Hardening 

Systems hardening means using a set of tools, techniques and best approaches to reduce vulnerabilities in applications, systems, infrastructure and other technology areas. The purpose of upgrading systems is to reduce security risks by eliminating potential attack paths and reducing the level of attack. By removing programs, applications, ports, accesses, privileges and other extras, attackers and malware will have fewer opportunities to enter the ecosystem.

Systems retrofitting requires a scientific approach to audit, identify, close, and control potential security vulnerabilities throughout the organization. Systems retrofitting activities are divided into several categories including the following:

  • Application Hardening
  • Operating System Hardening
  • Server Hardening
  • Data Base Hardening
  • Network Hardening

Although the principles of system retrofitting are general, specific tools and techniques work differently depending on the type of retrofitting. It should be noted that in addition to the usual benefits, system retrofitting is one of the requirements of requirements such as PCI DSS and HIPAA.

Benefits of Hardening in the organization

  • Improve system efficiencyFewer apps and functions mean less risk of operational issues, misconfigurations, incompatibilities, and compromises.
  • Dramatically improved security: Reducing the attack surface means less risk of data breach, unauthorized access, hacking of systems or malware.
  • Facilitate audit and compliance requirements: Fewer programs and user accounts combined with a less complex environment means more transparency and easier environment audit.

As one of the leading companies in providing security services to domestic and foreign organizations, with access to experienced staff, Saia Ertebat Aren is ready to provide the following services to organizations in the field of system retrofitting:

  • Understanding the environment and network that needs protection
  • Identify and remove security vulnerabilities
  • Protect against future vulnerabilities