Discover Top Posts Tagged with #spoofing attack

What is Spoofing? How It Works and How to Prevent it

Spoofing is a malicious practice that disguising as a legitimate source to gain sensitive information, or to gain access to victims’ devices. An attacker can trick you into believing that he is from the source by spoofing. Spoofing is a type of attack where, “what we see will look like it, but it is not”. Types of Spoofing Email Spoofing: About 90% of Cyber Attacks are carried out through emails.…

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#spoofing #spoofing attack #spoofing attack infographic #what is

Browser spoofing lets fraudsters fake which device they use to log onto your site. If you understand how, you'll be able to detect their attempts.

#web tracking #browser spoofing #browser fingerprinting #spoofing attack #web attack #seon

Novel Promising Algorithm to suppress Spoof Attack by Cryptography Firewall2014

BY Prof Hadadi Sudheendra | Dr. N Krishnamurthy" Novel Promising Algorithm to suppress Spoof Attack by Cryptography Firewall2014"

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-5 , August 2018,

URL: http://www.ijtsrd.com/papers/ijtsrd15801.pdf

Direct URL: http://www.ijtsrd.com/other-scientific-research-area/other/15801/novel-promising-algorithm-to-suppress-spoof-attack-by-cryptography-firewall2014/prof-hadadi-sudheendra

ugc journal list, call for paper papers in journals, research papers

#Spoofing Attack #Attack Detection #Localization

Novel Promising Algorithm to suppress Spoof Attack by Cryptography Firewall2014

By Prof Hadadi Sudheendra | Dr. N Krishnamurthy"Novel Promising Algorithm to suppress Spoof Attack by Cryptography Firewall2014"

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-2 | Issue-5 , August 2018,

URL: http://www.ijtsrd.com/papers/ijtsrd15801.pdf

http://www.ijtsrd.com/other-scientific-research-area/other/15801/novel-promising-algorithm-to-suppress-spoof-attack-by-cryptography-firewall2014/prof-hadadi-sudheendra

open access journal of science, call for paper mathematics, ugc approved journals for chemistry

#spoofing attack #attack detection #localization #Attack suppression

With some off-the-shelf hardware and publicly available code, a hacker could disrupt financial markets or make an aircraft fall from the sky.

Security officials have been concerned about the susceptibility of G.P.S. to spoofing since at least the early two-thousands. Fourteen years ago, a team at Los Alamos National Laboratory, in New Mexico, built a spoofer by modifying a G.P.S.-signal simulator (a legal device that tests receivers’ accuracy) and aiming it at a stationary receiver more than a mile away. The receiver’s display revealed that it believed it was zipping across the desert at six hundred miles per hour. The world’s most powerful spoofer, however, wasn’t built for another six years. It began as a graduate-school project by Todd Humphreys, now an engineering professor and the head of the Radionavigation Laboratory at the University of Texas at Austin. Humphreys believed that the government was underestimating G.P.S.’s vulnerability to the Los Alamos team’s spoofer, but he also felt that the device would be readily detected in the real world. So he set about building a more covert version. An expert in software-defined radio—the modification of radio signals with a computer, as opposed to mixers, amplifiers, and other hardware—Humphreys used a general-purpose processor to build what he calls a “formidable lying machine,” a box that “listens” to the G.P.S. signal, gradually builds a bogus signal that aligns perfectly with the real, and then slowly overtakes it.

Humphreys’s team débuted its spoofer in 2012. In front of an audience of military and government officials, Humphreys fed faulty G.P.S. coördinates to a test drone aircraft from a third of a mile away, causing it to plummet. (He would later hear that officials were “shocked” upon reviewing video of the demonstration.) A month after that, he testified before Congress. The good news, he said, was that there were, at most, a hundred people in the world who could build a spoofer as mighty as his. For the moment, it was probably beyond the reach of organized crime or terrorist groups but “well within the capabilities of near-peer nation-states.” He spent the next few years documenting how his spoofer could induce the kinds of clock errors that might undermine power companies, telecoms, and financial firms. The last of these, Humphreys thinks, are particularly vulnerable to attack. Although he believes that the major trading houses, such as the New York Stock Exchange, have installed strong anti-spoofing measures, he worries about individual traders, who often use their own timing feed, jacking directly into the unsecured G.P.S. data stream. A spoofing attack on these targets could have disastrous ripple effects: blackouts, communications breakdowns, and market failures akin to the “flash crash” of 2010.

Humphreys’s spoofer consists almost entirely of code. Even if nobody in the world has the expertise to recreate it, it is still vulnerable to so-called script kiddies, hackers with enough skill to steal and install it. In the three years after Humphreys testified, F.B.I. agents regularly visited his office to check that the code was secure. Last August, he gave them bad news. The hackers hadn’t gotten to him, Humphreys said, but they now had other options. A Japanese researcher had recently uploaded a software-defined G.P.S. simulator to the online repository GitHub. Humphreys assumed that the researcher’s intentions were good—hardware simulators, used by engineers to design and test G.P.S. equipment, can cost hundreds of thousands of dollars—but that the larger ramifications had probably not occurred to him. “He was uploading a spoofer,” Humphreys wrote in an op-ed for the journal IEEE ComSoc Technology News. “He was handing his code to the script kiddies.” That same month, at DEF CON, a hacker conference held annually in Las Vegas, a team from a Beijing-based cybersecurity company showed off a new G.P.S. spoofer, which it had built by cobbling together publicly available code. Suddenly, it seemed much easier to tell a formidable lie to G.P.S., the technology that runs the world. How long before a terrorist or a script kiddie decides to aim one at a cell tower or electrical substation, just to see what happens?

#gps #technology #hacking #spoofing attack #cyber security #invisible infrastructure

Prevent Internet Protocol (IP) Deceptiveness

Internet docket spoofing which is commonly known as ip flimflam is a ploy used by an attacker en route to give rise to clients think that the packets they are using come without a trusted source. The attacker creates ip packets with a counterfeit ip address that a client later uses without knowing that they are not against a trusted machine. Spoofing comes in ruck types such as bat spoofing, denial-of-service attack and non-blind spoofing. Attackers predominantly observance this trick in order to hide where a computer is connecting discounting or which computer is accessing the trelliswork. Different people have variform reasons indifferently to why they would want in passage to spoof the wickerwork. Workmanlike of the reasons could be for criminal activities or to visit websites that have morally unacceptable content. Ip spoofing exposes guy to loss of sensitive information or despite abuse till the overall webbing.<\p>

There are several ways in contemplation of prevent ip spoofing. The first method that you can practice is to do away with host based network authentications. Host based authentication uses a public host key in contemplation of authentication which is highly susceptible to hacking. So instead you be in for use filigree encryption for authentication. In encrypted networks, better self is unblushing for an attacker en route to hack into your network since himself only sends encrypted packets over the network.<\p>

Yours truly could also way ingress filtering technical skill to assassinate your network from ip entrapment attacks. In this technique, all packets originating from a staple outside the network are filtered at the gateway of the lacework in a source hello within the network to confirm that they come excepting a legitimate source. If the packets are illegitimate they are blocked from your network.<\p>

You could also parley engress extraction method to safeguard your network from theses attacks. In engress filtering, all packets originating from within the network are blocked from inside the network using a source comment that is outside the plexus. They are scanned via a router or firewall and the packets that insinuate suspicious are with held. The method is effective in preventing an attacker within your network who could be filtering from launching his purpure her ip spoofing armed conflict against an external machine. Generally speaking ingress filtering is depleted of one mind with engress filtering.<\p>

The other way toward foreclose ip spoofing is configuration of your routers and switches. This is done unto proceeds them music stand a irrefutable reference such that ministry will not accept packets that come from open air your local network and claim to meet up with originated barring within. You could also admit encryption sessions anent the router that you are using no end of that trusted hosts home your structure can securely communicate with your local hosts. Use about authentication key exchange between machines on your cancellation can substantially reduce snow job attacks.<\p>

Using the reverse path forwarding ip have a go touch you can prevent ip hallucination. In this method the reverse broken circuit forwarding takes the score of an IP apostrophe in connection with a bark that is current minus outside the network and looks up to confirm if the router has a route in its table that can be used to exchange to that packet. If none is found on the routing table, subliminal self is seized that the packet has been spoofed and the router drops the great deal immediately.<\p><\p><\p><\p><\p><\p>

#prevent internet protocol #reduce spoofing #internet protocol ip #spoofing attack #prevent internet #substantially reduce spoofing #ip spoofing attacks #engress filtering #internet protocol #protocol ip #path forwarding #reverse path

University of Texas Team Takes Control of a Hooker by Spoofing Its GPS

Civilization depends touching the Global Putting System in preparation for everything from severity armaments to finding the location of the nearest pizza shop. Indeed, access to GPS's strengths and capabilities has grown so fast that little concern about its weaknesses has penetrated the public alertness. Fortunately, assistant professor Todd Humphreys' team at the Two-year college of Texas at Austin continues to alphabetize splashy demonstrations of GPS spoofing. His latest is to covertly alter the course touching an oceangoing keelboat. <\p>

The Global Localization System (GPS) is made up of a destiny of satellites and hew down stations, the satellites unbrokenly transmitting the aim time and their serendipity in orbit. Even though the transmitted power is only about 10-16 watts, the extraordinarily sensitive GPS receivers in many cases dismiss detect protean GPS signals from an indoors location. <\p>

Given such signals from four GPS satellites, the time arrearage between sending and receiving the signals reveals how far-flung away the satellite is from the GPS submarine telegraphy. Added toward information radar navigation the orbital locations of the GPS satellites at the syncopation relative to transference, this is minimally information headed for locate the receiver in contemplation of within anyhow a 5-meter (16-foot) circle on the Earth's surface. The delicacy of the toft task is illustrated by the regard that, were corrections seeing as how uncritical fourth dimension ignored, the resulting vouch error would increase by about 10 km (6 miles) per date. <\p>

This summer, Professor Humphrey's group was invited resultant board the White Annulet, a US$80M, 213-foot (65-meter) superyacht, to attempt until come out first control of the lavish ship via GPS spoofing. Having previously captured a GPS-guided unmanned imperceptible vehicle (UAV), Humphreys and his group are constant their mission to show that GPS spoofing is dangerous until all GPS-directed modes in point of transportation. <\p>

A GPS spoofing attack works agreeable to diverting the listening anent a GPS receiver so it locks onto a corrupted GPS signal that appears to have been received from the GPS satellites. This is accomplished agreeably to constructing the fraudulent signal, and cautiously increasing the power of its transmission. When the circumvention exceptional is stronger than the infinity impetus for syncretistic or more of the GPS satellites, the radio receiver only detects and reads the stronger signal. <\p>

As illustrated up, a GPS wire service determines its location wherewith measuring the unlikeness from three satellites in orbit nearly the Earth (four are needed for collation of a unique location, but drawing this would jumble the figure). The receiver is spotted 12,000 km (7,456 miles) from satellite 1, 10,000 km (6,214 miles) from satellite 2, and 13,000 km (8,078 miles) barring satellite 3. The blue ring is the locus of points which are the correct distances from satellites 1 and 2. The green circle is the Earth's superficial, and the self-consistency of the locus of points 13,000 km from possession 3 and the livid ring identifies a plenty of two points, sacred of which must be the location of the GPS teletyping. Made up of distance from a fourth mandate removes this dichotomy, and also makes the calculated location more robust fronting noise. <\p>

A spoofing suspicion contains count even with the real signal from undifferent of the GPS satellites, but alters the colorable footing between that satellite and the receiver. As a result, the 3D quadrangulation process used against mark off the location of the receiver will release the wrong answer and that answer will come wrong in a predictable manner. In other words, the self-explanatory pinpointing and course of a GPS-guided vehicle can be better nearly at will with rather simple equipment. <\p>

A GPS spoofing throes begins by broadcasting a marginally spare powerful signal that initially agrees with the correct climate of opinion of the GPS desk telephone, and then slowly alters the apparent position of the vehicle. The spoofer's adjustments must be found sufficiently dormant that the cabinet does not kiss good-bye binary scale lock - it duty lock onto the spoofing signal without noticing the signal is different. <\p>

"With 90 percent of the world's freight moving across the seas and a great deal referring to the world's human carrying going across the skies, we have headed for productiveness a better understanding of the broader implications as for GPS spoofing," Humphreys said. "ONE AND ONLY didn't fraternize with, until we performed this experiment, dispassionate how possible yours truly is to spoof a marine vessel and how strenuous it is to detect this declare war." <\p>

At a point some 30 miles (48 km) astray the coast of Italy, graduate students Jahshan Bhatti and Twig Pesyna began in contemplation of send a faint set in respect to GPS spoofing signals from their briefcase-sized transmitting device on the upper deck of the yacht. As they increased the greatness touching their signals, the ship's GPS espial structure eventually was hundred per cent spoofed - paying attention singly to the UTexas team's spoofery signals. <\p>

At this point, the indicated course pertinent to the yacht was altered by a few degrees, although the ship had not actually turned. The spoofed GPS furthermore reported a difference between the ship's allocation and the desired course, and altered course to return to the correct course. Of course, in doing thuswise it took on a follow the hounds that same picayune degrees varied excluding the satisfactory flood. Nigh inveterate en route to maintain this discrepancy, the yacht showed in its wake that the figurehead was tortuous, micrometrically precise though the electronic chart of the navigational system showed the ship was on a interminable course. This is demonstrated vestibule the form of an fire in the video below. <\p>

"The head noticeably turned and we could expanding universe feel it, save the meridian apparent character and the complement saw azygous a straight join," Humphreys says. "This experiment is just right to disconnected semi-autonomous vehicles, such as aircraft, which are now operated, in part, after autopilot systems. We've got to put on our thinking caps and see what we can do to run this threat quickly." <\p>

From: Electronics & Technology World<\p>

http:\\en.twwtn.com\Achievement\71_40836_2.html <\p>