IOS-158 Exam Format | IOS-158 Course Contents | IOS-158 Course Outline | IOS-158 Exam Syllabus | IOS-158 Exam Objectives

Exam Code: IOS-158
Exam Name: Infor Certified OS Associate
Number of Questions: 115 questions.
Time Allotted: 120 minutes (equivalent to 2 hours)
Passing Marks: 70% of the total possible points

- Eight Pillars of Infor OS: These are the core building blocks of the platform, defined as follows:
- Data Lake: A centralized repository for storing vast amounts of structured and unstructured data from various sources, enabling advanced analytics without predefined schemas. It supports scalability and cost-effective storage while integrating with tools like Infor's analytics engines for real-time querying.
- ION (Infor Operating Network): The intelligent integration network that connects applications, data sources, and external systems through predefined connectors and APIs, automating data exchange and reducing manual interventions in multi-application environments.
- Birst: An embedded analytics and business intelligence tool that provides self-service reporting, predictive analytics, and dashboards, allowing users to visualize data trends and make data-driven decisions directly within Infor applications.
- Mongoose: A user experience framework that standardizes interface design across Infor products, incorporating responsive web technologies, personalization options, and accessibility features to enhance usability on desktops, tablets, and mobiles.
- Documents: The document management module for capturing, storing, and retrieving electronic documents, supporting version control, metadata tagging, and integration with workflow automation to streamline approval processes.
- Talent: A human capital management component focused on employee engagement, performance tracking, and learning management, integrating with HR systems to provide insights into workforce analytics and development paths.
- Amazon Connect: Integrated cloud-based contact center solution that enables omnichannel customer interactions, routing calls, chats, and emails via AI-driven queues, with real-time analytics for performance monitoring.
- Infor Go: A mobile platform for extending Infor applications to mobile devices, supporting offline capabilities, push notifications, and location-based services to empower field workers with on-the-go access to enterprise data.

- Infor Document Management (IDM): This sub-topic delves into the lifecycle of documents within Infor OS, covering upload mechanisms, search functionalities using full-text indexing, and compliance features like audit trails and retention policies. It explains how IDM integrates with ION for automated routing and with Birst for document-linked reporting.
- ION Connectors Types: Connectors are predefined adapters that facilitate data flow between Infor OS and external or internal systems. Types include:
- Database Connectors: For direct SQL queries to relational databases like Oracle or SQL Server, supporting bulk data imports and real-time synchronization.
- File Connectors: Handling flat files (CSV, XML) via FTP/SFTP protocols, with transformation rules for format conversion during ingestion.
- Application Connectors: Pre-built for Infor ERPs (e.g., M3, LN) or third-party apps (e.g., Salesforce), enabling event-driven integrations like order-to-cash processes.
- API Connectors: RESTful and SOAP-based for custom web services, with authentication methods such as OAuth 2.0 and API keys to secure endpoint communications.

- Document Flow: Refers to the automated routing of documents through predefined paths in ION, including steps like validation, enrichment (adding metadata), and distribution to stakeholders. Parameters include flow triggers (e.g., file arrival events), routing rules based on conditions (e.g., document type or value thresholds), and error handling with retry mechanisms and notifications.
- Workflow Methods: Techniques for designing business processes, such as sequential (linear steps), parallel (concurrent branches), and conditional (decision-based) workflows. Methods involve drag-and-drop builders in ION Desk, with scripting options using JavaScript for custom logic.
- Workflow Triggers: Events that initiate workflows, categorized as:
- Time-Based: Scheduled executions (e.g., daily batch jobs at 2 AM).
- Event-Based: Reactive to actions like form submissions or database updates.
- Manual: User-initiated via ION Desk or application interfaces.
- Triggers are configured with parameters like frequency, payload data, and escalation rules for failures.

- Application Programming Interfaces (APIs): Infor OS exposes REST APIs for extensibility, with endpoints for CRUD operations on entities like documents or users. Key parameters include query filters (e.g., ?filter= status eq 'active'), pagination (limit/offset), and versioning (e.g., /v1/documents) to ensure backward compatibility. Security involves JWT tokens for authentication and rate limiting to prevent abuse.

- ION Workflows: Configurable sequences in ION Desk that automate integrations, defined by nodes (e.g., start, transform, end) connected via edges. Parameters include input schemas (JSON/XML validation), transformation scripts (e.g., XSLT for mapping), and output bindings to destinations. Workflows support error branching to dead-letter queues for manual review.
- Business Process Flow: High-level modeling of enterprise processes using BPMN (Business Process Model and Notation) standards in Infor tools, incorporating swimlanes for roles, gateways for decisions, and events for milestones. Flows integrate with ION for execution, with monitoring via dashboards showing KPIs like cycle time and bottleneck alerts.
- Moving Business-Related Information Between Applications: Techniques for data synchronization, including:
- Push/Pull Models: Push for real-time event propagation (e.g., via webhooks), pull for scheduled polling (e.g., cron jobs every 15 minutes).
- Data Mapping: Rule-based transformations (e.g., field concatenation or unit conversions) using ION's visual mapper, with validation against schemas to prevent data corruption.
- Transaction Handling: ACID-compliant commits for reliability, with rollback on failures and idempotency keys to avoid duplicates in retry scenarios.

- Administrative Functions of Infor OS Environment: Responsibilities such as tenant management (multi-tenant isolation), resource allocation (CPU/memory quotas), and logging/auditing (centralized event logs with filters for severity levels). Functions include backup scheduling (full/incremental) and disaster recovery testing with RTO/RPO metrics.
- Basic Security Configuration of Infor OS: Implementing role-based access control (RBAC) with granular permissions (e.g., read-only vs. execute), multi-factor authentication (MFA) enforcement, and encryption (TLS 1.3 for transit, AES-256 at rest). Configurations involve SSL certificate management and IP whitelisting for ION endpoints.
- Infor Application Definition and Settings: Defining application instances with parameters like database connections (JDBC strings), API keys, and environment variables (e.g., DEBUG=true for troubleshooting). Settings include localization (time zones, currencies) and performance tuning (cache sizes, query timeouts).

- Management of Users: Processes for creating user profiles with attributes (e.g., email, department), assigning licenses (named vs. concurrent), and managing sessions (timeout policies, single sign-on via SAML). Bulk operations support CSV imports with validation rules to prevent duplicates.
- Role and Permission Assignment: Defining custom roles inheriting from templates (e.g., Admin, Viewer), with permissions scoped to objects (e.g., documents: create/delete). Parameters include delegation (temporary elevations) and auditing changes via change logs.
- User Monitoring and Compliance: Tools for activity tracking (login history, action reports), anomaly detection (e.g., unusual IP logins), and automated de-activation (e.g., after 90 days inactivity). Integration with identity providers like Active Directory for federated management.