GUEST WIRELESS REGISTRATION – NEW REGISTRATION.STUDENT, FACULTY, STAFF and VENDOR REGISTRATION – GAMING and IoT DEVICES. STUDENT, FACULTY, STAFF AND VENDOR REGISTRATION – COMPUTERS AND MOBILE DEVICES.HOW TO TRANSFER DATA WHEN CONNECTED REMOTELY.Tips on Improving your Zoom Meeting Experience.CONNECTING TO YOUR NEIT DESKTOP FROM HOME.WELCOME FROM DEPARTMENT OF TECHNICAL SERVICES (DOTS).FREE SOFTWARE LINK INFORMATION FOR STUDENTS & FACULTY.Department of Technical Services (DOTS).Increasingly, vendors are using the label “multifactor” to describe any authentication scheme that requires more than one identity credential. In the past, MFA systems typically relied upon two-factor authentication. A password database alone doesn’t stand a chance against such methods when it is a real target of interest. Now purpose-built FPGA cards, like those used by security agencies, offer ten times that performance at a minuscule fraction of GPU power draw. Depending on the particular software, rainbow tables can be used to crack 14-character alphanumeric passwords in about 160 seconds. GPGPU cracking, for example, can produce more than 500,000,000 passwords per second, even on lower end gaming hardware. Further developments like GPGPU password cracking and rainbow tables have provided similar advantages for attackers. Given enough time, a captured password database will fall.Īs processing speeds of CPUs have increased, brute force attacks have become a real threat. Whether encrypted or not, if the database is captured it provides an attacker with a source to verify his guesses at speeds limited only by his hardware resources. One of the largest problems with traditional user ID and password login is the need to maintain a password database. In the United States, interest in multifactor authentication has been driven by regulations such as the Federal Financial Institutions Examination Council ( FFIEC) directive calling for multifactor authentication for Internet banking transactions. The past, present and future of multifactor authentication GPS smartphones can also provide location as an authentication factor with this on board hardware.Įmployee ID and customer cards, including magnetic strip and smartcards. Mobile authentication: Variations include: SMS messages and phone calls sent to a user as an out-of-band method, smartphone OTP apps, SIM cards and smartcards with stored authentication data.īiometric authentication methods such as retina scans, iris scans fingerprint scans, finger vein scans, facial recognition, voice recognition, hand geometry and even earlobe geometry. Soft tokens are often used for multifactor mobile authentication, in which the device itself – such as a smartphone – provides the possession factor. Soft tokens: Software-based security token applications that generate a single-use login PIN. Software-based tokens are becoming more common than hardware devices. Hardware tokens provide the possession factor for multifactor authentication. The device may be in the form of a smart card or may be embedded in an easily-carried object such as a key fob or USB drive. Security tokens: Small hardware devices that the owner carries to authorize access to a network service. The three most common categories are often described as something you know (the knowledge factor), something you have (the possession factor) and something you are (the inherence factor). For MFA, each additional factor is intended to increase the assurance that an entity involved in some kind of communication or requesting access to some system is who, or what, they are declared to be.
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