CISA Adds 32 Known Exploited Vulnerabilities to Catalog

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Why is a Cybersecurity Maturity Assessment Important?

Why is a Cybersecurity Maturity Assessment Important?

In today's digital landscape, where cyber threats continue to evolve and become more sophisticated, organizations must ensure they have robust cybersecurity measures in place. A cybersecurity maturity assessment is a valuable tool that helps organizations evaluate...

Best Practices to Secure Your Time Server

Best Practices to Secure Your Time Server

Securing your time server is crucial to maintaining accurate and reliable time synchronization while protecting your network from potential vulnerabilities and attacks. Time servers are attractive targets for malicious actors due to their critical role in various...

Network Time Protocol: Keeping the World in Sync

Network Time Protocol: Keeping the World in Sync

In the vast digital landscape we inhabit today, time synchronization is a fundamental aspect of modern network communication. From financial transactions to distributed systems coordination, precise timekeeping plays a crucial role in maintaining efficiency, security,...

Ways to Protect Against Attack Vectors

Ways to Protect Against Attack Vectors

An attack vector is a method or pathway used by threat actors to gain access to or breach a target network, system, application, or device. The threat surface of an organisation represents all vulnerable systems that can be targeted by threat vectors. Attackers use a...

Cyber Asset Attack Surface Management

Cyber Asset Attack Surface Management

Cyber Asset Attack Surface Management (CAASM), is the process of analyzing, protecting, and managing the increasing attack surface. CAASM (cyber asset attack surface management) is an emerging technology that enables security teams to address asset visibility and...

External Attack Surface Management

External Attack Surface Management

Traditionally, the prevailing IT security strategy has been to provide extensive perimeter defences via internal networks and firewalls. Threat actors, on the other hand, do not always need to breach the perimeter because externally hosted assets represent low-hanging...

Attack Vectors Explained

Attack Vectors Explained

An "Attack Vector" is the phrase used in the IT industry to describe the path that a hacker or malware application may take to infiltrate your IT network and compromise your data. Attack vectors take advantage of systemic faults and human defects to allow an attacking...

NIST Cyber Security Framework

NIST Cyber Security Framework

Despite the existence of multiple cybersecurity frameworks, NIST is renowned to address cyber vulnerabilities and foster risk mitigation measures more effectively and efficiently. The National Institute of Standards and Technology (NIST) cybersecurity framework helps...

Dangers Within – Insider Threat

Dangers Within – Insider Threat

As cyber-attacks become more widespread, it is critical to secure your IT architecture so that you do not fall victim to one and become the next cautionary tale. When it comes to cyber-attacks, the finance industry is one of the most attacked. A financial institution,...

Attack Surface Management for Financial Institutions

Attack Surface Management for Financial Institutions

As cyber-attacks become more widespread, it is critical to secure your IT architecture so that you do not fall victim to one and become the next cautionary tale. When it comes to cyber-attacks, the finance industry is one of the most attacked. A financial institution,...

What Is Attack Surface Management

What Is Attack Surface Management

All companies with digital assets have an attack surface- whether they know it or not. The risk of cyberterrorists targeting digital assets has greatly significantly. Attack surface management offers a proactive approach to keeping your business safe. Attack Surface...

Steps to Implement the NIST CyberSecurity Framework

Steps to Implement the NIST CyberSecurity Framework

NIST recommends that organizations implement this process in order to best establish or update cybersecurity programs. Cybersecurity programs, or proposed programs, are compared to the five high-level functions of NIST CSF. These five functions are: Identify Protect...

Cyber Security Framework

Cyber Security Framework

Cyber security is the body of technology, process, and practice, designed to protect systems, networks, programs, and data from cyber risks like cyber-attacks, damage, or unauthorized access. The cybersecurity framework is the set of defensive software tools,...

Attack Surface Management

Attack Surface Management

The increase in cyberattacks across the world has expanded the attack surface for cybercriminals. The research reveals that 69% of organizations have experienced some type of cyberattack in which the attack itself started through the exploit of an unknown, unmanaged,...

Zero Trust Architecture

Zero Trust Architecture

Zero trust is no longer merely a concept or a set of guidelines. It has evolved into an architectural framework for securing complex enterprise networks that can be implemented and scaled. The concept of "never trust, always verify" underpins zero trust architecture....

Key Tenets of NIST Zero Trust Architecture

Key Tenets of NIST Zero Trust Architecture

Before delving into zero trust architecture, NIST recommends that a few fundamental tenets be considered to ensure the success of any zero trust security implementation. These tenets serve as the foundation for an architecture that adheres to...