Crypto ca alerts expiration
The bank, Silvergate Capital Corp. The sale represents an effort to squeeze some remaining value from a venture that was challenged almost from the start. Facebook, now Meta Platforms Inc. Libra brought on well-known partners in e-commerce and payments including PayPal Holdings Inc. Partners agreed to join the Libra Association, a Switzerland-based group that would govern the stablecoin, and pony up millions of dollars each to develop the project.
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- Staples Center to become Crypto.com Arena in reported $700 million naming rights deal
- Replacing expired certificates
- Rotate certificates in Azure Kubernetes Service (AKS)
- Install a CA-signed SSL/TLS certificate with KeyStore Explorer
- Enabling Active Directory Certificate Services (ADCS) advanced audit
- Duo Single Sign-On for Cisco ASA with AnyConnect
Staples Center to become Crypto.com Arena in reported $700 million naming rights deal
So I decided that in graduate school I would learn at least some basics of cryptography, as I recognized that if I wanted to do research in security, I would have to know more about cryptography.
The more I learned about this field, the more I found it really interesting and fascinating, and so I ended up focusing my research on it. Back when I was a graduate student, the topic of encrypted search was just emerging, and I found it to be really puzzling. The purpose of encryption is to hide all of the information about the data, so the idea that you could design an encryption scheme, and that at the same time, it would still allow you to run algorithms for instance, search on top of the data sounded contradictory to me and really piqued my interest.
Also, after thinking about this topic for some time, I realized back then that, if this could be done efficiently and correctly, this would have an immense impact in the future. When we think about encryption, ideally, we would like to encrypt all of our data, but practically, we cannot do so, since encryption makes the data useless for further processing and analysis and a lot of what we need to do with the data is usually in some form of search or database operation.
The idea that we could design encryption algorithms that would still support various forms of search queries, without having to ever decrypt the data, would open up the possibility to encrypt considerably more data, which would in turn allow us to design systems that are a lot more secure.
I think at that time most people viewed this as a toy problem, but for me, I was looking at this as something that would eventually have a bigger impact.
I have worked on this topic ever since with my collaborators, broadening its theoretical foundations and making it more practical over the years, and we are really at a point now where this is a technology that is viable, practically speaking: I think we are on the cusp of this having the impact that I originally thought it would have, almost 20 years later.
There is a lot of effort and interest right now in using blockchain technology for data security and decentralization. Another topic to be addressed is post-quantum security: we need to be prepared now and have post-quantum cryptographic primitives in place for when quantum computers become more robust and largely available; after all, it takes a really long time to change cryptography. More recently, my students, collaborators and I are focusing our attention on the intersection between cryptography and social responsibility, which we think is an important problem to be addressed.
Our thinking is that much of the cryptography and privacy research and tools is one size fits all. We often design tools for this imaginary persona that needs privacy, and this persona is usually a company such as banks and cloud-based companies or a customer of these companies such as users of a social network.
However, there are a lot of communities and institutions that have security and privacy needs, but that do not fit this common persona, and those problems have not been investigated in depth by anyone else. One example project that we worked on recently was in collaboration with the office of Senator Ron Wyden from Oregon. They drafted a bill to develop a voluntary gun registry, but in order to make this work, given all the legal compliance related to firearm registries, they needed a technology that did not exist: the data would need to be encrypted at all times, in the control of local officials but not available to the federal and state governments, and allow law enforcement to run a gun trace to recover just the information that they are supposed to recover and nothing else, with the rest of the data protected from everybody else.
They came to us with this problem, and we spent around 2. This is an example of a project that does not satisfy corporate or industry needs, but that is still very important for addressing a policy need.
Another problem that we are looking at is related to gang or immigration databases. These are databases that are usually run by agencies, such as state law enforcement agencies or even the US Immigration and Customs Enforcement, and that collect information on people who are suspected of being a gang member.
The main problem here is that there are a lot of false positives in these databases: many people who can be found in these databases should not be there, and people have even gone to court to try to remove themselves from these systems, which is often hard to do. Motivated by this problem, we asked ourselves: what if we flipped the power dynamics here? Instead of having a system that has a regular database in which people enter a record into the system and then we have to trust law enforcement to eventually erase a record, what if we could design a database in which, when a record is entered, it has to be entered with an expiration date, with that record being erased at that expiration date no matter what?
In this case, the erasure process is secure. Again, this research problem is not something that is motivated by an industry problem, or something that will for sure be used soon by law enforcement agencies. Instead, we just want to explore the space of technological design to see if there are certain things that can be done to address certain problems, from a social perspective, that we feel are important but that have just been completely ignored.
Some of the projects are heavier on the technology or on the cryptography aspect, such as the ones that I mentioned here, but some of them will also require more teamwork with researchers from the social sciences, anthropology, and other areas.
I started thinking about this topic a while ago. Being Black, I have always looked at the computer science field from a different perspective. The issues of diversity were always very obvious to me throughout my whole career, and I often felt very isolated within the field.
In addition, the problems that people used to work on made me realize that, again, we do these projects for industry and a common persona, but that does not really capture everyone.
So, when I started my position at Brown University, I knew that my research was going to be headed in this direction of technology and social responsibility. And this was also why I chose Brown, since it is a very socially engaged place that fosters this type of work. After starting at Brown and getting more established, I eventually started moving towards this research direction, and the Algorithms for the People class was part of this process. In this class, we discuss how technology affects marginalized groups and how it is being used against marginalized groups.
Coming up with the class was certainly challenging. This class did not exist in the past, so there was no blueprint for it, and many questions crossed my mind. What does this class mean in a computer science environment? What are we going to read about? What are we going to study? What are we going to code after all, this is a computer science class? In the end, I decided to just push aside the questions I had and to figure out the details of the class as I went along.
I remember that, on the first day of the first class, I told students the broad topics we were going to cover and what we were going to be thinking about, but that we were going to figure out the specifics of the class throughout the semester.
This is how the class started! It has certainly evolved over time, and it has been a great experiment and experience. I think students get a lot out of the class, and they have the opportunity to discuss and learn topics that computer scientists normally do not discuss.
In the future, when they are working in industry or developing their own research agenda, maybe they will think twice about their projects and really try to understand how their work impacts marginalized communities.
In addition, a lot of the things that we cover help them — and me as well — to understand potential unintended consequences of our research design. There are a lot of situations where technology has unintended consequences even when the design has a very diverse group of users in mind that we, as computer scientists, are not trained to think about and to understand, and this is a limitation in our education.
Yes, absolutely. This is not the end-all solution that is going to fix everything, but it is a minimum requirement. There are many decisions being made nowadays either directly by algorithms or with the help of algorithms and, therefore, these algorithms have to be vetted and audited by people who are experts and who understand their social implications.
Yes, this definitely brings up new technical questions that need to be addressed. For instance, there is a whole new field of algorithmic fairness, and there are a lot of technical questions that people are thinking about related to this field. However, we have to be careful here. There are so many technical questions related to algorithmic fairness and bias in machine learning, and while they might all be intellectually important from a technical perspective , they might not all necessarily be socially relevant and impactful.
So, one of my concerns with fields motivated by social issues is that, when computer scientists start working on these topics, it is unclear whether anybody is equipped to really identify which technical questions are the most important ones from a social perspective. It is essential that we, computer scientists, when working on these topics, do not just isolate ourselves: we need to collaborate and be in close contact with people from other domains and backgrounds for instance, our colleagues from the social sciences who really understand the real-world version of these problems, thus leveraging their expertise to refine our own technical problems.
In other words, this needs to be a multidisciplinary collaboration. Different from industry, which is mainly motivated by profit, we in academia have this tremendous opportunity to tackle these problems that have been neglected. We also have the ability to work with policymakers and people from many different fields, which as I mentioned, is really essential.
We academics need to think about funding, and obtaining funding is hard, not only because of the competition, but also because, depending on the source of the funding, the goals of the research agenda might need to be different.
For instance, if you are an assistant professor just starting your career in academia, and you would like to work on these problems, you still need to apply for proper funding, you need to fund your students, you need to get tenure, and so forth. So, there is a logistical problem here, which is also really challenging. There must be more incentives from funding agencies to support this type of research. You can also search for this author in PubMed Google Scholar. Correspondence to Fernando Chirigati.
Reprints and Permissions. Chirigati, F. Crypto and technology for the people. Nat Comput Sci Download citation. Published : 01 February Anyone you share the following link with will be able to read this content:. Sorry, a shareable link is not currently available for this article.
Provided by the Springer Nature SharedIt content-sharing initiative. Advanced search. Sign up for the Nature Briefing newsletter — what matters in science, free to your inbox daily. Skip to main content Thank you for visiting nature. Download PDF. Subjects Computer science Education Ethics Scientific community. You have full access to this article via your institution. When did your interest in cryptography, privacy and security start?
Credit: Mark Elzey. Could you give some examples of these problems and projects that you are currently working on? You teach a class called Algorithms for the People. How did you come up with this class? When did you start thinking about this? At a high level, what do students learn from this class? Speaking of unintended consequences, should we have formal ways to audit algorithms that are used in practice, so that they can be tested against biases and these unintended consequences?
Do you think that there are enough incentives and opportunities in academia to work on these problems? Rights and permissions Reprints and Permissions. About this article.
Replacing expired certificates
As with any program, you might run into an error installing or running kubeadm. This page lists some common failure scenarios and have provided steps that can help you understand and fix the problem. If you are unsure about how kubeadm works, you can ask on Slack in kubeadm , or open a question on StackOverflow. Please include relevant tags like kubernetes and kubeadm so folks can help you.
Rotate certificates in Azure Kubernetes Service (AKS)
Hello S, here is another unscheduled blog post on enabling advanced audit in Microsoft CA. Today I went through another thread on Twitter which suggests how to enable advanced audit in Microsoft CA. Throughout the thread it was apparent that only partial solution was provided. First step is configured either, using certutil. In most cases it is configured simply as:. Second step requires GPO configuration, either, local for workgroup members or domain. Only after all configurations are complete, events will start to show up in Security event log:. Awesome, Vadims. Just fyi, I did some research and documentation on all the available Standard and Audit Events in the last years.
Install a CA-signed SSL/TLS certificate with KeyStore Explorer
Your Intermediate or chain certificate file is now installed. Select the appropriate identity certificate from when your CSR was generated the "Issued By" field should show as not available and the "Expiry Date" field will show Pending Click the Install button. At this point you should receive confirmation that the certificate installation was successful.
Enabling Active Directory Certificate Services (ADCS) advanced audit
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Duo Single Sign-On for Cisco ASA with AnyConnect
This chapter describes how to configure digital certificates. Digital certificates provide digital identification for authentication. A digital certificate includes information that identifies a device or user, such as the name, serial number, company, department, or IP address. CAs are responsible for managing certificate requests and issuing digital certificates. A digital certificate also includes a copy of the public key for the user or device. A CA can be a trusted third party, such as VeriSign, or a private in-house CA that you establish within your organization.
The controller is designed to provide secure services through the use of digital certificates. Certificates provide security when authenticating users and computers and eliminate the need for less secure password-based authentication. There is a default server certificate installed in the controller to demonstrate the authentication of the controller for captive portal and WebUI management access. However, this certificate does not guarantee security in production networks.
Envoy supports both TLS termination in listeners as well as TLS origination when making connections to upstream clusters. Support is sufficient for Envoy to perform standard edge proxy duties for modern web services as well as to initiate connections with external services that have advanced TLS requirements TLS1. Envoy supports the following TLS features:. Configurable ciphers : Each TLS listener and client can specify the ciphers that it supports. Certificate verification and pinning : Certificate verification options include basic chain verification, subject name verification, and hash pinning.
Message: Local certificate [name] is going to expire in 1 week. Meaning: An administrator restarted the unit using the CLI or web-based manager. Meaning: The system configuration file name was successfully backed up or failed to be backed up onto the FortiADC disk. Message: Backup files reach [file number] and overwrite is disable.