RSA is the encryption and network security division of EMC, assisting top organizations to solve complex IT security challenges. RSA’s products and mission consist of a combinations of business-critical controls, encryption, and tokenization to secure access to organizations IS infrastructure. The Security Division offers a wide range of two-factor authentication solutions to help organizations assure user identities and meet regulatory compliance requirements. The authentication keys come in a variety of forms such as hardware and software authenticators that can be applied to a range of computer devices.
RSA SecurID Technology
SecurID is based on password and pin, a double layered access authentication principle. This technology is noted to have a more reliable level of user passwords. The cryptographic technology has the ability to automatically changes passwords every 60 seconds. The top benefit of SecurID helps positively identify users before they access critical confidential data systems. Each authenticator possesses a special symmetric key that is combined with an algorithm to create rapid one-time passwords (OTP). The OTP’s are stored in the Authentication Manager server for optimal security. OTP’s are established and known to the user – the PIN acts as a back-up layer which makes it extremely difficult for hackers to exploit. Strengthening vulnerabilities in access control mechanism with a layered technology, makes SecurID access keys a worthwhile product.
So What
Despite RSA’s specialization in IT security products for top organizations world-wide, on March 17, 2011 the company fell victim to a common cyber-attack leaving client’s and RSA’s IS infrastructures vulnerable to further exploits. Executive Chairmen, Art C...
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...al factors for strong authentication solutions. Initially, RSA refused to disclose certain details of the attack to customers for mitigation purposes; this left clients unsatisfied and upset. Several companies expressed concern about the lack of information about the attack (Green 2011).
Works Cited
RSA Security Inc. (2010). Solution Breif: RSASecurID Two-factor Authentication. Retrieved from http://www.rsa.com/products/securid/sb/10695_SIDTFA_SB_0210.pdf
Green, T. (2012). RSA: Unapologetic looks to move beyond the breach. Network World. Retrieved from http://www.networkworld.com/news/2012/011912-rsa-breach-255042.html
Coviello, A.(2011). Open Letter to RSA SecurID Customers. RSA Security Division of EMC. Retreived from http://www.rsa.com/node.aspx?id=3891
King, R. (2011). EMC’s RSA Security Breach May Cost Bank Customers $100 Million. Retreived from
However, I feel users had a different vision/perspective on security mechanisms and they trusted each other during those times and did not have to worry about protecting their information (this is how exactly, one person’s ignorance becomes another’s person’s - hacker, here bliss). This book helps us to understand the vulnerabilities; its impacts and why it is important to address/ fix those holes.
In this section we investigate attacks and threats to our primary devices. These attacks and threats are built off of the vulnerabilities the previous section and help to determine which security controls would be most valuable against future attacks.
PKC is the enabling technology for all Internet security and the increasing use of digital signatures, which are replacing traditional signatures in many contexts. However, RSA is better than PKC because RSA doesn’t need digital signature. As a result, the RSA algorithm turned out to be a perfect fit for the implementation of a practical public security system. In 1977, Martin Gardner first introduced the RSA system. After 5 years, company RSA used secure electronic security products. Nowadays many credit companies of all over the world use the RSA system or a similar system based on the RSA system.
Sabu M. Thampi, Pradeep K. Atrey, Chun I. Fan, Gregorio Martinez Perez (Eds.), Security in Computing and Communications: International Symposium, SSCC 2013, Mysore, India, August 22-24, 2013. Proceedings (Communications in Computer and Information Science) (p. 418). New York, NY: Springer Publishing.
Lemos, R. (2014). 'Heartbleed' OpenSSL Flaw May Lead to Leaked Passwords, Encryption Keys. Eweek, 1. Retrieved April 22, 2014, from EBSCO
The threats to security from the United States Department of Defense, the national power grid and the Chamber of Commerce are very real and omnipresent. The Defense Department made an admission of the first major cyber attack upon its systems in August 2010. It was revealed that the attack actually took place in 2008 and was accomplished by placing a malicious code into the flash drive of a U.S. military laptop. “The code spread undetected on both classified and unclassified systems, establishing what amounted to a digital breachhead.” (2) This quote, attributed to then Deputy Defense Secretary William J. Lynn III, is just part of the shocking revelations that were disclosed in his speech made on July 14, 2011.
In July 2015, many of the world’s high ranking cryptographers published that the loss and destruction induced by adopting a key escrow system 20 years ago would be even more serious, that would be very hard to identify security weaknesses that could be misused by
My project mainly focuses on relatively new field of study in Information Technology known as cryptography. This topic will take an in-depth look at this technology by introducing various concepts of cryptography, a brief history of cryptography and a look at some of the cryptography techniques available today. This will have a close look at how we can use cryptography in an open-systems environment such as the Internet, as well as some of the tools and resources available to help us accomplish this.
Where in 56 million payment cards were stolen and the issues related to the occurrence.
In this case study, I aim to present the recent issue about Cyber security, protecting client’s private data and information through the controversial Apple and
As electronic commerce, online business-to-business operations, and global connectivity have become vital components of a successful business strategy, enterprises have adopted security processes and practices to protect information assets. But if you look at today's computing environments, system security is a horrible game of numbers: there are currently over 9,223 publicly released vulnerabilities covering known security holes in a massive range of applications from popular Operating Systems through to obscure and relatively unknown web applications. [01] Over 300 new vulnerabilities are being discovered and released each month. Most companies work diligently to maintain an efficient, effective security policy, implementing the latest products and services to prevent fraud, vandalism, sabotage, and denial of service attacks. But the fact is you have to patch every hole of your system, but an attacker need find only one to get into your environment. Whilst many organisations subscribe to major vendor's security alerts, these are just the tip of the security iceberg and even these are often ignored. For example, the patch for the Code Red worm was available some weeks before the worm was released. [02]
My knowledge has grown over the past six years, outwith the areas of learning offered by school courses, and I see this course as an opportunity to gain new skills and broaden my knowledge further. My main interests are varied, including communications and the internet, system analysis and design, software development, processors and low level machine studies. I have recently developed an interest in data encryption, hence my active participation in the RSA RC64 Secret-Key challenge, the latest international de-encryption contest from the RSA laboratories of America.
It is unrealistic to imagine that the copious amount of departments responsible for cybersecurity are able to adequately protect the country; therefore, the government needs to form one department that can be responsible for all cybersecurity problems and cyberattacks. When forming this new department, resources from other groups that currently share responsibility can be moved in order to decrease the amount of resources needed for the new group. But, it is also unfathomable for the government to be responsible for all cybersecurity as “... the reality is that while the lion’s share of the cybersecurity expertise lies in the federal government, more than 90 percent of the physical infrastructure of the Web is owned by private industry” (McConnell 4). Therefore the government must collaborate with the private sector. This cooperation can be utilized to help form the new government group as “there is also an opportunity for the new agency to be formed in a more deliberate way, drawing on leadership from the private economy to promote efficiency and cost-effectiveness” (Cohen 2). By working with the private sector, the new agency can reduce costs of personnel and equipment, increase performance, and maintain diverse cybersecurity plans. Once a
Unequivocally speaking, the threat of a cyber-attack has become one of the most critical domestic and national security challenges we face as a nation today. Infrastructures supporting government operations are ...
Rayne, PB, Kulkarni, P, Patil, S & Meshram, BB 2012, ‘Authentication and Authorization:Tool for Ecommerce Security’, Engineering Science and Technology: An International Journal, vol. 2, no. 1, pp. 150-157.