Category: Internet

Hack Like a Pro: Digital Forensics Using Kali, Part 1 (The Tools of a Forensic Investigator)

Hack Like a Pro: Digital Forensics Using Kali, Part 1 (The Tools of a Forensic Investigator)

Welcome back, my greenhorn hackers! Lately, much of the discussion here on Null Byte has revolved around evading detection and not getting caught hacking. Several of you have written me asking for a series on evading detection and forensics, and while I began a series 5 months ago on just that, we have changed hacking platforms from BackTrack to Kali, which has a much more highly developed forensic toolset. As a result, we will start anew with Kali and I’ll try to develop this series in a logical and sequential manner that a forensic investigator would follow. I will also include units in here on anti-forensics, or ways you can stymie the…

Original Article Can Be Found Here:

Hack Like a Pro: Digital Forensics Using Kali, Part 1 (The Tools of a Forensic Investigator)

Quickly Secure Your Computer With Microsoft’s Enhanced Mitigation Experience Toolkit (EMET)

Only one cash prize went unclaimed at Pwn2Own 2014. All major browsers were hacked, but hackers were unable to claim the $150,000 grand prize for hacking IE 11 secured with EMET. Secure your own PC with EMET today. Microsoft is targeting EMET more at system administrators, but any Windows user can use EMET to quickly enable some additional security features without any special knowledge. This tool can even help secure outdated Windows XP systems. Quickly Secure Popular Applications Download the Enhanced Mitigation Experience Toolkit (EMET) from Microsoft and install it. Select the Use Recommended Settings option to enable recommended settings to protect commonly exploited programs like Internet Explorer, Microsoft Office, Adobe Reader, and the insecure Java plug-in. Next, launch the EMET GUI application from your Start menu…

Original Article Can Be Found Here:

Quickly Secure Your Computer With Microsoft’s Enhanced Mitigation Experience Toolkit (EMET)

Why Every Terms of Service Page Needs Summaries

by anthony on 06/03/14

Have you ever read the terms of service agreement that you have to agree to when you sign up for a website? A survey shows only 7% of users read the full terms when signing up for online products and services. Terms of service agreements are so wordy and legalistic it’s no wonder why users don’t read them. One research study found that most terms of service agreements have between 1000-8000 words. On top of that, users need at least a college sophomore reading level to understand them. A related research study estimates that the average user sees about 1462 privacy policies a year. If users read every privacy policy for each new site they visited, they would each spend about 244 hours …

Original Article Can Be Found Here:

Why Every Terms of Service Page Needs Summaries

Making end-to-end encryption easier to use

Tuesday, June 3, 2014 – posted by Stephan Somogyi, Product Manager, Security and Privacy

Your security online has always been a top priority for us, and we’re constantly working to make sure your data is safe. For example, Gmail supported HTTPS when it first launched and now always uses an encrypted connection when you check or send email in your browser. We warn people in Gmail and Chrome when we have reason to believe they’re being targeted by bad actors. We also alert you to malware and phishing when we find it.Today, we’re adding to that list the alpha version of a new tool. It’s called End-to-End and it’s a Chrome extension intended for users who need additional security beyond what …

Original Article Can be Found Here:

Making end-to-end encryption easier to use


Also published on Medium.

Email encryption in transit

Many email providers don’t encrypt messages while they’re in transit. When you send or receive emails with one of these providers, these messages are as open to snoopers as a postcard in the mail. A growing number of email providers are working to change that, by encrypting messages sent to and from our services using Transport Layer Security (TLS). When an email is encrypted in transit with TLS, it makes it harder for others to read what you’re sending. The data below explains the current state of email encryption in transit. Generally speaking, use of encryption in transit increases over time, as more providers enable and maintain their support. Factors such as varying volumes of email may explain other fluctuations. Outbound Messages from Gmail …

Original Article Can be Found Here:

Email encryption in transit


Also published on Medium.

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