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NSA security lock

In a dilapidated submit I described mathematicians’ ongoing sight for key residences of best numbers. That trouble may appear to belong thoroughly within the realm of sheer mathematics; but fantastically, the significance of primes goes a ways beyond the abstruse obsessions of ivory-tower mathematicians. actually, the exercise of best numbers underlies one of the most dramatic hobbies within the advice these previous weeks: the epic at the back of Edward Snowden’s revelations that the country wide safety agency (NSA) is snooping on the communications of both americans and European diplomats.

whereas the Europeans beget protested about their interior communications being intercepted via the NSA—satirically—the equipment that it is facile to exercise for insurance device from spying via anybody are comfortably accessible online, in the skilled literature, and in publicly-purchasable manuals and textbooks. These methods total signify on artful makes exercise of of prime numbers.

The essentials of these innovations are far from new. The foundations of a application to create codes so powerful that they couldn't live broken even if an eavesdropper beget been to accomplish exercise of the total attainable global computing vigour beget been laid greater than 35 years in the past. The year 1976 noticed the construction of the Diffie-Hellman key alternate system (named after Whitfield Diffie and Martin Hellman; the names Ralph Merkle, James Ellis, Clifford Cocks, and Malcolm Williamson are often likewise associated with it); and here, 1977, witnessed the appearance of the RSA algorithm. each methods beget superior over the past three and a half a long time, however tips about their extensions is additionally conveniently obtainable to any person.

How conclude these strategies work? i will live able to clarify both strategies here—necessarily in a simplified approach. (these interested in learning extra can examine one of the crucial articles in the links that look during this publish.)

Alice sends Bob a covert message

The Diffie-Hellman key trade theory has been described in a transparent and concise fashion the exercise of an analogy by means of Terence Tao, whose travail on top numbers i mentioned in my outdated submit. The conception is as follows. Alice desires to transmit Bob a covert message (cryptographers prefer to exercise “from Alice to Bob” in its region of the mundane “from A to B”) and he or she wants to steer limpid of Eve (the “eavesdropper”) from reading it. So Alice places the message in a box, puts an outstanding lock on it, keeps the essential thing, and sends the package to Bob. (If Alice beget been to one at a time transmit Bob the essential thing, there can live a haphazard that Eve could intercept each the package and the key.)

Bob has no key to Alice’s lock. So what he does instead is to position his personal lock on the box. And he now sends the package back to Alice, locked twice: the usage of each her lock and his. Alice gets the equipment, eliminates her personal lock using her key, and then sends the container, nevertheless safe because it bears Bob’s lock, again to Bob. Now Bob makes exercise of his key, opens the container, and receives the message! each grownup birthright here used his or her own lock and key—and yet a message was passed perfectly safely from Alice to Bob.

The digital edition

This concept is implemented digitally within the Diffie-Hellman key alternate. The message to live despatched from Alice to Bob is a covert number, title it n. Alice’s “key” is an exponent, a, which she chooses, after which uses it to boost n to. So the “locked container with the message” that Alice sends Bob is na. Bob has his own “key,” which is a brace of his own deciding on, b, that he makes exercise of as an exponent. He doesn’t live sensible of n or a, but he has na, which he got from Alice, so he raises this quantity to the vitality b. He thus sends Alice the “box with the two locks”: nab. Alice’s the exercise of her own key to open her personal lock ability her taking the ath root of nab, which, from the basic math of exponents, they understand gives her nb, which she now sends returned to Bob. the usage of his “key,” his exponent b, Bob takes the bth root of nb, and he for this judgement obtains the key quantity n that Alice desired to carry to him.

developing enhanced codes with primes

it's viable to ship a covert number from Alice to Bob as I just described, and if the numbers are huge satisfactory, one would beget an inexpensive probability that the quantity could now not live deduced through Eve. In actuality, although, coincident implementations of the Diffie-Hellman key change use greater subtle points to accomplish it greater intricate to demolish the code. And the covert number isn't despatched from Alice to Bob, but fairly deduced by artery of each of them the exercise of the components nab (which, of route, is likewise equal to  nba).

Alice and Bob choose a first-rate quantity, which they assume may likewise live Popular to Eve, or to any person on this planet. Let’s recount that this number is 11. They then conclude total calculations the exercise of the mathematical multiplicative group of integers modulo eleven (like a clock going around to 12 after which ranging from 1, this neighborhood begins to signify once again after achieving 11). They likewise select a base, and let’s account it's the quantity 5. Alice then chooses her covert number, recount 3. Independently, Bob chooses his covert quantity, four.

Alice raises the frequently-agreed-on base of 5 to the power of her covert number three, and does the calculation modulo eleven. She gets:  fifty three = one hundred twenty five, but one hundred twenty five modulo eleven is four (it’s the the leisure of dividing a hundred twenty five by artery of 11, which offers 11 and a the leisure of four—it acts relish sixteen hours in a clock, however this clock is in response to 11 rather than 12). She sends Bob the reply, the quantity four. recollect that Bob had chosen a covert number of four, so he raises the 4 he obtained from Alice to the 4th energy, modulo eleven, and this offers him forty four = 256, however 256 modulo eleven is three (as a result of eleven×23 = 253, leaving the the leisure three), which is his remaining answer.

Alice gets from Bob the common 5 that they had both agreed on, but now raised to the energy of his covert quantity, 4, modulo 11, which is 625 modulo eleven, which is 9 (as 11×fifty six = 616, leaving a the leisure of 9). She then raises this quantity to the energy of her covert variety of three, once more doing this calculation modulo 11. She receives the equal quantity that Bob obtained, three (because ninety three = 729, however modulo 11 it is three, in view that 11×sixty six = 726, which leaves a the leisure of three).

the exercise of this complicated modular arithmetic based on a major quantity, but almost raising a bunch to hidden powers as in the outdated area, Alice and Bob set up a common covert quantity, during this illustration, three. Modular arithmetic using top numbers helps accomplish the algorithm a Great deal greater difficult to decipher via an eavesdropper.* really, the leading number is giant, and so are the other numbers. When Alice and Bob exercise covert numbers a hundred digits long, the common quantity collectively deduced by means of Alice and Bob can't live discovered by artery of Eve notwithstanding she has entry to total the world’s obtainable computing vigour.

once Alice and Bob beget centered a common covert quantity, they can exercise it as a key to encrypt messages from one to the different and will beget a high likelihood that their verbal exchange are usually not deciphered by using an outsider.

Two keys are better than one

The 12 months after the Diffie-Hellman algorithm was posted, three teachers then working at MIT—Ron Rivest, Adi Shamir, and Leonard Adelman—got here up with a superb conception for encrypting messages. What they tried to conclude became to evade the stage wherein Alice and Bob should create a common covert quantity, considering this stage slows down the verbal exchange between them.

The three MIT scientists developed the proposal of a pair of keys: a public key and a personal key, which can live then jointly used for communicating covert messages. the public key can live published and primary to all. Its exercise saves time. The inner most key is a covert that Bob continues, permitting him to decipher coded messages from Alice (or from any individual who knows his public key). Bob publishes his public key, which is a great quantity. This quantity is obtained when he multiplies collectively two very gigantic leading numbers, regularly occurring handiest to him (they limn his inner most key). When Alice desires to transmit Bob a covert message, she encrypts it the usage of his customary public key. however as a artery to decrypt the message, one would should know Bob’s private key, which is the two best numbers he had used to create his publicly-known key. Supposedly, handiest Bob can conclude this.

Encrypting and decrypting messages the exercise of the RSA algorithm is a complicated mathematical system that depends on modular arithmetic and best numbers similarly to the style they are used within the description of the Diffie-Hellman device above. nonetheless it is greater subtle so that it could allow deciphering the usage of simplest the private key. the public key on my own is needless for decoding the RSA code.

The fundamental ingredient of RSA is the proven fact that the public key consists of the made from two very gigantic unknown prime numbers. It so occurs that factoring a host into its leading add-ons is terribly difficult when the primes are massive. (35 = 7×5, a product of two primes, is effortless; however forty six,324,637 = 5,881 × 7,877 is harder, and primes utilized in RSA encryption are much bigger still.) It is that this reality by myself that keeps Eve at midnight. She is sensible of the product of the two best numbers—however she will’t with no anxiety (and expectantly now not at all) deduce what the two primes are!

The RSA challenge

appropriate after the RSA gadget turned into invented, Martin Gardner published in Scientific American an encrypted message and a great RSA quantity, with 129 digits, that changed into the fabricated from two primes. He challenged his readers to demolish the code, offering a $one hundred prize. It took 17 years for the number to live factored and the message deciphered. This become a comparatively short period of time—many had expected that it would pick an really long time, and Rivest, Shamir, and Adelman had jested that it may pick a few “quadrillion years.” The advanced operation was completed the usage of distributed computing with heaps of computers around the globe performing parts of the regular calculation—consequently demonstrating the vigour of such an approach.

RSA safety, based by artery of the academics, has since published several an identical numbers, and for a time there become a cash prize offered for their factoring into pairs of primes, which the traffic subsequently withdrew. through now, some of those challenges were met with the aid of mathematicians using dispensed computing. birthright here is one issue that is noiseless impressive, an RSA quantity with 210 digits, that has under no circumstances yet been factored into two primes:

RSA-210 = 245246644900278211976517663573088018467026787678332759743414451715061600830038587216952208399332071549103626827191679864079776723243005600592035631246561218465817904100131859299619933817012149335034875870551067

without doubt, the larger the number to live factored, the longer the time crucial to smash it birthright into a pair of primes. beyond a undeniable size (in decimal digits), the RSA code becomes impregnable and therefore any message in response to it undecipherable (in a fairly finite size of time) by using an eavesdropper. The RSA algorithm is customary today in web safety.

NSA’s uses and abuses of encryption

In adopting specifications for encryption within the united states, and for exporting encryption products, the NSA has pushed for, and succeeded in enforcing, criminal limits on the dimension of the numbers utilized in RSA coding, so that—with its supercomputers—it will live in a position to decipher any message in line with it. possibly, the Europeans don't look to live sure by means of these restrictions, and their cryptanalysts may noiseless beget been in a position to effectively devise an unbreakable RSA code (by picking primes which are colossal satisfactory) to live used in events European diplomatic communications as well as preserving their computers from hacking.

And as historical past has shown, supercomputers are less efficient than vast-ranging global distributed computing for breaking superior codes—but by artery of its very nature, the NSA could certainly not employ the latter. having said that, the most coincident revelations appear to point out that some of the applications of NSA searches is really to identify individuals or entities that exercise encryption in their communications. in that case, total the greater explanation for the ecu governments to accomplish exercise of based, Western, advanced codes, to live able to set themselves aside from terrorist entities, whose codes would always sight diverse. this might in fact encourage the NSA live sensible of choosing actual threats instead of losing materials on intercepting Brussels messages akin to: “Pierre, Italian or chinese for lunch these days? Yours, Hans.”

consequently they locate ourselves the region they conclude now, in an fingers race of encryption and decryption, an international wherein sheer mathematics performs the key position in assisting invent greater and more advantageous codes. because the codes develop into extra subtle, so conclude the code-breakers, and the cycle perpetuates itself. what's so brilliant is that codes that had been considered completely unbreakable a few many years ago conclude become breached as the know-how improves—but then again, those designing novel encryption methods, on total sides, exercise ever greater complicated math to retain a step forward of their pursuers.

*There are two first rate reasons for the exercise of modular arithmetic. the primary is that it acts as a many-to-one characteristic, within the feel that many numbers, when divided by a primary, will give the identical remainder—as a consequence making Eve’s life a total lot greater intricate (she can’t uniquely reconstruct Alice and Bob’s covert numbers). the usage of the clock instance, if she may noiseless overhear that a meeting is to pick region at 1 o’clock, she couldn’t bid if it’s a.m. or p.m., or which day. The 2d purpose is that it places a cap on the dimension of numbers involved when the usage of exponentials, for the judgement that (by artery of definition!) without modular arithmetic these numbers develop “exponentially,” and will accomplish computations intractable.

picture courtesy Maksim Kabakou / Shutterstock


In focus of attention: probability intelligence in the deepest and public sectors | killexams.com real Questions and Pass4sure dumps

The In focal point mini-collection examines more closely issues and themes of magnitude to federal corporations and contractors. each month, Federal advice Radio speaks with key stakeholders to stronger pick into account challenges and opportunities. This month makes a speciality of Cybersecurity threat Intelligence.

The perspective that RSA’s chief know-how officer Zulfikar Ramzan delivered to the desk is the capability to region the cybersecurity haphazard intelligence discussion inside businesses in standpoint with the traffic world.  He bolstered the notion of a dichotomy on earth of hazard intelligence.  there's a steadiness in the want for beget aplomb and pace, however often times agencies require protracted reviews.

Zulfikar commented that the industrial world is plagued by lots of the identical challenges that the federal world faces. The primary one is ability.  It has been estimated that there an estimated 1 million jobs purchasable in cybersecurity.

        insight by means of the Anomali: Justice branch, DODIN, DHS and IT-ISAC ascertain cyber threat intelligence in this free webinar.

Host

JOHN pix FotoFlexer_Photo

JOHN pix FotoFlexer_Photo

John Gilroy, Host of Federal Tech speak, Federal advice Radio

John Gilroy has been a member of the Washington D.C. technology community for over twenty years. In 2007 he begun weekly interviews on Federal information Radio called “Federal Tech talk with John Gilroy.”   His 428 interviews provides the groundwork for ecocnomic referral business. In 2009 he created a successful breakfast club of previous radio visitors referred to as The expertise management Roundtable. He has been instrumental in two of his visitors forming their own radio indicates:  Derrick Dortch with “Fed access” and Aileen Black and Gigi Schumm with “girls in Washington.”

In 2011 he began educating a route in sociable media advertising at Georgetown college; in March of 2014, John received the Tropaia Award for unbelievable college.  John conducts month-to-month company practicing for significant corporations on the artery to leverage sociable media to generate revenue.

        OPM broadcasts first batch of civil provider adjustments, ‘greater to return’

visitor

zulfikar-ramzan[2]

zulfikar-ramzan[2]

Zulfikar Ramzan, Chief expertise Officer, RSA

Dr. Zulfikar Ramzan serves as the Chief expertise Officer of RSA, the protection Division of EMC. in this role, he's answerable for leading the pile of the company’s expertise strategy and bringing to market the improvements that advocate give protection to RSA consumers from the turning out to live variety of superior threats. prior to becoming a member of RSA, Dr. Ramzan served as Chief know-how Officer of Elastica and, preceding that, as Chief Scientist of Sourcefire (bought with the aid of Cisco in October 2013). before joining Sourcefire by artery of its acquisition of Immunet in 2010, he was Technical Director of Symantec’s security expertise and Response division. In total of those roles, Dr. Ramzan has leveraged his abilities across a great number of domains of cybersecurity and capacious scale records analytics to carry improvements to market which beget included shoppers from a capacious sweep of threats to their information property.

Dr. Ramzan has co-authored over 50 technical articles, and two books including Crimeware: understanding novel attacks and Defenses, Addison-Wesley skilled, 2008. He likewise has over 50 granted patents. Dr. Ramzan become chosen and served as accepted Chair of Crypto 2010, the premier conference in the box of Cryptography. beyond that, he's a well-known public speaker and has briefed both a great number of media shops including the long island times, Wall road Journal, linked Press, and Reuters as well as participants of the us Congress on cyber-security trends and considerations. Dr. Ramzan has produced a brace of online videos on cybersecurity developments which beget at the identical time been considered over a million instances and he has served as a guest college for the tutorial non-profit Khan Academy.

Dr. Ramzan holds a Ph.D. in Electrical Engineering and laptop Science from the Massachusetts Institute of expertise. His doctoral pilot turned into Professor Ronald L. Rivest, who co-situated RSA information protection.


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How to Create Codes That Even the NSA Can’t demolish | killexams.com real questions and Pass4sure dumps

NSA security lock

In a previous post I described mathematicians’ ongoing search for key properties of prime numbers. That trouble may look to belong entirely within the realm of sheer mathematics; but surprisingly, the consequence of primes goes far beyond the abstruse obsessions of ivory-tower mathematicians. In fact, the exercise of prime numbers underlies some of the most dramatic events in the advice these past weeks: the epic behind Edward Snowden’s revelations that the National Security Agency (NSA) is snooping on the communications of both American citizens and European diplomats.

While the Europeans beget protested about their internal communications being intercepted by the NSA—ironically—the tools that one can exercise for protection from spying by anyone are readily accessible online, in the professional literature, and in publicly-available manuals and textbooks. These methods total confidence on ingenious uses of prime numbers.

The essentials of these techniques are far from new. The foundations of a program to create codes so powerful that they could not live broken even if an eavesdropper were to exercise the entire available worldwide computing power were laid more than 35 years ago. The year 1976 saw the development of the Diffie-Hellman key exchange method (named after Whitfield Diffie and Martin Hellman; the names Ralph Merkle, James Ellis, Clifford Cocks, and Malcolm Williamson are often likewise associated with it); and the following, 1977, witnessed the appearance of the RSA algorithm. Both methods beget advanced over the past three and a half decades, but information about their extensions is likewise readily available to anyone.

How conclude these techniques work? I will intricate both methods here—necessarily in a simplified way. (Those interested in learning more can read some of the articles in the links that appear throughout this post.)

Alice sends Bob a covert message

The Diffie-Hellman key exchange notion has been described in a limpid and concise artery using an analogy by Terence Tao, whose travail on prime numbers I mentioned in my previous post. The notion is as follows. Alice wants to transmit Bob a covert message (cryptographers prefer to exercise “from Alice to Bob” instead of the mundane “from A to B”) and she wants to preclude Eve (the “eavesdropper”) from reading it. So Alice places the message in a box, puts a trustworthy lock on it, keeps the key, and sends the package to Bob. (If Alice were to separately transmit Bob the key, there would live a haphazard that Eve could intercept both the package and the key.)

Bob has no key to Alice’s lock. So what he does instead is to establish his own lock on the box. And he now sends the package back to Alice, locked twice: using both her lock and his. Alice gets the package, removes her own lock using her key, and then sends the box, noiseless safe because it bears Bob’s lock, back to Bob. Now Bob uses his key, opens the box, and gets the message! Each person here used his or her own lock and key—and yet a message was passed perfectly safely from Alice to Bob.

The digital version

This notion is implemented digitally in the Diffie-Hellman key exchange. The message to live sent from Alice to Bob is a covert number, muster it n. Alice’s “key” is an exponent, a, which she chooses, and then uses it to raise n to. So the “locked box with the message” that Alice sends Bob is na. Bob has his own “key,” which is a number of his own choosing, b, that he uses as an exponent. He doesn’t know n or a, but he has na, which he got from Alice, so he raises this number to the power b. He thus sends Alice the “box with the two locks”: nab. Alice’s using her own key to open her own lock means her taking the ath root of nab, which, from the simple math of exponents, they know gives her nb, which she now sends back to Bob. Using his “key,” his exponent b, Bob takes the bth root of nb, and he thus obtains the covert number n that Alice wanted to convey to him.

Creating stronger codes with primes

It is viable to transmit a covert number from Alice to Bob as I just described, and if the numbers are great enough, one would beget a reasonable probability that the number might not live deduced by Eve. In actuality, however, modern implementations of the Diffie-Hellman key exchange use more sophisticated elements to accomplish it more difficult to demolish the code. And the covert number is not sent from Alice to Bob, but rather deduced by both of them using the formula nab (which, of course, is likewise equal to  nba).

Alice and Bob choose a prime number, which they assume can live known to Eve, or to anyone in the world. Let’s recount that this number is 11. They then conclude total calculations using the mathematical multiplicative group of integers modulo 11 (like a clock going around to 12 and then starting from 1, this group starts to signify again after reaching 11). They likewise choose a base, and let’s suppose it is the number 5. Alice then chooses her covert number, recount 3. Independently, Bob chooses his covert number, 4.

Alice raises the commonly-agreed-on base of 5 to the power of her covert number 3, and does the calculation modulo 11. She gets:  53 = 125, but 125 modulo 11 is 4 (it’s the residuum of dividing 125 by 11, which gives 11 and a residuum of 4—it acts relish 16 hours in a clock, but this clock is based on 11 rather than 12). She sends Bob the answer, the number 4. Recall that Bob had chosen a covert number of 4, so he raises the 4 he got from Alice to the 4th power, modulo 11, and this gives him 44 = 256, but 256 modulo 11 is 3 (because 11×23 = 253, leaving the residuum 3), which is his final answer.

Alice gets from Bob the original 5 they had both agreed on, but now raised to the power of his covert number, 4, modulo 11, which is 625 modulo 11, which is 9 (as 11×56 = 616, leaving a residuum of 9). She then raises this number to the power of her covert number of 3, again doing this calculation modulo 11. She gets the identical number that Bob got, 3 (because 93 = 729, but modulo 11 it is 3, since 11×66 = 726, which leaves a residuum of 3).

Using this complicated modular arithmetic based on a prime number, but essentially raising a number to hidden powers as in the previous section, Alice and Bob establish a common covert number, in this example, 3. Modular arithmetic using prime numbers helps accomplish the algorithm much more difficult to decipher by an eavesdropper.* In reality, the prime number is large, and so are the other numbers. When Alice and Bob exercise covert numbers 100 digits long, the common number jointly deduced by Alice and Bob cannot live erudite by Eve even if she has access to total the world’s available computing power.

Once Alice and Bob beget established a common covert number, they can exercise it as a key to encrypt messages from one to the other and should beget a high probability that their communication will not live deciphered by an outsider.

Two keys are better than one

The year after the Diffie-Hellman algorithm was published, three academics then working at MIT—Ron Rivest, Adi Shamir, and Leonard Adelman—came up with a brilliant notion for encrypting messages. What they tried to conclude was to avoid the stage in which Alice and Bob must create a common covert number, since this stage slows down the communication between them.

The three MIT scientists developed the notion of a pair of keys: a public key and a private key, which are then jointly used for communicating covert messages. The public key can live published and known to all. Its exercise saves time. The private key is a covert that Bob keeps, allowing him to decipher coded messages from Alice (or from anyone who knows his public key). Bob publishes his public key, which is a great number. This number is obtained when he multiplies together two very great prime numbers, known only to him (they constitute his private key). When Alice wants to transmit Bob a covert message, she encrypts it using his known public key. But in order to decrypt the message, one would need to know Bob’s private key, which is the two prime numbers he had used to create his publicly-known key. Supposedly, only Bob can conclude this.

Encrypting and decrypting messages using the RSA algorithm is a complicated mathematical procedure that relies on modular arithmetic and prime numbers similarly to the artery they are used in the description of the Diffie-Hellman system above. But it is more sophisticated so that it can allow deciphering using only the private key. The public key lonely is useless for deciphering the RSA code.

The essential ingredient of RSA is the fact that the public key is composed of the product of two very great unknown prime numbers. It so happens that factoring a number into its prime components is very difficult when the primes are large. (35 = 7×5, a product of two primes, is easy; but 46,324,637 = 5,881 × 7,877 is harder, and primes used in RSA encryption are much larger still.) It is this fact lonely that keeps Eve in the dark. She knows the product of the two prime numbers—but she can’t easily (and hopefully not at all) deduce what the two primes are!

The RSA Challenge

Right after the RSA system was invented, Martin Gardner published in Scientific American an encrypted message and a great RSA number, with 129 digits, that was the product of two primes. He challenged his readers to demolish the code, offering a $100 prize. It took 17 years for the number to live factored and the message deciphered. This was a relatively short period of time—many had expected that it would pick an exceedingly long time, and Rivest, Shamir, and Adelman had jested that it could pick several “quadrillion years.” The intricate operation was achieved using distributed computing with thousands of computers around the world performing parts of the common calculation—thus demonstrating the power of such an approach.

RSA Security, founded by the academics, has since published several similar numbers, and for a time there was a cash prize offered for their factoring into pairs of primes, which the company subsequently withdrew. By now, some of these challenges beget been met by mathematicians using distributed computing. Here is one problem that is noiseless outstanding, an RSA number with 210 digits, that has never yet been factored into two primes:

RSA-210 = 245246644900278211976517663573088018467026787678332759743414451715061600830038587216952208399332071549103626827191679864079776723243005600592035631246561218465817904100131859299619933817012149335034875870551067

Obviously, the larger the number to live factored, the longer the time needed to demolish it into a pair of primes. Beyond a certain length (in decimal digits), the RSA code becomes impregnable and therefore any message based on it undecipherable (in a reasonably finite length of time) by an eavesdropper. The RSA algorithm is widely used today in Internet security.

NSA’s uses and abuses of encryption

In adopting standards for encryption in the United States, and for exporting encryption products, the NSA has pushed for, and succeeded in implementing, legal limits on the size of the numbers used in RSA coding, so that—with its supercomputers—it would live able to decipher any message based on it. Presumably, the Europeans are not bound by these restrictions, and their cryptanalysts should beget been able to easily devise an unbreakable RSA code (by choosing primes that are great enough) for exercise in routine European diplomatic communications as well as protecting their computers from hacking.

And as history has shown, supercomputers are less efficient than wide-ranging worldwide distributed computing for breaking advanced codes—but by its very nature, the NSA could never employ the latter. On the other hand, the most recent revelations look to witness that one of the purposes of NSA searches is in fact to identify people or entities that exercise encryption in their communications. If so, total the more judgement for the European governments to exercise established, Western, advanced codes, so as to set themselves apart from terrorist entities, whose codes would necessarily sight different. This would actually encourage the NSA concentrate on identifying real threats rather than wasting resources on intercepting Brussels messages such as: “Pierre, Italian or Chinese for lunch today? Yours, Hans.”

Thus they find ourselves where they conclude now, in an arms race of encryption and decryption, a world in which sheer mathematics plays the key role in helping invent better and better codes. As the codes become more sophisticated, so conclude the code-breakers, and the cycle perpetuates itself. What is so fabulous is that codes that were considered absolutely unbreakable a few decades ago conclude become breached as the technology improves—but then again, those designing novel encryption methods, on total sides, exercise ever more complicated math to reserve a step ahead of their pursuers.

*There are two trustworthy reasons for using modular arithmetic. The first is that it acts as a many-to-one function, in the sense that many numbers, when divided by a prime, will give the identical remainder—thus making Eve’s life much more complicated (she can’t uniquely reconstruct Alice and Bob’s covert numbers). Using the clock example, if she should overhear that a meeting is to pick region at 1 o’clock, she couldn’t bid if it’s a.m. or p.m., or which day. The second judgement is that it puts a cap on the size of numbers involved when using exponentials, since (by definition!) without modular arithmetic these numbers grow “exponentially,” and could accomplish computations intractable.

Image courtesy Maksim Kabakou / Shutterstock


Global Cybersecurity Market in Healthcare, 2018-2030 - Cyberattacks in Healthcare beget Increased by a Factor of 125% Since 2010 | killexams.com real questions and Pass4sure dumps

August 13, 2018 06:14 ET | Source: Research and Markets

Dublin, Aug. 13, 2018 (GLOBE NEWSWIRE) -- The "Cybersecurity in Healthcare, 2018-2030" report has been added to ResearchAndMarkets.com's offering.

The Cybersecurity in Healthcare Market, 2018-2030' report features an extensive study of the current landscape and future outlook of the growing market of cybersecurity within the healthcare industry. The focus of this study is on the cybersecurity products / solutions and services that are currently available for protecting internet connected devices against cybercriminals, and the likely evolution of novel technologies / platforms in the mid to long term. Backed by funding from several venture capital firms and strategic investors, this evolving market has its hopes pinned on the efforts of multiple start-ups.

The digital revolution has transformed the artery businesses operate across the globe. However, digitally stored information is prone to hacking and manipulation by cyber criminals. The concern is validated by the fact that more than 5.1 million records are compromised due to data breaches every day. In 2016, proximate to 1,800 incidents of data breaches were reported across total the industries; in total, almost 1.4 billion data records were lost or stolen. The year 2017 likewise witnessed several cyberattacks; notable examples embrace WannaCry and NotPetya ransomware attacks, Equifax data breach, MongoDB databases leak, Elasticsearch server hack, Cloudbleed security bug, Zomato hack, HBO hack / Game of Thrones leaks, Uber data breach, and Ethereum hack.

The healthcare industry has been amongst the prime targets for hackers over the last several years. The Ponemon Institute's Fifth Annual Study reported that cyberattacks in healthcare beget increased by a factor of 125% since 2010. In the first half of 2017, the healthcare industry had been compromised a number of times, having experienced a total of 228 data breaches, representing 25% of the total number of breaches worldwide. Across these instances, around 31 million records were compromised, stolen or lost, representing an multiply of 423% as compared to the first six months of 2016.

In addition, according to a report published in May 2016, it is estimated that, with each electronic health record (EHR) costing around USD 355 in the black market, healthcare data breaches beget resulted in losses worth USD 6.2 billion per year to the US healthcare industry.

Examples of organizations that beget recently been the victims of cyberattacks / security incidents embrace (in alphabetical order) Abbott / St. Jude Medical, Anthem BlueCross BlueShield, Bayer, Bupa Global Health Insurance, Bronx Lebanon Hospital Center, HealthNow Networks, Johnson & Johnson, Med focus Health, Merck, National Health System (NHS), Pacific Alliance Medical Center, Patient Home Monitoring, and Smiths Medical.

In order to overcome these challenges, various cybersecurity solution providers beget started to specifically focus on healthcare. Along with the presence of capacious companies, the entry of several start-ups is driving the innovation in this domain. contrary to the expectation, capital spending on cybersecurity in the healthcare industry is far less compared to some other industries. In addition, the scarcity of skilled cybersecurity professionals capable of catering to the intricate regulatory demands in the healthcare industry is making it even more difficult for the successful implementation of cybersecurity policies across this field.

Amongst other elements, the report features:

  • A circumstantial assessment of the current market landscape of cybersecurity within the healthcare domain, providing information on cybersecurity core products / solutions, threat intelligence solutions, information on different threat types, security elements and modes of deployment.
  • Detailed profiles of some of the emerging players in the industry, highlighting the current focus of the companies, capital raised, and details on their specific cybersecurity products / solutions and services. The profiles likewise beget a section on recent developments, highlighting the achievements, partnerships / collaborations, and the likely strategies that may live adopted by these players to fuel growth in the foreseen future.
  • A comprehensive benchmark analysis, highlighting key focus areas of mid to great sized companies, thereby, providing a means to compare the existing capabilities within respective peer groups and encourage industry stakeholders identify ways to achieve a competitive edge over coincident players. In addition, they beget provided circumstantial profiles of some of the established players within each peer group.
  • An analysis of investments made at various stages of product development; these embrace seed financing, venture capital financing, debt financing and grants / awards received by the companies that are focused in this area.
  • An intricate valuation analysis of companies that are involved in providing cybersecurity products / solutions / services to the healthcare industry; for the purpose of this analysis, they focused on companies that beget been established over the last 5-6 years.
  • An overview of how simulated intelligence (AI), machine learning and deep learning techniques can augment cybersecurity, once integrated. In addition, they beget outlined a circumstantial assessment of the current market landscape of AI-based cybersecurity, and provided high-level insights on the market competitiveness within this domain.
  • A case study on cybersecurity exercise cases within the healthcare industry, highlighting some of the notable healthcare data breaches and security incidents that beget happened in 2017. In addition, they beget briefly outlined some of the recently reported medical device hacks / security vulnerabilities that led to the recalling of these devices.
  • One of the key objectives of the report was to understand the primary growth drivers and rate the future size of the market. Based on various parameters, such as number of healthcare data breaches, number of records compromised, expected pricing of the stolen medical records and spending trends on cybersecurity in the healthcare industry, they beget provided an informed rate on the likely evolution of the market in the long term, for the era 2018-2030. To account for the uncertainties associated with the number of data breaches, and to add robustness to their model, they beget provided three forecast scenarios, portraying the conservative, base and optimistic tracks of the market's evolution.

    Example Highlights

  • Close to 400 stakeholders currently tender a variety of products / solutions / services to healthcare organizations. Of these, over 80% companies provide core products / solutions (such as identity access management and intrusion prevention) to enhance information security. In addition, about 56% of the companies provide threat intelligence solutions to organizations in the healthcare organizations including hospitals, pharmaceutical / biotechnology companies and medical device manufacturers.
  • At present, the market is highly fragmented and is a coalesce of great enterprises, mid-size companies and start-ups. Majority of the large-sized companies (total 72) beget three types of offerings (core products / solutions, threat intelligence solutions and services). In fact, for some of the companies in this category, cybersecurity is one of the many focus areas. Examples embrace (in alphabetical order, no selection criteria) AECOM, Cisco, Fortinet, IBM, Juniper Networks, smooth 3, McAfee, Microsoft, NETSCOUT, Secure Works, SonicWall, Symantec and VMware.
  • Similarly, there are proximate to 100 mid-sized companies that are providing cybersecurity solutions / services to players in the healthcare domain. Examples embrace (in alphabetical order, no selection criteria) Absolute Software, Arbor Networks, Auth0, BeyondTrust, Black Duck Software, CipherCloud, Cybereason, Infoblox, Malwarebytes, Netskope, ThreatMetrix, LogRhythm, SentinelOne, Skyhigh Networks and Zerto.
  • In addition, several start-ups (close to 200) are offering innovative solutions / products / services. Venture capitalists beget strongly supported innovation in this domain; around USD 2.5 billion has been invested in this industry since 2012 across around 180 instances of funding. Some of the companies that beget raised capital multiple times since 2012 embrace (in alphabetical order, no selection criteria) Auth0, Cybereason, Cylance, Darktrac, Fortscale, ProtectWise, Rubicon Labs, SentinelOne, Skyhigh Networks, SnoopWall, Sqrrl and Synack.
  • Our proprietary valuation analysis reveals that, of the 64 start-ups that were evaluated, 20 companies are estimated to beget a valuation between USD 100 million and USD 1,000 million. Examples of such companies embrace (in alphabetical order, no selection criteria) Anomali, locality 1 Security, Bitglass, Exabeam, secretive Circle, Sqrrl, Synack, Tempered Networks, Threat Stack, UpGuard and ZeroFOX. Specifically, there are two companies that are estimated to beget a billion-dollar valuation.
  • Given the increasing number of cyberattacks in the healthcare industry, and the fact that the volume of digital data / records will steadily multiply in the future, they rate the overall cybersecurity market specific to the healthcare industry to grow at an annualized rate of about 14%. Since a significant proportion of electronic / digital data is located in the US, they believe that this region currently accounts for over 60% of the market's share; this is followed by Europe with over 20% share. Over time, due to the adoption of digital solutions in highly populated countries, such as India and China, the market in Asia-Pacific is expected grow at a relatively higher rate.
  • Intrusion (hacking / ransomware) attacks, accounting for over 50% of the market, are the primary concern in the healthcare industry. In fact, the share of these breaches is estimated to grow to about 70% by 2030.
  • In terms of kind of security, products / solutions for application security and network security are the most popular; these occupy about 50% of the current market. Due to the increasing prevalence of cloud based solutions, the market for cloud security is likely to register a relatively higher growth and occupy around 25% of the overall share by 2030.
  • Companies Mentioned

  • 406 Ventures
  • 21st Century Oncology
  • 3eTI
  • 3i International
  • 4SEC Group
  • 500 Startups
  • 7Safe
  • 83North (formerly Greylock IL)
  • A10 Networks
  • Abbott
  • ABCD Pediatrics
  • Absolute
  • Acalvio Technologies
  • Accel Partners
  • Accenture
  • Access Venture Partners
  • Accomplice
  • Accuvant
  • ActiveCanopy
  • ACTIVECYBER
  • Adams Street Partners
  • Adara Ventures
  • Adobe
  • ADT Cybersecurity (formerly DATASHIELD)
  • AECOM
  • Aesthetic Dentistry, novel York, US
  • Agari
  • AGC Networks
  • Agio
  • AirWatch
  • Airway Oxygen
  • Akamai
  • AlertEnterprise
  • AlienVault
  • AllClear ID
  • Allegis Capital
  • Alphaserve Technologies
  • Alpine Security
  • Alsop Louie Partners
  • Alvarado Hospital Medical Center
  • Amazon
  • AME Cloud Ventures
  • America One Technologies
  • AmericaTech
  • Amerigroup
  • Amplify Partners
  • Anomali
  • Anthem
  • AOL
  • AppDynamics
  • Appthority
  • Arbor Networks
  • ArcSight
  • Area 1 Security
  • Argus Cyber Security
  • Aristos Ventures
  • Arkansas Oral & Facial Surgery Center
  • Armolon
  • Armor
  • Arrow Electronics
  • Arsenal Venture Partners
  • Arthur Ventures
  • Aruba (a Hewlett Packard Enterprise company)
  • Arxan
  • Ascent Venture Partners
  • Ashley Madison
  • Aspect Security
  • Aspect Ventures
  • AT&T
  • Athens Orthopedic Clinic
  • Atlas Venture
  • Atos
  • Atredis Partners
  • Attivo Networks
  • August Capital
  • Augusta University Medical Center
  • Aurionpro
  • Auth0
  • Auxilio
  • Avast Software
  • Avata Intelligence (formerly Armorway)
  • AV-Comparatives
  • Avecto
  • AVG
  • Axiad IDS
  • AXON Connected
  • AxonAI (formerly AXON Ghost Sentinel)
  • Axway
  • BAE Systems
  • Bain Capital Ventures
  • Baltimore Angels
  • Banner Health
  • Barracuda Networks
  • Barrier1 Systems
  • Baseline Ventures
  • Battelle
  • Battery Ventures
  • Bayer
  • Bayshore Networks
  • Beckton Dickinson
  • Benhamou Global Ventures (BGV)
  • Bessemer Venture Partners
  • BeyondTrust
  • BIO-key International
  • Bitfinex
  • Bitglass
  • BitSight
  • Black Duck Software
  • Black Sheep Capital
  • BlackBerry
  • BlackRidge Technology
  • Blackstone Tactical Opportunities Fund
  • BlackstoneOne
  • Bloomberg Beta
  • Blu Venture Investors
  • Blue Coat Systems
  • BlueCat
  • BlueChilli
  • Blueliv
  • Blumberg Capital
  • BlumShapiro
  • BluVector
  • Bomgar
  • Bon Secours Health System
  • Booz Allen Hamilton
  • BostInno
  • Box
  • Bradford Networks
  • Breach Intelligence
  • BRM Capital
  • Broadcom
  • Bromium
  • Bronx-Lebanon Hospital Center
  • BT Group
  • Buckhead Investment Partners
  • Built in LA
  • Bupa Global
  • ByteGrid
  • CA Technologies
  • Cain Capital
  • California Correctional Health confidence Services
  • Calyptix Security
  • Capital One Growth Ventures
  • CapitalG (formerly Google Capital)
  • Carbon Black
  • CareMore
  • Catbird
  • Category 5 Consulting
  • CDW
  • CensorNet
  • Center of Innovative Technology
  • Central Ohio Urology Group
  • Centrify
  • Centripetal Networks
  • CenturyLink
  • Charles River Ventures
  • Check Point Software Technologies
  • Chertoff Group
  • Chino Valley Medical Center
  • Cicada Innovations
  • Cimcor
  • CIPHER
  • CipherCloud
  • CipherTrust
  • Cisco
  • Citi Ventures
  • CITIC Telecom CPC
  • Citrix
  • Clear Venture Partners
  • Clearwater Compliance
  • Cleveland Medical Associates
  • Cloud Harmonics
  • Cloudera
  • CloudLink
  • CloudLock
  • CME Ventures
  • CNBC
  • Coalfire
  • Coaxis International
  • Code Dx
  • Cognosante
  • Commonwealth Health Corporation
  • Community Health device of Washington
  • Community leniency Health Partners
  • Computer Science and simulated Intelligence Laboratory, Massachusetts Institute of Technology (MIT CSAIL)
  • Conduent
  • Confer Technologies
  • Conjur
  • ConnectWise
  • Content Security
  • Context Information Security
  • Contextual Security
  • Continental
  • Core Capital Partners
  • Core Security
  • Corero Network Security
  • CORL Technologies
  • Cornell University
  • Correlation Ventures
  • Cowboy Ventures
  • Cray
  • Critical Informatics
  • CRN
  • Croghan Investments
  • Crosscheck Networks
  • Crosslink Capital
  • CrowdStrike
  • Crowe Horwath
  • Crypta Labs
  • Cryptzone
  • CSC Digital Brand Services
  • CSRA
  • Cyber Rescue Alliance
  • Cyber Toa
  • CyberArk
  • Cybereason
  • Cyberinc
  • Cyberlytic
  • Cybersafe Solutions
  • CyberSurance
  • CyberWire
  • CyberX
  • Cybraics
  • Cybric
  • Cygilant (formerly EiQ Networks)
  • Cylance
  • Cylera
  • CynergisTek
  • Cytellix
  • Cyveillance
  • DAG Ventures
  • Dailymotion
  • Darktrace
  • DataArt
  • Dataguise
  • DataMotion
  • Datto
  • DB Networks
  • DearBytes
  • Dell
  • Deloitte
  • Delta ID
  • Delta Risk
  • Delta-v Capital
  • Demisto
  • Department of Health and Human Services (HHS)
  • Department of Homeland Security (DHS)
  • Deutsche Telekom Capital Partners
  • Device Authority
  • DeviceLock
  • DFJ
  • DFLabs
  • Diamond Institute for Infertility and Menopause
  • DigiCert
  • Digital Defense
  • Digital Guardian
  • DLT Solutions
  • DMC Investments
  • DomainTools
  • Dragos
  • Draper Nexus
  • Dropbox
  • Druva
  • Duo Security
  • DXC Technology
  • East Seattle Partners
  • ebay
  • EDB Investments
  • EdgeWave
  • Edgile
  • Eight Roads
  • Eileses Capital
  • Elliott Management
  • Emerald Compliance Solutions (Emerald Cybersecurity)
  • Empire Blue Cross Blue Shield
  • ENCODE
  • Endgame
  • Engineering Capital
  • enSilo
  • Envision Ventures
  • EPIC Ventures
  • Epsilon
  • eSentire
  • ESET
  • e-Share (formerly nCrypted Cloud)
  • ESXi
  • Evergreen Coast Capital
  • Evolution Equity Partners
  • Exabeam
  • Excellus Health Plan
  • Exclusive Ventures
  • EXELERYS
  • Exostar
  • ExtraHop
  • Extreme Networks
  • EY
  • Facebook
  • Fairhaven Capital
  • Family Tree Health Clinic
  • Farsight Security
  • Federal Bureau of Investigation (FBI)Fenwick & West
  • ff Venture Capital
  • Fidelis Cybersecurity
  • Fine Tec
  • Fingerprint Cards
  • FireBlade
  • FireEye
  • Fireglass
  • FireMon
  • First Round Capital
  • FishNet Security
  • Fishtech Labs
  • Flashpoint
  • Flint Capital
  • Forbes
  • Forcepoint
  • ForeScout
  • Foresite
  • ForgeRock
  • Fortinet
  • Fortscale
  • Forum Systems
  • Foundation Capital
  • Founders Circle
  • Foundstone
  • Fox Technologies
  • F-Prime Capital Partners
  • FriendFinder Networks
  • FSE Group
  • Future Com
  • Future Fund
  • G20 Ventures
  • Gemalto
  • Genacast Ventures
  • General Catalyst
  • General Dynamics Information Technology
  • Geodesic Capital
  • GeoLang
  • Georgian Partners
  • GGV Capital
  • Giacom
  • Gigamon
  • GigaTrust
  • Github
  • Glasswall Solutions
  • GlenRock
  • Glilot Capital
  • Globalscape
  • GlobalSign
  • Goldman Sachs
  • Google
  • Granite Hill Capital Partners
  • Great region to Work
  • GreatHorn
  • Green Visor Capital
  • Greenfield Capital Partners
  • GreyCastle Security
  • Greycroft Partners
  • Greylock Partners
  • Grotech Ventures
  • GuardiCore
  • Guidance Software
  • Gurucul
  • GV (formerly Google Ventures)
  • HackerOne
  • Harrisburg Gastroenterology
  • harvest.ai
  • Hasso Plattner Ventures
  • HCI Group
  • Health Information confidence (HITRUST) Alliance
  • HealthNow Networks
  • Heartland Payment Systems
  • Help AG
  • Heritage Valley Health System
  • Herjavec Group
  • Hewlett Packard Enterprise (HPE)
  • Hexadite
  • HID Global
  • High Country Venture
  • Highland Capital Partners
  • Hollywood Presbyterian Medical Center
  • HonorTech
  • Hoxton Ventures
  • HumanFirewalls
  • Hypori
  • IA Ventures
  • IBM
  • iboss
  • Icon Ventures
  • ICONIQ Capital
  • iCyber-Security
  • ID Agent
  • ID Experts
  • IDG Ventures
  • Ignition Partners
  • IID
  • Illusive Networks
  • ImageWare Systems
  • Immersive
  • Imperva
  • Imprivata
  • Index Ventures
  • Indiana Cancer Agency
  • Industrial Control System-Information Sharing and Analysis focus (ICS-ISAC)
  • Infoblox
  • InfoGuard
  • Informatica
  • Information Management Resources (IMRI)
  • Information Technology Partners
  • Ingram Micro
  • Innovation Endeavors
  • In-Q-Tel (IQT)
  • Insight Venture Partners
  • InstantScale Ventures
  • Institutional Venture Partners (IVP)
  • Insurance Australia Group (IAG)
  • Integrated Technical Solutions (ITS)
  • Intel
  • Internet2
  • Intersec Worldwide
  • Interset
  • intiGrow
  • Intralinks
  • Intrust IT
  • IntSights
  • Invincea
  • Invoke Capital
  • Invotas
  • Ionic Security
  • iSIGHT Partners
  • i-Sprint Innovations
  • iT-CUBE SYSTEMS
  • ITEGRITI
  • Ivanti
  • iWelcome
  • Ixia
  • Jackson Square Ventures
  • Jackson Square Ventures (formerly Sigma West)
  • JMP Securities
  • Johnson & Johnson
  • JohnsTek
  • JPMorgan Chase
  • Jump Capital
  • Juniper Networks
  • K2 Intelligence
  • K9 Ventures
  • Kaiser Permanente Ventures
  • Kaleida Health
  • Kansas Heart Hospital
  • Kaspersky Lab
  • Keck Medicine of USC
  • KHIPU Networks
  • Khosla Ventures
  • King's Daughters' Health (KDH)
  • KKR
  • Kleiner Perkins Caufield & Byers
  • KPMG
  • Kroll
  • Kyrus Tech
  • Lancope
  • Lastline
  • Left Bank Pediatric Clinic
  • LEONI
  • Leslie Ventures
  • Level 3 Communications
  • Level Nine Group
  • Liaison Technologies
  • Liberty Venture Partners
  • Lidera Network
  • Lieberman Software
  • LIFARS
  • LifeLock
  • LightCyber
  • Lightspeed Venture Partners
  • LinkedIn
  • Location Labs
  • Lockheed Martin
  • LogRhythm
  • Logsign
  • London Digital Security Centre
  • Long River Ventures
  • LookingGlass Cyber Solutions
  • Lookout
  • Los Angeles County Department of Mental Health Covertix
  • Lukas Hospital
  • Macnica Ventures
  • MainNerve
  • Malformity Labs
  • Malwarebytes
  • Mandiant
  • Maple Leaf Partners
  • March Capital Partners
  • Marin Healthcare District
  • Matrix Partners
  • Maxfield Capital
  • Mayfield Clinic
  • McAfee
  • MCO Global
  • Med focus Health
  • MedCrypt
  • Medical Oncology Hematology Consultants
  • Medicare
  • Meditology Services
  • MedSec
  • MedStar Health
  • MegaPath
  • Menlo Security
  • Merck
  • Meritech Capital Partners
  • Methodist Hospital, Kentucky, US
  • Metropolitan Urology Group
  • Micro Focus
  • Microsoft
  • Mid-Michigan Physicians Imaging Center
  • Milton Security Group
  • Mimecast
  • Mirin Capital
  • Mirox Cyber Security & Technology
  • MobileIron
  • Mobileye
  • Molina Healthcare
  • Morphick
  • Mosley Ventures
  • Myspace
  • Nasdaq
  • National Health Service (NHS) Niara
  • National Health-Information Sharing and Analysis focus (NH-ISAC)
  • NC4
  • NCC Group
  • NEC Networks & System Integration Corporation (NESIC)
  • Neotec
  • Nervana Systems
  • Netcraft
  • netForensics
  • Netizen
  • NETSCOUT
  • Netskope
  • NetWorks Group
  • Netwrix
  • New Enterprise Associates
  • New Jersey Spine Center
  • New York Life Insurance
  • Newkirk Products
  • NexDefense
  • Nexthink
  • NextView Ventures
  • Nexusguard
  • North Bridge Venture Partners
  • Northern Light Venture Capital
  • Northrop Grumman
  • Norwest Venture Partners
  • Novasano
  • NowSecure
  • NSS Labs
  • NTT DOCOMO Ventures
  • NTT Security
  • NXTP Labs
  • Objective Logistics
  • ObserveIT
  • OC Gasto Care
  • Okta
  • OMC Systems
  • Omidyar Technology Ventures
  • OpenSky
  • OpenStack
  • OPSWAT
  • Optiv
  • Opus Capital
  • Oracle
  • Orchard Holdings Group
  • Osage Partners
  • Osirium
  • Ostendio
  • Pacific Alliance Medical Center
  • Paladion
  • Palo Alto Networks
  • PassiveTotal
  • Patient Home Monitoring (PHM)
  • Peachtree Neurological Clinic
  • Peachtree Orthopaedic Clinic
  • Pelion Venture Partners
  • Pepper Hamilton
  • Petrillo Capital
  • Pew Research Center
  • Phantom
  • PhishLabs
  • PhishMe
  • Pilot Growth Equity
  • Pitango Venture Capital
  • Plastic Surgery Associates, South Dakota
  • Plurilock
  • Polito
  • Ponemon Institute
  • Portage Partners
  • Portland Seed Fund
  • Post-Quantum
  • Praetorian
  • Premera Blue Cross
  • Premier Healthcare
  • Prevalent Networks
  • PriorityOne Group
  • Professional Dermatology Care
  • Proficio
  • Progress Distribution
  • Promenade Software
  • Promisec
  • Proofpoint
  • ProStar Solutions
  • ProtectWise
  • Protegrity
  • Protenus
  • PwC
  • Pwnie Express
  • QinetiQ
  • Qriocity
  • Qualcomm Ventures
  • Qualys
  • Quarles & Brady
  • Rackspace
  • Radiology Regional Center, Pennsylvania
  • Radware
  • Rally Ventures
  • Rapid7
  • Raytheon
  • Recorded Future
  • Red Herring
  • Redpoint Ventures
  • RedSeal
  • RedSocks Security
  • Redspin
  • Rein Capital
  • Rembrandt Venture Partners
  • Reveal Imaging Technologies
  • Ridge Ventures
  • Ridgewall
  • Right Side Capital Management
  • Risk Based Security
  • RiskIQ
  • RiskSense
  • River City Media
  • Riverwood Capital
  • root9B
  • RRE Ventures
  • RSA
  • Rsam
  • Rubicon Labs
  • Safeguard Scientifics
  • SAINT
  • Salesforce Ventures
  • Samsung NEXT Ventures
  • Sandvine
  • SANS Institute
  • Santander Bank
  • SAP National Security Services
  • Sapphire Ventures
  • SAS
  • SC Media
  • SCADAfence
  • Scale Venture Partners
  • SDGblue
  • Seagate Technology
  • Seceon
  • Seclore
  • SecqureOne
  • Secure Sense
  • SecureAuth
  • secureHIM
  • Secureworks
  • Security Innovation
  • Security Iris
  • Security Risk Advisors
  • Securonix
  • Sedara
  • Senrio
  • Sensato
  • SentinelOne
  • sep
  • Sequoia Capital
  • Sequretek
  • Sera-Brynn
  • ServiceNow
  • SEWORKS
  • Shape Security
  • Shasta Ventures
  • Siemens Venture Capital
  • Siemplify
  • Sierra
  • Signal Networks
  • Silent Circle
  • Silicon Valley Bank
  • Silver Lake Waterman
  • SineWave Ventures
  • Singtel Innov8
  • Sirius Computer Solutions
  • Skybox Security
  • Skycure
  • Skyhigh Networks
  • Skyriver IT
  • Slack
  • Smilegate Investment
  • Smiths Medical
  • Snapchat
  • SnoopWall
  • Social Capital
  • SoftBank Ventures
  • Soltra
  • Solutionary
  • SonicWall
  • Sony
  • Sophos
  • Sound Ventures
  • Spark Capital
  • SpearTip
  • SPHERE Technology Solutions
  • Spikes Security
  • Spirion
  • Splunk
  • Spring Lake Equity Partners
  • Sqrrl
  • SquarePeg Capital
  • SS&C Technologies
  • St. Jude Medical
  • St. Mark's Surgery Center
  • StackPath
  • Starfish Ventures
  • Startmate
  • Stasmayer
  • Stonesoft
  • Strategic Cyber Ventures
  • Sucuri
  • Summit Partners
  • Sun Mountain Capital
  • Sutter Hill Ventures
  • Swarth Group
  • Swimlane
  • Swivel Secure
  • Sword & Shield
  • Symantec
  • Synack
  • SyncDog
  • Synchronoss
  • Synopsys
  • Systematic Group
  • Systems Engineering
  • T.J.Maxx
  • Taia Global
  • Talis Capital
  • Tampa Bay Surgery Center
  • Tangible Security
  • Tanium
  • Taobao
  • TCP Venture Capital
  • Team8
  • TechFlow
  • TechOperators
  • TEDCO
  • Teldat
  • Telstra Ventures
  • TELUS Ventures
  • Tempered Networks
  • Tenable
  • TenEleven Ventures
  • Thales e-Security
  • The Cook County Department of Homeland Security and Emergency Management (DHSEM)
  • The Hague Security Delta (HSD)
  • The Mako Group
  • The Media Trust
  • The Ottawa Hospital
  • The Oxman Group
  • The Perkins Fund
  • The University of Kansas Health System
  • The Westly Group
  • The Women's Healthcare Group, Kansas, US WordPress
  • Third Point Ventures
  • Thomvest Ventures
  • Threat Stack
  • ThreatConnect
  • ThreatMetrix
  • ThreatTrack Security
  • Thycotic
  • Tiger Global Management
  • TitanHQ
  • Titus Regional Medical Center
  • Toba Capital
  • TokenOne
  • Tola Capital
  • TomorrowVentures
  • Top Tier Capital Partners
  • Topsec
  • TopSpin Security
  • Torrance Memorial Medical Center
  • Toshiba
  • TPG Growth
  • TraceSecurity
  • TrapX Security
  • Trend Micro
  • Trident Capital
  • Trinity Ventures
  • Tripwire
  • Trusona
  • Trusted-HIT
  • TrustPoint Solutions
  • Trustwave
  • TSC Advantage
  • T-Systems
  • Tufin
  • TV Rheinland
  • Tyfone
  • UAE Banks Federation
  • Ubiquiti Networks
  • UC Davis Health
  • Ukraine Power Grid
  • UniCare
  • Union Bay Partners
  • University of Cambridge
  • Untangle
  • UpGuard
  • UpWest Labs
  • Urgent confidence Clinic of Oxford
  • Urology Austin
  • USC Norris Comprehensive Cancer Center
  • UST Global
  • v1.vc
  • Valar Frontier Solutions
  • Valley Anesthesiology and pain Consultants
  • Valor Capital Group
  • Vantage Cybersecurity Group
  • vArmour
  • Varonis
  • VASCO
  • Vaultive
  • Vector Capital
  • Vectra Networks
  • Vela Trading Technologies
  • Venable
  • Venafi
  • Venrock
  • Ventures Unlimited
  • Vera
  • Veracode
  • Verity Health System
  • Verity Medical Foundation (formerly San Jose Medical Group)
  • Verizon
  • VictorOps
  • VigiTrust
  • Vintage Investment Partners
  • Viola Ventures (formerly Carmel Ventures)
  • Virtu
  • Virtue Security Services
  • VirusTotal
  • VisionQuest Eyecare
  • VisiTrend
  • VMware
  • Vorstack
  • Votiro
  • Wandera
  • Warburg Pincus
  • Washington University School of Medicine
  • West Corporation
  • WhiteHat Security
  • Wilson Consulting Group
  • Windancer Technologies
  • Wing
  • WinMagic
  • Wipro Ventures
  • Wombat Security Technologies
  • WorkplaceDynamics
  • World Economic Forum
  • Wortham Insurance
  • Yahoo
  • Zayo
  • Zelkova Ventures
  • Zenedge
  • ZeroFOX
  • Zerto
  • Ziften
  • Zimperium
  • Zix
  • Zoho
  • ZoneFox
  • Zscaler
  • For more information about this report visit https://www.researchandmarkets.com/research/hfqwbv/global?w=12

    CONTACT: ResearchAndMarkets.com Laura Wood, Senior Manager press@researchandmarkets.com For E.S.T Office Hours muster 1-917-300-0470 For U.S./CAN Toll Free muster 1-800-526-8630 For GMT Office Hours muster +353-1-416-8900 Related Topics: Healthcare Services, IT Security


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