The FBI assesses with high confidence a that law enforcement personnel and hacking victims are at risk for identity theft and harassment through a cyber technique called “doxing.” “Doxing” is a common practice among hackers in which a hacker will publicly release identifying information including full name, date of birth, address, and pictures typically retrieved from the social networking site profiles of a targeted individual.
The loosely organized hacking collective known as “Anonymous” has announced through several mediums that they plan on conducting cyber attacks, peaceful protests, and other unspecified activity targeting a variety of organizations. The purpose of this product is to judge the likelihood of occurrence for these events, as well as the potential impact.
This plan outlines the Chief of Naval Operations’ (CNO) Strategic Studies Group (SSG) XXVIFs approach to addressing the challenges of operating at the convergence of Sea Power and Cyber Power as presented in the CNO’s Theme. In addition to providing a framework for the approach, this plan presents SSG XXVIFs initial overarching concept and Concept Team (CT) areas of focus.
The loosely organized hacking collective known as Anonymous has recently expressed an interest in targeting industrial control systems (ICS). This product characterizes Anonymous’ capabilities and intent in this area, based on expert input from DHS’s Control Systems Security Program/Industrial Control Systems Cyber Emergency Response Team (ICS-CERT) in coordination with the other NCCIC components.
The hacker collective known as ‘Anonymous’ has successfully attacked a wide range of public and private sector entities since 2003 with relatively crude tools. Historically, they rely on tools such as the Low Orbit Ion Cannon (LOIC) or Botnets to deny access to websites, or hijack or deface web pages and post quasi-political statements, or perform other malicious activity. Since many of these older tools made it relatively easy for law enforcement and other government forces to identify the source of an attack and then arrest the perpetrator, Anonymous members may have recognized a need to have more advanced tools that offered a lesser degree of exposure. They recently claimed to have developed and possibly employed several new cyber attack tools for use in their self-proclaimed ‘internet civil disobedience’ campaigns. The NCCIC, coordinating with several of its partners, believes there are at least four new tools being shared among and employed by Anonymous members: #RefRef, Apache Killer, Anonware, and Universal Rapid Gamma Emitter (URGE).
The FBI assesses that the hacktivist group Anonymous is likely to participate in the “Day of Rage” protest scheduled for 17 September 2011 in New York City‟s financial district. While the extent of group members‟ participation in the event is unknown, in late August 2011 Anonymous endorsed the event through propaganda consisting of a video posted on YouTube and a campaign poster, as well as references in their Twitter accounts. In the past, Anonymous has been involved in physical protests that coincided with planned cyber attacks. This could indicate an intention to conduct a cyber attack in conjunction with the “Day of Rage” protest.
US, UK, Canada, Australia and New Zealand Joint Public Key Infrastructure Cross-Certification Standards
This section provides the long-term Public Key Infrastructure (PKI) interoperability architecture for the CCEB Allies as agreed at the February 2005 Canberra Collocated Meeting. The architecture enables interoperability through direct cross-certification of each National Defence PKI (NDPKI) in a mesh configuration.
Department of Homeland Security National Cyber Security Division presentation on “Cyber Resilience” with overviews of recent hacking incidents, including many connected with the hacktivist group Anonymous.
Malicious users seeking to exploit interest related to physical events such as earthquakes and hurricanes will likely use subject lines and attachment titles related to the incidents in phishing e-mails. Network administrators and general users should be aware of these attempts and avoid opening messages with attachments and/or subject lines related to physical events.
This Bulletin is being provided for your Executive Leadership, Operational Management, and Security Administrators situational awareness. The actors who make up the hacker group “Anonymous” and several likely related offshoots like “LulzSec”, continue to harass public and private sector entities with rudimentary exploits and tactics, techniques, and procedures (TTPs) commonly associated with less skilled hackers referred to as “Script Kiddies”. Members of Anonymous routinely claim to have an overt political agenda and have justified at least a portion of their exploits as retaliation for perceived ‘social injustices’ and ‘freedom of speech’ issues. Attacks by associated groups such as LulzSec have essentially been executed entirely for their and their associates’ personal amusement, or in their own hacker jargon “for the lulz”.
Insiders often possess detailed operational and system-security knowledge, as well as authorized physical and systems access to utilities. Insiders can be employees, contractors, service providers, or anyone with legitimate access to utility systems. They often are self-motivated, know system security measures, and raise no alarms due to their authorized systems access. With knowledge of and access to a utility’s network, malicious actors could seize control of utility systems or corrupt information sent to plant operators, causing damage to plant systems and equipment. Systems and networks used by utilities are potential targets for a variety of malicious cyber actors. Threat actors who target these systems may be intent on damaging equipment and facilities, disrupting services, stealing proprietary information, or other malicious activities. The greater the individual’s knowledge and authorized systems access, the greater risk the individual poses. Furthermore, any individual with access to a plant’s systems could unwittingly or inadvertently introduce malware into a system through portable media or by falling victim to socially engineered e-mails.
A bulletin released in late June by the Department of Homeland Security’s (DHS) National Cybersecurity and Communications Integration Center (NCCIC) warning of the recent activities by LulzSec and Anonymous has surfaced online. The unclassified bulletin titled “Hacktivist Groups Target U.S. and Foreign Networks” was recently posted to an unknown online network security website Aisle.net before being subsequently removed. The site it was posted to has also disappeared and now visitors to the domain are greeted with a blank screen. While the full document is not recoverable at this point in time, a cached version of the document’s summary contains a number of surprising admissions regarding the effectiveness of basic techniques utilized by LulzSec/Anonymous.
In July 2010, the NSA revealed that it was expanding into a 227-acre parcel of land at Fort Meade called “Site M”, constructing a series of buildings that could cost as much as $5.2 billion. This expansion would displace two golf courses currently occupying the land and provide the NSA, which already occupies 630 acres at Fort Meade, with more space to build “an operational complex and to construct and operate consolidated facilities to meet the National Security Agency’s (NSA) continually evolving requirements and for Intelligence Community use”. The project has been shrouded in secrecy throughout its existence and there are only a few references to “Site M” in DoD budget planning documents. However, a recently discovered collection of development planning documents for the Site M project provide detailed information about the proposed $3.2 billion expansion, indicating that the facility will be a centralized command center for the NSA’s evolving cyberwarfare capabilities.
Digital infrastructure is increasingly the backbone of prosperous economies, vigorous research communities, strong militaries, transparent governments, and free societies. As never before, information technology is fostering transnational dialogue and facilitating the global flow of goods and services. These social and trade links have become indispensable to our daily lives. Critical life-sustaining infrastructures that deliver electricity and water, control air traffic, and support our financial system all depend on networked information systems. Governments are now able to streamline the provision of essential services through eGovernment initiatives. Social and political movements rely on the Internet to enable new and more expansive forms of organization and action. The reach of networked technology is pervasive and global. For all nations, the underlying digital infrastructure is or will soon become a national asset.
A secure cyberspace is critical to our prosperity. We use the Internet and other online environments to increase our productivity, as a platform for innovation, and as a venue in which to create new businesses. “Our digital infrastructure, therefore, is a strategic national asset, and protecting it—while safeguarding privacy and civil liberties—is a national security priority” and an economic necessity. By addressing threats in this environment, we will help individuals protect themselves in cyberspace and enable both the private sector and government to offer more services online. As a Nation, we are addressing many of the technical and policy shortcomings that have led to insecurity in cyberspace Among these shortcomings is the online authentication of people and devices: the President’s Cyberspace Policy Review established trusted identities as a cornerstone of improved cybersecurity.
Memory forensics allows MSCERT to become more effective and agile regarding the acquisition of actionable intelligence. Traditional disk forensic approaches to investigations are slow and non-scalable. Large amounts of data must be acquired, transferred, and then analyzed. Memory forensics reveal what the true running state of a target system is at the time of acquisition. Hidden processes and other system activities are made available to an analyst by analyzing a smaller set of data than disk forensics. This document details Morgan Stanley’s (MS) Standard Operating Procedures (SOPs) for acquiring and analyzing physical memory using the HBGary forensic toolset. Fastdump Professional and Responder Professional usage are detailed through a case study methodology.
Cyber Warfare is warfare in the Cyberspace domain, which is defined by the SECDEF as “a global domain within the information environment consisting of the interdependent network of information technology infrastructures, including the internet, telecommunications networks, computer systems and embedded processors and controllers.” Cyber Warfare encompasses Computer Network Operations (e.g. Attack, Defend and Exploit,) Information Assurance, and the network operations that encompass Command, Control, Communications, Intelligence, Surveillance and Reconnaissance (C4ISR) and Information Operations (IO) functions that occur within the Cyberspace domain. This includes Computer Network Operations (CNO) against automated systems (e.g. C4ISR), and the interaction between the physical, social and biological networks that define human-machine interaction.
Given the massive volumes of data that the U.S. and other governments must manage and the volume of traffic across IT networks, government-wide security solutions pose significant technical challenges. According to Phil Bond, president of TechAmerica, “Now more than ever, a partnership between the public and private sectors in leveraging IT to achieve a more transparent government is essential to securing the public’s safety.”
This report focuses on Windows Rootkits and their affects on computer systems. We also suggest that combining deployment of a rootkit with a BOT makes for a very stealth piece of malicious software. We have used various monitoring tools on each of the rootkits and have included most but not all of the monitor logs due to space constraints. However, if a log is needed for perusal it is available. Some of the rootkits we investigated contained readme files which were, for the most part, quite informative and actually substantiated some of our monitoring log findings. For the rootkits that contained readme files we have either included them within the document or have included a link for them. At the beginning of this report we have included clean monitoring logs from two different tools that we employed on the rootkits. We have other clean logs but did not include them for the sake of space. Once more, as the logs for the rootkits will be available if needed so will these clean logs.
Confidential HBGary McAfee Management Presentation from November 2010.
The purpose of the Agreement is to set forth terms by which DHS and DoD will provide personnel, equipment, and facilities in order to increase interdepartmental collaboration in strategic planning for the Nation’s cybersecurity, mutual support for cybersecurity capabilities development, and synchronization of current operational cybersecurity mission activities. Implementing this Agreement will focus national cybersecurity efforts, increasing the overall capacity and capability of both DHS’s homeland security and DoD’s national security missions, while providing integral protection for privacy, civil rights, and civil liberties.
The overall objective of the this task was to architect and implement a capability that will enable automated parsing, normalization, extraction, aggregation, filtering and then detection of attack patterns based on log and log like data in near real time depending on local network settings. We call this the Audit Data Extraction Utility (ADEU).
Cyberterrorism is an attractive option for foreign-born and domestic terrorists who value its anonymity, potential to inflict massive damage, psychological impact and media appeal. As a new, more computer-savvy generation of terrorists comes of age, the threat of cyber-terror attack is likely to increase.
Global-scale identity management concerns identifying and authenticating entities such as people, hardware devices, distributed sensors and actuators, and software applications when accessing critical information technology (IT) systems from anywhere. The term global-scale is intended to emphasize the pervasive nature of identities and implies the existence of identities in federated systems that may be beyond the control of any single organization. This does not imply universal access or a single identity for all purposes, which would be inherently dangerous. In this context, global-scale identity management encompasses the establishment of identities, management of credentials, oversight and accountability, scalable revocation, establishment and enforcement of relevant policies, and resolution of potential conflicts. To whatever extent it can be automated, it must be administratively manageable and psychologically acceptable to users. It must, of course, also be embedded in trustworthy systems and be integrally related to authentication mechanisms and authorization systems, such as access controls. It also necessarily involves the trustworthy binding of identities and credentials. It is much broader than just identifying known individuals. It must scale to enormous numbers of users, computer systems, hardware platforms and components, computer programs and processes, and other entities.
The U.S. Army Training and Doctrine Command’s assessment of the future operational environment highlights the importance of all aspects of information on the future battlefield. Army forces operate in and among human populations, facing hybrid threats that are innovative, networked, and technologically-savvy. These threats capitalize on emerging technologies to establish and maintain a cultural and social advantage; leveraging these new capabilities for command and control, recruiting, coordinating logistics, raising funds, and propagandizing their message. To operate effectively in this emerging environment, the Army must realign its information “Aim Point.” Army leaders and Soldiers must possess an in-depth understanding of how to leverage information-based capabilities to gain and maintain situational awareness. Understanding how to fight for and leverage the power of information, while denying the adversary’s ability to do the same, will be increasingly critical to success on the future battlefield.