Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Wireless devices on your home networks can include everything from PCs, phones and tablets to IP cameras, voice assistants, smart TVs and connected appliances. Simple precautions you take to secure your home WiFi network will help prevent cybercriminals from accessing your devices and stealing your data. You can secure your WiFi network by creating a separate guest WiFi network, turning on your router’s encryption, using a VPN for further protection and more.

One of the biggest indicators of a suspicious or unsecured website is whether or not the site is HTTPS-secured. In many cases, spoofed, phishing, malicious, or typosquatted websites use HTTP instead of HTTPS, which has encryption and verification protocols built in to ensure safe data transmission between servers and browsers. The main difference between HTTPS and HTTP is that HTTPS establishes a secure internet connection via encryption, whereas HTTP does not.

These are uncertain times in tech. If you’re at one of the many companies in the news recently, think back to why you joined. Was it the people? The tech? Or maybe… the perception of a rock-solid, not-going-anywhere, totally-guaranteed position? Things have changed lately.

We’re excited to announce a new product enhancement to AppTrana called “Global Actions”. This feature allows users to whitelist/ blacklist IPs, IP Ranges, and Countries across all sites. Before we delve into the feature and its advantages for AppTrana users, let’s understand what whitelisting and blacklisting pertaining to IPs/ Countries are and how they can be executed seamlessly using AppTrana.

Corelight Investigator furthers its commitment to delivering next-level analytics through the expansion of its machine learning models. Security teams are now enabled with additional supervised and deep learning models, including: We continue to provide complete transparency behind our evidence -- showing the logic behind our machine learning models and detections, allowing analysts to quickly and easily validate the alerts.

Network security is a broad field, encompassing various processes, policies, rules, standards, frameworks, software, and hardware solutions. Its primary goal is to protect a network and its data from various threats, including intrusions and breaches.

Python is a popular and powerful programming language that is often used for building web applications, data analysis, and automation. One of the key challenges in such projects is ensuring the security of network communication, which can be vulnerable to various threats such as man-in-the-middle attacks and eavesdropping. Fortunately, Python offers a range of libraries for encrypting and securing network communication.