A Report On The Attack Automation Strategy

This presentation discusses an incident known as a denial of service (DoS) as well as an intrusion of the clinic’s network systems. A denial of service (DoS) attack is designed to shut down services which a business needs to operate. This incident caused widespread slowness and outages to internet services and affected the clinic’s capability to properly treat its patients. In this presentation, the incident is examined. The processes to detect, analyze, contain, eradicate and recover from the incident are the focus of the presentation. Once the incident investigation was complete, special consideration was made as to what was learned and how clinic staff can help protect the clinic’s ability to properly serve its patients.

This presentation discusses an incident known as a denial of service (DoS) as well as an intrusion of the clinic’s network systems. A denial of service (DoS) attack is designed to shut down services which a business needs to operate. This incident caused widespread slowness and outages to internet services and affected the clinic’s capability to properly treat its patients. In this presentation, the incident is examined. The processes to detect, analyze, contain, eradicate and recover from the

Cyberterrorist attacks can be threats, intimidation or even a violent act for personal gain, whereas a hacktivist will use less threatening approaches like a distributed denial of service (DDoS) attack to take down a service in an attempt to promote social change.

Threat: Denial of Service is the interruption of service on a device that prevents legitimate users from accessing it. A common source of this type of attack is from malicious agents. This is a threat because of the importance of the server to this small investigation business. Since this is where clients upload their evidence, it must always perform at its optimal capability. With this in mind denial of service attacks becomes a great threat, as the opposing party in a case will benefit from evidence not being not being uploaded to the attorneys (OWASP Top 10, 2015).

This work is based on to detect the malicious nodes from the network which are responsible to trigger grayhole attack in the network. The grayhole is the distributed denial of service attack in which

The organization needs to systematically lower risks inherent in network to efficiently minimize the cost in the neutralization of attacks as a strategy. The action focuses on improving the systems as it broadly examines all the facets that may come in after eradication. Besides, improving system administration, countering the threats, improving the DDOS defenses, blocking the material that exposes the attack are keys to the realization of a reduced cost in

They have coordinated many distributed denial of service (DDoS) attacks on various organizations. A DDoS attack is an attack in which a multitude of compromised systems attack a single target, causing a denial of service for users of the attacked system. The excess of incoming messages to the target system essentially forces it to shut down, thereby denying service to the system to legitimate users.

As it is not possible to defend against everything everywhere, the Department of Defense must identify, prioritize, and defend its most important networks, including in a degraded or disrupted environment in the event of a successful attack (“Department of Defense Cyber Strategy,” 2015). One of the steps expected is

Threat actors are hackers and or actors, normally residing inside or outside an organization. Their intentions range from money to political to fun or fright-instilling, and they act according to certain personalities, material/financial welfare, or

As well as PlayStation we the same group hit another gaming community named Blizzard and launched many DDoS attacks taking down their online gaming servers for hours at a time over the period of a few days. The group that took responsibility was called LizardSquad, they have also been known to target a website called KrebsonSecurity[dot]com. On KrebsonSecurty they have proof of people from the LizardSquad organization trying to find new “hackers” which is a debatable term for someone that DDoS’s considering DDoS’ing requires virtually no skill, and asking for them applicants to take down one of two sites. If they could accomplish this task then they could join the LizardSquad group of “hackers” or as KrebsonSecurity calls them, “a gaggle of young misfits that has long tried to silence this web site.” Another example of DDoS is a more drastic when the hacktivist anonymous used DDoS attacks in 2006 and 2007 to cost Hal Turner and his radio show that some considered to be politically incorrect thousands of dollars in bandwidth bills that his radio show eventually went under. Hal Turner eventually attempted to sue the hacking group but the suit was soon dropped by the courts.

Summary: A private LAN network comprising of hundreds of end devices and several servers in DMZ is protected by Cisco ASA (Firewall). In the internet the most commonly found network attack is to take down enterprise resources by DDOS(Distributed Denial of Service) attack either on Servers(which will impact hundreds of end users) or on the network resources like routers itself. In this practical simulation we will analyse how a DOS attack happens on web server placed in DMZ from the internet via traffic flooding, and how we can fine tune ASA to mitigate and stop further attacks on the network. Devices used: a) b) c) d) e) Attacker PC – Windows XP – Service Pack3 Web server (Simulated in

The year: 2015. The information age is well underway and is only gaining more power and force as time progresses. The many vast, intricate networks used for such things as communication, online shopping, business technologies and even online banking, are growing and metamorphosing into tools now utilized by not only the every-day consumer but rather political groups and individuals with extremist and even deadly intentions. Cyber warfare can be defined as politically inspired computer security hacking to achieve sabotage and/or espionage. Cyber warfare looks to seek and exploit weaknesses in a computer system with chaos and destruction ultimately in mind. Cyber warfare is increasingly described as the next battlefront. Conventional warfare (hand-to-hand combat) looks to be a thing of the past. Information systems and technologies are taking over the world and with it, the potential for global-sized destruction and political gain. As the global online community and its information systems are skyrocketing at alarming rates, so are the number of users and even governments looking for an edge over competitors and threats. Using technology the world is only beginning to understand, governments, terrorists, and individual actors are taking advantage of the lack of legislature, the unknown, and international and intrastate cooperation to wage a new kind of war. An emerging dichotomy remains, if it can be made, it can be hacked. Which begs the

Powerful discovery of DoS attacks is indispensable to the gatekeeper of online administrations. Deal with DoS assault location to a great extent concentrates on the development of system based discovery instruments. Discovery frameworks in light of these systems watch activity convey over the ensured systems. These components free the ensured online servers on or subsequent to observing assaults and verify that the servers can contribute themselves to present quality administrations with minimum postponement accordingly. Besides,

This paper discusses the possible future network attack which will probably use an organized army of malicious nodes called malnets. These malnets are capable of delivering many different types of attacks. According to several researchers who are working on finding out how the malicious worms propagate on the internet the ground has already been set (Honeynet, 2005; Zheng & Duan; Geer, 2005; Staniford, Paxson & Weaver, 2002). However, "partly due to the lack of understanding of the resiliency and efficiency a malnet can have, countering malnets has been ineffective" (Li, Ehrenkranz & Kuenning, 2005).

CC provides facilities like controlling signals, fast implementation of disaster recovery etc. some important benefits of CC integrating with SG are device and location independence, self-healing, virtualization services, adapt to fluctuation in energy. DDOS defense technique include attack prevention (packet filtering, ingress and egress technique and honeypot are used), attack detection, attack source identification (IP trace back methods can be used), attack reaction (history based IP filtering, load balancing), event logs, selective push-back, and other approaches ENERGOs to be consider.