CODE BLUE 2014 : Physical [In]Security: It’s not ALL about Cyber by Inbar Raz

Cybersecurity is a difficult and serious endeavor which over time strives to find a balance in managing the security of computing capabilities to protect the technology which connects and enriches the lives of everyone. Peering into the future of cybersecurity provides valuable insights around the challenges and opportunities. The industry is changing rapidly and attackers seem to always be one step ahead. Presented by Matthew Rosenquist at the 2016 Connected Security Expo (CSE) @ ISC West http://www.connectedsecurityexpo.com/

The document provides a vision for cyber security in 2021, including emerging technologies, threats, and practices. It predicts that technologies like mobile computing, quantum computing, cloud computing, predictive semantics, and dynamic networks will impact cyber security. Threats will become more sophisticated through cyber warfare, crime, and activism. Cyber security practice will evolve to be more multi-dimensional and holistic through practices like cyber architecture and lifecycle management. A new lexicon for cyber security terms is also envisioned.

This document provides an overview of the infrastructure used for Aerohive networking hands-on labs: - Students connect wirelessly to Aerohive access points from their laptops to perform configuration exercises. - Access points connect via Ethernet cables to Aerohive switches, which provide PoE and support VLAN trunking. - A firewall with routing supports NAT, multiple virtual routers, and virtual clients for testing configurations. - A console server allows SSH access to access point serial consoles for troubleshooting.

This document provides an overview of information technology security awareness training at Northern Virginia Community College. It aims to assist faculty and staff in safely using computing systems and data by understanding security threats and taking reasonable steps to prevent them. Everyone who uses a computer is responsible for security. New employees must complete training within 30 days, and refresher training is required annually. Users have personal responsibilities around reporting violations, securing devices and data, and safe email practices. Security violations can result in consequences like data loss, costs, and disciplinary action. Training must be documented and various delivery methods are outlined.

This document outlines an agenda for a security awareness seminar on ISO27k standards and compliance regulations. It discusses the causes of security incidents, defines risk as a vulnerability that could be exploited by a threat, and examines threat agents like humans, machines, and nature. It also summarizes objectives of compliance programs to reduce risks and meet standards, provides an overview of regulations like Sarbanes-Oxley (SOX) and Basel II, and notes SOX applies to public companies in the US and internationally.

This document discusses building a cyber security operations center (CSOC). It covers the need for a CSOC, its core components including security information and event management (SIEM), and integrating components like monitoring, alerting, and reporting. Key aspects that are important for a successful CSOC are people, processes, and technology. The roles and skills required for people in the CSOC and training needs are outlined. Developing standardized processes, procedures and workflows that align with frameworks like ISO are also discussed.

This document provides an information security awareness training. It discusses why information security is important for businesses due to the value of information and increasing information crimes. It then provides dos and don'ts for secure practices like using licensed software, keeping anti-virus tools up to date, using strong passwords, and not sharing login information. Additional tips include locking screens when unattended, backing up documents, and not disabling security applications. Social engineering tactics are described as tricks to acquire sensitive information by building inappropriate trust. Suggestions are given to verify caller identities before providing information and to be suspicious of requests for passwords from technicians.

This document provides an overview of network security concepts. It discusses the importance of protecting information assets as the most valuable company assets. It then covers key network security topics like the CIA triad of confidentiality, integrity and availability. It defines threats at both the network and application levels, and discusses how to overcome threats through policies, user awareness training, and security technologies like firewalls, IDS/IPS, antivirus software, VPNs, spam filters and web content filtering. The document aims to educate about network threats and appropriate security controls and protections.

Learn about Sogeti’s journey of creating a new Security Operation Center, and how and why we leveraged QRadar solutions. We explore the full program lifecycle, from strategic choices to technical analysis and benchmarking on the product. We explain how QRadar accelerates the go-to-market of the SOC, and how we embed IBM Security Intelligence offerings in our solution. Having a strong collaboration between different IBM stakeholders such as Software Group, Global Technology Services, as well as the Labs, was key to client satisfaction and operational effectiveness. We also show the value of integrating new QRadar features in our SOC roadmap, in order to constantly stay ahead in the cyber security game.

This document provides an overview of information security and introduces ISO27k. It defines information security as preserving the confidentiality, integrity and availability of information. The document outlines that information exists in many forms and goes through various stages of its lifecycle. It also discusses the importance of security for people, processes, and technology in protecting the valuable information assets of an organization.

I developed "Cyber Security 101: Training, awareness, strategies for small to medium sized business" for the second annual Small Business Summit on Security, Privacy, and Trust, co-hosted by ADP in New Jersey, October 2013.

Presentation I used to give on the topic of using a SIM/SIEM to unify the information stream flowing into the SOC. This piece of collateral was used to help close the largest SIEM deal (Product and services) that my employer achieved with this product line.

This presentation presentated by Mohd Shamir B Hasyim, Vice President Government and Multilateral Engagement, Cyber Security Malaysia, 10th September 2013 on #IISF2013 An Integrated Approach For Cyber Security And Critical Information Infrastructure Protection

Information security and ISO 27001-2013 standards and its importance. http://www.ifour-consultancy.com

F-Secure fait le point sur L'état de la cybersécurité en 2017. 2017, F-SECURE state of cybersecurity.

This document provides an overview of IP addressing concepts including: - The structure of IP addresses including classes, subnet masking, and CIDR - Techniques for subnetting networks and creating more subnets and hosts including VLSM - The transition from IPv4 to IPv6 to address the limited address space of IPv4

Summarize the design and build approach for SOC (Security Operation Center) for both end user company and service providers. Defines the approach flow for SOC building and various components and phases involved. Defines design thumb rules and parameters for SOC Design.

The document discusses cybersecurity threats and attacks. It describes how attacks often begin by finding vulnerabilities in popular applications like Adobe Reader or Java. It also discusses the Target credit card breach where over 40 million cards were stolen. The document emphasizes that a multi-layered security approach is needed to address both known and unknown threats, including firewalls, network segmentation, application control, and integrated malware sandboxing and prevention techniques.

This document provides a summary of an IoT security presentation. It discusses what IoT devices are, why they pose security risks, and how others have been affected by IoT compromises. The presentation then outlines a basic IoT security checklist and covers common attack vectors like weak passwords, lack of encryption and patching, and physical security issues. It emphasizes the importance of inventory, segmentation, strong unique passwords, logging, and engagement with device vendors on security responsibilities and practices.

The Internet of Fails - Where IoT (the Internet of Things) has gone wrong and how we’re making it right. By Mark Stanislav @mstanislav, Senior Security Consultant, Rapid7

The Hardcore Stuff I Hack: This talk is going to give a run through of some of the technical challenges paul and his team have overcome over the years - in as much hardcore detail as possible

This document discusses hacking tools and techniques that could enable man-in-the-middle attacks on wireless networks. It describes how a wireless penetration testing device could intercept probe requests from a device looking to connect to a wireless network, and respond posing as the legitimate network to establish a connection. Once connected, the device could monitor and manipulate web traffic using tools like Cain & Abel, ARP poisoning, and DNS spoofing. Rainbow tables are also mentioned as a tool for cracking Windows passwords using hashed values within a few minutes. Throughout, the document emphasizes these techniques should only be used for legitimate security testing and not illegal hacking.

This is a PowerPoint Presentation I updated for the VP of I.T. Most of the copy is his, however the format itself is all new. Due to the fact I downgraded this to a PDF for this site's purposes, the movement and sound has been compromised. With that in mind, I've been told it's quite a zippy slideshow for such a dry subject! I have also deleted several slides which had pictures of employees and changed their names elsewhere.

This document summarizes an Internet census conducted in 2012 that involved port scanning the entire IPv4 address space using insecure embedded devices accessed with default or empty credentials. Over 420,000 devices were accessed to build a distributed port scanner network. Various scanning methods were used including ICMP ping, reverse DNS, Nmap scans, service probes, and traceroutes to gather data on open ports, network services, and network topology. The data gathered is being released publicly to further the study of Internet infrastructure and device security.

Presentation on topics beyond the conventional ethical hacking , discusses job factors and scope in the security field :) this was presented in LPU (Lovely Professional University) as a Seminar with attendees over 200. Meet m e at FB if u want it fb/nipun.jaswal

This talk was given at the PKF (Payment Knowledge Forum) in London on September 30th as part of the 2014 summit. For details about PKF see http://www.thepkf.org, for details about the 2014 summit see http://www.thepkf.org/lon_2014eventinfo.php. It was, once more, a very good event - highly recommended. This presentation has three pieces: (1) How was the attack against Target executed and how could it have been stopped (2) Has the attacked changed the security landscape and if so how (3) Recommendations for going about securing computer systems

This document provides instructions on how to set up and configure a home network including necessary components, installation steps, and basic troubleshooting. It discusses the needed network interface cards, cables, router, computers, printer, and switch. It then explains how to configure each computer with an IP address and change the computer name. Basic commands like Ping and IPConfig are demonstrated for checking network connectivity. Potential problems like viruses are addressed, along with solutions like system restore and using different antivirus software. The document aims to comprehensively guide a user through establishing a basic home network.

This document provides an overview of computer forensics, including what it involves, the tools and techniques used, and why someone may want to pursue a career in this field. It discusses how computer forensics investigations differ from their portrayal on television and focuses on accuracy over speed. Key aspects covered include the forensic process, types of evidence examined, hardware and software tools used, and challenges like hidden data and encryption.

ASSIGNMENT2: Computer Architecture and Imaging “So you’re telling me an exact replica of ZeroBit’s concept drawing has shown up on the cover of Apex’s product development brochure? What are the chances of that? … Unless somebody here at ZeroBit is leaking information….  I’ll get my best investigator on it.” “Thanks for coming by. I wanted to talk with you face to face. I just spoke with our VP for External Relations, and it looks like we may have a major security breach on our hands. How quickly can you image this USB stick?” “Our suspect has access to a live system here at Headquarters, as well as a networked computer at our remote location.  We’ll need to examine both of them.  You should be able to slip into his office and acquire his RAM and swap space while he's at training this afternoon. But while you’re waiting, check your email for a message from Legal.” When you open the message from the ZeroBit Counsel, you see four questions that need to be answered in preparation for any possible legal challenge. As you’re answering the fourth one, a notification pops up reminding you that the suspect’s training session is about to start...that’s your cue that it will soon be safe to log in to the suspect’s computer. You run your program, acquiring the RAM and swap space from the live system. Then you log out, leaving the suspect’s office and computer as you found them. Your colleagues have left for the day, but you’ve stayed behind to image the suspect’s remote computer after hours.  You log on to the system and have no problem using netcat to transfer a copy of his remote hard drive to your workstation at Headquarters. You lean back in your chair and smile.  You’ve imaged all of the suspect’s known devices. Tomorrow you’ll compile your analyses into a final forensic report. Who knows?  You may even be asked to present your report in court! Digital forensics involves processing data from many different types of devices, ranging from desktops to laptops, tablets to smartphones, servers to cloud storage, and even devices embedded in automobiles, aircraft, and other technologies. In this project you will focus on the architecture and imaging of desktop and laptop computers. You will be working in the VM to image and verify the contents of the following: 1. a USB stick 2. the RAM and swap space of a live computer 3. a networked computer hard drive \ In the final step, you compile all of the previous lab notes and reports into one comprehensive report. The final assignment in this project is a forensic imaging lab report that can be presented in a court of law. Before you can begin imaging the USB drive provided by your supervisor, you need to review your technical manual in order to prepare a statement of work to give to your company's legal team. Are you ready to get started? When you submit your project, your work will be evaluated using the competencies listed below. You can use the list below to self-check your work before submission. · 1.1: Or.

Financial services organizations are prime targets for cyber criminals. They must take extreme care to protect customer data, while also ensuring high levels of network availability to allow for 24/7 access to critical financial information. Additionally, industry consolidation has created large, heterogeneous network environments within large financial institutions, making it difficult to ensure that networks have the necessary visibility and protection to prevent a devastating security breach. By leveraging NetFlow from existing network infrastructure, financial services organizations can achieve comprehensive visibility across even the largest, most complex networks. The ability to quickly detect a wide range of potentially malicious activity helps prevent damaging data breaches and network disruptions. Attend this informational webinar, conducted by Lancope’s Director of Security Research, Tom Cross, to learn: How NetFlow can help quickly uncover both internal and external threats How pervasive network insight can accelerate incident response and forensic investigations How to substantially decrease enterprise risks

The document discusses methods for identifying devices on a local area network (LAN). It explains that traditional intrusion detection and prevention systems assumed all LAN devices were PCs, but with the rise of IoT, devices now include appliances, sensors, and more. The document then outlines several passive methods for detecting LAN devices, including checking: (1) the device MAC address' organizationally unique identifier to determine brand, (2) DHCP options like client identifier for fingerprints, (3) HTTP user-agent strings for clues, and (4) common applications used. Identifying LAN devices provides benefits for monitoring, access control, and generating threat intelligence.

This document discusses how IoT devices can potentially be weaponized if not properly secured. It provides examples of vulnerabilities found in various IoT devices like kettles, coffee machines, thermostats, and CCTV DVRs that could allow attackers to compromise user accounts, ransom devices, or launch large-scale attacks. The document emphasizes that manufacturers must implement strong security in devices' wireless protocols, firmware, and provisioning processes to prevent attacks.

This document discusses cybersecurity threats and Check Point's solutions. It summarizes recent cyber attacks, vulnerabilities exploited in 2014 like Heartbleed and Shellshock, and growing threats from zero-day exploits and unknown malware. It shows how existing antivirus and firewalls have gaps that allow some attacks through. Check Point promotes its threat extraction and emulation technology, which can analyze files and detect malware before it can execute or be evaded. Test results are presented showing it can detect unknown malware faster than alternatives. The document argues Check Point provides automated, consolidated protection against both known and unknown threats.