CISSP Certified Information Systems Security Professional

Learn to detect and prevent threats.

ABOUT THE PROGRAM

Security Professionals are need of almost every organisation. The system may undergo through any software or network attack, therefore, to save the confidential data we need some security measures.

MSP Training’s CISSP Certified Information Systems Security Professional course is designed to provide in-depth knowledge and skills to design, organise and manage IT security programs.

 

  • Learn to secure and manage the organisation

  • Delivered by certified trainers in luxury venues

  • Designed mainly for security managers

  • Key learning points and tutor support

WHAT'S INCLUDED ?

Find out what's included in the training programme.

Includes

Key Learning Points

Clear and concise objectives to guide delegates through the course.

PREREQUISITES

CISSP Certified Information Systems Security Professional course doesn’t have any prerequisites.

TARGET AUDIENCE

This course is best suited for the following audience:

  • Security Managers
  • Security Systems Engineers
  • Security Consultants
  • Chief Information Security Officers
  • IT Managers
  • Security Auditors
  • Security Architects

WHAT WILL YOU LEARN?

Upon the course completion, the delegate will learn to:

  • Perform security assets and engineering
  • Develop secure software development
  • Network Safety and Security operations

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PROGRAM OVERVIEW

During CISSP Certified Information Systems Security course, the delegates will learn how to detect and prevent system threats. The course will provide knowledge about Risk Management, Security Engineering, Network Security and Security Operation. The candidates will gain skills as mentioned below:

  • Security Assessment
  • Security Operations
  • Software Security Development

PROGRAM CONTENT

Introduction to Information System Security

  • Define IT Security
  • Confidentiality, integrity, and availability
  • Define Security Principles
  • Security Policy, Morals, Activities, and Approaches
  • Understanding business needs
  • Legal and managerial matters for information security
  • Classify professional philosophies

Introduction to Risk Management

  • Define risk management
  • Threat modelling
  • Integrate security risk into plan
  • Awareness of information security
  • Risk Safety
  • Retentive confidentiality, integrity and obtainability security principles
  • Security policies and standards
  • Applying compliance
  • Effective risk management
  • Evaluating threats and vulnerabilities
  • Risk detection and control
  • Qualitative and Quantitative analysis
  • Business Continuity Management
  • Define Business Continuity Management Code
  • Business impact analysis
  • Define Legal Events Monitoring
  • Analysing intelligent property, obligation and law
  • Define computer crime
  • Define ethical behaviour and compliance

Introduction to Asset Security

  • Organising information
  • Supporting properties
  • Possession controlling and maintain tenancy
  • Protect privacy
  • Asset Identification
  • Data safety controls
  • Categorisation and Prioritisation

Introduction to Security Engineering

  • Define secure design principles
  • Implement manufacturing processes
  • Define security models
  • Define cryptography
  • Define Security abilities
  • Measure flaws in mobile systems
  • Security models and frameworks
  • Information Security Triad and multi-level models
  • Examining industry morals: ISO 27001/27002
  • Security model essential concepts
  • Exploring system and component security concepts
  • System design ideas, competencies, and boundaries
  • What are mobile systems vulnerabilities?
  • Defensive information by relating cryptography
  • Symmetric and asymmetric encryption systems
  • Cryptographic systems threats
  • Protection of physical capitals
  • Planning environments to resist intimidating threats
  • Rejecting unauthorised access

Introduction to Network Security and Communication

  • Investigating Secure network works
  • Planning and executing secure communication
  • Prevent or decrease network spams

Introduction to Access & Identify Management

  • Logical and physical access to control properties
  • Managing documentation and confirmation of devices
  • Assimilate individuality as a service
  • Assimilate third-party identity amenities
  • Apply and attain authorization tools
  • Avoid or ease access control attacks
  • Manage the individuality and access provisioning lifecycle
  • Managerial access to protect possessions
  • Describing administrative, technical and physical controls
  • Implementing centralised and decentralised methods
  • Monitoring biometric and multi-factor verification
  • Categorizing common dangers
  • Studying cloud services and architecture

Introduction to Security Assessment & Testing

  • Define Security Assessment & Testing
  • Plan and evaluate test plans
  • Conduct and collect security control testing
  • Reviewing and reporting test outputs
  • Sympathetic flaws of security architectures
  • Planning and showing security valuation methods
  • Helping the role of testing and monitoring to the competence of security controls
  • Distinctive detection and protection systems
  • Showing logging and monitoring methods
  • Distinctive roles of internal and external reviews
  • Labelling secure account management

Introduction to Security Operations

  • Define inquiries
  • Understand supplies for investigation types
  • Service resource protection methods
  • Conduct incident management
  • Conducting logs and observing actions
  • Understand the foundational security processes thoughts
  • Understanding Function and sustain preventative events

Introduction to Software Security Development

  • Software development lifecycle
  • Security controls in development environment

CISSP Certified Information Systems Security Professional Enquiry

 

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Reach us at 0121 368 7851 or info@msptraining.com for more information.

ABOUT Darlington

Darlington is a large and historic market town and county in North East England with a population of around 92,363 according to 2011 census. It is located on the Skerne River, known as the tributary of the Tees River. The town lies on the south Durham which is close to the Tees River, also serves as a border between the Yorkshire and Durham. The two main rivers pass through the town: Skerne River and Tees River. The neighbouring towns surround the town are Stockton, Newton Aycliffe and Bishop Auckland.

The local historical Christian group and Religious Society of Friends Quaker families played the crucial role in the development of the town in the Georgian and Victorian period. The World’s first steam locomotive passenger railway ‘Stockton and Darlington Railway’ was introduced by Quaker. The town is also known as Darlo. The town is surrounded by several suburbs include Harrowgate Village, Firthmoor and Skerne Park, Faverdale and the West Park. The twin towns of the Darlington are Amiens in France and Mulheim an der Ruhr in Germany. 

History

The early settlement of the town traced its root back to the Anglo-Saxon period. It has been suggested that the town derived its name from the Saxon Dearthington meaning the settlement of the people of the Deornoth. The name of the town replaced by new name Derlinton during the Norman era. It is also known as Darnton in 17th and 18th century. The most important English church ‘St Cuthbert Church’ is built in the city in 1183 and listed as Grade I building, while the oldest church St Andrew was established in 1125 around the Haughton area of Darlington.

Darlington continued to grow as a small market town by the early 19th century. The Backhouse and Pease families, the strong Quaker families were significant employers of the town. The industrialist Joseph Pease constructed the clock tower, the famous landmark of the town in 1864. The face of the clock and tower bells were produced by T. Cooke and Sons and John Warner and Sons respectively. The tower bells of the clock tower are considered as sister bells placed inside the Elizabeth Tower at the Houses of Parliament, also known as Big Ben in London.

The town is also recognised for its corporation with the modern railway and this event is celebrated at Railway Centre and Museum of the Darlington. The town became the significant centre for manufacturing of railways in the 18th century. In 1825, Locomotion No 1 engine of George Stephenson was designed for passengers and goods and travelled between Stockton-On-Tees and Shildon via Darlington. The Hopetown Carriage Works was established in the town for supplying locomotives to the Darlington Railway. The three major works were developed in the town including Darlington Works, Faverdale Wagon Works and Robert Stephenson & Company.

The bridge building and engineering also played a significant role in the growth of the town. The headquarter of the large engineering firm Cleveland Bridge and Engineering Company is also located in the town and built Sydney Harbour Bridge, Tyne Bridge and the Humber Bridge.  The town is home to the leading engine building firms and industrial headquarters of AMEC.

Economy

The town is home to the largest private sector employer EE (Everything Everywhere) British mobile network operator and provided job to more than 2500 people. Other major employer of the town are Student Loans Company hired more than 100 people. Large engineering firms are based in the town such as Cleveland Bridge, Cummins, AMEC and Argos. Many modern and developing industries are also growing in the town including information technology. Recently, the town is also ranked one of the economically important places in England by BT Group and to accomplish superfast broadband rollout project, BT group have installed underground fibre-optic cables.

CISSP