Berkeley.edu / Security



Domain overview in Security niche. Based on relevant links and pages only.
berkeley.edu rank
226
Number of domains linking to berkeley.edu
13
semantic flow
2.83
Number of links to berkeley.edu
48
semantic flow
2.83
Number of domains linked from berkeley.edu
34
semantic flow
3.59
Number of links from berkeley.edu
48
semantic flow
3.59

Popular pages pointing to berkeley.edu

Pages with highest topical PageRank pointing to domain.

url / atext / target url
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
scaling the security wall developing a security behavior intentions scale sebis chi 15
https://blues.cs.berkeley.edu/blog/2015/01/21/scaling-the-security-wall-developing-a-secur
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
predicting privacy and security attitudes acm cas
https://blues.cs.berkeley.edu/blog/2015/01/21/predicting-privacy-and-security-attitudes-ac
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
do or do not there is no try user engagement may not improve security outcomes soups 16
https://blues.cs.berkeley.edu/blog/2016/12/01/do-or-do-not-there-is-no-try-user-engagement
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
personalized security messaging nudges for compliance with browser warnings eurousec 17
https://blues.cs.berkeley.edu/blog/2018/01/09/personalized-security-messaging-nudges-for-c
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
behavior ever follows intention a validation of the security behavior intentions scale sebis chi 16
https://blues.cs.berkeley.edu/blog/2016/02/10/behavior-ever-follows-intention-a-validation
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
the myth of the average user improving privacy and security systems through individualization nspw 15
https://blues.cs.berkeley.edu/blog/2015/08/26/the-myth-of-the-average-user-improving-priva
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
the teaching privacy curriculum sigcse 16
https://blues.cs.berkeley.edu/blog/2016/12/01/the-teaching-privacy-curriculum-sigcse-16/
https://blues.cs.berkeley.edu/research-areas/mobile-privacy-security/
contextualizing privacy decisions for better prediction and protection chi 18
https://blues.cs.berkeley.edu/blog/2018/01/09/contextualizing-privacy-decisions-for-better
https://blues.cs.berkeley.edu/research-areas/mobile-privacy-security/
the feasibility of dynamically granted permissions aligning mobile privacy with user preferences oakland
https://blues.cs.berkeley.edu/blog/2018/01/09/the-feasibility-of-dynamically-granted-permi

Popular pages from berkeley.edu

On-topic pages from domain with highest topical PageRank.

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Vern Paxson | ICSI
https://www.icsi.berkeley.edu/icsi/people/vern
0.2814277200
Mobile Privacy & Security u2013 BLUES
https://blues.cs.berkeley.edu/research-areas/mobile-privacy-security/
0.210.991844100
Web Privacy & Security u2013 BLUES
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/
0.2111999100

Domains with most semantic flow to berkeley.edu

Relevant domains with most links to selected domain.

domain info
count


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semantic flow


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http://infosecon.net/ 251.53infosecon.net
http://cam.ac.uk/ 70.39cam.ac.uk
http://guanotronic.com/ 40.3guanotronic.com
http://ietf.org/ 20.12ietf.org
http://gartner.com/ 10.07gartner.com
http://cmu.edu/ 20.07cmu.edu
http://riscs.org.uk/ 10.07riscs.org.uk
http://typepad.com/ 10.07typepad.com
http://synopsys.com/ 10.06synopsys.com
http://truststc.org/ 10.06truststc.org

Domains with most semantic flow from berkeley.edu

Relevant domains with most links from selected domain.

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http://icir.org/ 60.43icir.org
http://usenix.org/ 40.3usenix.org
http://acm.org/ 40.3acm.org
http://internetsociety.org/ 20.18internetsociety.org
http://ucsd.edu/ 20.14ucsd.edu
http://evidencebasedsecurity.org/ 20.14evidencebasedsecurity.org
http://ieee-security.org/ 10.09ieee-security.org
http://accurate-voting.org/ 10.09accurate-voting.org
http://scienceofsecurity.org/ 10.09scienceofsecurity.org
http://data8.org/ 10.09data8.org

Most linked pages from berkeley.edu

Pages from domain with most relevant inbound links.

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http://www2.sims.berkeley.edu/resources/affiliates/workshops/econsecurity/econws/47.txt 10.150.880.07-1--1-1-1-111
http://www.isaac.cs.berkeley.edu/isaac/wep-faq.html 10.150.860.07-1--1-1-1-111
http://www.sims.berkeley.edu/resources/affiliates/workshops/econsecurity/econws/51.doc 10.150.910.06-1--1-1-1-111
http://www.cs.berkeley.edu/~tygar/papers/Why_Johnny_Cant_Encrypt/OReilly.pdf 10.150.890.06-1--1-1-1-111
http://www.sims.berkeley.edu/resources/affiliates/workshops/econsecurity/ 10.150.910.06-1--1-1-1-111
http://www.sims.berkeley.edu/~hal/people/hal/NYTimes/2000-06-01.html 10.150.860.06-1--1-1-1-111
http://www.sims.berkeley.edu/resources/affiliates/workshops/econsecurity/econws/11.doc 10.150.840.06-1--1-1-1-111
http://www.sims.berkeley.edu/~pam/papers/CACM%20on%20Bunner.pdf 10.150.840.06-1--1-1-1-111
http://www.law.berkeley.edu/files/Spyware_at_the_Gate.pdf 10.160.870.06-1--1-1-1-111
https://www.cs.berkeley.edu/~bh/hacker.html 10.150.610.04-1--1-1-1-111

Hubs from berkeley.edu

Pages from domain with most likely on-topic outgoing links.

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https://www.icsi.berkeley.edu/icsi/projects/big-data 120.170.90.520.75yes1151818100
http://www.icsi.berkeley.edu/icsi/ 110.180.640.520.71yes541111111
https://www.icsi.berkeley.edu/icsi/groups/privacy 80.180.990.61yes4499311
https://blues.cs.berkeley.edu/research-areas/web-privacy-security/ 70.2110.711yes1999100
https://blues.cs.berkeley.edu/ 20.180.990.181yes1222111
https://www.icsi.berkeley.edu/icsi/projects/networking 20.170.930.140.97yes1192121400
https://blues.cs.berkeley.edu/research-areas/mobile-privacy-security/ 20.2110.130.99yes1844100
https://www.icsi.berkeley.edu/icsi/groups/networking 10.170.940.071yes4388200
https://www.icsi.berkeley.edu/icsi/projects/networking/frontier-award 10.160.940.071yes1192222500
https://www.icsi.berkeley.edu/icsi/projects/networking/haystack 10.160.930.050.97yes1162020300

Random 'security FAQs', may be related to more specific topics, not general security topic.

SECURITY FAQs

HOW

Q: How do I block consumer accounts from accessing the Google Cloud Console on my network?
A: If you have G Suite, you can restrict access to the Cloud Platform Console by enforcing a web proxy.
Q: How secure is my information?
A: OSF stores data in multiple locations and on multiple media types for security. Data is encrypted in transit and at rest. Once data is deleted, it cannot be recovered.

WHAT ARE THE

Q: What is the Nationwide Cyber Security Review (NCSR)?
A: There is a need for state government to address the leading privacy concerns by aligning operational practices with privacy policy. Cyber security has consistently been a top concern for state CIOs, and the NCSR is a voluntary self-assessment survey designed to evaluate cyber security management on the state and local level. The National Governors Association released recommendations regarding cyber security that may be helpful.
Q: What are the security and privacy guarantees of Incognito mode?
A: No, XSS filter bypasses are not considered security bugs in Chrome.
Q: What older Chrome versions are supported?
A: Chrome always recommends being on the most recent stable version in order to get the latest security fixes. If you are making a Chromium-based browser, you should aim to release a version of your browser within just a few days of each Chrome stable release in order to stay up-to-date with security fixes.
Q: How are partner integrations like Cloud Dataprep secured?
A: Cloud Dataprep is a special service that is built in collaboration with the external company Trifacta. Trifacta runs, operates, and secures this service with support from Google.
Q: What types of data does OSF collect?
A: Yes, you can have your data deleted by contacting the OSF support team.

LEARN ABOUT CYBERSECURITY AND PREVENT URL SPOOFS?.

Q: How can I learn more about cybersecurity?
A: CISOs need to develop and document strategies in order to command greater budgets and attract or build staff with the necessary competencies. Cyber security must be “baked into” every project, program and management initiative – and not be an administrative afterthought. An approved and proactively communicated strategy can also help CISOs overcome another barrier: “lack of visibility and influence in the enterprise,” an ongoing challenge in the largely federated governance model in state government.
Q: What about URL spoofs using Internationalized Domain Names (IDN)?
A: No, there is no XSS vulnerability in Chromium related to JavaScript: URLs or the execution of JavaScript in PDF files. However, users should be aware that bookmarklets and the Home button may be configured to execute JavaScript on the currently-loaded page.
Q: How can we improve it?
A: No, there is no reliable evidence that the ancient Egyptians used the cannabis plant for any purpose.

BRIEF OVERVIEW OF CYBERSECURITY TERMINOLOGY.

Q: What is criticality?
A: Information security is not just an IT issue. It is also a business issue. Businesses need to be aware of the risks posed by cyber attacks and take steps to protect themselves.
Q: What is encryption?
A: No, you cannot just erase sensitive data. You must take steps to ensure that the data is properly secured and that unauthorized access is prevented.

Sending sensitive information via email is generally not considered to be a secure method of communication.
Q: What is continuous diagnostics and mitigation/monitoring (CDM)?
A: The Continuous Diagnostics and Mitigation (CDM) Program is a government initiative that seeks to improve the security of government networks by moving away from compliance-based reporting and toward real-time threat detection and mitigation. The program provides tools and services to federal, state, and local government entities, as well as defense organizations, to help them strengthen their cyber security posture.
Q: What is Malware?
A: malware is a type of software that is designed to harm a user's device.
Q: What is the difference between a computer virus and a worm?
A: A computer virus is a type of malicious software that can replicate itself and spread from computer to computer. Worms are a subset of computer viruses that have some specific differences.
Q: What is a Trojan virus?
A: Trojans are malicious programs that pretend to be legitimate software, but which can perform harmful actions when launched. Unlike viruses and worms, Trojans cannot spread by themselves. Typically, Trojans are installed secretly, without the user's knowledge, and they deliver their payload without the user's knowledge.
Q: What is Spyware?
A: Trojan viruses use subterfuge to enter computers and devices, keyloggers are used to obtain confidential data, and phishing is a type of cybercrime that is designed to trick you into disclosing valuable information.
Q: What is ADWARE?
A: Cybercriminals can use drive-by downloads and rootkits to infect your computer with a virus, and adware programs can launch advertisements or redirect search results to promotional websites.
Q: What is a DDoS attack?
A: A botnet is a network of computers controlled by cybercriminals using a Trojan virus or other malicious program. Denial-of-Service (DoS) attacks are designed to hinder or stop the normal functioning of a website, server or other network resource. A Distributed-Denial-of-Service (DDoS) attack is similar to a DoS attack, but is conducted using multiple machines.
Q: What is Voicemail?
A: A PIN is a short, numeric code used to verify that a person using a service is authorized to do so. Premium Rate Numbers are phone numbers that provide access to premium rate services. Spam is the term used to describe unsolicited electronic messages. Spyware is a form of malware that is designed to steal confidential data from the computer or mobile device it is running on. A Trojan Horse program is a specific form of malware.

THREAT

Q: What is Chrome's threat model for fingerprinting?
A: We try to make all security bugs public within 14 weeks of the fix landing in the Chromium repository. However, many vulnerabilities affect products besides Chromium, and we don’t want to put users of those products unnecessarily at risk by opening the bug before fixes for the other affected products have shipped. Therefore, we may not make some security bugs public until after they have been fixed.
Q: Why aren‘t physically-local attacks in Chrome’s threat model?
A: Chrome is not secure against attackers who have physical access to your computer, and there is no way to make it secure.
Q: Why aren't null pointer dereferences considered security bugs?
A: No, indexing a container out of bounds is not considered a security bug.
Q: Why doesn't the Password Manager save my Google password if I am using Chrome Sync?
A: The password manager stores passwords encrypted on disk, but the Google password is not stored in the password manager. This is to prevent an attacker who could temporarily compromise the password manager from also gaining access to all of your passwords.

DO YOU STORE THE

Q: How do you store the uploaded performance data?
A: Spotlight Cloud is hosted on Microsoft Azure, which maintains ISO 27001, SOC2 Type II, and many other certifications. Spotlight Cloud is also regularly penetration tested by an independent third party.
Q: How long do you store the data?
A: Spotlight Cloud data is encrypted in transit using TLS 1.2.
Q: How do I report a potential security issue?
A: If you believe that you have found a security issue in the Open Science Framework, please contact our support team. Do not include details of the issue in that email.

PROTECTING YOUR ORGANIZATION'S CYBER SECURITY: BEST PRACTICES.

Q: How do I go about organizing a comprehensive approach to cyber security in my organization?
A: The National Institute of Standards and Technologies (NIST) Cybersecurity Framework is the best place to start.
Q: What happens to my data after the trial?
A: Yes.

If you would like to have your data removed from Spotlight Cloud and receive verification, please contact us at support@spotlightcloud.io.
Q: How does Google protect against hackers and other intruders?
A: Google's security is better than yours.
Q: What can I do to protect my instance?
A: 1. Use strong passwords and two-factor authentication
2. Keep your software up to date
3. Use security groups and firewall rules
4. Use encrypted storage
5. Use Cloud IAM to control access to your resources
Q: What should I do if my Google Cloud project has been compromised?
A: 1. If you believe your system has been compromised, take it offline immediately.
2. Identify the source of the compromise.
3. Take steps to secure your system and prevent future compromises.

OSF?.

Q: What should I do if I want to dispose of a device that was used for University activities?
A: 1. What is the most important thing to remember about data security?

The most important thing to remember about data security is that you should never store sensitive information in plaintext. This includes passwords, credit card numbers, and social security numbers. Instead, you should use a strong encryption algorithm to encrypt your data before storing it.

2. How can I make sure my data is secure?

There are a few different ways you can make sure your data is secure
Q: Why are some web platform features only available in HTTPS page-loads?
A: The chrome browser can only guarantee that it is correctly representing URLs and their origins at the end of all navigation. Quirks of URL parsing, HTTP redirection, and so on are not security concerns unless Chrome is misrepresenting a URL or origin after navigation has completed.
Q: What if I don't want to make anything available publicly in the OSF?
A: You can opt out of having your data collected by deactivating or deleting your account, or by exporting your data and closing your account.
Q: What if I don't want to make anything available publicly in OSF?
A: No, it's not HIPAA compliant.

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