Monday, 28 May 2012

NASA SSL Digital Certificate hacked by Iranian Hackers

NASA SSL Digital Certificate hacked by Iranian Hackers:
NASA SSL Digital Certificate hacked by Iranian Hackers
Iranian hackers 'Cyber Warriors Team' announced in an online post that it compromised an SSL certificate belonging to NASA and subsequently accessed information on thousands of NASA researchers. A space agency representative revealed that they’re currently investigating the incident.<!-- adsense -->
The group said the certificate was

Anonymous Takedown Bharatiya Janata Party, wants people to protest against 'web censorship'

Anonymous Takedown Bharatiya Janata Party, wants people to protest against 'web censorship':
A day after messing with servers maintained by Reliance Communications, Anonymous, an international hacker collective, defaced two websites belonging to BJP on Sunday. Through its Twitter account (@opindia_back) it announced that www.mumbaibjp.org and www.bjpmp.org.in were hacked by the group. After the hacking, the group posted a message to web users, asking them to organize protests against "

Flamer/Skywiper Stuxnet- Newly Found Cyber-Weapon Discovered By Iran National CERT (MAHER)

Flamer/Skywiper Stuxnet- Newly Found Cyber-Weapon Discovered By Iran National CERT (MAHER):
Flamer/Skywiper Stuxnet- Newly Found Cyber-Weapon Discovered by Iran National CERT (MAHER)


After "Duqu" now The Iranian Computer Emergency Response Team (MAHER) claims to have discovered a new targeted Stuxnet attacking the country's internal system. This newly found Stuxnet have been dubbed Flame (also known as Flamer or Skywiper). The name “Flamer” comes from one of the attack modules, located at various places in the decrypted malware code. In fact this malware is a platform which is capable of receiving and installing various modules for different goals. At the time of writing, none of the 43 tested anti viruses could detect any of the malicious components. Nevertheless, a detector was created by Maher center and delivered to selected organizations and companies in first days of May. 


Key Features of “Flamer” :-
  • Distribution via removable medias
  • Distribution through local networks
  • Network sniffing, detecting network resources and collecting lists of vulnerable passwords
  • Scanning the disk of infected system looking for specific extensions and contents
  • Creating series of user’s screen captures when some specific processes or windows are active
  • Using the infected system’s attached microphone to record the environment sounds
  • Transferring saved data to control servers
  • Using more than 10 domains as C&C servers
  • Establishment of secure connection with C&C servers through SSH and HTTPS protocols
  • Bypassing tens of known antiviruses, anti malware and other security software
  • Capable of infecting Windows Xp, Vista and 7 operating systems
  • Infecting large scale local networks


For additional information about "Flamer" click Here

Personal Information of 123,000 US Government Employees Stolen

Personal Information of 123,000 US Government Employees Stolen:
Personal Information of 123,000 US Government Employees Stolen
Personal information of over 123,000 federal employees have been exposed after a cyber attack in last July. The cyberattack occurred against a Thrift Savings Plan (TSP) contractor, Serco Inc. The FBI notified both Serco and the TSP last month about the attack. According to the Guardian has called Serco "probably the biggest company you have never heard of." It's on the FTSE 100 (Big!), has 100,000 employees and operates everything from railways in the UK and Australia to driver licensing in Ontario, Canada to retirement accounts for US government employees, members of the armed forces and US Postal Service workers. Perhaps taking advantage of the holiday weekend in the United States, Serco announced this morning that hackers had compromised systems at its Thrift Savings Plan (TSP) operation.
After extensive forensic investigation it was determined that 43,000 members' names, addresses and Social Security Numbers had been accessed by the intruders, and the Social Security Numbers of another 80,000 may have been involved. 
"Serco regrets this incident and the inconvenience it may cause to some Thrift Savings Plan participants and payees whose personal data was involved," said Serco Chairman and CEO Ed Casey in the statement. "We have fortified our information security measures and cyber defenses."
Further information has been published that shows the original intrusion into Serco's system occurred in July 2011. Information that was accessed has been available to criminals for nearly a year before Serco was notified by the FBI.




-Source (FOX News & NS)






Tuesday, 1 May 2012

Identity Theft, the growing crime

Identity Theft, the growing crime:
Every day we exchange personal information with colleagues, friends and unknown people with no idea how they are treated and for what use they will be managed. Telephone number, email address or driver’s license number are example of the data we provide ordinary using new media channels like internet and the social networks.
The use of this information is of great interest for the industry of crime because it is possible to commit a wide range frauds with high profits.
With the terms Identity Theft and identity fraud are referred all types of crime in which an ill-intentioned individual obtains and uses another person’s personal data, this kind of crimes are increasing according the data provided by law enforcement all over the world.
Many organizations have tried to provide a characterization of the phenomenon trying to classify the types of identity theft in categories.
SANS Institute proposed the following characterization:
  • Financial fraud – type of identity theft that includes bank fraud, credit card fraud, computer and telecommunications fraud, social program fraud, tax refund fraud, mail fraud, and many more.  A total of 25 types of financial identity fraud are investigated by the United Secret Service.
  • Criminal activities – type of identity fraud involves taking someone else’s identity in order to commit a crime, enter a country, get special permits, hide one’s own identity, or commit acts of terrorism. The criminal activities can include:
    • Computer and cyber crimes
    • Organized crime
    • Drug trafficking
    • Alien smuggling
    • Money laundering
How do identity thieves access personal information?
There are a lot of scenarios to access to personal information and identify them is necessary to recognize and prevent this type of crime. Most common case are:
  • through a social engineering attack
  • through a retail transaction
  • by hacking into computer systems
  • through phishing campaigns
  • through stolen purses or wallets
  • through stolen personal documents
  • by stealing information from a company who had stored the data online
  • through stolen mail
  • and in many other ways
  • through dumpster diving – rummaging through trash in an attempt to find personal information

But how widespread is the crime and what are the figures that show its growth?
A global precise estimates of phenomenon is impossible due to the different legal treatment reserved for this type of crime in different countries, however, to provide a valid indication I extrapolated some data from the “2012 Identity Fraud Report 2011″  study conducted by Javelin Strategy & Research.  The company collects data related to US citizens to measure the overall impact of identity fraud on consumers.
In the next graphics is presented the progress of the Incident Rate from 2003.

The situation is worrying, 4.9% of U.S. Adults Were Victims of Fraud in 2011. After a sensible reduction of identity fraud incidence from 2009 to 2010, we see an increase this year of more than 10%. ID fraud increased to 4.90% in 2011 from 4.35% in 2010, which represents a 12.6% increase. The total number of identity fraud victims increased to about 11.6 million U.S. adults in 2011, compared to 10.2 million victims in 2010.
Despite the growth of incidents for for ID fraud, the annual overall fraud amount was at its lowest point of $18 billion since 2003 attributable to the rapid increase of thefts characterized by lower profits.

Digital Identity

Particularly alarming is the growth of such crimes in computers. Which are the information that compose our digital identity?
On the Internet, our identity composed by:
  • IP (Internet Protocol) address
  • address where we live
  • usernames
  • passwords
  • personal identification numbers (PINs)
  • social security numbers
  • birth dates
  • account numbers
  • other personal information
The data are continuously exposed to high risk of frauds, the propensity of Internet users to the usage social networks and the rapid spread of mobile platforms create the right conditions for criminals.
Unlike the classic identity theft, for digital theft victims don’t have to wait for a thief to physically steal their information that can be stolen by computer criminals from the databases of banks, retailers, ISPs and also from victim’s PC.
In internet researches have identified three main schemas to realize identity thieves
  • Phishing Attacks – This lure often comes in the form of a spam email or pop-up warning that looks like it has been sent from a company we trust. Often the companies are ones that we use regularly, like our bank, credit card company or some other online payment system. If we click on the link indicated, we are directed to a web site that is designed to look exactly like the official site of the company being mis-represented. Under the assumption that they are at an official site, victims enter specific personal information, such as social security number, credit card number or password.
  • Malware technology – The fraud is realized when users download malware just by clicking on a pop-up ad or viewing spam email. The malware gathers information, such as user IDs and passwords for bank accounts, logging all keyboard strokes, or by using Trojans and other techniques to collect information from our PCs. This information is then passed back to the Command and Control servers when victims connect to the Internet.
  • Pharming – In pharming, a cyber criminal exploits a vulnerability in an ISP’s (Internet Service Provider) DNS server and hijacks the domain name of a legitimate web site. Anyone going to the legitimate site is redirected to an identical but bogus site. Once redirected, unsuspecting site users will enter personal information, such as a password, PIN number or account number.
According a Gartner Study on Internet identity theft,  based on a survey of 5000 U.S. adult Internet users, it has been estimated that:
  • 1.78 million adults could have fallen victim to the scams
  • 57 million adults have experienced a phishing attack
  • The cost of phishing… 1.2 billion dollars!
It ‘clear that the figures mentioned are a great attraction for criminal organizations that are devoting substantial resources and investments in the sector. An increasing component of organized crime is specializing in this kind of activity characterized by high profits and low risks compared to traditional criminal activities. In the US The Federal Trade Commission is monitoring the phenomenon of Identity Theft with main national agencies promoting several activities to aware the population regarding the risks derived to the crime exposure.

Prevention, Detection and Resolution Model

According to the guidelines provided by the Federal Trade Commission the fight to the identity theft crime must be articulated in three phases, the prevention, the detection and the resolution.
The prevention actions are different mainly based on the awareness on cyber threat and a constant monitoring of real exposure of personal information. It’s essential that population, and in particular internet user must know the threats related the divulgation and the improper usage of their data.
Personal information must be protected and citizens must be aware of the real usage of their info once provided.
The protection must be completed with detection actions, operations that must be in place to discover the identity thefts and frauds. Constant alerts and bulletins must be provided by the law enforcement every time a new fraud is detected. Private sector and government institution must cooperate to realize program and project to contain this type of crime supported by an adequate legal framework providing for severe penalties for these offenses.

Applying the model to the mobile landscape and social networks

Let’s try together to apply the model to two of main worrying scenarios, mobile and social networking. To prevent fraud and identity theft in mobile device usage let’s follow simple best practices:
  • Disable as default every “always on” functionality of mobile devices.
  • Install mobile software only from the legitimate App stores and markets.
  • Be aware of permission we grant to the applications we execute on mobile.
  • Do not jailbreak or root your mobile device.
  • Install an antivirus program to mitigate instances of mobile malware.
  • Make sure the OS is upgraded to the last version applying security updates.
  • Make sure that you can erase the content of your mobile remotely in case of lost.
  • Be careful with premium SMS numbers — sometimes you are signing up for stuff when you are agreeing to the licensing terms.
Regarding the user’s behavior to have during the frequentation of social networks:
  • Do not reveal sensitive or personal information on social networking sites.
    • Such personal details are commonly used by banks and credit card companies as security questions to identify an individual  before clearing access to his or her financial accounts, credit card logins, and more.
    • Social networking sites can provide fraudsters with personal information to access accounts. Use caution when sharing such details on your profile. Also, take advantage of privacy settings so that you can control who sees your profile information.
  • Use caution when using apps on social networking sites.
    • Verify that the app does not have access to any personally identifiable information. Users of certain social media apps experience a significantly higher incidence of fraud than the general public. In 2011, users who had ever clicked new apps or updated their profiles with important events experienced a 6.8% incidence rate compared to the overall fraud incidence rate of 4.9%.
Prevention is better than cure
Pierluigi Paganini

Saturday, 28 April 2012

Supervisory Control And Data Acquisition aka SCADA Terminology

Supervisory Control And Data Acquisition aka SCADA Terminology: Useful Terminology, Acronyms and Links related to SCADA.

AC         Alternate Current
CAN      Control Area Networks
CIP        Critical Infrastructure/Information Protection
CRC      Cyclic Redundancy Check
DC         Direct Current
DCS       Distributed Control system
DNP       Distributed Network Protocol
GOMSFE Generic Object Models for Substation and Feeder Equipment
GOOSE    Generic Object Oriented Substation Event
HCI        Human-Computer Interface
HMI       Human-Machine Interface
HVAC    High Voltage Alternate Current
ICCP      Inter-Control Center Communications Protocol
ICPS       International Communications Protocol Standard
ICS         Indistrial Control System
IEC         International Electrochemical Commission
LAN       Local Area Network
MTU      Master Terminal Unit
NERC   North American Electric Reliability Corporation
OLE      Object Linking and Embedding
OPC      OLE for Process Control
PLC       Programmable Logic Controllers
PAC       Programmable Automation Controllers
RTU       Remote Terminal/Telemetry Units
SONET  Synchronous Optical Networking
SDH       Synchronous Digital Hierarchy
SCADA  Supervisory Control And Data Acquisition
T& D      Transmission and Distribution
UCA       Universal Communications Adapter/ Utility Communications Architecture

SCADA Protocols
RTU's communicate with central SCADA station, other RTU's and networked devices.
DNP3
ICCP
MODBUS(X)
Profibus
Fieldbus
BACnet
IEEE 60870 (IEC 60870-5-101 is an ICPS)
ASCII
Other vendors like Allen Bradley, GE Fanuc, Siemens Sinaut, Mitsubishi, Omron, Toshiba, Westinghouse etc have proprietary SCADA Protocols

Useful Web Sites
http://en.wikipedia.org/wiki/SCADA
http://www.wurldtech.com/
http://www.plcs.net/contents.shtml
http://www.modbus.org/
http://www.cpni.gov.uk/advice/infosec/business-systems/scada/
http://www.dnp3.org/
http://www.iccp.org/
http://www.digitalbound.com/

Please leave a comment if I missed out an important acronym, protocol, link/site etc.

Certifications for IDS, IPS, FW, Web/Email Gateway Appliances and Endpoint Devices

Certifications for IDS, IPS, FW, Web/Email Gateway Appliances and Endpoint Devices:
This post might be helpful for Administrators, persons who are actively involved in making decisions to buy Perimeter/Endpoint security devices, CSO's etc.


This article explains about different security certifications for devices like VPN, Firewalls, Intrusion Detection and Prevention Systems (IDS/IPS), Email/Web Gateways etc.

BITS
BITS initially stood for "Banking Industry Technology Secretariat" which is not acronym anymore. BITS addresses emerging threats releted to cybersecurity, fraud reduction and infrastructure protection related to financial services.

Common Criteria (CC)
Common Criteria for Information Technology Security Evaluation is a framework for Computer Security Certification. Evaluations are performed in the US, UK, Australia,Canada, France and Germany.

CESG CCTM
From CSEG website "CESG protects the vital interests of the UK by providing policy and assistance on the security of communications and electronic data, working in partnership with industry and academia.The CESG Claims Tested Mark (CCTM) scheme provides a government quality mark for the public and private sectors based on accredited independent testing, designed to prove the functionality claims made by Vendors. Testing is carried out by commercial Test Houses".

EAL
Evaluation Assurance Level is a rating given to complete development of a product. Common Criteria lists seven levels with EAL1 being most basic and cheap and EAL 7 most stringent and expensive.

FIPS
Federal Information Processing Standards are US government computer security standards for Cryptographic modules.

ICSA Labs
ICSA Labs is part of Verizon, ICSA has been providing independent third party product testing say FW, IPS etc.

IPv6 Certification
Certifies that a product includes IPv6 mandatory core protocols and interoperability with other IPv6 products.
http://www.ipv6forum.com/ipv6_education/
http://en.wikipedia.org/wiki/DoD_IPv6_Product_Certification


ISO/IEC 27001
International Organization for Standardization/International Electrotechnical Commission 27000 family of standards is an Information Security Management Systems standards.

ITSEC
Information Security Technology Evaluation Criteria is used to evaluate Products and Systems for Security weaknesses.  ITSEC is followed in Australia, France, Germany and the UK.
http://www.ssi.gouv.fr/

NSS
Leading independent security products testing organization evaluating performance, security effectiveness and usability of Endpoint and Network Security (firewall, AV, browser, UTM, IDS/IPS, WAF, SWG, VPN, encryption, SIEM, VA/VM, virtualization) appliances.

Section 508
Section 508 of the US Rehabilitation Act of 1973 mandates that Federal agencies acquire products which enable people with disabilities to have access to information and data in a way that is comparable to the access and use experienced by people without disabilities.


TIC
Technology Integration Center is US Army's formal certification program.

TCSEC or Orange Book
Trusted Computer System Evaluation Criteria is a US governments DoD standards for computer security controls. Performed in US only.
http://www.fas.org/irp/nsa/rainbow/std001.htm
http://csrc.nist.gov/

VPNC
Virtual Private Network Consortium is the international trade association for manufacturers in the VPN market. VPNC does not create standards, it strongly supports the current and future IETF standards.
VPNC interoperability testing: VPNC issues logos for interoperability to VPNC member products which have successfully completed the testing. This testing is available to our IPsec and SSL members.

Anti Virus Certifications
AV's are certified by AV Comparatives, AV Test, Virus Bulletin, West Coast Labs, ICSA Labs, NSS Labs etc. Also AV's are tested against Wildlist.
http://www.av-comparatives.org/index.php
http://www.av-test.org/en/home/
http://www.virusbtn.com/index
http://www.wildlist.org/
http://www.opswat.com/

Tools
Below tools may be used for testing different Perimeter Appliances or Endpoint product.
nmap                      http://nmap.org/
Exploit DB              http://www.exploit-db.com/
tcpreplay                 http://tcpreplay.synfin.net/
tomahawk               http://tomahawk.sourceforge.net/TUTORIAL.html
Metasploit               http://www.metasploit.com/
CoreImpact             http://www.coresecurity.com/
Canvas                    http://immunityinc.com/
Breaking Point         http://www.breakingpointsystems.com/
MuDynamics           http://www.mudynamics.com/

Please comment if I had missed out important Certification or Tool.