An ISO/IEC 27001 information security management system gives us a best practice framework to improve data protection, helping us to remove the threat of security breach. The Practitioner Certificate in Information Risk Management (PCIRM) is designed by the BCS Profession Certifications (formerly ISEB), especially for IT security professionals. It provides guidance based on ISO/IEC 27001 for delivering information security risk management specific to our business.

PCIRM Benefits:

Our business relies on information and the PCIRM is designed to help us protect this information. This course gives us the knowledge to deliver a robust system in line with the approaches recommended in ISO/IEC 27001 and ISO/IEC 27005 standards. And it gives us the skills to keep our company up-to-date with UK legislation and international best practice frameworks – reducing or removing threats specific to our company and customer data.

If we understand the scope of the ISO/IEC 27001 standard, we will also understand how it can impact the way we manage our company and customer data – for the better. An information security management system allows us to demonstrate that we have robust data protection policies and processes in place. And this system will be tailored to our business, building customer trust and empowering us to grow and innovate.

This course will prepare IT and information risk management practitioners for a formal qualification in information risk management. It provides all basic training in IT services and information risk management principles that will assist us both in technical and business management to gain deeper knowledge into information risk management in support of broader business or infrastructure risk management.

What will you learn?

This five-day program will introduce individuals the concept of information security management and reaffirm its importance. Through this course, we will become familiar with the different stages of an ISO/IEC 27001 management system and become confident in assessing the specific risks to our business and their impact. This course helps you to put in place effective security controls, analyze business impact, produce risk reports and plan internal information security audits. By the end of the course, we will have a detailed understanding of all the key components of risk management and be able to make a significant contribution to the risk management process.

After completion of this course, the candidates will be able to:

• Develop an information risk management strategy
• Explain the principles of controls and risk treatment
• Explain and produce information classification schemes
• Explain how the management of information risk will bring about significant business benefits
• Explain and make full use of information risk management terminology

Throughout the whole program, participants or individuals will gain in-depth knowledge or skills on the following topics:

• Legal aspects of a PKI
• Elements of a PKI
• PKI management
• Trust in a digital world
• Digital signature implementation
• Trust models

After completing the PKI course, each individual or participant will be able to successfully design setup, deploy, and manage a public key infrastructure (PKI).

This course is considered essential for anyone who needs to understand Public Key Infrastructure (PKI) and the issues surrounding its implementation. It covers the technologies and issues involved in PKI in-depth and gives hands-on practical experience of maintaining and setting up a variety of PKI solutions.

Today’s Public Key Infrastructure (PKI), widely used for authentication, digital signing, and encryption, is considered a core service supporting a variety of use cases and applications. People, processed and technology drive the successful use of PKIs, and in today’s fluid workforce, personnel can quickly shift leaving PKIs in unfamiliar hands. A well-managed PKI system can make a key difference in protecting a business or an organization from a data breach and can also prepare us to meet and fight with different challenges of difficult audits.

This course teaches the skills required to design, operate and maintain our PKI system. The training begins with an overview of cryptography and the working principals of algorithms. This certificate is very useful and now we understand its importance, we will learn about the considerations for designing a highly reliable Certification Authority structure. The examples of practical implementation of this course are given in both Windows and Linux environments. Some of the used cases will show how PKI can be used for among others securing websites, encrypting storage, validating the executable code and protecting communication.

PKI Benefits

It’s quite common for large enterprises or organization to run their own public key infrastructure (PKI), acting as an internal certificate authority (CA) and installing their own root certificate in the trust stores of all the company’s devices.

One of the key benefits of this course is the business process optimization, taking guarantee of the security of electronic data and reducing physical paper requirements. Here are some of the examples which show how this course is important.

• In the health sector, data access control and data protection are the most essential element for supplying information concerning a patient’s health record, which is too much confidential.
• In the banking sector, digital certificates and clients’ data are required to control clients’ access to their banking accounts and to digitally sign transaction orders.

In the defense sector, the important factor is data confidentiality and authenticity.

1. Secure access control. With a unique verifiable identity, you can determine what level of access to grant to that device. In addition, you can now deny access to anyone who does not have a proper certificate – no cert, no way. In addition, if you find out a certificate has been somehow compromised because it is unique and identifiable, you can revoke its access privileges and that certificate will no longer be granted access.
2. Mutual Authentication. In the days before IoT and autonomous networked devices, the device didn’t need to be authenticated, just the servers. You wanted to make sure that the website you were logging into was actually a bank and not some bogus phishing site. The bank authenticated your identity through your login and password. With IoT, the device needs to be authenticated and the device also needs to authenticate the server it is talking to. With digital certificates and secure elements, this is now practical.
3. Secure Over-the-Air (OTA) Update. The problem with many devices today is that they will accept software updates from anyone. Remember, you want a device to only accept software that is verified and comes from a trusted server. The certificates allow the device to prove it should receive an update and which one, and the cryptography in the secure element allows the device to verify the server as well as the signed code.

As you can see, combined with digital certificates, PKI enables a trusted environment for robust identity protection by authenticating the identity of a device and assuring the integrity of that device.

Reference: https://www.kyrio.com/blog/3-benefits-public-key-infrastructure-pki/