# AI for Infor System21: Grounded Answers on Top of IBM i > Source: https://netray.co/erp-ai/infor-system21-ai-integration > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: AI for ERP ## Short answer Infor System21 has run distribution and manufacturing operations on IBM i for decades, and its Aurora web interface modernized the front end without changing what makes the system hard for casual users: knowing which of its many programs and inquiries holds the answer. A private AI layer connects to System21's supported integration paths, IBM i database access, and BODs where ION is in use, to answer questions in plain language and draft routine documents without sending distribution data to a public model API. ## Kind platform ## Erp Family infor ## Erp Products - Infor System21 - Infor System21 Aurora ## Industries - Distribution - Manufacturing - Food and Beverage ## Region Global ## Persona CIO ## Eyebrow Infor System21 + AI ## Intro As CIO, you inherited a System21 environment that works, that your distribution or manufacturing operation depends on daily, and that almost certainly still has staff who know it only through a handful of well-worn screens. Aurora's browser-based interface improved discoverability over the original green-screen menus, but it did not close the gap between what System21 can answer and what a typical user knows how to ask it. Every board conversation about AI right now assumes a system with a chat interface baked in, and System21 is not that system out of the box. What it does have is a well-defined integration surface: IBM i database access that reporting and BI tools already use, and Business Object Documents through Infor ION for shops that have adopted it for other integrations. A private AI layer is built on exactly that surface, so from System21's perspective it looks like another supported integration, not a workaround. The value case is straightforward for a distribution and manufacturing environment: order and inventory status questions that currently interrupt customer service and planning staff, exception handling after a planning run, and the steady stream of supplier and customer correspondence that gets drafted by hand. Each of these is answerable from data System21 already has, grounded correctly, with any write action still requiring a person's sign-off. This page covers the realistic use cases for a System21 environment, the architecture and deployment options that keep data inside your own network, and the questions to put to any vendor, including us, before committing budget. ## Pain Points ### Aurora improved the front end, not the knowledge gap **Detail:** A modern browser interface makes System21 easier to click through, but it does not tell a new user which program answers a specific cross-functional question. ### Order and inventory questions bypass self-service **Detail:** Sales and customer service staff who are not fluent in System21 inquiries end up calling a planner or warehouse lead for status information that already exists in the system. ### Planning exceptions are triaged by memory **Detail:** After a planning or replenishment run, the exception list is worked through largely based on a planner's accumulated experience rather than a structured priority view. ### Distribution correspondence eats staff time **Detail:** Purchase order follow-ups, rebate queries, and customer status updates are drafted by hand repeatedly, even though the underlying data and pattern are consistent across most of them. ### IBM i knowledge is a scarce, aging resource **Detail:** The staff who can write a new query or trace an integration issue on the IBM i side are a small group, and their time is increasingly the bottleneck for any new reporting request. ## Use Cases ### Order and shipment status in plain English **Description:** Customer service and sales staff ask about order status, backorders, and ship dates without navigating System21 order entry and inventory inquiries directly. **Erp Objects:** System21 order entry and inventory files, BODs via ION where configured **Outcome:** Cuts the time to answer a routine customer status call from several minutes of screen navigation to a direct answer. ### Replenishment and planning exception triage **Description:** An agent summarizes the exception list after a planning run, grouping items by likely cause such as a late supplier shipment or a demand spike, for a planner to confirm. **Erp Objects:** System21 replenishment and purchasing files **Outcome:** Shortens the review of a long exception list to the subset that actually needs planner attention. ### Inventory and warehouse inquiry across locations **Description:** Warehouse and sales staff check on-hand, allocated, and available quantities across multiple warehouses or distribution centers without learning location-specific screens. **Erp Objects:** System21 inventory and warehouse management files **Outcome:** Reduces ad hoc inventory lookup requests, particularly during peak order periods and cycle counts. ### Purchase order and rebate correspondence drafting **Description:** The system drafts supplier follow-up emails and rebate or pricing queries referencing live order and pricing data, for a buyer or pricing analyst to review before sending. **Erp Objects:** System21 purchasing, vendor, and rebate files **Outcome:** Turns a recurring block of manual correspondence drafting into a short review-and-send step. ### Margin and pricing variance explanation **Description:** When a customer or product margin looks off, an agent traces the change to a specific pricing rule, rebate, or cost update and summarizes it for a pricing analyst. **Erp Objects:** System21 pricing, rebate, and cost files **Outcome:** Turns a margin investigation that used to take an analyst an afternoon into a documented first draft in minutes. ### New hire onboarding support **Description:** New customer service and warehouse staff ask the assistant how a specific System21 process works instead of relying on a senior colleague's availability. **Erp Objects:** System21 process documentation, historical transaction examples **Outcome:** Shortens new-hire ramp time on System21-specific processes without adding to a trainer's workload. ### Integration traceability **Description:** For shops running ION, staff ask why a specific record changed, and the assistant traces the answer to the triggering BOD or integration event without involving IT. **Erp Objects:** BOD publish and subscribe logs, ION workflow history **Outcome:** Cuts integration-tracing tickets that land on a stretched IBM i or integration team. ## Architecture **Overview:** The architecture reaches System21 through the same IBM i database access and BOD paths existing integrations already use, so it behaves like a well-understood system to your IT team rather than a new risk. **Layers:** #### ERP connectors **Detail:** Business Object Documents through Infor ION where deployed, and direct, read-only DB2 for i database access for reporting-style queries, matching your existing BI and reporting tool patterns. #### Data and semantic layer **Detail:** A glossary that maps System21's program and file naming, including site-specific customizations, to the language distribution and customer service staff actually use. #### Model serving **Detail:** An open-weight model served on GPU hardware you control, sized to concurrent interactive users rather than a per-seat cloud license. #### Retrieval and agents **Detail:** Retrieval-augmented generation grounds answers in current System21 data; agent-drafted outputs like correspondence or exception summaries are reviewed by the relevant role before anything is finalized. #### Governance and audit **Detail:** System21's authority and menu-level security is mirrored into the AI layer's access model, and every query and proposed write is logged alongside your existing IBM i audit trail. ## Deployment Options ### Air-gapped on-prem **Fit:** Distribution or manufacturing operations running System21 on an on-prem IBM i partition with no appetite for sending customer or pricing data outside the network. **Detail:** Model, retrieval index, and connector run entirely inside your network, with no outbound dependency for inference and offline model updates applied on a schedule you control. ### Private or sovereign cloud **Fit:** Organizations running System21 on a hosted or managed IBM i environment that want centralized AI infrastructure without depending on a single site's hardware. **Detail:** The model runs in a customer-controlled cloud tenant connected to the IBM i partition over a private link, kept fully separate from any vendor multi-tenant cloud. ### Hybrid **Fit:** Multi-site distributors running System21 at some locations and other systems elsewhere, or evaluating a future platform change. **Detail:** A shared AI layer connects to each System21 instance through its BOD or database path, giving a consistent experience across sites regardless of local hardware. ## Compliance ### Distributors under contractual data-handling commitments from major customers keep those commitments intact, since inference and retrieval stay on infrastructure you control rather than a shared vendor API. **Framework:** Customer data-handling agreements ### For distributors that also serve defense or government supply chains, the AI layer sits inside the same network boundary already scoped for CUI, avoiding a new system to assess separately. **Framework:** CMMC 2.0 / NIST SP 800-171 ### Because logging and storage stay on infrastructure you own, you answer customer security questionnaires about AI use with your existing controls rather than a vendor's shared-responsibility matrix. **Framework:** SOC 2 / customer security questionnaires ### Query and retrieval logs stay on your own systems, so your existing retention and access policy applies directly rather than deferring to a SaaS vendor's terms. **Framework:** Internal data governance policy ## Integration Notes - Where ION is deployed, BODs handle structured reads and writes, reusing existing ION Workflow and BOD Mapper configuration rather than a parallel integration path. - Sites without ION are reached through direct, read-only DB2 for i database access, the same path most existing System21 reporting tools already use. - A read replica or scheduled extract handles high-volume question-answering traffic so interactive queries never compete with production order processing. - System21's authority and menu-level security is mirrored into the AI access model at configuration time and re-synced on a schedule as roles change. - Site-specific customizations and modified programs are mapped explicitly during discovery, so the assistant reflects your actual installation rather than a generic baseline. - GPU sizing is based on concurrent interactive users and query volume, not total headcount, and most single-site deployments start with a single server. ## Product Fit ### ERPray **Why:** ERPray's ERP-agnostic connectors reach System21 through BODs and IBM i database access, making it the direct fit for natural-language question answering and dashboards without a bespoke integration project. ### Custom build **Why:** Distributors with heavy site-specific customization or a need to combine System21 data with a warehouse management or EDI platform typically extend the same architecture with a custom build. ## Engagement ### Discovery **Duration:** 2-3 weeks **Deliverables:** - Inventory of System21 programs, files, and customizations in scope - Business glossary draft mapping System21 terms to plain language - Use case shortlist ranked by volume and business value ### Pilot **Duration:** 6-8 weeks **Deliverables:** - Working connector to System21 BODs or IBM i files in a test environment - One to two use cases live for a defined customer service or planning team - Access control mirrored to System21 authority levels ### Production **Duration:** 4-6 weeks **Deliverables:** - Hardened deployment on production-grade hardware or private cloud - Approval workflows configured for correspondence and exception use cases - Audit logging integrated with existing IBM i log review process ### Scale **Duration:** Ongoing **Deliverables:** - Rollout to additional sites or distribution centers - Additional use cases prioritized from the discovery backlog - Periodic refinement of the semantic layer as System21 changes ## Buyer Questions - Does the connector use BODs and IBM i database access the way our existing integrations already do? - Where does the model run, and does any customer, pricing, or order data leave our network during a query? - How does the assistant respect our existing System21 authority and menu-level security? - What does the audit log capture, and who can review it internally? - What happens to accuracy when we modify a System21 program or add a site-specific customization? - What is the total cost including GPU hardware, not just the initial integration project? - Who maintains the connector and semantic layer configuration after go-live? ## Faq ### Does this work with both the classic and Aurora interfaces? **Answer:** Yes. The AI layer connects at the data and integration level, through BODs or direct IBM i database access, which is the same regardless of whether your users work in the classic green-screen menus or the Aurora browser interface. ### Do we need to be on ION already? **Answer:** No. Sites without ION are reached through direct, read-only DB2 for i database access, the same path most existing System21 reporting tools use. ION simply gives a structured write path for sites that already have it. ### How does this handle our site-specific customizations? **Answer:** Customized programs and fields are mapped explicitly during discovery, so the assistant reflects your actual System21 installation, including local modifications, rather than a generic baseline that would miss them. ### What stops the AI from making a change we did not approve? **Answer:** Question-answering and search are read-only by default. Anything that would write to System21, such as a correspondence draft turning into a sent email with commitments, still requires a person's review and approval before it is finalized. ### How long does a pilot take? **Answer:** A typical pilot runs six to eight weeks after a two to three week discovery phase, covering one or two use cases for a defined team, enough to validate accuracy before a production decision. ### Is this relevant for a single-site distributor, or only large multi-site operations? **Answer:** It applies to both. A single-site distributor typically runs on a single GPU server with a narrower use case set, while a multi-site operation scales the same architecture across locations as volume grows. ### What happens if we eventually move off System21? **Answer:** The connector is rebuilt against the new platform's interface, but the model serving infrastructure, governance patterns, and use case designs carry over, so the investment is not lost if your ERP strategy changes. ## Search terms Infor System21 AI, Infor System21 AI integration, on-prem AI for System21, System21 copilot, System21 generative AI, System21 Aurora AI, Infor System21 chatbot, System21 natural language query, AI agents for System21, private LLM System21, System21 distribution AI, Infor System21 IBM i AI --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json