Cybersecurity Awareness

Security Basics: 101

The basics of campus information security boil down to the following three concerns: Protecting Yourself, Protecting Devices, and Protecting Data

Protecting Yourself

Protect your personal information by following guidelines for managing passwords, learning how to avoid phishing scams, and by remembering secure computing practices at all times.

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How to Protect Against SQL Injection Attacks

What is SQL Injection?

SQL injection is one of the most common web attack mechanisms utilized by attackers to steal sensitive data from organizations. While SQL Injection can affect any data-driven application that uses a SQL database, it is most often used to attack web sites.

SQL Injection is a code injection technique that hackers can use to insert malicious SQL statements into input fields for execution by the underlying SQL database. This technique is made possible because of improper coding of vulnerable web applications.

These flaws arise because...

Email Encryption Guide

Due to the ease of use and near-universal adoption, many individuals and campus departments use email as a primary form of communication for University business. While this works well for many purposes, remember that email is not a secure form of communication and should never be used to transmit restricted data or sensitive information.

Even if a secure email client is used (as is required by bCal), email is not encrypted as it passes between mail servers and may be forwarded by the receiving user to a mail server that does not require a secure client. Also, the identity of the...

How to Protect Against Technical Support Scams

What are Technical Support scams?

In a Technical Support scam, a scam artist will try to contact you by phone or initiate contact via a website (often through a pop-up window in your web browser). The scammer will claim to be a representative from Microsoft, or sometimes pretend to be from UC Berkeley Technical Support. They will highlight common concerns regarding your computer, such as viruses or malware. They will offer to "fix" these manufactured issues by connecting to your system.

What is the possible impact of such scams?

The goal of the scammer is to gain remote access to...

Top 10 Secure Computing Tips

Top Ten Secure Computing Tips"Top 10" List of Secure Computing Tips Tip #1 - You are a target to hackers

Don't ever say, "It won't happen to me." We are all at risk and the stakes are high - both for your personal and financial well-being and for the university's standing and reputation.

Cybersecurity is everyone's...

Cleaning an Infected Computer of Malware

If the system has any data classified as Protection Level 4 (P4)
disconnect it from the network - don't turn it off or unplug it - and
immediately contact at (510) 664-9000 (option 4)

Attackers often leave “backdoors” on a compromised computer and removing them all can be difficult, if not impossible. We recommend reinstalling your operating...

Protecting Your Credentials

1. Beware Social Engineering and Phishing Scams

Phishing scams are a significant source of compromised credentials. These scams are a form of social engineering attacks used to trick the unsuspecting user into revealing account information. These scams can occur by phone, email, or text.

Most commonly, a phishing scams are initiated by an email that has the appearance of official business and request that you perform an urgent action, like logging into your account.

Sometimes emails...

Center for Internet Security

About The Center for Internet Security

The Center for Internet Security (CIS) is a community of organizations and individuals seeking actionable security resources. As a member of this community, the UC Berkeley campus has access to Consensus Security Configuration Benchmarks, Scoring Tools, Consensus Security Metric definitions, and discussion forums where we can collaborate on security best practices.

Using CIS Tools and Resources for System Hardening

To get started using tools and resources from CIS, follow these steps...

Java Security Best Practices

Why is Java such a high-security risk for the campus?

Since late 2011, a multitude of critical vulnerabilities has been discovered in Oracle's Java platform.

In many cases, running the latest available versions of Java offers no protection for users. To date, at least eight zero-day attacks targeted the Java platform, affecting millions of systems. Most exploits require little or no user interaction. Users' systems are compromised...

Preventing Laptop Theft

Every semester, UC Berkeley Police receive numerous reports of stolen laptops on the campus and University properties. According to theft reports, many of those stolen laptops were the result of "smash-and-grab" car break-ins. UCPD warns that, "it only takes 10 seconds for a thief to smash a window and grab a laptop.” To protect your devices and data, follow these basic security practices.

1. Physically Protect Your Device From Theft Never leave your laptop or mobile device in a vehicle Do not walk away from your laptop, even for a minute If you...