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111.pptx

  1. SECURITY MANAGEMENT
  2. ABSTRACT • Information security is an important issue in today’s business. Information security management can no more be done by merely a set of hardware and software. Rather, it requires a complete end-to-end system. Such a system is called Information Security Management System (ISMS). It requires special focus and participation from all levels of employees with full commitments and responsibilities in establishing such a system and implementing it within the organization. ISO security standards and government compliance regulations guide and enforce organizations about certain requirements and norms. Organizations need to build an ISMS by combining all the bits and pieces as per their business needs. This paper illustrates a practical approach, as a ready reference, to build an ISMS in a business organization.
  3. Problem Statement Addressed • What are 3 security Operations Challenges? • The chief three issues are the following: • lack of adequate tooling. • inadequate analytics and filtering. • lack of automation and integration.
  4. Proposed solution to the problem addressed • How can we solve security problems? • Image result for solution for the problem addressed in security management system • Read on for eight ways to combat cyber security issues. • Anti-Virus Software. As one of the oldest methods for combating cyber security issues, anti-virus software should be a no-brainer. ... • Locks. ... • Firewalls. ... • Virtual Private Network (VPN) ... • Two-Factor Authentication. ... • Strong, Unique Passwords. ... • Disaster Plan. ... • Sensitive Data Training.
  5. PROJECT WORK PLAN • Definition: A plan outlining security protective measures that will be applied to each phase of the construction project. • The safety and information security management plan needs to address potential issues with seismic activity, excessive wind, train control and signaling, voice and data communications, and closed-circuit security camera systems. A failure at any one of these junctures could result in a collision or derailment. 1.Maximum inclusion in-scope: Even though it sounds cliché, but for most of the contracts, the focus usually is to define the ‘out-of- irrespective of the type of project. In cyber security, though, in- controls have to be applied across 100% of the estate. There can Even if one critical server is excluded, it may lead to a devastating
  6. 2.Baseline as-is security posture: It is crucial to baseline as-is security posture (current state of security) as a first step, especially in the era of digital transformation. It helps to understand and gauge the current so that appropriate controls can be designed to minimise cyber threats and risks. The TO-BE security collaboration with all stakeholders, and then initiatives should be prioritised to enhance the security knowledge of hotspots is extremely important so as to draw appropriate attention and investments from 3.Secure by Design: Secure by Design is a practice that has two facets from a cyber security management perspective. The first is to create a culture of ‘Secure by Design’ across the organisation. A secured software development lifecycle (SDLC) needs to be embraced compulsorily, and it is imperative for executive leadership and CISOs to mandate it in all ongoing IT programs. The second is to identify all existing vulnerabilities, including the ones being patched, and remediate all of them diligently so that nothing is left exposed. This is a continuous program to make sure an organisation is always free from vulnerabilities. 4.Cyber hardening: Any existing application migration to digital adds new complexity and risk into the estate. If risks and vulnerabilities are being inherited from legacy apps, they should be cyber security hardened. All production movements need to be cyber security certified.
  7. BLOCK DIAGRAM
  8. Flow chart
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