted remote access strategies
gradually, on an ad-hoc basis, as technologies have
evolved. As a result they are enjoying only partial
benefits, and may have opened up unexpected
security gaps. With an overall strategy—and a
software solution for system-wide Remote Access
Management , such as AccessIT® from Minicom,
corporations can maximize the benefits, and minimize
the risks of remote server access.
This document discusses information security in the datacenter and whether it is an internal affair. It summarizes key findings from 2010-2012 regarding security in virtualized datacenters. The main risks of virtualization in the datacenter are discussed, including loss of separation of duties, vulnerabilities in privileged software layers, incorrect virtual network configuration exposing isolation, and increased impact of denial of service attacks. The document concludes that just because an organization can consolidate servers virtually does not mean it should without understanding additional security risks and mitigations. It also discusses three styles of securing applications in public and private datacenters: relying on infrastructure security, running own controls inside the datacenter, or requiring all controls separate from the datacenter/cloud.
Lumension Device Control provides centralized management and enforcement of security policies for removable devices and media. It uses a whitelist approach to only allow authorized devices and deny access to all others by default. This protects organizations from data loss or theft caused by removable drives. The software monitors device usage and file transfers to ensure continuous policy compliance. Key benefits include preventing data breaches from unauthorized devices and enabling secure productivity tools while reducing security risks.
The document discusses StoneGate's Intrusion Prevention System (IPS) and how it provides flexible and precise detection of internal and external threats to protect corporate networks and information flow. StoneGate IPS integrates with the company's firewall and VPN solutions to offer unified threat management. It can detect threats from vulnerable applications and operating systems and stop harmful traffic through both monitoring and prevention modes. Centralized management of StoneGate IPS simplifies threat handling and ensures compliance with various regulations.
Fns Incident Management Powered By En Casetbeckwith
FishNet Security and Guidance Software provide an incident management solution to help organizations respond quickly to security incidents and adopt a proactive "lean forward" security model. Their approach uses EnCase Cybersecurity software and skilled consultants to expose potential network risks, contain data breaches, and minimize costs and recovery time when incidents do occur. The solution is designed to help organizations shift from a reactive to proactive security stance.
Norman Patch and
Remediation Advanced
provides:
• Rapid, accurate and secure
patch management
• Automated collection, analysis
and delivery of patches
• Security for your organization
from worms, trojans, viruses and other malicious threats
• Single consolidated solution
for heterogeneous environments
provides effective management
at a significantly reduced TCO
The document discusses cybersecurity and why a technological approach alone is not sufficient. It argues that cybersecurity is a socio-technical problem, as technology cannot guarantee reliability and human and organizational factors like insider threats, procedures, carelessness, and social engineering present vulnerabilities. A holistic approach is needed across personal, organizational, national, and international levels that includes deterrence, awareness, realistic procedures, monitoring, and cooperation.
Tech Alliance provides five cybersecurity services: 1) Enterprise Security Program Design and Implementation to assess risks, identify gaps, and create a security roadmap; 2) IT Risk Assessment to identify threats, vulnerabilities, impacts, and recommend controls; 3) Disaster Recovery Planning and Implementation to design technology solutions and processes to ensure business continuity; 4) Vulnerability Assessment and Penetration Testing to identify vulnerabilities and validate fixes; 5) a Security Operations Center for 24/7 monitoring of networks, systems, and security devices.
Minicom White Paper Using Ram To Increase Security And Improve Efficiency In ...elisasson
In recent years, remote server access has become
standard for corporate data centers however, many
data centers have adopted remote access strategies
gradually, on an ad-hoc basis, as technologies have
evolved. As a result they are enjoying only partial
benefits, and may have opened up unexpected
security gaps. With an overall strategy—and a
software solution for system-wide Remote Access
Management , such as AccessIT® from Minicom,
corporations can maximize the benefits, and minimize
the risks of remote server access.
This document discusses information security in the datacenter and whether it is an internal affair. It summarizes key findings from 2010-2012 regarding security in virtualized datacenters. The main risks of virtualization in the datacenter are discussed, including loss of separation of duties, vulnerabilities in privileged software layers, incorrect virtual network configuration exposing isolation, and increased impact of denial of service attacks. The document concludes that just because an organization can consolidate servers virtually does not mean it should without understanding additional security risks and mitigations. It also discusses three styles of securing applications in public and private datacenters: relying on infrastructure security, running own controls inside the datacenter, or requiring all controls separate from the datacenter/cloud.
Lumension Device Control provides centralized management and enforcement of security policies for removable devices and media. It uses a whitelist approach to only allow authorized devices and deny access to all others by default. This protects organizations from data loss or theft caused by removable drives. The software monitors device usage and file transfers to ensure continuous policy compliance. Key benefits include preventing data breaches from unauthorized devices and enabling secure productivity tools while reducing security risks.
The document discusses StoneGate's Intrusion Prevention System (IPS) and how it provides flexible and precise detection of internal and external threats to protect corporate networks and information flow. StoneGate IPS integrates with the company's firewall and VPN solutions to offer unified threat management. It can detect threats from vulnerable applications and operating systems and stop harmful traffic through both monitoring and prevention modes. Centralized management of StoneGate IPS simplifies threat handling and ensures compliance with various regulations.
This document provides a 7-step guide for building security in the cloud from the ground up. It discusses starting security planning early, identifying vulnerabilities for cloud services, protecting data during transmission and storage, securing the cloud platform, extending trust across multiple cloud providers, choosing a secure cloud service provider, and learning more from Intel resources. The document aims to help readers strengthen data and platform protection when using cloud computing.
Cybersecurity involves protecting individuals, businesses, and governments from cyber threats on computers and the internet. It is a broad field that includes threat analysis, security technologies, policies and laws. Cybersecurity problems stem from technical issues as well as human and organizational factors. It aims to prevent malicious cyber attacks and accidental damage. Attacks can come from inside or outside an organization and include fraud, spying, stalking, assault, and warfare between nations. The scale of the problem is large but difficult to measure fully. Cybersecurity issues have arisen because the internet was not designed with security in mind and prioritizes convenience, while widespread connectivity has increased risks.
CS 5032 L12 security testing and dependability cases 2013Ian Sommerville
The document discusses security validation techniques like experience-based validation using known attacks, tiger teams that simulate attacks, and tool-based validation. It also discusses the importance of having a well-defined development process for safety-critical systems that includes identifying and tracking hazards. Safety and dependability cases collect evidence like hazard analyses, test results, and review reports to argue that a system meets its safety requirements. Structured safety arguments demonstrate that hazardous conditions cannot occur by considering all program paths and showing unsafe conditions cannot be true.
Best practices for building network operations centerSatish Chavan
The document discusses best practices for building a network operations center (NOC). Some key points:
- A NOC monitors and controls network activity from one or more locations. Early versions date back to the 1960s when AT&T opened centers to monitor switches and routes.
- Modern NOCs use network monitoring software and sophisticated systems to detect issues across multiple layers of the network before they impact the business.
- Maintaining skilled staff, efficient processes, integrated tools, automation, and a focus on performance, security and being proactive are characteristics of an effective NOC.
Trend micro real time threat management press presentationAndrew Wong
Trend Micro is launching new real-time threat management solutions to address the insufficiency of traditional security against today's advanced threats. The solutions include the Trend Micro Threat Management System for network-wide visibility and control, the Threat Intelligence Manager for actionable threat intelligence, and vulnerability management services for timely patching. These solutions aim to detect, analyze, and remediate advanced threats in real-time through network monitoring, threat intelligence, and continuous vulnerability assessments.
Responding to and recovering from sophisticated security attacksIBM
This document discusses four steps organizations can take to help protect themselves from sophisticated cyber attacks:
1. Prioritize business objectives and set a risk tolerance by determining what is most important to the security of the business.
2. Protect the organization with a proactive security plan by identifying vulnerable areas, types of threats, and areas where an attack could cause the greatest loss.
3. Prepare a response plan for when an attack does occur by learning from past incidents and ensuring the ability to detect, respond to, and recover from attacks.
4. Promote a culture of security awareness across the organization to help prevent attacks from being successful.
RetroFit provides an array of essential desktop management services on a flat rate subscription basis to small and medium sized businesses. We help you minimize the hidden costs of desktop ownership which can be considerable.
Incident Response in the age of Nation State Cyber AttacksResilient Systems
One of the most important and yet least discussed aspects of any corporate structure is the incident response framework. As recent events have highlighted, the risk of intellectual property and critical infrastructure being the target of a cyber-attack is quite real. More than ever before, corporate preparation and response plans are necessary for any entity operating in the digital age.
This webinar will examine how an organization's incident response framework can help limit the exposure of intellectual property and critical infrastructure to outside, malicious parties. Our presenters will review how to construct corporate response plans that yield best-of-breed preparedness.
Our featured speakers for this timely webinar are:
-Mike Gibbons, Managing Director, Alvarez and Marsal, former FBI Special Agent as Unit Chief, overseeing all cyber crime investigations
-Art Ehuan, Managing Director, Alvarez and Marsal, former FBI Supervisory Special Agent assigned to the Computer Crimes Investigations Program
-Gant Redmon, Esq. CIPP/US General Counsel and Vice President of Business Development at Co3
Coming to this issue we have Network Security in Tool Gyan which will put light on how to set up a secured network, Who wants to be a Millionaire in Tool Gyan, check out yourself of what exactly its all about ;)TOR in Mom's guide for all those who thought 'It sounds very complicated to use, I’m not a hacker! I can’t use it!' by our Author- Federico from Italy.
Virtualization Security: Physical. Virtual. Cloud.
This document discusses securing virtualized environments including physical, virtual, and cloud platforms. It identifies key security challenges in virtual/cloud environments like resource contention from antivirus scans, instant-on gaps when cloning VMs, and inter-VM attacks. The document promotes Trend Micro's Deep Security 8 product as a server security platform that can address these challenges across physical, virtual, and cloud platforms.
SCIT-MTD is a patented technique that provides continuous rotation of virtual machines to a pristine state in order to remove malware and limit the time intruders have to exploit systems. It uses virtualization and fast VM rotation times of less than a minute to dynamically change systems into moving targets. This makes it difficult for attackers to gain access and plan attacks before being removed from the system. SCIT-MTD can be implemented without changes to existing systems and improves security even without knowing the details of vulnerabilities or malware.
Mobile phone forensics presents huge challenges for digital investigators due to the rapid evolution of mobile technology. While traditional computer forensics procedures are well established, mobile forensics is still developing appropriate processes due to mobile devices' increasing capabilities, data storage, and usage. Mobile devices now store vast amounts of personal and sensitive data and are commonly used for online activities, making them valuable sources of evidence but also targets for cybercrime like hacking and malware. Investigators face challenges in obtaining forensically sound evidence from mobile systems.
Business Intelligence In Cloud Computing A Tokenization Approach FinalHossam Hassanien
The document discusses a framework for securing data in business intelligence and cloud computing environments. It proposes using tokenization techniques to replace sensitive data with surrogate tokens. The framework includes a tokenization server that generates tokens and stores the token-data mappings in a centralized vault. When data is queried, the tokens are substituted for the actual values. The document outlines the architecture of the framework and algorithms for token generation and substitution to provide data security while enabling analytics.
This document discusses security cases, which provide a structured argument and evidence to support the claim that a system is acceptably secure. It focuses on addressing the potential for buffer overflows in code. The argument is that coding practices, code reviews, static analysis, and system testing with invalid inputs provide evidence there are no buffer overflow possibilities in the code. Tool support is needed to manage the large amount of documentation required to build the security case.
The Advanced Forensics Module from AirDefense provides:
- Detailed wireless traffic data stored every minute to troubleshoot network issues and analyze threats over time.
- Granular device information, channel activity, and traffic flow data to determine root causes and security breaches.
- Historical device association, traffic, channel usage and location tracking to optimize network performance and ensure compliance.
The document discusses IBM Security Systems and their capabilities. It provides an agenda that covers the security landscape, IBM security capabilities, and their strategic direction focused on security intelligence, advanced threats, mobile security, and cloud computing. It summarizes IBM's approach of delivering intelligence, integration, and expertise across a comprehensive security framework.
The variety and complexity of cyber attacks is increasing. The attackers have a strong economic and political motivation thus leading to organized and targeted attacks. We have concluded that intrusions are inevitable, and have focused on strategies to work through the attack while limiting the losses. Our approach, called Self Cleansing Intrusion Tolerance (SCIT), leads to the next generation of secure servers. SCIT shifts the focus from intrusion avoidance to reducing the losses resulting from an intrusion. This additional layer of defense is justified, because the current reactive approaches cannot keep up with the rapidly increasing new threats.
This document summarizes the topics covered in the first lecture of a security engineering course. It discusses security engineering and management, security risk assessment, and designing systems for security. The lecture covers tools and techniques for developing secure systems, assessing security risks, and designing system architectures to protect assets and distribute them for redundancy.
WP82 Physical Security in Mission Critical FacilitiesSE_NAM_Training
Physical security systems use various methods to identify individuals and control access to secure areas in data centers. These systems balance reliability, cost, and risk. Common identification methods include cards, tokens, passwords, and biometrics that verify "what you have, know, or are". Effective security combines multiple identification layers with concentric zones of increasing protection depth for sensitive areas like computer rooms and racks. Physical security is critical to reducing data center downtime from human errors or threats.
The document discusses advanced persistent threats and how traditional security methods are insufficient for dealing with them. It introduces Trend Micro's Deep Discovery and custom defense solutions, which use specialized threat detection, deep analysis, threat intelligence, and adaptive security updates to detect and block targeted attacks. This is done by monitoring networks for malicious content and communications, analyzing behaviors, and gaining insights to rapidly respond to and remediate threats.
This document summarizes a seminar report on GPRS security threats and solutions. It covers GPRS network architecture, classifications of security services, threats on the Gp and Gi interfaces, and solutions for securing each interface. The solutions discussed include ingress/egress filtering, stateful packet filtering, traffic shaping, IPsec tunnels, and deploying these solutions using a NetScreen security system. The conclusion states that GPRS can benefit users by providing always-on higher bandwidth, so security is needed to protect data connections and ensure availability.
Wireless network security threats countermeasureEdie II
This document discusses the use of firewalls as a countermeasure against threats on wireless networks. It begins by introducing wireless networks and some of the security risks they pose. It then defines what a firewall is and explains why firewalls are necessary for protecting networks from unauthorized access. Specifically, it outlines several common types of attacks on wireless networks, including IP spoofing, denial-of-service attacks, source routed traffic, and tiny fragment attacks, that firewalls can help defend against. The objective is to demonstrate how firewalls work as a countermeasure and determine their advantages and disadvantages for securing wireless networks.
This document provides a 7-step guide for building security in the cloud from the ground up. It discusses starting security planning early, identifying vulnerabilities for cloud services, protecting data during transmission and storage, securing the cloud platform, extending trust across multiple cloud providers, choosing a secure cloud service provider, and learning more from Intel resources. The document aims to help readers strengthen data and platform protection when using cloud computing.
Cybersecurity involves protecting individuals, businesses, and governments from cyber threats on computers and the internet. It is a broad field that includes threat analysis, security technologies, policies and laws. Cybersecurity problems stem from technical issues as well as human and organizational factors. It aims to prevent malicious cyber attacks and accidental damage. Attacks can come from inside or outside an organization and include fraud, spying, stalking, assault, and warfare between nations. The scale of the problem is large but difficult to measure fully. Cybersecurity issues have arisen because the internet was not designed with security in mind and prioritizes convenience, while widespread connectivity has increased risks.
CS 5032 L12 security testing and dependability cases 2013Ian Sommerville
The document discusses security validation techniques like experience-based validation using known attacks, tiger teams that simulate attacks, and tool-based validation. It also discusses the importance of having a well-defined development process for safety-critical systems that includes identifying and tracking hazards. Safety and dependability cases collect evidence like hazard analyses, test results, and review reports to argue that a system meets its safety requirements. Structured safety arguments demonstrate that hazardous conditions cannot occur by considering all program paths and showing unsafe conditions cannot be true.
Best practices for building network operations centerSatish Chavan
The document discusses best practices for building a network operations center (NOC). Some key points:
- A NOC monitors and controls network activity from one or more locations. Early versions date back to the 1960s when AT&T opened centers to monitor switches and routes.
- Modern NOCs use network monitoring software and sophisticated systems to detect issues across multiple layers of the network before they impact the business.
- Maintaining skilled staff, efficient processes, integrated tools, automation, and a focus on performance, security and being proactive are characteristics of an effective NOC.
Trend micro real time threat management press presentationAndrew Wong
Trend Micro is launching new real-time threat management solutions to address the insufficiency of traditional security against today's advanced threats. The solutions include the Trend Micro Threat Management System for network-wide visibility and control, the Threat Intelligence Manager for actionable threat intelligence, and vulnerability management services for timely patching. These solutions aim to detect, analyze, and remediate advanced threats in real-time through network monitoring, threat intelligence, and continuous vulnerability assessments.
Responding to and recovering from sophisticated security attacksIBM
This document discusses four steps organizations can take to help protect themselves from sophisticated cyber attacks:
1. Prioritize business objectives and set a risk tolerance by determining what is most important to the security of the business.
2. Protect the organization with a proactive security plan by identifying vulnerable areas, types of threats, and areas where an attack could cause the greatest loss.
3. Prepare a response plan for when an attack does occur by learning from past incidents and ensuring the ability to detect, respond to, and recover from attacks.
4. Promote a culture of security awareness across the organization to help prevent attacks from being successful.
RetroFit provides an array of essential desktop management services on a flat rate subscription basis to small and medium sized businesses. We help you minimize the hidden costs of desktop ownership which can be considerable.
Incident Response in the age of Nation State Cyber AttacksResilient Systems
One of the most important and yet least discussed aspects of any corporate structure is the incident response framework. As recent events have highlighted, the risk of intellectual property and critical infrastructure being the target of a cyber-attack is quite real. More than ever before, corporate preparation and response plans are necessary for any entity operating in the digital age.
This webinar will examine how an organization's incident response framework can help limit the exposure of intellectual property and critical infrastructure to outside, malicious parties. Our presenters will review how to construct corporate response plans that yield best-of-breed preparedness.
Our featured speakers for this timely webinar are:
-Mike Gibbons, Managing Director, Alvarez and Marsal, former FBI Special Agent as Unit Chief, overseeing all cyber crime investigations
-Art Ehuan, Managing Director, Alvarez and Marsal, former FBI Supervisory Special Agent assigned to the Computer Crimes Investigations Program
-Gant Redmon, Esq. CIPP/US General Counsel and Vice President of Business Development at Co3
Coming to this issue we have Network Security in Tool Gyan which will put light on how to set up a secured network, Who wants to be a Millionaire in Tool Gyan, check out yourself of what exactly its all about ;)TOR in Mom's guide for all those who thought 'It sounds very complicated to use, I’m not a hacker! I can’t use it!' by our Author- Federico from Italy.
Virtualization Security: Physical. Virtual. Cloud.
This document discusses securing virtualized environments including physical, virtual, and cloud platforms. It identifies key security challenges in virtual/cloud environments like resource contention from antivirus scans, instant-on gaps when cloning VMs, and inter-VM attacks. The document promotes Trend Micro's Deep Security 8 product as a server security platform that can address these challenges across physical, virtual, and cloud platforms.
SCIT-MTD is a patented technique that provides continuous rotation of virtual machines to a pristine state in order to remove malware and limit the time intruders have to exploit systems. It uses virtualization and fast VM rotation times of less than a minute to dynamically change systems into moving targets. This makes it difficult for attackers to gain access and plan attacks before being removed from the system. SCIT-MTD can be implemented without changes to existing systems and improves security even without knowing the details of vulnerabilities or malware.
Mobile phone forensics presents huge challenges for digital investigators due to the rapid evolution of mobile technology. While traditional computer forensics procedures are well established, mobile forensics is still developing appropriate processes due to mobile devices' increasing capabilities, data storage, and usage. Mobile devices now store vast amounts of personal and sensitive data and are commonly used for online activities, making them valuable sources of evidence but also targets for cybercrime like hacking and malware. Investigators face challenges in obtaining forensically sound evidence from mobile systems.
Business Intelligence In Cloud Computing A Tokenization Approach FinalHossam Hassanien
The document discusses a framework for securing data in business intelligence and cloud computing environments. It proposes using tokenization techniques to replace sensitive data with surrogate tokens. The framework includes a tokenization server that generates tokens and stores the token-data mappings in a centralized vault. When data is queried, the tokens are substituted for the actual values. The document outlines the architecture of the framework and algorithms for token generation and substitution to provide data security while enabling analytics.
This document discusses security cases, which provide a structured argument and evidence to support the claim that a system is acceptably secure. It focuses on addressing the potential for buffer overflows in code. The argument is that coding practices, code reviews, static analysis, and system testing with invalid inputs provide evidence there are no buffer overflow possibilities in the code. Tool support is needed to manage the large amount of documentation required to build the security case.
The Advanced Forensics Module from AirDefense provides:
- Detailed wireless traffic data stored every minute to troubleshoot network issues and analyze threats over time.
- Granular device information, channel activity, and traffic flow data to determine root causes and security breaches.
- Historical device association, traffic, channel usage and location tracking to optimize network performance and ensure compliance.
The document discusses IBM Security Systems and their capabilities. It provides an agenda that covers the security landscape, IBM security capabilities, and their strategic direction focused on security intelligence, advanced threats, mobile security, and cloud computing. It summarizes IBM's approach of delivering intelligence, integration, and expertise across a comprehensive security framework.
The variety and complexity of cyber attacks is increasing. The attackers have a strong economic and political motivation thus leading to organized and targeted attacks. We have concluded that intrusions are inevitable, and have focused on strategies to work through the attack while limiting the losses. Our approach, called Self Cleansing Intrusion Tolerance (SCIT), leads to the next generation of secure servers. SCIT shifts the focus from intrusion avoidance to reducing the losses resulting from an intrusion. This additional layer of defense is justified, because the current reactive approaches cannot keep up with the rapidly increasing new threats.
This document summarizes the topics covered in the first lecture of a security engineering course. It discusses security engineering and management, security risk assessment, and designing systems for security. The lecture covers tools and techniques for developing secure systems, assessing security risks, and designing system architectures to protect assets and distribute them for redundancy.
WP82 Physical Security in Mission Critical FacilitiesSE_NAM_Training
Physical security systems use various methods to identify individuals and control access to secure areas in data centers. These systems balance reliability, cost, and risk. Common identification methods include cards, tokens, passwords, and biometrics that verify "what you have, know, or are". Effective security combines multiple identification layers with concentric zones of increasing protection depth for sensitive areas like computer rooms and racks. Physical security is critical to reducing data center downtime from human errors or threats.
The document discusses advanced persistent threats and how traditional security methods are insufficient for dealing with them. It introduces Trend Micro's Deep Discovery and custom defense solutions, which use specialized threat detection, deep analysis, threat intelligence, and adaptive security updates to detect and block targeted attacks. This is done by monitoring networks for malicious content and communications, analyzing behaviors, and gaining insights to rapidly respond to and remediate threats.
This document summarizes a seminar report on GPRS security threats and solutions. It covers GPRS network architecture, classifications of security services, threats on the Gp and Gi interfaces, and solutions for securing each interface. The solutions discussed include ingress/egress filtering, stateful packet filtering, traffic shaping, IPsec tunnels, and deploying these solutions using a NetScreen security system. The conclusion states that GPRS can benefit users by providing always-on higher bandwidth, so security is needed to protect data connections and ensure availability.
Wireless network security threats countermeasureEdie II
This document discusses the use of firewalls as a countermeasure against threats on wireless networks. It begins by introducing wireless networks and some of the security risks they pose. It then defines what a firewall is and explains why firewalls are necessary for protecting networks from unauthorized access. Specifically, it outlines several common types of attacks on wireless networks, including IP spoofing, denial-of-service attacks, source routed traffic, and tiny fragment attacks, that firewalls can help defend against. The objective is to demonstrate how firewalls work as a countermeasure and determine their advantages and disadvantages for securing wireless networks.
Security Solution - IBM Business Connect Qatar Defend your company against cy...Dalia Reda
The document discusses defending against cyber threats with IBM security solutions. It describes IBM security solutions that address each stage of a typical 5-stage cyber attack process: 1) breaking in, 2) latching on, 3) expanding access, 4) gathering data, and 5) exfiltrating data. For each stage, it outlines challenges companies face and how IBM solutions such as QRadar, Endpoint Manager, Network IPS, and others can help address those challenges.
This document discusses various security threats to networks and proposes solutions. It identifies 10 major network threats according to ITSecurity.com: viruses and worms, Trojan horses, spam, phishing, packet sniffers, maliciously coded websites, password attacks, hardware loss and data fragments, shared computers, and zombie computers/botnets. Each threat is described along with how it could harm a network. Solutions proposed include installing security software like antivirus and firewall programs to protect against these threats. Strong encryption is also recommended to prevent packet sniffing.
With the explosion of the public Internet and e-commerce, private computers and computer networks, if not adequately secured are increasingly vulnerable to damaging attacks. Hackers, viruses, vindictive employees and even human error all represent
clear and present dangers to networks. And all computer users from the most casual Internet surfers to large enterprises could be affected by network security breaches. However, security breaches can often be easily prevented. How? This white paper provides you an overview of the most common network security threats and its solution which protects you and your organization from threats, hackers and ensures that the
data traveling across your networks is safe.
Network security threats are increasing as more people and devices connect to networks. The document identifies ten major network security threats: viruses and worms, Trojan horses, spam, phishing, packet sniffers, maliciously coded websites, password attacks, hardware loss and data fragments, shared computers, and zombie computers/botnets. Each threat is described and potential solutions are provided, such as using security software to block viruses, encryption to prevent packet sniffing, and intrusion prevention systems to counter botnets. Network security managers face ongoing challenges due to the variety of threats and lack of solutions for some issues like password attacks.
>>All-In-One Solution Situational Awareness, Fault Tolerance,
Centralized Monitoring and Cyber Security Readiness Solution.
>>Real-time situational awareness
>>Powerful enterprise network management and centralized monitoring
>>Robust cyber security readiness
>>Fault tolerance and increased ROI
>>NeuralStar serves as the military-grade network monitoring components at the heart of some of the world’s most sophisticated and secure networks.
CA Nimsoft Monitor for Vblock provides comprehensive monitoring of all physical, virtual, and application elements within Vblock environments. It offers automated deployment of monitoring using pre-built templates, allowing organizations to immediately monitor their entire Vblock infrastructure. This helps administrators quickly identify problems to prevent downtime and improve SLA compliance. Nimsoft Monitor provides a unified view of the entire Vblock performance and ensures optimal resource usage within Vblock environments.
The document discusses the NetWitness network security platform. It provides situational awareness and deep visibility into network activity to detect advanced threats. When deployed, NetWitness immediately provides insight into what is happening on a network through its NextGen platform. This platform records all network data, filters it, and organizes it into a searchable framework to enable analysis, reporting, and visualization of network traffic. It uses various components and applications to interrogate the data, detect anomalies, and gain intelligence about security issues.
InfoSec Technology Management of User Space and Services Through Security Thr...ecarrow
The focus of this paper will demonstrate the need to clearly define
and segregate various user space environments in the enterprise
network infrastructure with controls ranging from administrative
to technical and still provide the various services needed to
facilitate the work space environment and administrative
requirements of an enterprise system. Standards assumed are
industry practices and associated regulatory requirements with
implementations as they apply to the various contextual
applications. This is a high level approach to understanding the
significance and application of an effective secure network
infrastructure. The focus is on end user needs and the associated
services to support those needs. Conceptually user space is a
virtual area allocated to the end user needs identified with specific
services to support those needs by creating a virtual playground.
To manage risk, the concept of creating a "security threat gateway
(STG)" isolates and secures each user space with its associated
services. Emphasis will be placed on the functional managerial
process and application of the STG, safeguarding one user space
from another, to facilitate the use of the needed services to
perform the operational tasks of the organization. When user’s
needs and associated components are clearly identified, then it is
possible for anyone to use this model as a template, to guide them
in creating an effective strategy for their own network security.
This approach is practical in orientation and application, focusing
on a high level perspective and assumes the reader already has a
low level technical background for a tactical implementation in
mitigating risk to the enterprise network infrastructure.
Manage your network effortlessly. Simplify monitoring and optimization for smooth operations. Perydot ensures seamless integration and top performance.
This document discusses implementing successful IT service management (ITSM) systems. It begins with basic definitions of ITSM, ITIL, and ISO 20000. It then covers the ITSM hierarchy and various ITSM certifications for organizations and professionals. The document outlines the implementation process in three phases and emphasizes focusing on people, processes, and technology. It provides an overview of various ITSM tools and technologies and concludes with factors that can lead to ITSM resistance and tips for successful change management when implementing ITSM.
The document discusses System Center Endpoint Protection 2012 which is integrated with System Center Configuration Manager 2012 to provide security and antimalware management for desktops, portable computers, and servers from a single infrastructure; it highlights features like improved protection against known and unknown threats, easy migration from previous versions, and role-based management.
The document discusses the need for an integrated approach to managing cyber risk across an enterprise. It outlines how cybersecurity involves coordinating policies, people, operations, technology, and managing risks. It provides examples of complex cyber threats including advanced persistent threats from state actors that can go undetected for years. A holistic approach is needed to address the multifaceted cyber threat environment through activities like asset management, planning, compliance, and building resiliency.
NCI offers full lifecycle network engineering services including architecture design, implementation, testing, disaster recovery planning, and operations support for wired, wireless, metropolitan, and wide area networks. They utilize standardized engineering processes to organize support efforts from initial requirements through long-term maintenance. NCI has extensive experience providing network engineering services for federal government clients and supporting classified and unclassified networks.
CYBER INTELLIGENCE & RESPONSE TECHNOLOGYjmical
This document provides an overview of AccessData's Cyber Intelligence Response Technology (CIRT) platform. CIRT offers an integrated suite of digital forensics and incident response capabilities including network forensics, host-based forensics, data auditing, and malware analysis. Key features include an agent that can independently collect and store data from endpoints, a Cerberus module that analyzes files for malicious behaviors without signatures or prior knowledge, and modules for analyzing removable media, volatile memory, and network packet captures. The platform allows multiple teams such as incident response, computer forensics, and compliance to collaborate on investigations.
IT Security Risk Mitigation Report: Virtualization SecurityBooz Allen Hamilton
Security is a major area of concern for any organization deploying a virtual environment. The introduction of VMs has created security considerations unheard of just a few years ago. This report provides insight into managing these new risks, and shows how Booz Allen’s expertise helps organizations develop comprehensive and secure virtualization solutions that comply with federal security standards.
Billions of call and event records are generated daily by wireless networks that must be accurately collected, managed, and delivered to billing systems to maintain revenue integrity. ESKA Bridge is a full-blown mediation system and integration layer between diverse network elements and user applications like billing. It collects, correlates, transforms, filters, and dumps network records into a format for downstream billing systems through powerful modules and features.
Tridium is a global software company that develops the Niagara Framework, a Java-based software platform that integrates diverse systems and devices into a unified platform. The Niagara Framework is used in applications such as building automation, industrial automation, telecommunications, energy services, and more. For telecommunications applications, Tridium provides monitoring solutions for telecom infrastructure that help maximize uptime and reduce costs through remote monitoring and crisis avoidance. The solutions leverage the Niagara Framework to provide real-time data collection and monitoring from sites worldwide through a web browser interface.
Iain Morton from Tyco Integrated Security, a solution provider at the marcus evans Distribution Technology & Innovation Summit 2013, provides insight on how the industry can prepare for government standards and compliance.
Interview with: Iain Morton, Vice President Canada, Tyco Integrated Security
NSX provides micro-segmentation that allows each machine to have its own firewall, preventing attackers from moving freely within the datacenter. It also provides security for virtual machines and mobile devices accessing infrastructure resources. NSX enables scaling resources up and down without compromising security, including using it for developer clouds, multi-tenant infrastructure, disaster recovery, hybrid networking, and metro pooling across datacenters with Layer 2 stretching.
The document is Symantec's 2004 annual report. It discusses the importance of ensuring information integrity and how information is critical to decisions made in many fields. It states that to use information effectively, it must be trusted, but threats like internet attacks and technical failures can undermine integrity. It then discusses how Symantec helps secure critical information assets by providing security solutions that protect computing environments, distribute updates, maintain backups, and ensure infrastructure value. It emphasizes the need for centralized management of security, availability, and maintenance of information assets.
PCTY 2012, Overvågning af forretningssystemer i et virtuelt miljø v. Hans Ped...IBM Danmark
The document provides an overview of challenges in monitoring business applications and systems in virtual environments. It discusses IBM's solutions for monitoring virtual infrastructures, applications, and business services. Key products highlighted include IBM SmartCloud Monitoring for infrastructure monitoring, IBM SmartCloud Application Performance Management for application monitoring, and IBM Tivoli Business Service Manager for monitoring business services across IT. The presentation aims to demonstrate how IBM's portfolio addresses issues in monitoring modern IT environments comprising virtual, cloud, and traditional systems.
The document discusses challenges facing distributed enterprises, including connectivity, security, manageability, and total cost of ownership. It introduces Juniper Networks' Distributed Enterprise Solutions which aim to enable IT services without boundaries across distributed locations. The solutions provide consistent connectivity, security, and management while reducing overall costs.
New Threats, New Approaches in Modern Data CentersIben Rodriguez
New Threats, New Approaches in Modern Data Centers - A Presentation by NPS at CENIC conference 11:00 am - 12:00 pm, Wednesday, March 22, 2017 – in San Diego, California
The standard approach to securing data centers has historically emphasized strong perimeter protection to keep threats on the outside of the network. However, this model is ineffective for handling new types of threats—including advanced persistent threats, insider threats, and coordinated attacks. A better model for data center security is needed: one that assumes threats can be anywhere and probably are everywhere and then, through automation, acts accordingly. Using micro-segmentation, fine-grained network controls enable unit-level trust, and flexible security policies can be applied all the way down to a network interface. In this joint presentation between customer, partner, and VMware, the fundamental tenants of micro-segmentation will be discussed. Presenters will describe how the Naval Postgraduate School has incorporated these principles into the architecture and design of a multi-tenant Cybersecurity Lab environment to deliver security training to national and international government personnel.
Edgar Mendoza, IT Specialist, Information Technology and Communications Services (ITACS) Naval Postgraduate School
Eldor Magat, Computer Specialist, ITACS, Naval Postgraduate School
Mike Monahan, Network Engineer, ITACS, Naval Postgraduate School
Iben Rodriguez, Brocade Resident SDN Delivery Consultant, ITACS, Naval Postgraduate School
Brian Recore, NSX Systems Engineer, VMware, Inc.
https://youtu.be/mYBbIbfKkGU?t=1h7m16s
Copied from the program with corrections - https://adobeindd.com/view/publications/b9fbbdf0-60f1-41dc-8654-3d2141b0bf54/nh4h/publication-web-resources/pdf/Conference_Agenda_2017_v1.pdf
New Threats, New Approaches in Modern Data Centers
Cyber Security C2
1. Cyber Security Command and Control (C2) Solution
Detects and responds to cyber security threats in near real-time.
Provides network situational awareness and mission visibility to act on
security breaches with confidence.
At-A-Glance
The Cyber Security C2 Solution enables situational awareness across
large network environments, providing command and control capabilities
for cyber security threat response. The solution rapidly processes large
volumes of disparate data across the enterprise and delivers near real-
time network operational insight for decision-makers to intervene, mitigate
risks and determine impact to mission operations.
Your business challenges • Map enterprise events to event models defining
The best time to stop an attack is before it happens and relationships between applications, services and
causes significant damage to the mission. To proactively servers – the infrastructure used to accomplish the
enable action in a 24x7 mission-critical environment, a mission
solution needs to implement best practices with known • Apply rule sets to enable pattern recognition and
results quickly across the enterprise to protect the data correlation based on current and historical
network in case of an attack. events
Governments and businesses use large, geographically • Provide consulting services to assist in achieving
distributed networks to perform their missions. Mission enterprise outcomes
success depends on timely event detection, correlation Features
and rapid responses with known results. Existing • Enables near-real-time visibility across the enterprise
monitoring and security systems help components of the
• Uses leading threat-detection algorithms to identify
enterprise achieve success, but they generate enormous
complex, stealth cyber attacks
volumes of data in various formats and locations. In
many cases, the context of this information is limited to • Correlates mission impact to prioritize responses in a
what the operator knows. As a result, both commanders multi-threat environment
and operators are increasingly challenged or • Enables predictive analytics to see the cyber storm
overwhelmed by the sequences of manually integrated coming before it hits
tasks needed to communicate, share and understand • Features a streamlined, operator-friendly console to
their risk posture at a particular moment. simplify monitoring network health and respond to
What we offer incidents with quick action
The Cyber Security C2 Solution provides a focused, • Incorporates scalable design to support enterprises
user-definable view into the status and health of of all sizes
sophisticated network environments and the missions • Uses extendible interfaces to handle custom systems
they support. Using a combination of complex event as well as standard monitoring platforms
processing, event correlation and information fusion
technologies, the solution dramatically improves • Leverages existing investments in systems and training
situational awareness across the enterprise to give Benefits
commanders and operational decision-makers near • Provides near real-time operational intelligence for
real-time insight to cyber threats or attacks. The networks and missions
solution builds on existing investments in monitoring
• Enables predictive threat analyses to respond before
and detection systems to:
the attacks impact mission operations
• Collect, filter and correlate seemingly unrelated
event patterns to identify disparate cyber attack • Identifies threats that go undetected by typical systems
signatures • Makes log data actionable, enabling operators to
concentrate on the mission, not on mechanics of
• Identify both technical and mission impacts of an
incident and recommend immediate courses of action situational awareness
• Provides scalable design to overcome limitations with
• Put correlating events into context of other events,
processes and best practices point solutions to address data sets of all sizes