Cybersecurity / Security tools

Common risks include unpatched vulnerabilities, non-compliance issues, and requests for sensitive scopes, which can escalate an extension's risk profile. AI-powered tools help identify and mitigate these threats by continuously assessing permissions, access levels, and developer reputation[2][4].

AI-powered tools enhance cybersecurity by providing continuous risk assessment, identifying vulnerabilities, and implementing robust security policies. They also offer advanced reporting and seamless integrations with other security solutions, helping enterprises streamline their security operations and reduce shadow IT risks[1][2].

Cybercriminals frequently exploit tools like netsh.exe, PowerShell, and wmic.exe. These tools are native to Windows systems and are used for legitimate purposes but can be abused for malicious activities.

Cybercriminals prefer using native Windows tools because they are already present on the system, making it easier to blend malicious activities with legitimate system operations. This tactic, known as Living off the Land (LOTL), helps evade conventional security measures.

No, businesses do not need a large IT team to manage security in the cloud. Cloud-based security solutions, such as those offered by AWS, can automate processes and strengthen security without requiring additional resources. This allows businesses to scale securely without needing to grow their IT teams or budgets[1].

AWS provides a multi-layered security approach, including data encryption and compliance with industry standards. However, users must still implement best practices and configure security tools correctly to ensure their cloud environments are secure. The shared responsibility model means that users are responsible for securing their data in the cloud[3][5].

Organizations experience breaches despite using numerous security tools because the effectiveness of these tools often depends on proper configuration and control. Misconfigured controls can lead to vulnerabilities that attackers exploit, even when many security tools are in place.

Organizations can improve their cybersecurity posture by focusing on the effective configuration and management of existing security controls. This includes ensuring that all tools are properly set up, regularly updated, and integrated into a comprehensive security strategy. Additionally, leveraging technologies like AI for faster detection and response can significantly reduce breach costs and containment times.

The cybersecurity skills gap is not primarily about a shortage of people, but rather a lack of individuals with the right skills for the roles available. This includes skills in areas like cloud and AI, which are increasingly required in cybersecurity positions (Evans, 2024; Patton, as cited in SANS/GIAC Study, 2025)[3][4].

Cybersecurity hiring practices are shifting towards skill-based hiring rather than focusing solely on degrees. This includes using certifications, hands-on labs, and practical skills assessments to evaluate candidates (HackTheBox, 2025)[5].

Firewalls and VPNs are edge devices that act as gateways between internal networks and the internet, making them prime targets. They often lack endpoint detection capabilities and may run outdated software, allowing attackers to bypass security controls and access sensitive systems.

Outdated edge devices often lack critical security patches, enabling threat actors to exploit known vulnerabilities. This allows ransomware operators to establish footholds in networks and move laterally to encrypt critical data.