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Cybersecurity Trends to watch for in 2021

What are the trends for cybersecurity in 2021

The fastest-growing cyber-attacks numbers illustrate the challenge of ensuring resilience and continuity in a connected world. Additionally, the COVID19 outbreak has changed the entire situation of the economy and created confusion for businesses/industries around the globe. In order to protect the health of employees and respond to the health restrictions, companies that have never done remote work now also started working remotely.

 

Most organizations are getting better at preventing direct cyberattacks by improving the basics of cybersecurity and the main focus is on cyber resilience. With the cyber-resilient strategies in place, businesses assemble the capabilities of cybersecurity, business continuity, and enterprise resilience. These well-thought strategies help to quickly detect cyber threats and minimize the damage and continue to operate under attack.

 

The year 2020 has proven unpredictable and challenging from multiple perspectives. Among those challenges is a long list of cyber-attacks. Following the rise of remote working, cybercriminals are more than ready to seize opportunities to exploit security weaknesses for monetary and disruptive gains.

What threats are expected in 2021? How could the cyber threat landscape evolve?

 

Challenge n°1: Work from home

 

The COVID-19 has changed the work environment in unexpected ways. The obligation to socially isolate has forced innovation in how we work, as businesses and governments to maintain the continuity of operations. This resulted in a massive shift to remote work. Personal devices and home networks are being used to log in from home on business infrastructure. As increasing numbers of employees work from home with their personal devices, enterprise IT security operations become less effective and are unable to shield devices and infrastructure against any compromise and disruption through phishing campaigns, the spread of malware, faking official websites, etc.

 

A study sponsored by IBM Security and conducted by Morning Consult, interrogated 2000 working remotely Americans find out that more than 80% of respondents either rarely worked from home or not at all prior to the pandemic, and, more than half are now doing so with no new security policies to help guide them. This shift to working from home has exposed new security risks and has left nearly 50% of those employees worried about impending cyber threats in their new home office settings.

 

Many businesses will continue to suffer in 2021, because a mixed work model will establish itself sustainably in organizations, with all the risks it entails. Thus, if your company is to gain value from the remote work, your IT department must become more agile by pivoting their organizations to enable pervasive and safe remote working.

 

Challenge n°2: Automation

 

Automation is another emerging challenge in the desire to achieve high flexibility and diversity through remote working. Learning how to maintain productivity by automating activities is one of the top priorities of 2021. The primary reason for automating mundane and repeatable tasks is to allow people to shift focus to problem-solving activities. Thus, from a cyber-security point of view, automation is the only way to reduce the volume of these modern automated cyberattacks and enable faster prevention.

 

Attackers will continue to use automation to move fast and deploy new threats swiftly. Therefore, by allowing a faster risk and anomalies analyze, faster detection and intervention can be done. A next-generation security platform can assist your IT teams to rapidly analyze data, turn unknown threats into known threats, create an attack DNA, and automatically create and enforce a full set of protections through the organization to stop the attack lifecycle. Employing automation as part of your cybersecurity efforts is the only way to keep up and defending against automated threats efficiently.

 

Challenge n°3: Artificial Intelligence Threats

 

There’s been a lot of buzz around Artificial Intelligence for the past few years, and now it’s playing an important role in many sectors such as banking and financial services, logistics and transportation, retail, automotive, healthcare, education, and even cybersecurity. And it will continue to gain popularity in 2021.

 

With cyber-attacks growing both in complexity and volume, traditional methods to identify threats and malware are not enough. In a business world where customers’ privacy and data protection are vital, cybersecurity issues are becoming a day-to-day struggle for businesses around the world. With AI, cybercriminals can devote less time and effort in coordinating a large attack on an organization’s data system.

 

Companies need to sharpen the focus on a strong cybersecurity culture and adopt a risk-based approach to security. As recovering from security breaches is time and money consuming, companies have started to invest in AI to better detect and automatically block cyber attacks.

 

Challenge n°4: 5G

 

5G is an advanced wireless network technology developed based on 802.11ac IEEE wireless standard. It promises to provide significant opportunities to transform organizations across industries and geographies by providing higher data exchange speed and performance, real-time functions, and wireless connectivity to avoid the risks of wired solutions. Business communications will be enhanced and connectivity tailored to every industry.

 

However cyber threats pose great risks to businesses and industries transitioning to 5G.  As the 5G digital environment opens the door for miscellaneous players beyond traditional cellular networks that are looking to transform their ecosystem through 5G, security often falls short. It’s essential to have a 5G security reference document ready to help detect and prevent cyber-attacks. Before any transition to 5G, infrastructure, as well as industries, must be able to protect their 5G networks and be prepared at any time to deal with the impact of cyber threats.

 

 

Sources

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Single Sign-on (SSO): A Smarter Way to Log-in

Single Sign On Process

 

Cloud technology has been growing at an unprecedented level over the past few years, but COVID-19 led this industry to a whole new level. Businesses are forced to revolutionize the way they work, seeing an increasing number of digital workers relying on a wide variety of applications to perform their jobs and using their mobile devices to access both personal and work-related information.

 

Additionally, nowadays, you need to go through an authentication process, almost on every website, in order to access its content and functions. It’s impossible when you have to remember 50+ passwords without writing them down for security risks posed by compromised credentials This is where SSO becomes handy. Single sign-on is a procedure that is supposed to help you in the password jungle of the Internet. With the help of SSO, you get access to several resources or services after a one-time login and thus save yourself from remembering separate logins from the authentication process.

 

What does single sign-on mean?

Single Sign-On (SSO) is a procedure with which you can gain access to multiple applications, services, or resources with a single set of login data. Instead of remembering several usernames and passwords for different accounts, you only need a single login data record.

For this purpose, SSO provides an overall centralized user authentication service that is valid for several services at the same time and is known to all participating applications. In addition, the system also has all your access data and confirms them to the relevant services and applications.

 

There are two types of SSO authentication; the first called Web SSO, the second called Enterprise SSO (eSSO). Web SSO supports all applications that use a web browser to sign in to applications. On the other hand, eSSO systems are not limited to web applications and are designed to minimize the number of times a user has to type in their login and password to connect to multiple business applications.

 

Thus, SSO is either offered as a stand-alone solution, such as from Okta, Citrix, or Onelogin or is included in access management solutions such as IBM Security Verify Access (formerly Security Access Manager, ISAM) or Oracle Access Management (OAM), both of them usually already contain advanced authentication mechanisms or additional security components such as a web application firewall.

 

How does single sign-on work?

Single sign-on validates a user with a certificate exchanged between the service provider and the identity provider. The information sent from the identity provider to the service provider is signed on this certificate to ensure that the details are passed on from a trusted resource. In the SSO method, the identity information is forwarded in the form of authentication tokens containing information about the user like email address, username, and more.

 

How does SSO strengthens security and improves user satisfaction?

Passwords are the biggest attack vector as according to Verizon’s data breach investigation report, about 80% of data breaches in 2019 were caused by password compromise.  Single sing-on eliminates increasing security risks and gateway for hackers, as users can conveniently and securely access applications and services using other authentication methods such as software tokens, mobile phone applications, certificates, fingerprints, voice, or facial recognition.

 

The use of single sign-on offers many advantages from the point of view of productivity and creates greater acceptance by end-users and system operators. User experience is improved because they don’t have to memorize 500+ passwords or any security question answer. The one-time authentication saves users a lot of time. They don’t have to type in new passwords and usernames over and over again.

 

If the past has shown us one thing, it is that we cannot rely on our credentials being adequately secured on various IT systems. Therefore, it is best to use a well-secured SSO system whenever possible. Passwords should not be used for authentication, especially when using cloud applications. Instead, use the advantages of SSO or MFA and outsource the registration to a trustworthy identity provider.

 

Sources:

 

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4 Basic Tips for a Successful Transition to the Cloud

4 Basic Tips for a Successful Transition to the Cloud

IT managers nowadays have to deal with a wide variety of challenges that comes with migrating to the cloud. Although cloud usage has become widespread in recent years, some companies still feel that they have not yet reached the full potential of the cloud.

However, the reasons for this are easy to identify, and cloud usage can be optimized using a few basic measures. Transaction to the cloud successfully means having an experienced partner who know exactly your industry requirements and can answer the following questions before the move. Such as how large and complex is company’s data? How important are regulatory considerations? Are company’s current business applications cloud ready? How much your day-to-day operations can tolerate downtime depends on the type of the application involved and what service level agreement does the company require for a cloud environment? If the company decides to change the cloud provider in the future, can the data and applications migrate with them?

 

Once these questions are answered, IT team can choose their cloud partner who can provide a migration plan and offer a cloud customized solution. Keep in mind that performance, security and reliability must be maintained when moving to clouds. Approach the migration in smaller chunks and stay in close coordination with your cloud provider. The goal is for the entire migration to cause minimal disruptions. Here below are few basic tips for a successful cloud migration and management.

 

Prioritize security

In the cloud age, the security of IT applications plays a particularly important role. Before any move to the cloud, IT managers must go through a list of business applications and identify those that they want to migrate. Planning is the key in order to recover any disaster, risk management and other potential situations. As company’s highly sensitive data, which is also used regularly, is moved to these infrastructures or is already stored on the complex architecture of cloud infrastructures, it makes many IT managers sweat.

IBM’s Cost of a Data Breach Report 2020  has shown that despite a nominal decline from $3.92 million in the 2019 study to $3.86 million in the 2020 study, the average total cost of a data breach  was much lower for some of the most mature companies and industries and much higher for organizations that lagged behind in areas such as security automation and incident response processes.

With the right security measures, however, risks and financial losses can be significantly minimized. While you might expect it’s your cloud provider’s responsibility to take all security measures, it’s also one of the biggest responsibilities of the customer to ensure their data is secure. Here are some of the methods we recommend at Storm to keep yourself safe when using the cloud. IT managers can ensure their data is secure by using methods such as multi factor authentication, strong passwords, data encryption and regular backups.

 

Understand and Enforce your Cloud Governance Plan

When implementing cloud services, many companies fail to develop a clear governance plan from the start and then consistently adhere to it. Governance, may be defined as an agreed-upon set of policies and standards, which are based on a risk assessment and inclusive of audit, measurement, and reporting procedures, as well as enforcement of policies and standards. Most security leaks in the cloud are due to weak corporate governance practices. In a multi-enterprise or multi-platform cloud environment, a lack of governance can not only lead to the loss of highly sensitive data, but also to considerable financial losses.

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Therefore, from the start, companies must not only establish and implement chains of responsibilities, authority and communication to empower people but also establishing measurement, policy and control mechanisms to enable people to carry out their tailored roles and responsibilities towards the respective cloud infrastructure.

 

Prepare your IT teams for cloud

Another challenge that IT departments have to face is the lack of knowledge of employees on the subject of cloud infrastructures. Just like any new technology, your employees need to learn specific skills that allow them to successfully work with the cloud solutions you plan to integrate.  For IT departments, the switch to cloud computing requires not only a different skill set but a different mindset. In order to take all the benefits cloud has to offer, it’s impossible for companies to dive into it without prior training and intelligent strategy. A proper training has a significant impact on cloud adoption, and this is especially true for organizations that invest in more comprehensive training. Once employees undergo training, they can understand where their skills fit and where they can contribute.

 

Optimize the cloud performance

Performance optimization is one of the main reasons why companies switch to the cloud in the first place. Performance optimization on key areas including scalability, concurrency, response time and throughput optimization can help you run better on Cloud. In this optimisation company can correctly select and assign the right resources to a workload or application. Simply put, cloud optimization can help you reduce cloud infrastructure cost and improve your application performance. Once the workload performance, compliance, and cost are correctly and continually balanced against the best-fit infrastructure in real time, efficiency is achieved.

 

Conclusion

The change to the cloud does not happen overnight, nor does it happen with the flick of a finger. You have to invest time, resources, and fund to migrate your applications and data to the cloud successfully. Security risks, a lack of governance, a lack of expertise and performance problems are all challenges that discourage many companies from taking this step. However, as long as companies take a few basic measures, they are well on the way to a successful and secure migration to the cloud.

 

Source :

Cost of a Data Breach Report 2020

All-inclusive Security Approach for Next-Gen Endpoint Terminals

All-inclusive Security Approach for Next-Gen Endpoint Terminals

In the last 20 years of the information technology and the advancements of the cyberspace landscape has advanced non-stop, that’s why the future of cybersecurity is strongly connected to IT advancements. Along with the development in IT, cyber-hackers have also updated their strategies to evade the security measures in place, and the terminals remain their favorite targets.

 

Many studies have demonstrated that, in 2019, businesses of all sizes have faced more sophisticated and more dangerous cyber-attacks. Only in the first half of 2019, over 4.5 billion records from organizations around the word have been compromised via data breaches and cybersecurity attacks.

 

Now, with the cloud, IOT and mobile devices, endpoints have become the company’s new security perimeter. It is therefore increasingly critical to lock and secure them. There’s no doubt that companies continuously deploy numerous software on devices to secure them, such as, antivirus, firewall, intrusion detection, vulnerability management, Web filtering, antispam and many others. Yet, despite those solutions in place, many companies still suffer from security breaches.

 

In addition to that, as the trend of remote working is also escalating in 2019, companies are facing security challenges in terms of security and data protection, for those employees that are using their own devices, outside of business networks, or company premises. Therefore, securing Endpoint devices can be very challenging, especially when employees are using their own devices for work or using their work devices for personal usage out of company premises. And if they get their device stolen or hacked, it could lead to huge disaster, such as company accounts can be compromised. Therefore, YES, organizations and business around the world need to invest in Endpoint Protection solutions. With the help of these solutions, Endpoint devices can be secured with cloud based anti-virus installed on each Endpoint Device. And they need next generation protection in addition to their antivirus, prevention and detection of advanced threats.

 

Here below are listed few important criteria’s that companies need to take in consideration for a comprehensive endpoint security strategy: 

 

  • Preventing any attacks requires more than just a firewall or a single antivirus program. By implementing a combination of security strategies, including device firewalls, specific email Antivirus tools, internet security, mobile device management and security solutions, encryption and intrusion Detection tools, companies can avoid malware and stop it in real time. In addition, vulnerabilities can be identified and remedied to prevent malware entry. Importantly, prevention must cover the entire corporate network, including all endpoints.

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  • IT security teams must analyze and record, nonstop, each endpoint activity so they can detect all activity connected to any type of attack, including known vulnerability exploitation, zero-day attacks or non-malware- related intrusion.

 

  • 100% malware protection is not possible today, therefore, companies must opt for a system with which they can secure their endpoints round the clock and have an eye on any malicious behavior. They must learn from any past experience by understanding the actions an attacker may take in order to penetrate company’s network so they can enhance their security for future and also take things in control after a breach.

 

  • Administrators must be able to view activity that happens on the corporate network at any time in present or past. All endpoint security solutions must be able to offer real-time interactive reports on user activity. An overall view of the reports for events that occurred in the past must be available at anytime.

 

  • IT security teams must secure and enforce security policies on the all company devices, even those that employees can take out for remote working. They must install a suite of security control that protects sensitive data on those devices and endpoints by encrypting sensitive corporate data.

 

Sources:

Forrester: Rethink Enterprise Endpoint Security In The Cloud Computing Era

 

IBM: Protect critical assets: Safeguarding data, apps and endpoints

Basic Measures to Improve IOT Security

The Internet of Things has picked up speed. It continues to grow and is already a priority in both, our private and professional life. Today, even light switches and dishwashers have internet access. And at the same time, you have access to your IT systems. This creates numerous opportunities but also a completely new threat situation. Security measures in the particular IoT and Industrial IoT are particularly important because of the numerous weak points. Because, although the IoT is growing so dynamically, we are still at the beginning. Hackers, however, have long been keeping an eye out for the potential vulnerabilities. And not only that, the attacks are already successful. The financial impact of such incidents is severe:

 

  • In 2016, the Ponemon Institute estimated the average cost of a data breach at more than $ 7 million.
  • The Equifax incident will eventually cost the company $ 439 million.
  • This year Facebook fell victim to two spectacular security incidents. They were enough to stagger Facebook’s share prices, and CEO Mark Zuckerberg himself lost $ 11 billion and was forced to testify before a Congressional committee.

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Due to a vast variety of devices present in the market, data protection and data security are falling behind. To take fully advantage of intelligent IT and avoid security risks, companies must tale various actions and tailor security of IOT to their actual needs. For securing these IOT, comprehensive and precisely tailored concepts and solutions are important and effective. New standards and uniform standards would be necessary but are not implemented in the currently available concepts and therefore not automatically available. You can make an important contribution to security by making individual settings, by focusing on the encryption of stored and transmitted data and by monitoring and reporting the achievement of goals. The optimization of currently IOT available in the market is possible in a few steps:

 

  • The first step in finding better IoT security is risk analysis. Therefore, include IoT devices in your risk management and set the monitoring performance for all networked devices in the system. ENISA has published an online tool to assist IoT operators in risk assessment. The tool provides a combined view of the proven security methods. The information provided by this tool for each topic reflects the information contained in corresponding ENISA reports published in the past.
  • Align the comprehensiveness (degree of depth, consistency and assurance of security measures) and scope (degree of fit to the industry or system needs) of security needs with the investment of your IOT projects.
  • Activate a strong password protection.
  • Change the manufacturer’s default settings, set highly secure passwords, and focus on comprehensive security endpoint. Active scans of new devices support your comprehensive security concept.
  • Update device firmware.
  • Enable encryption in both hard drives and communication platforms.
  • Implement all of your IOT devices into your segmented network and protect them by your powerful firewall.
  • Don’t do any jailbreak of devices or installations of unauthorized third-party marketplaces
  • Create regular backups of the IoT automation server configuration and automation rules files.

 

A survey by Trend Micro shows that companies have significant weaknesses in the security of the Internet of Things. Only 14% of IT and security decision makers surveyed said they had a complete awareness of IoT threats in their organizations. 37% of respondents admitted they were not always able to define their security needs before implementing IoT solutions.

 

Cloud computing and IoT are dramatically changing IT infrastructures. It’s not just about the risk of individual devices, but the incidents that cyber-attacks show by the use of inadequately protected devices. When it comes to security and privacy in the IoT, not only risks to the IOT should be stopped but also risks posed by the IOT. Despite this dual motivation to do more for IoT security, Internet security is still not doing well. As important as special IT security solutions may be for the particular risks in IoT and Industrial IoT, even basic protection, which is common in traditional IT, could improve many things as long as the IoT solutions offer appropriate settings and functions.

The Impact Of Digitalization On the Future of Work

Digitalisation and the future of work

We are openly experiencing a technological transformation more than ever before, whether it’s in our daily life private life and, in our work place. Our way of communication and consuming things and services can’t be compared to a few years earlier. On the workplaces, creative entrepreneurs are using digital technologies as a few ways of expending their goods and services by revolutionizing business models, redrawing the boundaries between industries and creating new interfaces to the customer. Digitization is leading to structural changes in our economy.

 

The idea behind digitalization and automation that most people still have is that they think these technologies will destroys labour and people will be replaced with robots and lose their jobs.  But they ignore that digitization is creating new jobs. Studies have shown that 65% of our children will work in future on activities that do not yet exist today. With this disruption going on, organizations must think of how can new working concepts be realized in favour of companies and employees? How can employees work more productively and efficiently, and how can strengths be better utilized?

 

In order to overcome this challenge, Businesses should focus on their business software and innovative approaches to more efficiently use data and provide the best possible support to their employees. Here are the main tips to prepare your organization for the Future of Work:

 

Education is the Key

Employees are the most valuable operational resources. Whit digitalization, there are new skills that they must have. To bridge the knowledge gap, organizations mustinvest in education and training programs for their employees. These training programs can be initiated for certain demographics that aren’t yet employees, in order to prepare them with the skills they need when they enter the workforce, potentially at your organization.

 

Understand the different groups within your organization 

There are three types of people when it comes to adapt changes in the way people use to work. Strong resisters are those who’ll never accept the transformation, eager embracers are those who are happily willing to adapt changes to improve their work quality and middle-majority it’s the group waiting to be influenced by other two. It is important for leaders to capture and channel the energy of the eager embracers in order to get the middle-majority on board; otherwise, those in the middle can and usually will be influenced by the strong resisters.

 
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Make it easy for them 

There is the people side of things and also the teaching and documenting side of things. Create step-by-step instruction guides that make it easy for employees to accomplish the new workflow instead of expecting them to become experts after one demonstration. Be sure to give them the opportunity to provide feedback and opportunities to improve the workflow if they are the ones using it every day.

 

Engage them in the process from day one 

A good manager knows how to identify the slower adapters to change and can involve those team members early on in designing, evaluating and ultimately owning the process. It might take longer to launch, but in the long term, it will allow for faster implementation since they have already bought in and contributed to the new process.

 

Integration of ERP

ERP can improve quality and efficiency of the business. By keeping a company’s internal business processes running smoothly, ERP can lead to better outputs that may benefit the company, such as in manufacturing, employee development and HR. ERP supports upper level management by providing information for decision making.
With the integration of smart business software, management can find out whether their employees are working hard, completing most of assigned jobs successfully and without errors, and who is nearby to accept a new job. In addition, it is possible to indicate which skills are still not available enough, and that opens the door to hire employees. The ERP serves as the central unit, which unites all processes and information uniformly.

 

Observe data protection and involve employees

Personal data are subject to the requirements of data protection. This also applies to employee information stored in ERP. Companies may only act with the data that is actually necessary for the respective tasks and processes. In traditional ERP, data protection does not play a major role, because the margin that can be achieved with a product, for example, is not of great importance to employees. However, if you want to use a solution that builds on employee-related data and uses them, you should always involve the works council or an employee representation in advance.

It is becoming increasingly important to capture and determine whether employee engagement as a resource is appropriate. Those who are open with their employees, provide them with useful and supportive tools and sometimes dare to break new ground, are ahead of the competition and future-proofing their company.

3 Basic A’s of Identity and Access Management -Authentication, Authorization, and Accounting

 

Identity and Access Management Model

The number of data breach incidents has continued to increase in the past year. Identity and access management is one of the basic security measures in this context to prevent any injuries from these breaches. And the goal of IAM to continuously secure, measure, monitor and improve access to identity and data assets bymaking sure that users can access necessary resources while following a prescribed process. It’s an effective and forward-looking method against data breaches.

 

Down to the basics, a breach of privacy is nothing more than breach of security leading to the accidental or unlawful destruction, loss, alteration, unauthorized disclosure of, or access to, private data transmitted, stored or otherwise processed. Despite all this awareness, most companies take IAM serious only when it is too late. They must not ignore that preventing cybercriminals from entering a network, getting business data, stealing it, and misusing it can be avoided by implementing a multi-layered security approach.

When using identity and access management, remember the basic three A’s: Authentication, Authorization, and Accounting.

 

Authentication

 

Authentication is based on the idea that each individual user has unique information that sets him or her apart from other users to provide proof of identity when they identify themselves. It ensures that the person who logs on to a system is actually the person who claims to be. The easiest way an attacker can access a company’s IT systems is by obtaining someone’s credentials. Like the passwords of any X employee working in any X organization. Phishing, social engineering or simple theft are common methods. The network can not recognize that it is the wrong person and will allow the attacker to access all data that the user has access to. IAM procedures and technologies help to get the authentication problem under control. Authentication can take place as an individual process or can be combined with authorization and accounting.

 

An effective password strategy is the key to an effective authentication process. These include the frequent change of passwords, a strict password policy and processes that protects data from outsiders. The basic problem with passwords, however, is that employees usually have so many of them that they are hard to remember and sometimes they have same passwords for different applications. Single sign-on technologies offer a solution to this problem. SSO means that after a one-time authentication, a user can access all the computers and services that he is authorized to access without having to log in each time.

 

In the meantime, there are also password management tools in which the user can manage, reset and re-assign his passwords via a self-service portal. These tools ensure that the selected password meets the strict requirements.  Most companies are moving toward Multi-Factor Authentication (MFA) or Two-Factor Authentication (2FA) which leverages a static password and challenge question to strengthen cybersecurityby adding a second layer of security that requires additional authentication.

 
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Authorization

 

It’s the process of granting or denying a user access to system resources once the user has been authenticated through the username and password. The amount of information and the amount of services the user has access depend on the rights the users have.Proper and complete authorization is the key to preventing data breaches. Effective IAM solutions ensure that users only have access to the data they really need and are assigned to their login credentials. And these solutions prevent a user from having too much access to sensitive data he should not have by giving sufficient access necessary to perform their required functions, and nothing more.

 

Administrator must have an eye on the access permissions and disactivate the open functions when they are no longer needed in order to avoid any accidental or malicious violations of security objectivesEmployees and service providers who no longer work for the company X should immediately be deprived of their assigned access rights. Without effective identity management, a business cannot be sure who can access what systems and whether an attacker might use accounts to gain access to sensitive data.

 

Accounting

 

Accounting means keeping an eye on user’s activity, access and data they have access to do their jobs while they are on companies’ network. It also includes the amount of time a X user spend to do X job. Having track of all above mentioned activities helps to detect breaches, tracing back to events leading up to a cybersecurity incident and forensic investigations.

 

If all the players of a team pull together and each player fills his position, then no power in the world can bring them down. Security requires a comprehensive approach and implementation of IAM concepts such as strong authentication, granular authorization, and powerful privileged access management and accounting to put cybercriminals in their place.

 

Sources :
–Planning Guide for Identity and Access
–Identity and access management Beyond compliance

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