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Technology Update

measure that divides a network into isolated Mitigation: Implement strong password Poor Credential Hygiene
segments to prevent attackers from moving policies that require complex, unique passwords, Many organizations suffer from poor credential
freely across the network. Without proper and enforce multi-factor authentication (MFA) hygiene, including the use of weak passwords,
segmentation, attackers who gain access to one across all accounts. Regularly audit and update password reuse, and storing passwords in
part of the network can easily move to other access controls to ensure they remain effective plaintext. These practices make it easier for
systems, increasing the risk of data breaches and against evolving threats. Centralized identity attackers to gain access to systems, especially if
insider threats. management solutions can help enforce MFA is not enabled.
Mitigation: Segment the network based on consistent access control policies across all
Mitigation: Enforce strong password policies,
roles and functions, ensuring that sensitive areas systems and applications. requiring complex and unique passwords for each
(such as databases or production environments) Weak or Misconfigured Multi-Factor account. Implement a password management
are separated from user and public-facing areas. Authentication (MFA) solution to help users securely store and manage
Utilize firewalls, VLANs, and access control lists their credentials. Regularly rotate passwords, and
(ACLs) to enforce strict communication rules While MFA provides an additional layer never store them in plaintext.
between network segments. Implement zero-trust of security, misconfigurations or weak
principles where every network access request is implementations can still leave systems Unrestricted Code Execution
verified, regardless of origin. vulnerable to attacks. Allowing insecure fallback Unrestricted code execution occurs when
options, such as SMS-based authentication,
Poor Patch Management or not enforcing MFA across all user accounts, attackers can run arbitrary code on a target
system. This can happen through vulnerabilities
Patch management is crucial for addressing reduces its effectiveness. such as buffer overflows, SQL injection, or cross-
known vulnerabilities in software and systems. Mitigation: Ensure that MFA methods are site scripting (XSS). Attackers often exploit system
However, many organizations fail to apply robust and resistant to common attacks such as drivers or use scripting languages to execute
patches in a timely manner, leaving their systems phishing or SIM swapping. Organizations should malicious activities without triggering security
vulnerable to attacks. Unpatched systems are consider using more secure options like app- alerts.
often easy targets for attackers using publicly based authenticators or hardware tokens. MFA Mitigation: Regularly update and patch all
available exploits. should be enforced for all users, particularly for software to prevent exploitation of known
Mitigation: Implement an automated patch privileged accounts and remote access. vulnerabilities. Use web application firewalls
management process that regularly checks for Insufficient Access Control Lists (WAFs) and input validation to protect against
updates and applies patches as soon as they (ACLs) on Network Shares and SQL injection and XSS attacks. Restrict the use
are available. Prioritize patches based on the of executable files and scripting languages
severity of vulnerabilities and maintain an Services to trusted sources, and regularly monitor for
accurate inventory of all software and systems to ACLs define who can access certain resources suspicious activities related to code execution.
ensure that nothing is overlooked. Organizations on a network. If not properly configured,
should also avoid using unsupported software unauthorized users may gain access to sensitive Conclusion
or hardware, as they no longer receive security data, modify files, or even take control of systems. Misconfigurations are among the
updates. Poor ACL configurations on network shares are a leading causes of cybersecurity breaches
common target for attackers. Addressing them proactively can
Bypass of System Access Controls Mitigation: Carefully configure ACLs to restrict significantly reduce the risk of compromise.
Attackers can bypass access controls through access to sensitive resources. Ensure that only By following best practices such as enforcing
methods such as brute force attacks, phishing, or authorized users can access network shares and access control, implementing MFA, establishing
using stolen credentials. This allows them to gain services, and regularly audit ACL settings for effective patch management, and configuring ACLs
unauthorized access to systems and sensitive data. vulnerabilities. Use role-based access control properly, organizations can bolster their defenses
Weak access control mechanisms, especially in (RBAC) models to simplify the management of against cyberattacks. Continuous monitoring,
third-party applications, often exacerbate this risk. permissions. regular audits, and proactive configuration
management are essential steps in maintaining
robust security configurations.
Ultimately, mitigating cybersecurity
misconfigurations requires vigilance and
Impact of Security Misconfiguration a proactive approach to manage digital
infrastructure effectively. Organizations that
prioritize security settings and take preventative
measures are better equipped to safeguard
their networks and data from evolving threats.
Regulatory
Financial This proactive stance not only protects vital
Data Breach Compliance
Losses information but also enhances an organization’s
Issues
reputation, ensuring trust and reliability among
its clients and stakeholders.
Contact for more details
Operational Intellectual State Informatics Officer
Disruption Property Theft NIC, Tamil Nadu State Centre
E2-A, Rajaji Bhavan, Besant Nagar
Chennai, Tamil Nadu - 600090
Email: sio.tn@nic.in, Phone: 044-24917850

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