At its core, cyber risk quantification (CRQ) is a data-driven process that, in the end, offers security and risk managers an overview of their enterprise’s exposure to cyber risk.
Technology is integral to modern businesses, but managing IT infrastructure can be overwhelming. Many companies struggle with outdated systems, security risks, and the high cost of in-house IT management. Managed IT services support in Texas offers a strategic solution, allowing businesses to outsource IT management to specialized providers. These services ensure that companies can focus on their core operations while experts handle everything from system maintenance to cybersecurity. By leveraging managed IT services, businesses in Texas can achieve greater efficiency, reduce costs, and stay ahead in a competitive market.
UpGuard's Vendor Risk is a third-party risk management tool that delivers instant vendor insights, 360-degree assessments, and time-saving workflows—all in a centralized platform. Conduct vendor assessments at scale with an AI-powered security profile that scans vendor evidence to uncover control gaps and risks in minutes. Streamline risk management with actionable insights that help you prioritize, remediate, and track risks with precision. Generate AI-powered, point-in-time risk assessments in under 60 seconds to scale your program efficiently.
Phishing remains a significant threat to organisations, despite advancements in cybersecurity. The tactics used in phishing attacks have evolved significantly. Attackers now use advanced techniques like spear phishing, targeting specific individuals or roles within an organisation, and clone phishing, which duplicates legitimate messages but includes malicious links.
North Korea’s Lazarus Group is evolving its tactics again. The latest campaign, dubbed Operation Marstech Mayhem, introduces an advanced implant named “Marstech1.” This malware is designed to compromise software developers and cryptocurrency wallets through manipulated open-source repositories. Unlike previous Lazarus operations, this campaign employs obfuscation techniques that make detection significantly harder. Read the full report here.
In today’s ever evolving threat landscape, protecting an organization's digital assets is no longer optional—it's a critical business imperative. Security ratings can provide a snapshot of your organization's cyber health, but to demonstrate a robust, long-term commitment to cybersecurity, it’s essential to align with recognized industry and regulatory best practices. This is where cybersecurity frameworks come into play.
Inefficiencies, like slow vendor responses, often plague security teams like a persistent headache. At first, it’s just a dull throb in the background. Yes, it’s annoying, but analysts often accept it as the way things are, pushing through the pain and getting the job done. However, over time, this headache intensifies.
Strong cybersecurity relies on robust mechanisms to safeguard sensitive information. One of the foundational tools in this landscape is the hash function, a mathematical process that plays a crucial role in securing data, verifying integrity and preventing cyber threats. Understanding how hash values function within security protocols is essential for organizations striving to protect their systems against evolving cyber risks.
Managing access across multiple AWS accounts is a popular approach to isolating workloads and data. While it provides several benefits to organizing the various operational requirements for the environment, it introduces additional complexity for managing IAM policies and workload permissions. A primary concern is assigning too many permissions to any one source, which increases the risk of an attacker moving within the environment undetected.
Organizations across nearly every industry have become reliant on third-party relationships to accomplish their business operations. You’d be hard-pressed to find an organization that doesn’t partner with at least one third-party vendor. However, this growing reliance on vendors has also created an evolving threat landscape—vendors are now prime targets for cyberattacks.