Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Technology

Fast, Secure, Seamless Connectivity to Your Critical Applications with Netskope One Private Access

Ensuring secure access to internal apps—whether hosted in data centers or the cloud—shouldn't mean compromising performance. Netskope One Private Access leverages Zero Trust Network Access (ZTNA) technology to provide remote, secure connectivity, powered by the high-performance Netskope NewEdge Network.

Azure Security Best Practices

Azure Security Best Practices: Don't Get Caught with Your Cloud Pants Down Executive Summary The cloud isn't some futuristic fantasy anymore, folks. It's the backbone of modern business, and Azure is charging hard, fueled by AI, to potentially dethrone AWS by 2026. But with this breakneck adoption comes a harsh reality: security can't be an afterthought.

Securing IoT Device Lifecycle Management: Best Practices for Each Stage

As organisations increasingly rely on IoT devices for operational efficiency and data collection, managing each device securely throughout its lifecycle becomes crucial. IoT Device Lifecycle Management (DLM) is a structured approach to securing IoT devices from their initial setup through to decommissioning. By implementing best practices for each stage, organisations can reduce security risks, ensure data protection, and maintain compliance with regulatory standards.

DSPM vs CSPM: Key Insights for Effective Cloud Security Management

Most modern organizations have complex IT infrastructures made up of various components like Software-as-a-Service (SaaS), Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS), public cloud, and sometimes hybrid environments. While these infrastructures bring significant benefits, including improved scalability, flexibility, and cost savings, increasing complexity has made it challenging for security teams to secure the data stored in these environments adequately.

Cybersecurity in Gaming: protecting players and virtual assets from growing threats

Cybersecurity is becoming a critical necessity in today's world, where technology is used in virtually every aspect of life. Every year, the number of cyberattacks grows, and the methods of attackers are becoming more sophisticated. Protecting personal data, financial information and corporate secrets requires reliable technologies and increased attention from users. The gaming industry is also an important area that needs protection.

Artificial Intelligence in Cybersecurity: Threat or Advantage?

In today's hyperconnected world, cybersecurity stands as the first line of defense against the growing tide of cyber threats. With billions of devices connected globally, protecting sensitive information has never been more critical-or complex. Enter artificial intelligence (AI), a technological marvel capable of revolutionizing cybersecurity. But as with all powerful tools, AI is a double-edged sword. It holds incredible potential to bolster defenses yet can also amplify the capabilities of cybercriminals.

How Can You Become More Tech-Savvy and Use the Internet Smarter?

Connecting to the world's greatest digital hub (and repository of cat memes) has never been easier and more inclusive. That said, the fact that almost anyone can access the internet now doesn't mean we're all using it responsibly or getting the most out of the experience. This short guide will introduce you to four essential steps towards savvier and safer internet use.

Format-Preserving Encryption vs Tokenization: Learn the Key Differences

Data security demands robust protection methods in our digital age. Format-preserving encryption and tokenization stand out as robust solutions for safeguarding sensitive information. Understanding the difference between data tokenization and encryption helps organizations protect data while maintaining usability. Modern businesses must choose between encryption vs tokenization for their needs. The choice between these methods impacts system performance and security levels.

Static Data Masking vs. Dynamic Data Masking: What's the Difference?

Data masking is essential for protecting sensitive information in today’s data-driven world. It ensures that critical data, such as personal and financial information, remains secure from unauthorized access by replacing real data with fictitious or obfuscated values. By replacing real data with fictitious or obfuscated values, data masking safeguards privacy while enabling necessary operations like testing and analytics.

How to Boost Mobile Security Across International Borders

Today, our smartphones store a wealth of personal and financial information, which can be especially vulnerable when traveling internationally. When traveling, your device is more vulnerable to increased surveillance, hacking attempts, and theft. The solution is straightforward: take as many precautions as possible to safeguard your device.