Big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options
SSRLabs had developed a crypto processor that supports all current standards for encryption. We had added features for improved security and key management as well as ways to authenticate a person or a non-person entity. Doing so not only makes communication and securing data-at-rest safer, it makes encryption easier to use and deploy, and by doing so, enables a truly secure Internet of Things.
With this crypto processor we hope that the Industrial Internet of Things IOT can become a tool and an infrastructure that benefits humankind. As a side effect, the general public can start to make use of its rights to privacy and secrecy without having to rely on the government or private service providers. We had developed that security processor for a number of reasons. First of all, we had big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options of the necessary building blocks anyway.
Second, we believe that everyone should have the right to his or her own data. Existing cryptography has shown to be strong enough to withstand even the most parallelized cryptanalysis attempts.
The problem with existing cryptography is not the strength of the algorithms. They appear to be more than good enough. The problem with existing cryptography is that most people don't use it because it is too complicated, and they are afraid of dealing with keys. We all know that a common problem with access control is the need for password reset. That in turn creates an authentication problem. Another issue that is unsolved in traditional cryptography is the detection of attempts to tamper with the system.
While quantum entanglement easily and beautifully solves that problem we do not have that technology available to us, and it will take another 10 to 15 years for its underlying technology to be shrunk to a degree that it becomes easy enough to use, with power consumption hopefully at levels that make it competitive with today's technology.
I assume that the cost for a quantum entanglement based system will be higher than traditional cryptography solutions, but it will very well be worth it. I am not quite sure yet if it can solve the data at rest problem, though. That may have to continue to rely on traditional cryptographic solutions. In the mean time, we will finish the development of our solution that supports existing standards and includes a superset of functions that take over key management and authentication to extend the lifetime of existing crypto infrastructure while allowing more people to use it to ensure the secrecy and privacy of their communication and stored data.
We will absolutely make sure that there is no backdoor, no government access and no exploit through existing vulnerabilities. For those interested in the issue around backdoors I have discussed that in an earlier blog entry.
In short, backdoors enable criminals and hurt law-abiding people. Sounds strange, but that is what the outcome is. However, big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options security processor subsystem did not fit into SSRLabs portfolioand as a result, we have spun this off into a new entity Axiado Corporation. Some people commented on my security and privacy posts, so I am going to expand on my take.
First of all, I think that privacy should be a right, and not a concession from government or businesses. Second, data security can only be achieved if it is easy to use.
Privacy, security and authenticity are intertwined. If your data is insecure, privacy cannot be achieved. Privacy requires the user to act too - ensuring privacy is not a passive act. Some people don't seem to grasp that they need to act responsibly when it comes to their own security and privacy. This is not a spectator sports. They shred only the one important page they receive per week. That approach is dead wrong. In essence, they'll need to shred all or at least a significant portion to achieve security by obscurity.
If only one page is shredded, then the attack method for identity thieves is clear and easy: If all paper is shredded, reconstruction is a lot more difficult. The same applies to data. The strategy must be to encrypt all data at rest.
That way someone trying to steal data is faced with deciding what to steal without knowing what is in any of the devices or folders. If your banking data is in the only encrypted folder on your had disk, then any identity thief would focus his or her attention on that folder. A weak password might reveal the information. However, if all of the contents of the hard disk or backup disk or other medium is encrypted, any identity theft will have to start with finding the strong password for the disk encryption.
By keeping data safe you keep your privacy. The individual user must control what is published and made available to others. Some information is difficult or impossible to protect. It is not possible to not reveal metadata as an example. Metadata is not the contents of the message, but the information that is needed by the forwarder to transport a message from the sender to the recipient.
This can be compared to the recipients' address on a letter or postcard so that USPS can forward that letter or postcard to the recipient. Without that address, the letter or postcard cannot be forwarded. However, it is always possible to omit the senders' address, or use a fake one. In other words, the authenticity of the message is unproven.
If USPS collects the addresses of all people that you send mail to, then they have a pretty good idea who you communicate with, even without opening any letters or reading postcards. Just your communication profile the metadata that cannot be hidden reveals a lot about you. The same applies to the Internet. Just to make sure that Big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options am not taking political sides here: I absolutely disagree with James Comey and former Presidential candidate Hillary Clinton with regards to citizens' rights to privacy.
I will and do encrypt everything I store. Whether it is important or not, I encrypt. I abhor the idea of back doors as back doors are never secure. Both the mechanism and the centralized data base of back door keys are vulnerable. As a result, whoever cracks the mechanism or has broken into the data base of keys for the back doors can decrypt everything from anyone.
That is an absolutely ridiculous notion. So far, so bad. I never had a good feeling about anyone collecting my data that I had not explicitly authorized to do so, and it not being a government agency with the need to do so.
As a citizen or in the US, citizen or permanent resident I understand that local, county and state as well as federal government have the need to obtain and collect certain data sets. Well, I plan on using some infrastructure that is provided by the government. As such, the government must know what my needs are, and correlate, verify and aggregate that against anyone else in the range of influence big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options a project.
If I do not give the appropriate government entities information about what I big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options the schools need to be, what the roads should be, and what the public transportation should be, how I'd like to see my Internet access regulated or not in general, what the transportation and information infrastructure should bethen I cannot complain if any one of them do not meet my needs.
So to some degree, it is necessary to collect information from citizens and permanent residents to allow governmental agencies to figure out how to solve the current and upcoming problems. I am still as of this day stunned by the fact that for example the German government had all birth data, but could not figure out how many kids would have to go to school six years later - Migration numbers were low, and so were infant death rates.
As a result, it really did not need a PhD in statistics to figure that one out! Either way, I do see and understand the need to collect and interpret and correlate a limited set of data points by governmental agencies. Big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options than that, if a private company wants to collect data about me and aggregate it, as far as I am concerned, they need my consent.
After all, data about me and my habits is MINE. If need be, I'll trademark myself to prevent anyone else to collect data about me and my habits.
The credit reporting agencies did that without my written consent. I should be able to sue them as they have been criminally negligent with the data about me that they had no business collecting and aggregating in the first place.
I would like to see them sued out of existence, for good, and not only Equifax. After all, I did not consent to them collecting data. It does not take much to secure a mySQL database such that no more than ONE record can be read at a time, and that a backup can only be made to a well-known secondary server set. It is absolutely and criminally negligent what Equifax has allowed to happen, even if one subscribes to the in my personal view criminal collection and aggregation of information about a person without that persons' explicit consent.
The Flash Memory Summit saw a lot of technologies around Flash memory maturing and drastically coming down in price. SSDs have dropped in price while continually improving performance, and I am fairly certain that they will entirely displace magnetic hard disks except for cold storage. It was not surprising to see it happen in principle, but what surprised me was that is happened so quickly.
The bandwidth issue seemingly is under control. What is still a challenge of course is latency. However, that can be solved as well, and we know a little bit about how to do that.
For laptops, the choice has become a no-brainer. A hard disk in a dropped laptop is most often damaged beyond repair, and that means that the disk and possibly most - if not all - data on it is gone. In desktops, mechanical failure due to dropping them is not a very high risk, but the startup times of the average OS with a hard disk has become an issue.
In servers, performance is all that counts, and only for cold storage per-bit cost, density and power are important topics. I fully expected to see that 15K RPM drives would die, and they did. My presentation was fairly well visited and reviewed, and we got quite a few follow-on calls and emails with regards to our vlcRAM strategy.
With all of these great presentations and keynote speeches going on it was really sad big-trend-signals a new kid on the blog that revolutionizes the provision of quality binary options the exhibit halls were closed for the entire duration of the conference. Apparently, on day one of the conference, a fire had started in one of the booths, and the ensuing action of the sprinklers and the firefighters had caused an unsafe environment within the exhibit halls.
Oracle had bought Sun Microsystems a long time ago. The problem with that is that it is NOT scalable and never was.
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