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What Are the Business Benefits of GRC Integration

Nowadays the concept of Governance, Risk, and Compliance (GRC) is of a great importance for many companies. With growing regulations and added organizational threats (both internal and external), GRC continues to become more valuable, as it allows organizations to achieve objectives, address uncertainties and operate with integrity. Integrated GRC demands that several roles work in harmony. Audit, risk management and compliance teams must come together to share information, data, assessments, metrics, risks and losses.

GRC as a discipline is aimed at collaboration and synchronization of information and activities. If implemented effectively, it enables stakeholders to predict risks with higher accuracy, and capitalize on the opportunities that truly matter. By adopting a federated GRC program, process owners at the business unit level can independently assess and manage their own risks and compliance requirements; at the same time, key risk and compliance metrics can be rolled up to the top of the organization for reporting and analysis.

  • Why should we integrate Governance, Risk, and Compliance (GRC)?

Risk and compliance information in the right format, at the right time and in the right hands is crucial for the organisational success. It supports quick and informed decision-making, which can save an organisation from financial and reputational loss, data breaches, compliance violations and more. Stakeholders need to always be mindful of issues such as ineffective controls, unmitigated risks and policy conflicts. The path to achieving this objective lies in integrating GRC. Now that we know that integrated GRC solution is important, let us understand why it is essential.

  • Secures Assets

Assets in an organization can be anything, such as physical infrastructure, stored data, intellectual properties, data centers, human capital, e-assets, etc. Companies require their assets to be protected from all kinds of threats, such as natural calamity and cyber threats. There is a close competition between the data protectors and the data thieves. The point to be noted here is that as we develop more mechanisms to reduce cyber threats, cyber-crimes have evolved technologically as well. Government regulations and compliance standards help determine and implement controls to secure these assets. However, a centralized system and process that can monitor the smooth functioning of business in real time and raise a flag in case of any issue are essential to reduce the various risk exposures of the organization

  • Regulatory Changes and Control Implementation

Regulations are not simple and common anymore. Each country has different regulations in place and enforcement level of these regulations varies up to a large extent. For example, companies operating with North American health data needs to comply with HIPAA, whereas, companies dealing with European personal data needs to comply with GDPR. Since multinational corporations generally operate in different regions, implementing controls requires identifying commonality between different regulations and standards in order to ease the process of compliance. Hence, it becomes efficient to handle controls and control failures when the integration of GRC is done.

  • Cost Saving and Revenue Generation

Couple of years back, risk management and compliance were considered to be a part of the cost centre. Earlier, companies used to spend on GRC without understanding the financial benefits. Complying with standards was like a mere advantage and not a need. But the scenario has changed drastically today. GRC acts as a cost saver for the customers by ensuring automation of common processes and implementation of common controls to mitigate risks. From a service provider’s perspective, it acts as a revenue generator because GRC has become a necessity for all the customers and expert services are in huge demand.

  • Streamlined Management

Tracking down important information across multiple documents, computers, and/or storage methods is time-consuming and makes data and task management a bigger challenge than it has to be. Automating manual activities and developing repeatable processes and workflows, on the other hand, simplifies day-to-day GRC management tasks, reducing time and resource requirements and minimizing human error.

  • Greater Agility

Many organizations struggle with a lack of visibility into their business processes, vendor relationships, risk exposure, and other critical considerations for integrated risk management. Uniting analytics and reporting for these and other areas under one platform enables organizations to quickly analyze risks and opportunities and develop data-driven action plans. As a result, launching a new product or service, contracting with a new vendor, or responding to market changes becomes faster and more efficient.

Even though organizations may have different teams or managers handling ERM, vendor management, compliance, or business continuity, their management processes and data don’t have to be siloed. However, the benefits of GRC integration are only possible with a two-pronged approach of – strong policies and procedures for governance, risk, and compliance management, and  a flexible technology architecture that supports and enhances your GRC initiatives.

If your organization is looking for ways to tie those two pieces together, PATECCO is able to support you. We help businesses quickly implement a holistic, integrated GRC program using built-in best practices.

How to Manage Security in a DevOps Environment

In recent years, DevOps has been gaining a great popularity among IT decision-makers who have realized the benefits that it offers. DevOps is based on automation and cross-functional collaboration. However, not many IT executives are aware of the security risks in a DevOps environment. This article reviews the basic concepts of a DevOps pipeline and suggests several ways for securing it.

What Is DevOps?

The standard DevOps model focuses primarily on development and operations. It represents a collaborative or shared approach to the tasks performed by a company’s application development and IT operations teams.

While DevOps is not a technology, DevOps environments generally apply common methodologies. These include the following:

– continuous integration and continuous delivery or continuous deployment (CI/CD) tools, with an emphasis on task automation;

– systems and tools that support DevOps adoption, including real-time monitoring, incident management, configuration management and collaboration platforms; and

– cloud computing, microservices and containers implemented concurrently with DevOps methodologies.

A DevOps approach is one of many techniques IT staff use to execute IT projects that meet business needs. DevOps can coexist with Agile software development, IT service management frameworks, such as ITIL, project management directives, such as Lean and Six Sigma, and other strategies. In a DevOps security culture, all team members play an active role in securing software. It allows teams to test early and often throughout the software creation process. This enables them to analyze their software as they build it, reducing the likelihood they release buggy software.

How to Secure the DevOps Environment:

The following tips from this article can help you address DevOps environment’s security risks and ensure that any vulnerabilities are handled properly.

  • Establish Credential Controls

Security managers need to make sure that the controls and access to different environments is centralized. To achieve this, managers have to create a transparent, and collaborative environment to ensure that developers understand the scope of their access privileges.

  • Consistent Management of Security Risks

Establish a clear, easy-to-understand set of procedures and policies for cybersecurity such as configuration management, access controls, vulnerability testing, code review, and firewalls. Ensure that all company personnel are familiar with these security protocols. In addition, you should keep track of compliance by maintaining operational visibility.

  • Automation

Security operations teams need to keep up with the fast pace of the DevOps process. Automation of your security tools and processes can help you scale and speed up your security operations. You should also automate your code analysis, configuration management, vulnerability discovery and fixes, and privileged access. Automation simplifies the process of vulnerability discovery and identification of potential threats. Moreover, automation enables developers and security teams to focus on other tasks by eliminating human error and saving time.

  • Privileged Access Management

You should limit privilege access rights to reduce potential attacks. For instance, you can restrict developers and testers access to specific areas. You can also remove administrator privileges on end-user devices, and set up a workflow check-out process. Additionally, you should safely store privileged credentials and monitor privileged sessions to verify that all activity is legitimate.

Problems Addressed

DevOps solves several problems, such as:

  • Reduced errors: Automation reduces common errors when performing basic or repetitive tasks. Besides, automation is valued for preventing ad hoc changes to systems, which are often used instead of complete documented fixes. In the worst case the problem and solution are both undocumented and the underlying issue is never actually fixed, and is not much more than the fleeting memory of the person who fixed the issue in a panic during the last release.
  • Speed and efficiency: Here at PATECCO we talk a lot about “reacting faster and better” and “doing more with less”. DevOps, like Agile, is geared towards doing less, better, and faster. Releases occur more regularly, with less code change between them. Less work means better focus, and more clarity of purpose with each release. Again, automation helps people get their jobs done with less hands-on work.
  • Bottlenecks: There are several bottlenecks in software development: developers waiting for specifications, select individuals who are overtasked, provisioning IT systems, testing, and even processes (particularly synchronous ones, as in waterfall development) can all cause delays. The way DevOps tasks are scheduled, the reduction in work being performed at any one time, and the way expert knowledge is embedded into automation, all act to reduce these issues. Once DevOps is established it tends to alleviate major bottlenecks common to most development teams, especially the over-burdening of key personnel.
  • Security: Security becomes not just the domain of security experts with specialized knowledge, but integrated into the development and delivery process. Security controls can be used to flag new features or gate releases — within the same set of controls you use to ensure custom code, application stacks, or server configurations, meet specifications.

The fundamental value of DevOps is speed to market. However, companies that do not incorporate security into every stage of their development and operations environment risk losing the value of DevOps. To ensure a secure environment, you need to adopt a DevOps model, enable privileged access management, and secure your software supply chain.

Why Security Orchestration, Automation and Response (SOAR) Is an Essential Cybersecurity Tool?

The SOAR acronym first appeared back in 2017, and it stands for Security, Orchestration, Automation, and Response. SOAR represent a rise in automated incident response and management platforms. This technology allows organizations to collect relevant data regarding security operations by applying automation and orchestration. Gartner predicted that this technology will be a turning point in the cyber world, as more and more organizations have realized the immense value of SOAR.
With the evolution and increase in cyber attacks every day, SOAR gained popularity among security analysts for its core feature of handling repetitive tasks. By helping to plan and orchestrate responses to security incidents, SOARs offer critical functionality that extends beyond that provided by security incident and event management (SIEM) platforms, a more conventional type of security tool.


Security Orchestration, Automation and Response in detail

Let’s break down the term SOAR to get a better understanding of what it actually involves:

  • Security automation

This is the automatic execution of security operations-related tasks – such as scanning for vulnerabilities or searching for logs – without human intervention. Information is automatically retrieved from advanced detection systems and Security Information and Event Management (SIEM).

  • Security orchestration

This refers to the way all security tools are connected. Even disparate security systems are integrated. In this layer, SOAR streamlines all security processes.

  • Security response

This means automation helps to define, prioritise and execute default incident response activities based on predefined policy rules. Incident response processes may be completely automated, completely manual, or a combination of both to mirror an organization’s unique business processes.

Benefits of using SOAR as an Effective Cybersecurity Tool

  • Enhancing incident response

Rapid response is vital in order to minimise the risk of breaches and limit the vast damage and disruption they can cause. SOAR helps organisations to reduce mean time to detect (MTTD) and mean time to respond (MTTR) by enabling security alerts to be qualified and remediated in minutes, rather than days, weeks and months.

SOAR also enables security teams to automate incident response procedures (known as playbooks). Automated responses could include blocking an IP address on a firewall or IDS system, suspending user accounts or quarantining infected endpoints from a network.

  • Improve security operations center management with standardized processes

Using a centralized security operations center (SOC) management system, your organization can maintain better internal and regulatory compliance. Plus, using an automation platform specifically built with SOCs in mind, allows you to better prioritize and optimize alert remediation.

  • Faster detection and resolution of known and unknown threats

Responding to cyber threats in real-time requires a great deal of preparation, and with today’s evolved data threats, combating incidents without the help of AI automation is virtually unthinkable. In that regard, SOAR helps managed security service providers (MSSPs) respond to these threats quickly and effectively. Furthermore, AI-enhanced technologies are used to evaluate real-time threats, search for trends, utilize historical data to detect patterns, and isolate confirmed threats or any types of suspicious activities in a rapid-response fashion.

It’s very important to note that cyber attacks are moving at a rash speed, and cyber criminals are utilizing agile development and machine learning to strike any weaknesses and evade detection, and leaving traces. And only SOAR offers that kind of instant readiness that allows MSSPs to quickly respond in a preventive manner and learn consistent pattern behaviors.

  • Automated Security Reporting

In addition to automating security incident detection and response, SOAR platforms usually provide automated reporting features that record what happened, who did what and which steps ultimately mitigated the threat.

This data is crucial for tracking trends in security risks and response over time. It may also be useful for auditing and compliance purposes in cases where businesses are required to document their security operations.

  • Vulnerability management

SOAR platforms may also provide cataloguing of assets for a clearer visibility of their security. If any asset is vulnerable to a cyber threat, timely patching of vulnerabilities will reduce the risk of cyber-attacks on those assets. SOAR also offers integration with tools that automate the process of vulnerability management, in addition to directly fetching information about vulnerabilities by integrating with threat intelligence.

  • Unification of security tools

In order to achieve optimal efficiency, SOAR allows a swift integration of both workforce and tools, and that exact integration allows SOAR to handle tasks and processes without the need for human intervention. Machine learning is also applied to automate specific tasks, and that automation is usually applied via playbooks.

Is SOAR right for your organization?

To select a suitable SOAR solution for your business, you need to think about a variety of factors. Gartner advises that before choosing a SOAR solution, it is essential to make an assessment of the need of your security team, analyze which areas of your security operations need strengthening, and find out which SOAR solutions offer the kind of features that match your actual needs. Implementing SOAR can reduce threat response times, improve security performance and resource allocation, and create a more positive, productive environment for security professionals.

How Does Artificial Intelligence Help in Identity Verification?

Nowadays Identity theft is regarded as a growing problem. With the increase in online shopping, the number of online identity theft increased rapidly. According to Internet security report from 2019, cybercriminals diversify their targets and use smart methods to commit identity theft and fraud.  Unfortunately, the number of fraudulent transactions and massive data breaches increases as the fraudsters and cybercriminals become more sophisticated. For most businesses, it is essential to identify and verify the identity of their client in order to decrease the potential risks. To deal with that challenge, various ID scanning and security solutions have been implemented using Artificial Intelligence (AI).

Automated Identity Verification

Thanks to the modern AI technology, that process can now be automated. A stable AI system can solve this time consuming task in a matter of a few minutes. So, now let’s see how an AI based identification and verification solution can help solving this problem.

From one side, Artificial intelligence enables computers to make human-like decisions and automating a particular task. It empowers everyday technologies like search engines, self-driving cars, and facial recognition apps. AI cannot only deter online frauds and scams, but IT plays a pivotal role in making payment frauds a thing of the past if used with appropriate intelligence. From the other site, machine learning and deep learning make it possible to authenticate, verify and accurately process the identities of the users at scale. Here are some ways AI and machine learning are used to scale identity verification.

KYC (Know Your Customer) checks

First of all, KYC (know your customer) checks is a common process used in most businesses. The aim behind these checks is to ensure that they know what their customers are, what type of activity is expected from a certain customer and also the type of risk they could bring to the business. Such checks are important to ensure the sustainability of the business. This, however, is a long and a tedious process. With the added advantage of machine learning algorithms, an AI-powered system can detect any attempt of document fake information on an identity document at much more quicker pace and with much efficiency as compared to a non-AI system or a manual review process. The biometric features captured during the facial verification process can be cross-matched with the face image present on an identity document. This establishes the ultimate verdict either against or in the favor of the identity of the incoming user.

AI and Biometric Authentication

Biometric authentication is used to fulfil KYC and KYB (Know Your Business) compliances. It uses fingerprints, eyeball scanning or face scanning to verify a person’s identity. It can also be used to authenticate the employees at the workplace. The old method of authentication like passwords or PIN code has long been finished due to biometric authentication. With the help of AI, biometric can create data-driven safety protocols and the verification solution cannot be manipulated by fraudsters. Here we will list some of the ways AI can work with Biometric verification:

Facial Recognition

Facial recognition processes can be tricked easily with a picture or a video of the owner. There are many cases where the system has been fooled were due to 2D facial recognition. This is where AI plays an important role by using 3D biometric facial recognition technology. It detects the face of the person and learns from many different pictures. AI can also detect if a person is using a face mask, using a picture of a picture, a picture of the screen, or using a tampered document with a fake picture. That’s why AI matched with biometric makes a perfect solution for bio authentication.

Voice Recognition

AI can be used to recognize voices in these biometric systems. Different voice patterns like speed, tone, accent, etc. can be analyzed as well. AI can evaluate a person’s voice for biometric verifications.

Keystroke dynamics

Just like writing, the typing pattern of the person differs as well. AI can recognize a person from their typing pattern and verify their identity. It uses dwell time, speed, and fight time. Dwell time is how much time the user puts in pressing a key, and fight time is a time in releasing a key and pressing another key. This system can also identify a person with their frequently used keys.

  • For more information about Identity verification, check out here.

The Interaction Between Artificial Intelligence and Identity & Access Management

For many organisations, Identity & Access Management is a critical weapon in their cyber security battle. It is a great and robust solution to mitigate against data breaches, as well as manage the risks that come with remote working and Bringing Your Own Device – BYOD. IAM is constantly evolving across critical functions including data security, authentication, synchronizing internal data, enabling consumer contact preference management and meeting privacy compliance requirements.

The importance of a clever and mature IAM strategy shouldn’t be underestimated. Deciding who should have access to what information is difficult for many businesses and this challenge leaves their systems vulnerable. According to a Forrester research report, 83% of organizations do not have a mature approach to IAM. The risk that these organizations meet problems with a data breach is twice as high compared to organizations that have their IAM strategy. The report also presents a direct correlation between smarter IAM approaches and reduced security risk, improved productivity, increased privileged activity management and greatly reduced financial loss.

What is the Approach to Artificial Intelligence in IAM?


In the past several years, Machine Learning successfully develops due to its unique features like adaptability, scalability and ability to handle unknown challenges and to reduce human effort and intervention. AI and Machine Learning technologies could be a significant support for effective IAM. These trendy technologies could facilitate enterprises mature from excessively technical access management to access management that’s understandable on all levels.

Modern technologies provide ways to learn new insights and automate processes, which significantly speeds up the existing IAM compliance controls. They can detect anomalies and potential threats, without the need for a large team of security experts. This gives employees (technical and non-technical) the information needed to make correct decisions. Such progress is crucial, especially in the area of anti-money laundering and fraud detection, but also in the area of combating insider threats. That’s why it could be said that AI can serve as a lever to improve the enterprises’ IAM workflow and that ability makes it increasingly important in cybersecurity and Identity and Access Management.

  • AI monitoring and increased visibility

As business systems become more interconnected the need for seamless, continuous, and accurate access to information will become increasingly important. For that reason, AI advanced authentication systems will play a huge role, especially when collecting and analysing the information much faster than humans. Working within a user’s access permissions, AI systems could constantly monitor users as they move around the network, but they could also monitor any unusual, irrational or variable behaviour. They could detect whether users are trying to access a part of the system they wouldn’t normally or downloading more documents than they generally would.

  • Automation and Flexibility

Because AI monitors the details of users’ actions, it’s possible to automate authentication for low-risk access situations. In this way it can offload some of the burden of IAM administration and can prevent the “security fatigue” among users. AI is capable of looking at the total set of circumstances surrounding access requests including time, device type, location and resources being requested.

Considering these details, before granting network access, it makes IAM contextual and granular and can control potential problems caused by improper provisioning or deprovisioning. AI-powered systems are able to apply appropriate IAM policies to any access request based on needs and circumstances, so that the IT department doesn’t have to waste time figuring out the basics of “least privilege” for every use case.

  • More effective regulatory compliance

Enterprise software applications which integrate AI can increase the efficiency and effectiveness of regulatory compliance programs across a variety of industries. Many enterprises believe that complying with security and privacy regulations is sufficient to keep hackers away, but that’s not enough to meet the security needs. The basics of compliance means ensuring information is only accessed by those who need it and rejecting everyone else.

Implementing compliance rules for new security laws can be a burden, and noncompliance is a common practice. The flexible, adaptable nature of AI-powered IAM is useful in these situations. AI and ML constantly monitor traffic, learn behaviours and apply granular access controls, so enterprises face less of a challenge when enforcing security protocols, and it becomes difficult for hackers to get any use out of stolen credentials.

Nowadays hackers are getting better and braver in infiltrating networks. Detecting unauthorized access attempts requires detailed scrutiny which could not be performed precisely by human monitoring. This is the reason why companies rely on artificial intelligence technologies to implement better IAM practices for improving access security and maintaining the integrity of user identities.When AI and ML are performed with the appropriate monitoring and reporting tools, it becomes possible to visualize network access and reduce overall breach risk using intelligent and adaptable IAM policies.In the highly competitive world of global finance and regulated industries, investing in AI and ML can increase the accuracy and efficiency of compliance systems, as well.

How to Protect the Data and Privacy In the Cloud

The era of the cloud is in its progress. It is a constantly developing innovation that includes a broad set of public, private, and business process outsourcing capabilities. Cloud computing relies on sharing computer resources rather than having local servers or personal devices to handle applications. Nowadays, organizations use cloud services for data storage and doing their daily operations. Despite of various advantages like scalability, flexibility, productivity, security is the major concern for cloud computing. One of the main security issues is how to control and prevent unauthorized access to data stored on the cloud.

There are various techniques able to control unauthorized access to data. One such technique is RBAC (Role Based access Control) model. RBAC method controls the access to data based on roles given to individual users within an organization. Besides, RBAC model provides flexible control and management using two simple mappings.  First is User to their role in the organization and second is Roles to accessible data to that Role.

  1. Implementing a strong RBAC policy

Implementing a strong RBAC policy helps for building up a strong visibility strategy and provides a better security solution for accessing data on cloud. Roles in RBAC are mapped to access permissions, and all users are mapped to appropriate roles and receive access permissions only through the roles to which they are assigned.

Controlling the access through roles gives benefits to organization and simplifies the management, as well. Typically, role-based access control model has three essential structures: users, permissions and roles. A role is a higher level representation of access control. User corresponds to real world users of the computing system. User authorization can be accomplished separately; assigning users to existing roles and assigning access privileges for objects to roles. “Permissions” give a description of the access users can have to objects in the system and “roles” give a description of the functions of users.

2. Management and Automation

Unifying an organization’s security infrastructure not only eases management, but also helps ensure that consistent security policies are applied wherever applications run, data is stored, or infrastructure is built. Moreover, it enables the automation of security lifecycle management processes and helps ensure compliance. These capabilities allow organizations to manage cloud and on-premises infrastructures similarly by leveraging the same level of visibility and control. Centralized management and automation help organizations meet risk management and regulatory compliance objectives. Effective security management and automation consists of  three primary elements: visibility, control, and compliance.

  • Visibility

The ability to consistently see all applications, networks, infrastructures, security events, and logs in a multi-cloud environment is a cornerstone of a security posture assessment. Such assessments are both a starting point and an ongoing process of security management.

  • Control

Control refers to applying configuration changes and populating the security infrastructure with the relevant resource-related information pertaining to the multi-cloud security posture. Besides, the control framework should extend to the native security functionality provided by each cloud platform. This allows administrators and operators to apply security changes throughout the infrastructure.

  • Compliance

Maintaining a consistent security posture and automating security operations significantly increases an organization’s ability to maintain regulatory compliance. In addition, centralized security management, automated workflows, and shared threat intelligence help enterprises quickly react to emerging threats.

PATECCO Cloud Access Control tools for data and privacy protection

PATECCO Cloud access control tools offer a greater flexibility whilst maintaining the levels of security essential to their business. Cloud access control provides secure deployment options that can help enterprises develop new customer experiences, enable effective collaboration and improve speed to market – all while increasing IT efficiency

1.Cloud Access Control: REST API

PATECCO MIM 2016 REST API. This fully functional CRUD tool acts like a convenience gateway between your applications and MIM Portal providing the following benefits:

  • Faster response times due to the integrated cache.​
  • Offers better support for different clients and increased productivity through automation.​
  • Increased level of security by easy integration with API Gateways (Axway Amplify, APIGEE and etc.).​
  • Supports Push Notifications providing easier integration with SIEM or other Event based tools (Azure Event Hub and etc.) adding additional flexibility to your applications.​
  • Cloud ready. Installed on Azure provides easier access for your cloud apps and transforms. Microsoft MIM 2016 infrastructure for Data Stream compatibility.

2. Cloud Access Control: Microsoft PIM

PATECCO offers clear migration path from an On-premise Identity System to the Azure Premium AD and Microsoft Privileged Identity Management (PIM).

  • Analyse and transform current RBAC model to a one based on Azure AD and protect the roles with Microsoft PIM.​
  • Transform and organize Azure AD logs to Events integrated to the Azure Event Hub infrastructure.​
  • Transform and adapt current workflows to the newest cloud native Azure Logic Apps infrastructure and handle all needed customizations through Azure Functions.​
  • Provide level of support for the legacy infrastructure through Azure Active Directory Sync or through our own PATECCO PAM tool. ​

3. Cloud Access Control: Azure AD Domain Services

  • PATECCO offers clear migration path from On-premise Active Directory to Azure AD Domain Services
  • Azure Active Directory Domain Services (Azure AD DS) Provides managed domain services with a subset of fully compatible traditional AD DS features such as domain join, group policy, LDAP, and Kerberos/NTLM authentication.
  • Azure AD DS integrates with Azure AD, which itself can synchronize with an on-premises AD DS environment, to extend central identity use cases to traditional web applications that run in Azure as part of a lift-and-shift strategy.
  • Use of Azure AD Application Proxy feature which provides the ability to securely access internal apps from outside your network.

For the different kind of organizations throughout the world, cloud computing has become a key element of their ongoing IT strategy. Cloud services give organizations of all sizes access to virtually unlimited data storage while freeing them from the need to purchase, maintain, and update their own networks and computer systems. Microsoft and other cloud providers offer IT infrastructure, platform, and software “as a service,” enabling customers to quickly scale up or down as needed and only paying for the computing power and storage they use.

However, as organizations continue to take advantage of the benefits of cloud services, such as increased choice, agility, and flexibility while boosting efficiency and lowering IT cost, they must consider how the cloud services affect their privacy, security, and compliance posture. It is important for the cloud offerings to be not only scalable, reliable, and manageable, but also to ensure  your customers data is protected and used in a transparent manner.

6 Benefits of Implementing Privileged Access Management

A great number of companies are facing challenges in maintaining data security, which is an essential part of their business. All they meet difficulties in handling those challenges. That is why it is important for them to know that attackers will always find a new way of doing their actions and getting everything they need. As a result, attackers who gain control of privileged accounts have the key to break the whole IT system.

To avoid the data breaches and to handle such situation, Privileged Access Management (PAM) comes to help the enterprises.

Privileged Access Management could be explained as the creation and enforcement of controls over users, systems and accounts that have elevated or “privileged” entitlements. According to Microsoft, Privileged Access Management (PAM) is a solution that helps organizations restrict privileged access within an existing Active Directory environment. Privileged Access Management accomplishes two goals:

The first goal is to re-establish control over a compromised Active Directory environment by maintaining a separate bastion environment that is known to be unaffected by malicious attacks. The second goals is to Isolate the use of privileged accounts to reduce the risk of those credentials being stolen.
The problems that PAM help could solve are related to vulnerabilities, unauthorized privilege escalations, spear phishing, Kerberos compromises and other attacks.

Nowadays it is easy for the attackers to obtain Domain Admins account credentials, but it is too difficult to discover these attacks after the fact. The goal of PAM is to limit the opportunities for malicious users to get access and at the same time to increase your control, visibility, and awareness of the environment.

What PAM does, is to make it hard for attackers to enter the network and obtain privileged account access. PAM adds protection to privileged groups that control access across a range of domain-joined computers and applications on those computers. In addition, it provides more monitoring, more visibility, and more fine-grained controls. This enables organizations to see who their privileged administrators are and what are they doing. PAM gives organizations more insight into how administrative accounts are used in the environment and that is a good prerequisite to prevent the data breaches.

Key PAM Benefits

Managing Access for Non-Employees

Misuse of privileged access, whether it’s through an external attacker or accidental misconfiguration, can cause a lot of troubles. For many enterprises, there are times when subcontracted personnel needs continued access to the system. In this case PAM offers a solution by including role-based access only. The benefit is that you will not need to provide domain credentials to outsiders and access will be limited based on administrator map user roles.

Automation

One of the top benefits of PAM system deployment is Automation. It also decreases the likelihood of human error, which is an inevitable part of the increasing workload placed on IT personnel. Switching from a manual privileged access management system to an automated solution, boosts the overall productivity, optimizes security protocols and at the same time reduces costs.

Threat Detection

PAM has the capability to track the behavior of users. On one hand, it allows you to look at the resources and information that are being accessed in order to detect suspicious behavior. On the other hand, the system itself makes reports and analysis on user activity. This makes it easier to stay in compliance with regulations and is used to review the actions of users if you suspect that there may be a leak.

Session Management

If a user has access to the system, PAM assists in workflow management through automation of each approval step throughout the session duration. You could also receive notification for specific access requests that require manual approval by an administrator. Session management gives you actually the ability to control, monitor and record access.

Protect Sensitive Data

There could be a situation, when people with high-privilege authority work in IT have access to your system. With this level of access, it is always possible to leave the system open to a threat. Besides, they could use their privilege to hide malicious behaviour.

To prevent that, PAM adds a level of accountability and oversight. It creates an audit trail that monitors the activity of all users. This makes it easier to find behaviours or actions that caused an attack.

Auditing

Auditability of authentication and access is core to the IAM lifecycle many organizations. Privileged activity auditing is already required in regulations for SOX, HIPAA, FISMA, and others. Auditing privileged access is essential due to the GDPR, which mandates management of access to personal data, putting all privileged access in scope.

As Kuppingercole’s analyst – Matthias Reinwarth says – Privileged Access Management has been and will be an essential set of controls for protecting the proverbial “keys to your kingdom”. Proper planning and continuous enhancement, strong enterprise strong enterprise policies, adequate processes, well-chosen technologies, extensive integration are key success factors. The same holds true for a well-executed requirements analysis, well-planned implementation, well-defined roll-out processes and an overall well-executed PAM project. The more attacks and data breaches are found and caused by misuse of privileged access, the more organizations have realized that protecting their credential data need to be a top priority.

Click to read PATECCO PAM White Paper here: