Archer-Expert Archer Certified Administrator-Expert Questions and Answers

This is a core concept of the Archer Data Gateway (ADG) feature. While traditional Data Feeds (Option A) and Data Imports (Option C) work by pulling a copy of external data and saving it into the Archer SQL database, Data Gateway functions differently. It provides a "window" into an external data source.

As taught in the Archer Administration II integration module, ADG allows users to view and interact with data stored in external SQL databases or other systems as if the data were inside Archer, but the information remains in the source system. This is crucial for high-volume data or sensitive information where "duplication" is prohibited by policy or storage constraints. APIs (Option D) are used to programmatically move data but still generally involve moving a copy of that data. Data Gateway is the only listed feature specifically designed for "non-duplicating" interaction.

When moving data between two applications within the same Archer environment (often called an "Archer-to-Archer" feed), the Archer Web Services Transporter is the standard and recommended method. As detailed in the Archer Administration II Data Feed module, this transporter uses Archer’s own API (Web Services) to authenticate and "read" a report from the source application.

The transporter then passes that data to the Target section of the feed for mapping. Using a Database Query Transporter (Option C) directly against the Archer back-end SQL tables is strongly discouraged and often unsupported because it bypasses the application logic and security layers. The File Transporter (Option B) would require an intermediate step of exporting data to a CSV first. The Web Services Transporter allows for a direct, secure, and API-compliant way to keep data synchronized between inter nal applications, such as feeding "Findings" from various modules into a centralized "Master Findings" application.

In the Archer platform, the Recalculation Schedule (found within the application's General Tab) is a powerful tool, but it can become a performance bottleneck if not configured efficiently. When a recalculation job is triggered, the Archer services must evaluate every record in the application to determine if calculations need to be updated. According to the Archer Administration II curriculum, the most effective way to optimize this process is by using Calculation Filters .

By selecting option A, you are instructing the system to ignore records that are irrelevant to the specific business logic (e.g., records that are already "Expired," "Rejected," or "Draft"). By filtering the schedule to run only for "Approved" requests, the job engine processes a significantly smaller subset of data, which reduces the load on the Async Service and speeds up the completion time. Option B would likely slow the system down further by adding logical complexity to the calculation itself. Option C (Data-Driven Events) is not suitable for date-based triggers because DDEs only fire upon a record "Save" event; they cannot proactively "watch" a date to trigger a change without user intervention or a scheduled recalculation.

In Archer, not every field created in an application is automatically indexed for searching. Within the Field Properties (General Tab), there is a checkbox titled "Searchable." As taught in Archer Administration II , if this option is unchecked, the field will be invisible to the Advanced Search tool.

This is often done by administrators to improve system performance or to hide technical "helper" fields (like those used in calculations or DDEs) that have no business value for end-user reporting. If a field is missing from the "Available" list in the search builder, the administrator must go back to the Application Builder, edit the field's properties, and ensure the "Searchable" checkbox is enabled. Option B (Key Field) would actually make the field more prominent, and Options C and D do not control the visibility of fields within the Advanced Search interface.

In a Single-Server Installation (typically used for Sandbox, Development, or small-scale environments), the goal is to consolidate the entire Archer architecture onto one machine. According to the Archer Administration II setup guides, this means the Web Server (IIS), the Archer Services (Job Engine, Indexing), the Advanced Workflow (AWF) service, and the SQL Server Instance Database must all reside on that single host.

While production environments favor a distributed model (Option B) for performance and redundancy, a single-server setup requires that all roles are configured to point to "localhost" or the local server's IP. The administrator must ensure the server has sufficient CPU and RAM to handle the overlapping resource demands of the SQL database engine and the Archer web services simultaneously. Options C and D describe "Distributed" or "Hybrid" models, which contradict the definition of a single-server installation.

The Archer Packaging API is a component of the modern RESTful API suite. As organizations move toward DevOps and automated deployment models, the ability to programmatically create and export Archer packages (the containers used to move applications between Dev, Test, and Production) has become essential.

According to the Archer Administration II curriculum, the RESTful API provides endpoints specifically for the Packaging Service . This allows administrators to write scripts that automatically bundle application changes into a .zip package without manually navigating the "Packaging" menu in the Archer UI. The SOAP API (Option B) is primarily focused on record data and search services and does not have comprehensive packaging capabilities. The Content API (Option C) is strictly for record-level content (CRUD operations) and does not interact with the system's metadata packaging engine. Therefore, the RESTful API is the correct tool for automating the "Package Creation" workflow.

In Archer, Values List fields are strictly validated against the pre-defined options in the field configuration. During a manual Data Import , if the source file contains a value that does not exactly match an existing entry in the Values List, the import for that specific record (or the entire process, depending on settings) will fail.

According to the Archer Administration II guide, for the import to succeed with new data, the administrator must first enable the "Create new values for Values List fields" option in the Data Import settings. If this is not enabled, Archer treats the unknown value as an error. This is a critical data integrity feature that prevents "dirty data" from entering the system. Unlike a Data Feed, which has more advanced "lookup" and "creation" logic, the Data Import tool is less flexible by default to ensure administrators are consciously deciding whether to expand the application's metadata.

In the Manage Users section of Archer, the platform uses global defaults to ensure that new accounts are created with a baseline security posture. According to the Archer Administration II security module, every new user record is automatically assigned the Default Security Parameter and the Default Access Role defined in the instance settings.

The Security Parameter (Option D) governs password complexity, expiration, and session timeouts. The Default Access Role typically provides very limited "Read" access to ensure the user can at least log in to the workspace, but usually requires further administrative adjustment to grant functional permissions. A Username (Option A) must be manually entered or mapped from LDAP; Archer cannot guess a unique username. Similarly, email addresses and passwords require specific input or integration triggers. By automatically assigning the default Security Parameter and Access Role, Archer ensures that no user is created without essential security governance already in place.

In the Archer environment, LDAP synchronization is an asynchronous process managed by the Archer Support Tools and specific Windows services. When an administrator triggers a manual LDAP sync or a scheduled sync begins, the job is placed into a processing queue within the Archer database. If the status remains "QUEUED" and never progresses to "IN PROGRESS" or "COMPLETED," the primary culprit is almost always the underlying service responsible for picking up that task.

As detailed in the Archer Administration II technical troubleshooting modules, the Archer LDAP Synchronization Service (or in newer versions, the Archer Queuing/Job Engine service) must be in a "Started" state on the web or application server to process these requests. If the service is stopped, hung, or crashed, the job will sit in the queue indefinitely. While network connections (Option C) and configuration settings (Option A) are important, they typically result in an "FAILED" status with an error log rather than a "QUEUED" status. Restarting the entire server (Option B) is an inefficient "last resort" that doesn't address the specific root cause as directly as verifying the service status in the Services console.

The Data-Driven Event (DDE) Analyzer is a diagnostic tool used to see why certain UI changes (like hiding a field or making it required) occurred. As taught in the Archer Administration II troubleshooting module, the Analyzer provides a high-level summary of the DDE execution path. It will show the name of the rule (Option A), the fields involved (Option B), and the actions triggered (Option C).

However, it does not provide a granular, "Boolean-level" breakdown of every individual filter condition within a complex rule. If a rule has five different conditions joined by AND/OR logic, the Analyzer will tell you if the entire rule evaluated to True or False, but it will not specify the result of each individual condition (Option D). To see that level of detail, administrators often have to simplify the rule or use "Dummy Fields" for testing. Understanding this limitation is key to effectively using the Analyzer for debugging complex conditional layouts.

In the Advanced Workflow Beyond the Basics curriculum, the Wait for Content Update node is identified as the primary tool for time-based automation. While its name suggests it is waiting for a user to change a field, its secondary function is to act as a SLA (Service Level Agreement) timer .

Within the node configuration, an administrator can define an "Escalation" or "Timeout" path. You can set a specific duration (e.g., 5 days). If the expected content update does not occur within that timeframe, the node "times out" and automatically reroutes the record down a secondary transition path—typically to a manager's review or an automated notification. While a User Action node (Option B) can have a "due date," it does not automatically move the record to a different path solely based on time without the Wait for Content Update node logic. Update Content (Option D) and Send Notification (Option A) nodes are instantaneous actions and do not possess the ability to "pause" and monitor for duration.

The RESTful API in Archer utilizes the OData (Open Data Protocol) standard to provide powerful querying capabilities. According to the Archer Administration II integration documentation, OData allows developers to use specific URL parameters—such as $filter, $select, $top, and $orderby—to refine the data returned by the API.

Without OData, a REST call might return every field for every record in an application, leading to significant overhead and slow response times. By using OData, the client can "narrow down the responses" by requesting only specific fields (using $select) or only records that meet certain criteria (using $filter). This is fundamentally different from the SOAP API (Options B and D), which relies on structured XML search requests. OData is what makes the RESTful API efficient for mobile applications and external integrations that require specific, lightweight data payloads.

The Archer Job Monitor is a dedicated administrative interface found within the "Administration" workspace. It is the primary dashboard for monitoring the health of the Archer Job Engine . According to the curriculum, the Job Monitor provides visibility into both scheduled and ad-hoc background tasks, including Data Feeds, Data Publication, Notifications, and Recalculations.

The report displays a chronological list of jobs, their current status (Queued, In Progress, Completed, or Failed), and their start/end times. This is the first place an administrator looks if a notification wasn't sent or a data feed didn't update. Unlike "User access logs" (which track logins) or "System performance metrics" (which are found in the ACP or IIS), the Job Monitor is focused strictly on the execution history of background system tasks, allowing administrators to identify bottlenecks or specific job failures without needing access to the server's event logs.

In a Multi-Host (Distributed) Environment , Archer components (Web, Application, and Database tiers) are spread across multiple physical or virtual machines to ensure high availability and scalability. According to the Archer Installation and Troubleshooting guides within the Administration II curriculum, it is a technical requirement that all servers within the Archer instance be on the same network or have high-speed, low-latency connectivity between them. This is because the Archer Control Panel (ACP) and the various services (Async, Indexing, Queuing) must communicate constantly to synchronize metadata and process jobs.

Option A is incorrect because the File Store must be accessible by both the Web and Services servers to handle attachments. Option B describes a "Single-Host" setup, not a multi-host one. Option C is false because if you have multiple Web Servers, a Load Balancer is mandatory to distribute user traffic and provide failover. Without being on the same network/segment, the latency would cause the Archer Services to "time out," leading to job engine failures and significant performance degradation across the platform.

The Archer Question Library is a centralized repository of questions used to build questionnaires. According to the Questionnaires and Assessment Maintenance curriculum, the "Out of the Box" (OOTB) content provided by Archer is modular. When an organization licenses a specific Use Case (e.g., IT Security Risk Management, Third Party Governance, or Business Continuity), the relevant question sets for those domains are imported into the library.

For example, an organization that only licenses Third Party Governance will have a Question Library populated with vendor-related assessments (like SIG or ISO-based questions), but they will not see Business Continuity-specific questions unless that use case is also licensed. This ensures that the platform remains uncluttered and relevant to the specific business needs of the organization. The deployment option (On-Premise vs. SaaS) and the support model have no impact on the actual metadata content of the library; it is strictly driven by the licensed functional modules.

This statement is FALSE . The default authentication mechanism for a fresh installation of Archer is Archer Native Authentication . As detailed in the Archer Installation and Troubleshooting guide, when an instance is first created, it relies on the internal Archer database to store usernames and encrypted passwords.

Single Sign-On (SSO), whether it be Windows Integrated, SAML, or LDAP-based, is an opt-in configuration that must be manually enabled and configured by a System Administrator within the Archer Control Panel (ACP) . Native authentication remains the fallback method and is used for the initial "System Administrator" account setup. While most enterprise organizations quickly transition to SSO for security and convenience, the platform itself defaults to its own internal authentication engine to ensure the system is accessible immediately after installation without requiring a pre-existing connection to an Identity Provider (IdP).

The Mail Merge functionality in Archer allows administrators to take record data and push it into a pre-formatted Word or PDF template. This is a common requirement for generating formal "Exception Letters" or "Audit Reports."

As taught in the Archer Administration II curriculum, when a user is viewing a record and wishes to generate one of these documents, they must click the Export button. Upon clicking Export, the user is presented with several options: standard exports (like CSV or Rich Text) and any Mail Merge Templates that have been associated with that specific application and made available to the user's role. Option B (Email) is used for sending on-demand notifications, not for generating formatted document templates based on Word/PDF layouts.

In Advanced Workflow (AWF) , logic-based branching is handled by the Evaluate Content node. As taught in the Advanced Workflow Beyond the Basics course, this node acts as a "decision engine" within the workflow. An administrator configures one or more rules within the node that evaluate the fields of the record currently in the workflow.

Based on whether these rules evaluate to true or false, the record is routed down different paths (outbound transitions). For example, an Evaluate Content node might check the "Risk Rating" of a record; if the rating is "High," it transitions to an Executive Approval node; if it is "Low," it transitions directly to the Archive node. This is distinct from a User Action node (Option D), where the path is chosen manually by a person, or an Update Content node (Option B), which simply changes a field value without necessarily redirecting the workflow path.