data management | Breaking Cybersecurity News | The Hacker News

Data is growing faster than ever. Remember when petabytes (that's 1,000,000 gigabytes!) were only for tech giants? Well, that's so last decade! Today, businesses of all sizes are swimming in petabytes. But this isn't just about storage anymore. This data is ALIVE—it's constantly accessed, analyzed, shared, and even used to train the next wave of AI. This creates a huge challenge: how do you secure such a vast, ever-changing landscape? That's why we've brought together a powerhouse panel of industry experts who have not only faced these challenges but conquered them. Join us for an exclusive webinar, " Data Security at the Petabyte Scale ," and gain insights from the best in the field: Shaun Marion: Former CISO of McDonald's, a global brand with data security demands on a massive scale. Robert Bigman: Former CISO at the CIA, where protecting classified information at the highest levels is paramount. Asaf Kochan: Former head of Unit 8200

While cloud adoption has been top of mind for many IT professionals for nearly a decade, it's only in recent months, with industry changes and announcements from key players, that many recognize the time to make the move is now. It may feel like a daunting task, but tools exist to help you move your virtual machines (VMs) to a public cloud provider – like Microsoft Azure – with relative ease. Transitioning from VMware vSphere to Microsoft Azure requires careful planning and execution to ensure a smooth migration process. In this guide, we'll walk through the steps involved in moving your virtualized infrastructure to the cloud giant, Microsoft Azure. Whether you're migrating your entire data center or specific workloads, these steps will help you navigate the transition effectively. 1. Assess Your Environment: Before diving into the migration process, assess your current VMware vSphere environment thoroughly. Identify all virtual machines (VMs), dependencies, and resource

Want to know what's the latest and greatest in SecOps for 2024? Gartner's recently released Hype Cycle for Security Operations report takes important steps to organize and mature the domain of Continuous Threat Exposure Management, aka CTEM. Three categories within this domain are included in this year's report: Threat Exposure Management, Exposure Assessment Platforms (EAP), and Adversarial Exposure Validation (AEV). These category definitions are aimed at providing some structure to the evolving landscape of exposure management technologies. Pentera, listed as a sample vendor in the newly defined AEV category, is playing a pivotal role in increasing the adoption of CTEM, with a focus on security validation. Following is our take on the CTEM related product categories and what they mean for enterprise security leaders. The Industry is Maturing CTEM, coined by Gartner in 2022, presents a structural approach for continuously assessing, prioritizing, validating, and remediating expo

Contemporary organizations understand the importance of data and its impact on improving interactions with customers, offering quality products or services, and building loyalty. Data is fundamental to business success. It allows companies to make the right decisions at the right time and deliver the high-quality, personalized products and services that customers expect. There is a challenge, though. Businesses are collecting more data than ever before, and new technologies have accelerated this process dramatically. As a result, organizations have significant volumes of data, making it hard to manage, protect, and get value from it. Here is where Governance, Risk, and Compliance (GRC) comes in. GRC enables companies to define and implement the best practices, procedures, and governance to ensure the data is clean, safe, and reliable across the board.  More importantly,  organizations can use GRC platforms like StandardFusion  to create an organizational culture around security.

Cybersecurity researchers today disclosed details of a memory vulnerability in IBM's Db2 family of data management products that could potentially allow a local attacker to access sensitive data and even cause a denial of service attacks. The flaw ( CVE-2020-4414 ), which impacts IBM Db2 V9.7, V10.1, V10.5, V11.1, and V11.5 editions on all platforms , is caused by improper usage shared memory, thereby granting a bad actor to perform unauthorized actions on the system. By sending a specially crafted request, an attacker could exploit this vulnerability to obtain sensitive information or cause a denial of service, according to Trustwave SpiderLabs security and research team, which discovered the issue. "Developers forgot to put explicit memory protections around the shared memory used by the Db2 trace facility," SpiderLabs's Martin Rakhmanov said. "This allows any local users read and write access to that memory area. In turn, this allows accessing critic