ForgeRock Tutorial

ForgeRock is defined as an identity and access management software system. It offers various digital identities and accessibility of the users and also equips its employees. The main objective of this ForgeRock tool is to provide amazing and secure user experiences. It can also equip you with an efficient and secure workforce. 

One of the main functionalities of the ForgeRock tool is protecting connected devices and data streamers. Many organizations from various industries like Government, Retail, Healthcare, Communications, Social Media, and Finance use the ForgeRock tool. Thus, by learning ForgeRock, you can build a promising career. In this ForgeRock tutorial, you will learn What ForgeRock is and the primary components of ForgeRock.

ForgeRock Tutorial - Table of Content

1. What is ForgeRock
2. What is ForgeRock Used For?
3. ForgeRock Installation Guide
4. ForgeRock Architecture
5. ForgeRock Automation Tools
6. ForgeRock Modular Framework
7. ForgeRock Backstage Knowledgebase
8. ForgeRock Access Management
9. Advantages of ForgeRock

What is ForgeRock?

ForgeRock is the digital identity and access management(IAM) software system established in 2010. ForgeRock is a multinational company located in the USA(United States of America). It provides digital accessibility and identity for the consumers and equips the workforce. The main objective of utilizing ForgeRock is to deliver secure and pleasing consumer experiences. It also provides a safe and effective force. Another significant utility of ForgeRock is that it secures our data streams and connected devices.

What is ForgeRock Used for?

ForgeRock is the software tool used for digital accessibility and identity with devices and also to prevent things. This also enhances workforce empowerment and also provides good consumer services. Following are the critical features of ForgeRock that describe why we require ForgeRock:

• This tool handles active directory properties and objects.
• It also handles the active directory access and active directory permissions.
•  It can link every kind of connectible application.
• It has massive configuration and customization capabilities.
• It provides comprehensive workflow engines.
• It can manage intent system permissions.
• It gives secured connectivity with things, devices, and people.
• It handles intent system properties and objects.

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ForgeRock Installation Guide

Follow these steps for installing ForgeRock in the single or multiple java servers. 

Step1: Installation

• Installing the actions
• Install rapidly for evaluation through default settings
• OpenAM Server Installation, selecting the setting.
• Delete the start over and configuration
• Add the OpenAM server to the site.
• Installing ssroadmin for configuration
• Performing the command-line tool installation
• Skip OpenAM for our organization.
• OpenAM Uninstallation.

Step2: Open AM Deployment

OpenAM 13.0.0 war file includes the OpenAM server through the console. We can execute .war files based on our web service container.

Step3: Go to the starting configuration screen, like” http://openam.example.com:8080/openam”

Step4: Configuring OpenAM through defaults:

The default OpenAM configuration sets up the embedded OpenDJ servers through the default configuration ports. If the end-user utilizes the available ports, later OpenAM utilizes the free ports for storing and configuration reasons.

It also shapes the cookie according to the completely qualified domain name(FQDN) of the system. The cookie domain and openam.example.com will be plunged into “.example.com.”

ForgeRock Architecture 

It describes the components, functionalities, and how it works with devices. ForgeRock solutions are subject to identity and access management solutions that we use to secure your things or devices. The identity and access management solutions were not developed by easily integrated applications that provide the below mechanisms:

• Providing secure device-agnostic access at any time.
• Handling large-scale populations like what is required for customer-oriented deployments.
• Making decisions according to the consumer perspective.

     They need platforms that can securely identity-enables the latest services in months, not years, handle the identities of the user devices and the IoT(Internet of Things). It supports the vast scale needed for machine-to-machine microservices and consumer identities and sustains a persistent identity throughout the multiple services and devices. ForgeRock is the advanced version of the essence and access management platform. At the basic level, ForgeRock includes the below components:

• How can the person be identified in the system?
• How the roles can be identified and how they can be assigned to that role.
• Updating, Deleting, Adding the personal details and his roles.
• Securing the critical data in the system and also preventing that system itself.
• Allocating the access management level to a person or a group of people.

ForgeRock Automation Tools

Following are the essential tools that we use to automate our OpenAPM Deployments or access management:

#1. Amster 

It is a thin command-line interface. This tool is suitable for the DevOps processes like identity platform and continuous integration deployment. Amster tool exists in the access management 5.0 and is primarily integrated for replacing the below tools like:

• AMpassword
• SSOADM
• Upgrade.jar
• Configuration.jar

#2. Upgrade.jar

This tool is almost the same as the Configuration.jar tool, and we use it to perform configuration file upgrades. 

#3. Configuration.jar

This is the java tool that we use to create the instances for the access management and identity platform deployment. It enables us to discover the configuration file and configure access management or the open-access management based on the configuration file. 

#4. REST Interface

Almost every OpenAM configuration process can be done through the REST interface tool. The REST interface tool carries out the below tools:

• Rapidly logging on as the amadmin.
• Performing all the configuration changes that the system requires.
• Generates the interaction with script files like JSP, JSON, etc. In the browser’s development explorers, we can utilize the API explorer for locating the REST API endpoints.

#5. SSOADM

This is one of the primary command-line configuration tools that we use in the OpenAM platforms. When the user deploys the OpenAM identity platform, this tool lets us configure every aspect of the OpenAM configuration processes. We can run this tool in batch mode and execute the command line batches in the configuration file.

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ForgeRock Modular Framework

It is incorporated with the identity management tool for building product solutions and functionality. Following are the main features of ForgeRock Modular Framework:

1. Infrastructure Modules Components

• This module offers distinct features required for services.
• BPMN 2.0 Workflow engine - This business process engine or embedded workflow is according to the models such as Business process and Activiti notations/model.
• Scheduler: It contains simple basic triggers and quartz triggers. It carries out the tasks like Live Sync, Regular trigger reconciliations, Workflow trigger, Custom Logging, and Scripts for storing and running the reports.
• Script Engine: It is a plug-in element module that offers the plug-in points and triggering for identity management systems. We can perform it through Groovy programming and Javascript.
• Audit Logging: It carries out the logging activities of every related system user and sets up the log stores. 
• Policy Service: We use this component for applying the validation procedures to properties or objects when they are created or updated.
• Repository: This element summarises the IDM framework modular, pluggable persistence layer. It offers a reconciliation of the synchronization and data with various explicit data stores like LDP data servers, XML files, etc.

2. Core Services

It is the core of resource-oriented infrastructure and object model

• Managed Objects
• System Object
• Mapping
• Object Model
• Reconciliations and Synchronization

3. Access Layer

• User Interfaces
• Restful Interfaces

4. Preventing General REST Commands.

ForgeRock Backstage Knowledgebase

The base of the ForgeRock Backstage KnowledgeBase contains information or data like how we identify the issue within our organizations/companies/industries or applications. In ForgeRock, we have three kinds of ForgeRock BackStage KnowledgeBase:

• IOS SDK Troubleshooting
• Android SDK Troubleshooting
• Javascript SDK Troubleshooting

Steps:

1. Authentication and Registration tree

This ForgeRock SDKs authentication and Registration tree support the customer/user in creating and configuring the profiles of end-users. The user/customer can easily set up devices that are explicit through jailbreak detectors and anomaly analyzers.

2. Access Token Acquisition:

We can use ForgeRock SDK Architecture for providing token management and multi-step OAuth 2.0 acquisition.

3. Abstraction Layer

ForgeRock SDK architecture also consists of some frameworks. We can use the SDK framework for incorporating the abstraction layer for consuming the integrations and for uniformizing the applications.

4. Architecture

We can use the layered SDK components for designing and enabling integration at different levels. SDK Integration contains intermediate API wrappers. User interface rendering modules and Application Programming Interfaces.

ForgeRock Access Management

ForgeRock is an advanced version of the identity and access management tool built to subdue the challenges faced with conventional access management features. The capabilities and features of ForgeRock identity and access management platform:

• Consumers can access about 100 inputs for orchestration, identity, and dynamic access decisions.
• The business test contains resources, scope, and transactions.
• It identifies fraud behavior with machine learning and artificial intelligence.
• It also includes user-device and user-user relationships.
• It sends the outputs and signals to the fabric of digital businesses for agility and security.

ForgeRock Advantages

Some of the essential advantages of ForgeRock are:

• Enhance Customer Experience

Customer expectation alters with each innovative product and service. They require that our enterprise offer them similar digital expertise they have in other organizations.

• Digital Transformation Services

Digital technology alters enterprises, services, and products, and It is the origin of the innovations. Businesses are facing difficulties experiencing the digital transformation that makes implicit changes. In contrast, explicit partners are searching for methods to provide the consumers with the best customer experience.

• Full Transparent
• ForgeRock provides flexible deployment
• High Availability
• Rapid Deployments
• Broad Coverage
• Clustering and Virtual or Appliance
• Multiple Modes: Spanning, Bridge, and Agents
• Governance and Security

Conclusion

This ForgeRock tutorial enables us to master the capabilities, framework modules, and features of the ForgeRock. The modern automation tools of ForgeRock integrate user business applications and provide digital transparency to the consumers. I hope this ForgeRock tutorial gives you essential information about ForgeRock identity and access management.

If you have any queries, let us know by commenting in the below section.