The document discusses common types of malware including viruses, worms, Trojan horses, spyware, ransomware, rootkits, adware, bugs, and bots. It provides a brief definition of each type and explains how they spread and the harm they can cause. The document also discusses symptoms of malware infections and recommendations for prevention and removal, including using antivirus software, keeping systems updated, and being cautious of downloads.
2017-07-16
A training for learning the internal of malware.
This version is the compressed version of Malware Engineering & Crafting.
We talk about malware as well as crafting the simple working malware. The goal of this session is to understand malware internal so one can have tactics to combat it.
Computer security is the process of preventing and detecting unauthorized use of our computer. Prevention measures help us to stop unauthorized users from accessing any part of your computer system. Detection helps us to determine whether or not someone attempted to break into the system, if they were successful, and what they may have done.
Training on July 16, 2017.
This training is the compressed version of Malware Engineering & Crafting.
In this training, we will talk about malware as well as crafting the simple working malware. The goal of this session is to understanding malware internal so one can have tactics to combat it.
2017-07-16
A training for learning the internal of malware.
This version is the compressed version of Malware Engineering & Crafting.
We talk about malware as well as crafting the simple working malware. The goal of this session is to understand malware internal so one can have tactics to combat it.
Computer security is the process of preventing and detecting unauthorized use of our computer. Prevention measures help us to stop unauthorized users from accessing any part of your computer system. Detection helps us to determine whether or not someone attempted to break into the system, if they were successful, and what they may have done.
Training on July 16, 2017.
This training is the compressed version of Malware Engineering & Crafting.
In this training, we will talk about malware as well as crafting the simple working malware. The goal of this session is to understanding malware internal so one can have tactics to combat it.
The CEH v11 program provides an in-depth understanding of ethical hacking phases, various attack vectors, and preventative countermeasures. It will teach you how hackers think and act maliciously so that you will be better positioned to set up your security infrastructure and defend against future attacks.
CS266 Software Reverse Engineering (SRE)
Identifying, Monitoring, and Reporting Malware
Teodoro (Ted) Cipresso, teodoro.cipresso@sjsu.edu
Department of Computer Science
San José State University
Spring 2015
Computer security threats & prevention,Its a proper introduction about computer security and threats and prevention with reference. Have info about threats and their prevention.
Understanding the term hacking as any unconventional way of interacting with some system it is easy to conclude that there are enormous number of people who hacked or tried to hack someone or something. The article, as result of author research, analyses hacking from different points of view, including hacker's point of view as well as the defender's point of view. Here are discussed questions like: Who are the hackers? Why do people hack? Law aspects of hacking, as well as some economic issues connected with hacking. At the end, some questions about victim protection are discussed together with the weakness that hackers can use for their own protection. The aim of the article is to make readers familiar with the possible risks of hacker's attacks on the mobile phones and on possible attacks in the announced food of the internet of things (next IoT) devices
A presentation made during the international Youth Exchange called Digital Danger and financed Erasmus+ Programme through Dům zahraniční spolupráce and the European Union
The state of being protected against the unauthorized use of information, especially electronic data, or the measures are taken to achieve this.
"the growing use of mobile applications is posing a risk to information security"
System Administrators are often on the front lines of computer security. This guide aims to support System Administrators in finding indications of a system compromise.
CISA GOV - Seven Steps to Effectively Defend ICSMuhammad FAHAD
INTRODUCTION
Cyber intrusions into US Critical Infrastructure systems are happening with increased frequency. For many industrial control systems (ICSs), it’s not a matter of if an intrusion will take place, but when. In Fiscal Year (FY) 2015, 295 incidents were reported to ICS-CERT, and many more went unreported or undetected. The capabilities of our adversaries have been demonstrated and cyber incidents are increasing in frequency and complexity. Simply building a
network with a hardened perimeter is no longer adequate. Securing ICSs against the modern threat requires well-planned and well-implemented strategies that will provide network defense
teams a chance to quickly and effectively detect, counter, and expel an adversary. This paper presents seven strategies that can be implemented today to counter common exploitable
weaknesses in “as-built” control systems.
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The CEH v11 program provides an in-depth understanding of ethical hacking phases, various attack vectors, and preventative countermeasures. It will teach you how hackers think and act maliciously so that you will be better positioned to set up your security infrastructure and defend against future attacks.
CS266 Software Reverse Engineering (SRE)
Identifying, Monitoring, and Reporting Malware
Teodoro (Ted) Cipresso, teodoro.cipresso@sjsu.edu
Department of Computer Science
San José State University
Spring 2015
Computer security threats & prevention,Its a proper introduction about computer security and threats and prevention with reference. Have info about threats and their prevention.
Understanding the term hacking as any unconventional way of interacting with some system it is easy to conclude that there are enormous number of people who hacked or tried to hack someone or something. The article, as result of author research, analyses hacking from different points of view, including hacker's point of view as well as the defender's point of view. Here are discussed questions like: Who are the hackers? Why do people hack? Law aspects of hacking, as well as some economic issues connected with hacking. At the end, some questions about victim protection are discussed together with the weakness that hackers can use for their own protection. The aim of the article is to make readers familiar with the possible risks of hacker's attacks on the mobile phones and on possible attacks in the announced food of the internet of things (next IoT) devices
A presentation made during the international Youth Exchange called Digital Danger and financed Erasmus+ Programme through Dům zahraniční spolupráce and the European Union
The state of being protected against the unauthorized use of information, especially electronic data, or the measures are taken to achieve this.
"the growing use of mobile applications is posing a risk to information security"
System Administrators are often on the front lines of computer security. This guide aims to support System Administrators in finding indications of a system compromise.
CISA GOV - Seven Steps to Effectively Defend ICSMuhammad FAHAD
INTRODUCTION
Cyber intrusions into US Critical Infrastructure systems are happening with increased frequency. For many industrial control systems (ICSs), it’s not a matter of if an intrusion will take place, but when. In Fiscal Year (FY) 2015, 295 incidents were reported to ICS-CERT, and many more went unreported or undetected. The capabilities of our adversaries have been demonstrated and cyber incidents are increasing in frequency and complexity. Simply building a
network with a hardened perimeter is no longer adequate. Securing ICSs against the modern threat requires well-planned and well-implemented strategies that will provide network defense
teams a chance to quickly and effectively detect, counter, and expel an adversary. This paper presents seven strategies that can be implemented today to counter common exploitable
weaknesses in “as-built” control systems.
Vulnerabilities on the Wire: Mitigations for Insecure ICS Device CommunicationMuhammad FAHAD
Modbus, an industrial protocol used for server to client communication, has been
used for over 40 years and is still widely deployed in new ICS installations (Mostia,
2019). Modbus can be transported over serial mediums of RS232, RS485, or it can be
wrapped in an IEEE 802.3 TCP segment. Within TCP, the typical implementation is
Modbus Remote Terminal Unit (RTU) contained in the TCP/IP stack Application layer,
which can be easily viewed in Wireshark (Sanchez, 2017). Modbus uses simple function
calls combined with data range requests to read and write bits, called coils. Additionally,
it can also read and write integers or floats, called registers. When engineers were
encapsulating Modbus within TCP, cybersecurity concerns were nonexistent and,
therefore, Modbus RTU does not have any built-in security mechanisms (Rinaldi, n.d.).
From an ICS security perspective, Modbus is rife with many vulnerabilities and is subject
to Probe, Scan, Flood, Authentication Bypass, Spoof, Eavesdrop, Misdirect, Read/Copy,
Terminate, Execute, Modify, and Delete attacks (Draias, Serhrouchni, & Vogel, 2015)
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Supervisory control and data acquisition (SCADA) networks contain computers and applications that perform key functions in providing essential services and commodities (e.g., electricity, natural gas, gasoline, water, waste
treatment, transportation) to all Americans. As such, they are part of the nation’s critical infrastructure and require protection from a variety of threats that exist in cyber space today. By allowing the collection and analysis of data and control of equipment such as pumps and valves from remote locations, SCADA networks provide great efficiency and are widely used. However, they also present a security risk. SCADA networks were initially designed to maximize functionality, with little attention paid to security. As a result, performance, reliability, flexibility and safety of distributed control/SCADA systems are robust, while the security of these systems is often weak. This makes some SCADA networks potentially vulnerable to disruption of service, process redirection, or manipulation of operational data that could result in public safety concerns and/or serious disruptions to the nation’s critical infrastructure. Action is required by all organizations, government or commercial, to secure their SCADA networks as part of the effort to adequately protect the nation’s critical infrastructure.
The President’s Critical Infrastructure Protection Board, and the Department of Energy, have developed the steps outlined here to help any organization improve the security of its SCADA networks. These steps are not meant to be prescriptive or all-inclusive. However, they do address essential actions to be taken to improve the
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how actual attacks happen.
CRASHOVERRIDE Analysis of the Threat to Electric Grid Operations. Cyber-attac...Muhammad FAHAD
Dragos, Inc. was notified by the Slovak anti-virus firm ESET of an ICS tailored malware on June 8th, 2017. The Dragos team was able to use this notification to find samples of the malware, identify new functionality and impact scenarios, and confirm that this was the malware employed in the December 17th, 2016 cyber-attack on the Kiev, Ukraine transmission substation which resulted in electric grid operations impact. This report serves as an industry report to inform the electric sector and security community of the potential implications of this malware and the appropriate details to have a nuanced discussion
The Top 20 Cyberattacks on Industrial Control SystemsMuhammad FAHAD
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No industrial operation is free of risk, and different industrial enterprises may legitimately have different “appetites” for certain types of risks. Evaluating cyber risk in industrial control system (ICS) networks is difficult, considering their complex nature. For example, an evaluation can consider (explicitly or implicitly) up to hundreds of millions of branches of a complex attack tree modelling of cyberattacks interaction with cyber, physical, safety and protection equipment and processes. This paper was written to assist cyber professionals to understand and communicate the results of such risk assessments to non-technical business decision-makers.
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1. 10/14/2020 Common Malware Types: Vulnerability Management 101 | Veracode
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OCTOBER 12, 2012
Common Malware Types:
Cybersecurity 101
The amount and variety of malicious programs out there is enough to make your head spin. This blog post will break down the
common types of malicious programs and provide a brief description of each.
By Neil DuPaul
SECURITY NEWS
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What is Malware?
Malware is short for malicious software, meaning software that can be used to compromise computer
functions, steal data, bypass access controls, or otherwise cause harm to the host computer. Malware is a broad term that
refers to a variety of malicious programs. This post will define several of the most common types of malware; adware, bots,
bugs, rootkits, spyware, Trojan horses, viruses, and worms.
Adware
Adware (short for advertising-supported software) is a type of malware that automatically delivers advertisements.
Common examples of adware include pop-up ads on websites and advertisements that are displayed by
software. Often times software and applications offer “free” versions that come bundled with adware. Most adware is sponsored
or authored by advertisers and serves as a revenue generating tool. While some adware is solely designed to deliver
advertisements, it is not uncommon for adware to come bundled with spyware (see below) that is capable of tracking user
activity and stealing information. Due to the added capabilities of spyware, adware/spyware bundles are significantly more
dangerous than adware on its own.
Bot
Bots are software programs created to automatically perform specific operations. While some bots are
created for relatively harmless purposes (video gaming, internet auctions, online contests, etc), it is becoming increasingly
common to see bots being used maliciously. Bots can be used in botnets (collections of computers to be controlled by third
parties) for DDoS attacks, as spambots that render advertisements on websites, as web spiders that scrape server data, and
for distributing malware disguised as popular search items on download sites. Websites can guard against bots with CAPTCHA
tests that verify users as human.
Bug
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In the context of software, a bug is a flaw produces an undesired outcome. These flaws are usually the
result of human error and typically exist in the source code or compilers of a program. Minor bugs only slightly affect a
program’s behavior and as a result can go for long periods of time before being discovered. More significant bugs can cause
crashing or freezing. Security bugs are the most severe type of bugs and can allow attackers to bypass user authentication,
override access privileges, or steal data. Bugs can be prevented with developer education, quality control, and code analysis
tools.
Ransomware
Ransomware is a form of malware that essentially holds a computer system captive while demanding a
ransom. The malware restricts user access to the computer either by encrypting files on the hard drive or locking down the
system and displaying messages that are intended to force the user to pay the malware creator to remove the restrictions and
regain access to their computer. Ransomware typically spreads like a normal computer worm (see below) ending up on a
computer via a downloaded file or through some other vulnerability in a network service.
Rootkit
A rootkit is a type of malicious software designed to remotely access or control a computer without being detected by users or
security programs. Once a rootkit has been installed it is possible for the malicious party behind the rootkit to remotely execute
files, access/steal information, modify system configurations, alter software (especially any security software
that could detect the rootkit), install concealed malware, or control the computer as part of a botnet. Rootkit prevention,
detection, and removal can be difficult due to their stealthy operation. Because a rootkit continually hides its presence, typical
security products are not effective in detecting and removing rootkits. As a result, rootkit detection relies on manual methods
such as monitoring computer behavior for irregular activity, signature scanning, and storage dump analysis. Organizations and
users can protect themselves from rootkits by regularly patching vulnerabilities in software, applications, and operating
systems, updating virus definitions, avoiding suspicious downloads, and performing static analysis scans.
Spyware
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Spyware is a type of malware that functions by spying on user activity without their knowledge. These spying
capabilities can include activity monitoring, collecting keystrokes, data harvesting (account information, logins, financial data),
and more. Spyware often has additional capabilities as well, ranging from modifying security settings of software or browsers to
interfering with network connections. Spyware spreads by exploiting software vulnerabilities, bundling itself with legitimate
software, or in Trojans.
Trojan Horse
A Trojan horse, commonly known as a “Trojan,” is a type of malware that disguises itself as a normal file or
program to trick users into downloading and installing malware. A Trojan can give a malicious party remote access to an
infected computer. Once an attacker has access to an infected computer, it is possible for the attacker to steal data (logins,
financial data, even electronic money), install more malware, modify files, monitor user activity (screen watching, keylogging,
etc), use the computer in botnets, and anonymize internet activity by the attacker.
Virus
A virus is a form of malware that is capable of copying itself and spreading to other computers. Viruses often
spread to other computers by attaching themselves to various programs and executing code when a user launches one of
those infected programs. Viruses can also spread through script files, documents, and cross-site scripting vulnerabilities in web
apps. Viruses can be used to steal information, harm host computers and networks, create botnets, steal money, render
advertisements, and more.
Worm
Computer worms are among the most common types of malware. They spread over computer networks by exploiting operating
system vulnerabilities. Worms typically cause harm to their host networks by consuming bandwidth and
overloading web servers. Computer worms can also contain “payloads” that damage host computers. Payloads are pieces of
code written to perform actions on affected computers beyond simply spreading the worm. Payloads are commonly designed to
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steal data, delete files, or create botnets. Computer worms can be classified as a type of computer virus, but there are several
characteristics that distinguish computer worms from regular viruses. A major difference is that computer worms have the ability
to self-replicate and spread independently while viruses rely on human activity to spread (running a program, opening a file,
etc). Worms often spread by sending mass emails with infected attachments to users’ contacts.
Malware Symptoms
While these types of malware differ greatly in how they spread and infect computers, they all can produce similar symptoms.
Computers that are infected with malware can exhibit any of the following symptoms:
Increased CPU usage
Slow computer or web browser speeds
Problems connecting to networks
Freezing or crashing
Modified or deleted files
Appearance of strange files, programs, or desktop icons
Programs running, turning off, or reconfiguring themselves (malware will often reconfigure or turn off antivirus and firewall
programs)
Strange computer behavior
Emails/messages being sent automatically and without user’s knowledge (a friend receives a strange email from you that
you did not send)
Malware Prevention and Removal
There are several general best practices that organizations and individual users should follow to prevent malware infections.
Some malware cases require special prevention and treatment methods, but following these recommendations will greatly
increase a user’s protection from a wide range of malware:
Install and run anti-malware and firewall software. When selecting software, choose a program that offers tools for
detecting, quarantining, and removing multiple types of malware. At the minimum, anti-malware software should protect
against viruses, spyware, adware, Trojans, and worms. The combination of anti-malware software and a firewall will ensure
that all incoming and existing data gets scanned for malware and that malware can be safely removed once detected.
Keep software and operating systems up to date with current vulnerability patches. These patches are often released to
patch bugs or other security flaws that could be exploited by attackers.
Be vigilant when downloading files, programs, attachments, etc. Downloads that seem strange or are from an unfamiliar
source often contain malware.
Spam
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Spam is the electronic sending of mass unsolicited messages. The most common medium for spam is email, but it is
not uncommon for spammers to use instant messages, texting, blogs, web forums, search engines, and social media. While
spam is not actually a type of malware, it is very common for malware to spread through spamming. This happens when
computers that are infected with viruses, worms, or other malware are used to distribute spam messages containing more
malware. Users can prevent getting spammed by avoiding unfamiliar emails and keeping their email addresses as private as
possible.
Cybersecurity 101 Series
Tips for Secure Web Browsing
Common Malware Types
Browser Security Settings for Chrome, Firefox and Internet Explorer
Facebook Privacy
Common Mobile Malware Types
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