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Oracle 1z0-1079-21 (Oracle SCM Transportation and Global Trade Management Cloud 2021 Implementation Essentials) exam dumps vce, practice test questions, study guide & video training course to study and pass quickly and easily. Oracle 1z0-1079-21 Oracle SCM Transportation and Global Trade Management Cloud 2021 Implementation Essentials exam dumps & practice test questions and answers. You need avanset vce exam simulator in order to study the Oracle 1z0-1079-21 certification exam dumps & Oracle 1z0-1079-21 practice test questions in vce format.
Embarking on the journey to pass the 1z0-1079-21 Exam is a significant step for any supply chain professional. This certification validates a deep understanding of Oracle's SCM Transportation and Global Trade Management Cloud, two powerful tools that are essential for modern logistics. As global supply chains become increasingly complex, companies rely on robust systems to manage the movement of goods efficiently and compliantly. The 1z0-1079-21 Exam is designed to identify implementation specialists who have the requisite skills to configure, implement, and manage these sophisticated solutions, ensuring businesses can optimize their logistics operations, reduce costs, and navigate international trade regulations with confidence.
This series will serve as a comprehensive guide, breaking down the core concepts you need to master. We will explore the foundational elements of both Oracle Transportation Management (OTM) and Oracle Global Trade Management (GTM). From initial setup and configuration to advanced workflows and analytics, each part will build upon the last, providing a structured path toward success in the 1z0-1079-21 Exam. Our focus will be on the practical knowledge and conceptual understanding required to not only pass the test but also to excel as a certified implementation specialist in the real world.
The 1z0-1079-21 Exam is the sole requirement for earning the prestigious title of Oracle SCM Transportation and Global Trade Management Cloud 2021 Certified Implementation Specialist. This certification is a formal recognition from Oracle of your expertise in implementing their flagship logistics solutions. Achieving this status signals to employers and clients that you possess a verified and comprehensive skill set. It demonstrates your ability to translate business requirements into functional system configurations, manage complex implementation projects, and provide ongoing support for the OTM and GTM platforms. This credential significantly enhances your professional credibility and marketability within the competitive IT and supply chain sectors.
The path to certification is clear and focused. It begins with gaining a solid foundation in supply chain management principles and then diving deep into the specific functionalities of Oracle's cloud offerings. Candidates are expected to complete relevant training, whether through official Oracle University courses or self-study, and supplement this with hands-on experience. The 1z0-1079-21 Exam itself is the final step, serving as a rigorous test of your knowledge across a wide range of topics. Passing the exam confirms your proficiency and officially adds you to the registry of Oracle certified professionals, a valuable asset for career advancement.
The ideal candidate for the 1z0-1079-21 Exam is typically a professional who works directly with Oracle's logistics platforms. This includes implementation consultants who are responsible for deploying OTM and GTM for new clients. Their role involves system configuration, data migration, and user training, all of which are covered extensively in the exam. Business analysts who specialize in supply chain processes also find this certification highly valuable, as it equips them with the technical knowledge to better align business needs with system capabilities. These professionals bridge the gap between operational requirements and technical implementation, making a deep understanding of the software essential.
Furthermore, system administrators and super users within companies that have already implemented OTM and GTM are prime candidates. They are responsible for the day-to-day management, maintenance, and optimization of the system. Pursuing the 1z0-1079-21 Exam helps them deepen their expertise, troubleshoot issues more effectively, and leverage the full potential of the platform. Finally, supply chain managers and logistics planners who wish to transition into a more technical or consulting role will find this certification to be a critical stepping stone, providing the foundational knowledge needed for a successful career shift.
Oracle Transportation Management (OTM) is a comprehensive solution designed to manage all aspects of the transportation lifecycle. At its core, OTM helps organizations plan, execute, and settle their freight movements across all modes of transport. One of the foundational concepts is Order Management. This involves capturing order details, such as origin, destination, and product information, which serve as the primary input for all subsequent transportation activities. The system can handle various order types and constraints, providing the flexibility needed to model real-world logistics scenarios, a key area of focus for the 1z0-1079-21 Exam.
The real power of OTM lies in its sophisticated shipment planning and optimization engine. After orders are released for planning, the system uses advanced algorithms to determine the most efficient way to move the goods. This process, often called bulk planning, considers numerous factors like carrier rates, transit times, service levels, and business constraints. It can consolidate smaller orders into larger, more cost-effective shipments, select the optimal mode of transport, and create multi-stop routes. Understanding how to configure these planning parameters is crucial for any implementation specialist and is a significant topic within the 1z0-1079-21 Exam.
Once a shipment is planned, the next phase is execution. This involves tendering the shipment to a specific carrier, either manually or through an automated process. The carrier can then accept or decline the tender via a secure web portal. Throughout the shipment's journey, OTM provides visibility by tracking events, such as pickup, departure, and arrival. This allows for proactive management of exceptions and ensures that all stakeholders have access to real-time information. The execution phase is a critical link between planning and financial settlement, ensuring that what was planned is carried out effectively in the physical world.
The final major component of the OTM lifecycle is Freight Settlement. This module automates the financial aspects of transportation, from rate management to payment processing. OTM can store complex carrier rate contracts and uses this data to accurately calculate expected freight costs for each shipment. When a carrier submits an invoice, the system can perform an automated audit, matching the invoice against the shipment details and accrued costs. This process significantly reduces billing errors, streamlines the payment approval workflow, and provides valuable financial data for analysis and reporting, a key competency tested in the 1z0-1079-21 Exam.
Oracle Global Trade Management (GTM) is a complementary solution that focuses on the compliance and documentation aspects of international trade. A central function of GTM is managing trade compliance. This involves ensuring that every transaction adheres to the complex web of international and country-specific trade regulations. A key feature is restricted party screening, where the system automatically checks all parties involved in a transaction against various government-denied party lists. This automated screening helps organizations avoid heavy fines and penalties associated with trading with sanctioned individuals or entities, a critical topic for the 1z0-1079-21 Exam.
Another core concept is Product Classification. For goods to move across borders, they must be correctly classified with standardized codes, such as the Harmonized Tariff Schedule (HTS) or Export Control Classification Number (ECCN). GTM serves as a centralized repository for this classification data. It allows users to manage these codes, assign them to products, and define compliance rules based on them. Proper classification is essential for determining duties and taxes, identifying licensing requirements, and ensuring overall trade compliance. A GTM specialist must be proficient in configuring and managing this critical data.
GTM also excels at managing trade transactions and generating the necessary documentation for cross-border shipments. The system creates a trade transaction object that consolidates all relevant information for an international shipment, including parties, products, and financial details. Based on this information, GTM can automatically generate required documents, such as commercial invoices, packing lists, and shipper's letters of instruction. It can also manage the process of filing customs declarations electronically with government agencies, either directly or through a customs broker, streamlining a traditionally manual and error-prone process.
Finally, a key value proposition of GTM is its landed cost calculation capability. The true cost of an imported product is not just its purchase price but also includes all associated transportation, insurance, duties, taxes, and other fees. GTM can simulate and calculate this total landed cost, providing businesses with a much more accurate view of their product profitability. This information is vital for strategic decisions related to sourcing, pricing, and supply chain network design. Understanding how to configure these calculations is an important skill for anyone preparing for the 1z0-1079-21 Exam.
Familiarity with the exam format is a key part of effective preparation for the 1z0-1079-21 Exam. The test is delivered as a multiple-choice questionnaire, which requires candidates to select the best possible answer from a set of options. According to the latest information from Oracle, the exam consists of 55 questions. Candidates are given a total of 90 minutes to complete the entire test. This timeframe requires a steady pace, averaging just over a minute and a half per question. Therefore, time management is a critical skill to practice during your studies.
To successfully pass the 1z0-1079-21 Exam and earn the certification, a candidate must achieve a minimum score of 64%. This means you need to answer at least 36 out of the 55 questions correctly. The questions are designed to test both your theoretical knowledge and your practical understanding of implementing the OTM and GTM solutions. They cover a wide range of topics, from high-level concepts to specific configuration details. It is important to note that the exam content is regularly updated by Oracle to reflect the latest version of the software, so always refer to the official exam guide for the most current information.
The exam is proctored, meaning it must be taken under supervised conditions to ensure its integrity. Candidates can typically choose to take the exam at a designated testing center or through an online proctoring service, which allows you to take the test from your home or office. Regardless of the delivery method, the structure and rules remain the same. Understanding these logistical details ahead of time helps to reduce stress on exam day, allowing you to focus entirely on demonstrating your expertise in Oracle Transportation and Global Trade Management Cloud, as validated by the 1z0-1079-21 Exam.
The official syllabus for the 1z0-1079-21 Exam provides a clear roadmap of the knowledge areas you will be tested on. It is broadly divided into several key domains. A significant portion of the exam is dedicated to Oracle Transportation Management (OTM) fundamentals. This includes topics like data management, which covers the creation and configuration of core data objects such as locations, items, and service providers. It also covers the entire order-to-cash lifecycle, from creating order releases to planning shipments and tracking their execution. Understanding the intricate details of the shipment planning and optimization engine is particularly vital.
Another major section focuses on the financial aspects of OTM, specifically freight settlement. This domain tests your ability to configure rate structures, manage carrier invoices, and oversee the automated voucher and payment process. Workflow automation through OTM agents is also a key topic. You will need to understand how to create agents that trigger actions based on specific events within the system, thereby automating routine tasks and managing exceptions. The syllabus makes it clear that a deep, practical understanding of these core OTM functionalities is essential for anyone taking the 1z0-1079-21 Exam.
The syllabus for the 1z0-1079-21 Exam also allocates significant weight to Oracle Global Trade Management (GTM). This includes foundational topics such as GTM data configuration, product classification management, and setting up compliance rules. You will be expected to know how to configure and manage restricted party screening processes and handle trade licenses. The exam will also test your knowledge of the trade transaction lifecycle, from its creation to the generation of customs declarations and related trade documents. Understanding how GTM integrates with OTM to provide a seamless logistics and compliance solution is a critical theme throughout.
Finally, the exam covers several overarching topics that apply to both applications. These include user and security management, where you must know how to create users, assign roles, and control access to data and functionality. The syllabus also touches upon business intelligence and reporting, requiring familiarity with the standard reporting tools and dashboards available in the platform. A comprehensive study plan must address each of these syllabus areas proportionally to their weight in the exam, ensuring a well-rounded preparation for the challenges of the 1z0-1079-21 Exam.
Achieving certification in the 1z0-1079-21 Exam brings tangible business value to an organization. A certified implementation specialist is equipped with the knowledge to unlock the full potential of the OTM and GTM platforms, leading to significant operational improvements. For instance, a well-configured OTM system can dramatically reduce freight spend. By leveraging the advanced optimization engine, companies can improve load consolidation, select lower-cost carriers and modes, and optimize routing. This leads to direct savings in transportation costs, which can represent a substantial portion of a company's overall expenses. A certified professional knows how to fine-tune these settings to maximize savings.
On the GTM side, the value is centered on risk mitigation and efficiency in global trade. A certified specialist can effectively implement compliance controls, such as automated restricted party screening and license management. This minimizes the risk of incurring severe penalties and reputational damage associated with trade violations. Furthermore, by automating the generation of customs documentation and electronic filings, a properly configured GTM system reduces manual effort, minimizes errors, and accelerates the customs clearance process. This leads to more reliable and predictable international supply chains, which is a significant competitive advantage.
The presence of professionals who have passed the 1z0-1079-21 Exam also ensures a higher return on investment (ROI) for the software purchase. These individuals can implement the system more efficiently, adhering to best practices and avoiding common pitfalls. They are better equipped to train users, drive adoption, and provide ongoing support and system enhancements. This leads to a more sustainable and effective use of the technology over the long term. Ultimately, having certified experts on staff or as implementation partners means the business can more effectively translate the powerful features of OTM and GTM into measurable improvements in cost, efficiency, and compliance.
Beginning your preparation for the 1z0-1079-21 Exam requires a structured and deliberate approach. The very first step is to download and thoroughly review the official exam guide from the Oracle certification website. This document is your most important resource, as it outlines the specific topics that will be covered, their relative weightage, and the recommended training. Treat this guide as your blueprint, using it to structure your study plan and ensure you do not miss any critical areas. A careful reading will help you assess your current knowledge and identify your areas of weakness right from the start.
Once you have a clear understanding of the exam objectives, the next step is to gather your learning materials. Oracle University offers a recommended training path, which often includes on-demand digital courses, live virtual classes, and subscription-based learning platforms. While these are often the most comprehensive resources, you can also supplement them with product documentation, white papers, and community forums. Creating a central repository for all your study materials will keep you organized and focused. It is crucial to ensure your materials correspond to the software version specified in the 1z0-1079-21 Exam title.
Finally, create a detailed and realistic study plan. Break down the exam topics into smaller, manageable modules and allocate specific time slots in your calendar for studying each one. Your plan should include not just time for reading and watching videos, but also dedicated time for hands-on practice within a test environment. A well-structured plan will prevent you from feeling overwhelmed and will ensure consistent progress. Be sure to schedule regular review sessions and practice exams to reinforce your learning and track your improvement as you move closer to your goal of passing the 1z0-1079-21 Exam.
Welcome to the second part of our series dedicated to preparing you for the 1z0-1079-21 Exam. In the previous section, we provided a broad overview of the certification, its target audience, and the core concepts of both Oracle Transportation Management (OTM) and Global Trade Management (GTM). We established the foundational knowledge required to begin your journey. Now, we will narrow our focus and take a much deeper look into the specific functionalities of OTM. This module constitutes a significant portion of the 1z0-1079-21 Exam, and a thorough understanding of its intricacies is non-negotiable for success.
This part will guide you through the key components of OTM that an implementation specialist must master. We will move beyond high-level descriptions and delve into the configuration, processes, and workflows that you will be tested on. We will explore the critical areas of data management, the complete order lifecycle, the powerful shipment planning and optimization engine, shipment execution and monitoring, and the crucial freight settlement process. We will also cover the automation capabilities through agents and the reporting features that provide business intelligence. A strong grasp of these topics is paramount for passing the 1z0-1079-21 Exam.
The foundation of any successful OTM implementation lies in its configuration and the quality of its master data. Before any transactions can be processed, the system must be properly set up with the core data elements that define the logistics network. For the 1z0-1079-21 Exam, you must be proficient in creating and managing these objects. This begins with understanding the domain structure, which allows for data segregation in multi-tenant environments. You should know how to create new domains and manage user access to ensure data security and integrity, a fundamental administrative task.
A critical area of data management is Locations. Locations represent any physical point in the supply chain, such as ports, customer sites, warehouses, or cross-dock facilities. You need to know how to configure a location with its full address, role (e.g., ship-from, ship-to), and operational hours. Similarly, Items, which represent the products being shipped, must be configured with details like weight, volume, and packaging information. This data is essential for the planning engine to accurately calculate shipment capacity and costs. The 1z0-1079-21 Exam will test your ability to correctly configure these and other foundational data objects.
Service Providers and Rates are another cornerstone of OTM data. Service Providers are the carriers who physically move the freight. You must understand how to create a service provider profile, defining their mode of transport, contact information, and service capabilities. Crucially, you must also be able to configure their rate offerings. This involves creating rate records, defining rate basis (e.g., by weight, distance, or a flat rate), and managing complex rate structures like fuel surcharges and accessorial charges. Accurate rate data is the bedrock of cost-effective shipment planning and accurate freight settlement.
Finally, configuring calendars and equipment is also vital. Calendars define working and non-working days and hours for locations and carriers, which impacts transit time calculations and appointment scheduling. Equipment represents the types of containers or vehicles used for transport, such as a 53-foot trailer or a 20-foot ocean container. Each piece of equipment must be defined with its capacity constraints (weight and volume). A solid understanding of how to set up all these master data components is a prerequisite for tackling the more complex process-oriented questions you will face on the 1z0-1079-21 Exam.
The Order Management lifecycle is the starting point for all transportation activities within OTM. The 1z0-1079-21 Exam requires a comprehensive understanding of how orders are created, managed, and prepared for planning. The process begins with the creation of an Order Base, which is a template containing basic information about a potential order. However, the key transactional object is the Order Release. An Order Release represents a specific request to move a certain quantity of items from an origin to a destination within a defined time window. You must know the different methods for creating order releases, including manual entry, spreadsheet upload, and integration.
Once an Order Release is created, it goes through several statuses. Initially, it might be in a planning state, ready to be considered by the optimization engine. You should be familiar with the various constraints that can be applied to an order release. These include pickup and delivery time windows, equipment requirements, and compatibility constraints (e.g., certain products cannot be shipped together). The ability to correctly configure these constraints is crucial, as they directly influence the feasibility and quality of the shipment plans that OTM will generate. The 1z0-1079-21 Exam often presents scenarios testing this knowledge.
The system also allows for the bundling of multiple order releases into an Order Movement. This is useful for representing multi-stop journeys where a single vehicle might service several orders. Understanding the distinction between an order release and an order movement is important. After the planning process, which we will discuss next, the order release is linked to a shipment. The status of the order is updated throughout the execution lifecycle, providing visibility into whether the goods have been picked up, are in transit, or have been delivered. This tracking is essential for customer service and operational management.
A key concept within the Order Management module is the management of special services. Many shipments require additional services beyond simple transportation, such as inside delivery, liftgate service, or hazardous material handling. OTM allows you to associate these special services with an order release. These services can influence carrier selection, rating, and planning logic. As an implementation specialist, you need to know how to configure these services and ensure they are correctly considered during the planning process. This level of detail is representative of what is expected for the 1z0-1079-21 Exam.
The shipment planning and optimization engine is the heart of OTM and a primary focus of the 1z0-1079-21 Exam. This is where the system takes a set of order releases and intelligently determines the best way to transport them. The main process is called a Bulk Plan. When you run a bulk plan, you are essentially asking OTM to evaluate thousands, or even millions, of possible shipping combinations to find the lowest-cost or fastest solution that honors all defined constraints. You must understand the inputs to a bulk plan, which include the order releases, carrier rates, available equipment, and the logistics network data.
A key part of configuring the planning engine involves setting up Planning Parameters. These parameters are a set of rules and settings that guide the optimization logic. For example, you can specify whether the system should prioritize cost or transit time, or you can set rules about shipment consolidation, such as the maximum distance a truck can deviate from its path to pick up another order. The 1z0-1079-21 Exam will expect you to know what these parameters are and how they impact planning outcomes. Fine-tuning these parameters is a critical skill for an OTM consultant.
The output of a successful bulk plan is a set of proposed shipments. These can range from simple point-to-point truckload shipments to complex multi-stop or multi-leg shipments. A multi-stop shipment involves a single vehicle making multiple pickups or deliveries. A multi-leg shipment involves multiple modes of transport, such as a truck leg to a port, followed by an ocean leg, and then another truck leg to the final destination. Understanding how OTM constructs these different types of shipments and how to interpret the results is essential. You should be able to analyze a planning result and explain why the system made a particular decision.
Beyond basic planning, OTM supports more advanced strategies. For instance, it can perform consolidation of orders in a cross-dock facility, where goods from multiple origins are brought to a central point to be sorted and combined into outbound truckloads. The system also supports fleet management, where you can plan shipments using your own private fleet of vehicles, considering constraints like driver hours of service. A deep understanding of these various planning scenarios and the configuration required to enable them is critical for demonstrating your expertise on the 1z0-1079-21 Exam.
After a shipment has been created by the planning engine, the process moves into the execution phase. This phase is all about turning the digital plan into a physical movement of goods. A crucial first step in execution is Tendering. Tendering is the process of offering a shipment to a carrier. The 1z0-1079-21 Exam requires you to know the different tendering methods available in OTM. This includes manual tendering, where a planner selects a carrier, and automated tendering, where the system sends the offer sequentially down a list of preferred carriers until one accepts. You should also understand broadcast tendering and spot bidding.
Once a carrier accepts a tender, the shipment is considered "secured." The next steps involve managing the physical progress of the shipment. This is done through Shipment Events. OTM has a predefined set of events that track the key milestones in a shipment's journey, such as "Arrived at Pickup Location," "Departed Origin," and "Estimated Time of Arrival." These events can be updated manually by a user, or, more commonly, they are received electronically from the carrier via an EDI or XML integration. As an implementation specialist, you need to know how to configure these event codes and manage the visibility of shipment status.
Exception management is a critical part of shipment execution. Things do not always go according to plan; shipments can be delayed, or other issues can arise. OTM provides tools to proactively manage these exceptions. For example, you can configure the system to raise an alert if a shipment is late for its scheduled pickup or if a delivery confirmation has not been received within a certain time frame. Understanding how to set up these monitoring rules and workflows is a key skill tested in the 1z0-1079-21 Exam, as it is essential for maintaining a high level of customer service and operational control.
The execution phase culminates with the delivery of the goods and the final status updates. OTM also supports appointment scheduling, allowing planners or carriers to book specific time slots for pickups and deliveries at busy locations like warehouses or distribution centers. This helps to manage dock capacity and reduce waiting times. A full grasp of the end-to-end execution process, from tendering to final delivery, including event tracking and exception handling, is necessary to confidently answer the scenario-based questions on the 1z0-1079-21 Exam.
The Freight Settlement module in OTM is designed to automate and control the financial aspects of transportation. This is a critical area for the 1z0-1079-21 Exam, as it represents a major source of ROI for companies implementing the system. The process begins with the rates that were used during the planning phase. For each planned shipment, OTM calculates the estimated freight cost based on the applicable carrier rate. This accrued cost serves as the baseline against which the carrier's invoice will be compared. Understanding how this cost calculation works is fundamental.
When a carrier has completed a shipment, they will submit an invoice for their services. These invoices can be entered into OTM manually, but more often they are received electronically. The core of the settlement process is the Invoice Matching and Approval workflow. OTM automatically compares the details of the carrier's invoice (e.g., shipment ID, charges) against the corresponding shipment record in the system. If the amounts match within a predefined tolerance, the invoice can be automatically approved for payment. This automation drastically reduces the manual effort required by accounts payable teams.
If there is a discrepancy between the invoice amount and the system's calculated cost, the invoice is flagged for review. A user must then investigate the reason for the difference and either approve the variance, dispute the charge with the carrier, or adjust the shipment details if necessary. The 1z0-1079-21 Exam will expect you to understand how to configure these matching tolerances and approval rules. You should also be familiar with the process for handling accessorial charges, which are additional fees for services like detention or driver assist, as these are a common source of invoice discrepancies.
Once an invoice is approved, OTM can generate a voucher. This voucher is then sent to the company's financial system (e.g., an ERP like Oracle Fusion Financials) to trigger the actual payment to the carrier. This process is known as allocation, where freight costs can be allocated back to specific business units, departments, or product lines based on configurable rules. A thorough understanding of this entire financial lifecycle, from rate management and cost accrual to invoice matching, approval, and payment integration, is essential for proving your expertise in the 1z0-1079-21 Exam.
Workflow automation is a powerful feature of OTM that allows you to automate business processes and manage the system by exception. The primary tool for this is the OTM Agent. An agent is essentially a user-defined rule that consists of an event, a condition, and a set of actions. The 1z0-1079-21 Exam will require you to demonstrate a solid understanding of how to build and manage these agents. The process starts by selecting an event. An event is something that happens in the system, such as "Order Release - Created" or "Shipment Status - Changed."
After selecting an event, you can define a condition. The condition acts as a filter, ensuring that the agent's actions only run when specific criteria are met. For example, you could create an agent that triggers on the "Order Release - Created" event, but only for orders that are marked as hazardous materials. You would use a Saved Condition to check the hazardous flag on the order. This conditional logic is what makes agents so flexible and powerful. You need to be comfortable with creating these saved conditions to tailor the automation to specific business needs.
The final and most important part of an agent is the Action. An action is what the system does when the event occurs and the condition is met. OTM provides a long list of predefined actions. For example, an action could be to send an email notification, change the status of an object, or initiate a more complex process like tendering a shipment. You can string multiple actions together in a sequence. A common example of an agent is one that automatically tenders a shipment to the lowest-cost carrier as soon as the shipment is created from a bulk plan.
Mastering OTM agents is crucial for any implementation specialist. They are used to enforce business rules, automate repetitive tasks, and proactively notify users of potential problems. For the 1z0-1079-21 Exam, you should be familiar with the most common agent actions and understand how to combine them to build complex workflows. For example, you could be asked to design an agent that escalates a late shipment by notifying a manager and changing its status to "At Risk." This practical application of knowledge is exactly what the exam aims to test.
While OTM is primarily a transactional system, it also offers robust reporting and analytics capabilities to help businesses gain insights into their transportation operations. The 1z0-1079-21 Exam will expect you to be familiar with these tools. The most straightforward way to get data out of the system is through standard reports. OTM comes with a set of pre-built reports for common areas like carrier performance, freight costs, and shipment volumes. You should know what these standard reports are and what kind of information they provide. You also need to understand how to run these reports and schedule them for automatic delivery.
For more specific needs, OTM allows users to create custom reports. This is typically done using Oracle Business Intelligence (BI) Publisher, which is integrated with OTM. While the 1z0-1079-21 Exam does not require you to be a BI Publisher expert, you should understand the process at a high level. This involves creating a data model to extract the required information from the OTM database and then designing a report layout. This allows you to create highly customized and formatted reports, such as branded bills of lading or detailed financial analysis spreadsheets, directly from the system data.
Dashboards provide a more visual and interactive way to monitor key performance indicators (KPIs). An OTM dashboard can be configured to display a collection of graphs, charts, and tables on a single screen. For example, a transportation manager might have a dashboard showing total freight spend for the month, on-time delivery performance by carrier, and a list of shipments that are currently in jeopardy. You should understand how to configure these dashboards, add new content, and tailor them to the needs of different user roles. The ability to provide users with actionable insights is a key implementation skill.
The more advanced analytics capabilities are provided by Fusion Transportation Intelligence (FTI). FTI is a pre-built data warehouse and set of analytics dashboards specifically designed for OTM data. It provides historical analysis and trend reporting that goes beyond the real-time operational reporting available within the core OTM application. For the 1z0-1079-21 Exam, you should understand the purpose of FTI and the kind of strategic insights it can deliver, such as analyzing long-term carrier performance trends or identifying the root causes of transportation inefficiencies across the entire network.
Beyond managing day-to-day transportation, OTM also provides tools for strategic planning through Logistics Network Modeling. This functionality allows companies to analyze and optimize their supply chain network design. While daily planning focuses on executing existing orders, network modeling addresses more strategic questions, such as where to locate distribution centers or how changes in sourcing strategies will impact transportation costs. The 1z0-1079-21 Exam may touch upon these advanced capabilities, and you should understand their purpose and value. It showcases the full breadth of the OTM platform's power.
The process typically involves creating a "what-if" scenario or a project. Within this project, you can model changes to your existing network. For example, you could model the addition of a new warehouse or the closure of an existing one. You could also simulate changes in demand by using a forecast of future orders instead of actual current orders. This allows you to test the impact of different business strategies in a simulated environment without disrupting your live operations. It is a powerful tool for long-range planning and strategic decision-making in the supply chain.
Once you have defined your scenario, you can run a large-scale optimization against it. The OTM engine will process the simulated network and demand data to predict future transportation flows and costs. The results can help you answer critical business questions. For instance, you could compare the total logistics cost of two different network configurations to determine which is more efficient. You could also analyze how a shift in customer locations might affect your delivery routes and carrier strategy. This analytical power is a key differentiator for the OTM platform.
As an implementation specialist preparing for the 1z0-1079-21 Exam, you should recognize that network modeling is an advanced feature. While you may not need to know the intricate configuration details, you must understand its strategic importance. You should be able to explain how a company could use this functionality to make informed decisions that optimize their supply chain for the long term. This demonstrates a comprehensive understanding of the OTM solution, extending beyond just the operational aspects and into the realm of strategic logistics management.
Following our deep dive into Oracle Transportation Management in the previous part, we now shift our focus to the other critical component of the 1z0-1079-21 Exam: Oracle Global Trade Management (GTM). While OTM masterfully handles the physical movement of goods, GTM is its essential counterpart, managing the complex world of international trade compliance, documentation, and customs processes. A successful implementation specialist must be equally proficient in both platforms, as they are designed to work in concert to provide a complete global logistics solution. Passing the 1z0-1079-21 Exam requires this dual expertise.
This third part of our series will thoroughly explore the core functionalities of GTM. We will dissect the foundational data and configuration required to get the system running, from defining trade compliance data to classifying products with the correct codes. We will walk through the critical processes of compliance screening, managing trade transactions, and generating customs declarations. Furthermore, we will examine the powerful landed cost simulation features and the use of GTM agents for workflow automation. Mastering these topics will be instrumental in your preparation for the 1z0-1079-21 Exam and in your role as a certified professional.
Just like with OTM, a successful GTM implementation begins with meticulous configuration and data setup. This foundational layer provides the context for all subsequent compliance checks and transaction processing. For the 1z0-1079-21 Exam, you must understand how to configure the core data objects that underpin GTM. This starts with Parties, which represent all entities involved in a trade transaction, such as sellers, buyers, and customs brokers. Each party must be set up with accurate address information and assigned specific roles to define their function in the trade process.
A crucial aspect of GTM data is the management of Trade Compliance Data. This is a broad category that includes setting up control categories, control types, and compliance rules that govern how different products are treated based on their classification and destination. You also need to configure Restricted Party Lists (RPLs). GTM allows you to upload and manage various government-issued lists of sanctioned or denied parties. You must know how to load these lists into the system and schedule regular updates to ensure your compliance screening is always based on the most current information, a key requirement for the 1z0-1079-21 Exam.
Item configuration in GTM is focused on its trade-related attributes. While OTM is concerned with an item's physical dimensions, GTM is concerned with its compliance characteristics. This includes assigning product classification codes, determining if an item requires an export license, and linking it to other relevant compliance information. You need to understand how to create and manage the GTM item master, ensuring that all products involved in international trade are accurately represented in the system. This data is the primary driver for nearly all GTM compliance checks.
Finally, you must be familiar with setting up geographical and location-based data. This involves defining countries, provinces, and specific ports or airports. GTM uses this data to understand trade lanes and apply country-specific regulations. For example, a compliance rule might apply to all exports from the United States to a specific country. Having a properly configured geographical hierarchy is essential for the system's logic to function correctly. A thorough grasp of setting up these foundational GTM data elements is non-negotiable for anyone aspiring to pass the 1z0-1079-21 Exam.
At the heart of GTM lies its ability to manage and automate trade compliance. A core process, and a major topic for the 1z0-1079-21 Exam, is Restricted Party Screening (RPS). This is the process of checking the parties involved in a transaction against the loaded denied party lists to ensure the company is not trading with sanctioned entities. You must understand how this screening is triggered, typically when a new party is created or a transaction is processed. You also need to know how the system handles potential matches, creating a match factor score and routing potential hits to compliance managers for review.
Another critical compliance function is managing Export Controls. Many products, especially those with advanced technology, are subject to export control regulations that may require a license for them to be legally exported to certain countries. GTM automates this check. Based on the product's classification (e.g., its ECCN) and the destination country, the system can determine if a license is required. You must understand how to configure the compliance rules that drive this logic. This involves defining which classifications require a license for which destinations, a complex but essential task for a GTM implementer.
The system also manages the licenses themselves. When a license is required and has been obtained from the relevant government agency, it can be entered into GTM. The system will store the license details, such as its expiration date and the total value or quantity of goods it covers. As transactions are processed against the license, GTM will automatically decrement the license's balance. This provides a clear audit trail and prevents the company from accidentally exceeding the limits of its export licenses. Managing this license lifecycle is a key competency tested in the 1z0-1079-21 Exam.
Beyond these core checks, GTM can be configured to manage a wide array of other compliance requirements, such as embargoed country screening and product-specific import requirements. The system's rule-based engine is highly flexible. As a specialist, you need to understand the concept of a compliance rule set, which groups multiple individual rules together. These rule sets can then be assigned to specific policies, which are applied to transactions. This hierarchical structure allows for sophisticated and granular control over the entire compliance management process, a deep understanding of which is crucial for the 1z0-1079-21 Exam.
Proper product classification is the bedrock of global trade compliance, and it's a topic you must master for the 1z0-1079-21 Exam. Every product that crosses an international border needs to be assigned standardized codes that tell customs authorities what the product is. GTM serves as the central system of record for this critical information. You need to know how to create and manage Product Classification Codes within the system. This includes codes like the Harmonized Tariff Schedule (HTS) for imports and the Schedule B number for exports from the US.
The process involves creating a Classification Type (e.g., HTSUS for US imports) and then loading all the corresponding codes and their descriptions into GTM. Once the codes are in the system, they can be assigned to specific products in the item master. This assignment is what links a product to its compliance requirements. For example, the HTS code assigned to a product determines the rate of duty that must be paid upon import. You must be comfortable with this process of managing classification data and assigning it correctly to items.
With products classified, you can then build powerful Compliance Rules. A compliance rule in GTM is a piece of logic that checks a transaction for a specific condition. For example, you could create a rule that states, "If a product with ECCN 3A001 is being exported to country X, then an export license is required." The 1z0-1079-21 Exam will expect you to understand the components of a rule, which typically include criteria based on product classification, origin country, destination country, and other transaction attributes.
These individual rules are then grouped into a Compliance Rule Set. For instance, you might have a rule set for "US Export Compliance" that contains all the rules related to restricted party screening, license determination, and embargo checks for exports. This rule set is then applied to transactions to perform a comprehensive compliance audit. Understanding how to build, test, and deploy these rules and rule sets is a core skill for a GTM implementation consultant. It allows you to tailor the system's automated checks to the specific legal and business requirements of an organization.
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