Artificial Intelligence (AI)
Manufacturing Chatbot Development Company
We build manufacturing chatbots that query ERP and MES data, answer from your machine manuals, and run on-premise when your process IP cannot leave the building.
- Focus
- Industrial conversational AI
- Engagement
- Scoped pilot, then rollout
- Deployment
- Cloud, private VPC or air-gapped
- Ownership
- Code, prompts & models, 100% yours
Our process for manufacturing chatbot development company
A fixed four-step path from first call to production, with weekly demos and a hard launch date.
Line & data audit
We pick one line and one document set, map what your ERP, MES and historian can actually expose, and find out what state the manuals are really in.
Deliverable
Integration map & scoped pilot definition
Retrieval & guardrail design
We build the retrieval layer over your manuals and logs, define the query allowlist and permission model, and set the refusal behaviour for safety-critical procedures.
Deliverable
Retrieval quality report & guardrail spec
Build & floor test
We build the interface for the real environment, gloves and noise included, and test with the technicians who will use it rather than in a conference room.
Deliverable
Piloted assistant & eval suite
Deploy, measure & expand
We deploy to the pilot line with usage and accuracy telemetry, then use the measured result to decide what the second line looks like.
Deliverable
Live deployment, docs & rollout plan
See where your project fits.
Book your systems auditOverview
The plant floor generates more data than anyone can use, and reaching it usually means walking to a terminal and navigating an ERP interface designed in 2004 by someone who never had to use it wearing gloves.
FoundrySoft is a manufacturing chatbot development company. We build conversational interfaces that connect operators, maintenance techs, floor managers, and executives to the systems that already hold the answers, in the language they actually use.
Why manufacturing chatbots fail, and what we do differently
Manufacturing is one of the least forgiving environments for a chatbot, for three reasons that generic vendors consistently underestimate.
A confident wrong answer costs real money here. If a bot tells a technician the torque spec is 40 Nm when it is 55, you have a warranty claim or an injury, not a bad user experience. So we build for refusal: every answer is grounded in a retrieved source document, the bot cites the manual and revision it drew from, and when retrieval returns nothing relevant it says it does not know instead of generating something plausible. For safety-critical procedures we hard-gate the bot to verbatim citation only.
Your data is in systems that resist integration. SAP, Oracle, an MES from a vendor who was acquired twice, a historian database, and a spreadsheet on someone's desktop that is load-bearing. The chatbot is the easy part. The work is the middleware: read-only service accounts, query allowlists so the model cannot construct an arbitrary database call, row-level permissions so a contractor sees only their line, and caching so a chatty bot does not put load on a production ERP.
The floor is not an office. Gloves, noise, poor lighting, spotty Wi-Fi in the far bay, and shared devices. We design for voice input where hands are busy, oversized touch targets, offline-tolerant behaviour that queues and syncs, and a device handoff model that does not leak one operator's session to the next.
What we build
Machine maintenance and troubleshooting assistants
A retrieval system over your machine manuals, maintenance logs, SOPs, and past work orders. A technician gives an error code and gets the diagnostic tree, the parts likely needed, and the last three times this fault occurred on this asset with what fixed it. This is usually the highest-return first project, because the knowledge is already written down, the value of finding it faster is easy to measure, and the failure mode is bounded.
ERP and inventory queries in natural language
"How many units of part 4471-B are in the west warehouse, and when does the next shipment land?" The bot resolves that to a parameterised query against an allowlist, runs it under a read-only account with the asking user's permissions, and returns the answer with a timestamp and a link to the underlying record so a manager can verify it.
Supply chain and production analytics briefings
Scheduled agentic workflows that examine shipment delays, material shortages, scrap rates, and line throughput, then push a short written briefing to the people who need it. This is where agents genuinely earn their cost, because the work is reading a lot of boring data on a schedule and noticing what changed.
Quality and compliance documentation support
Drafting deviation reports, retrieving the applicable revision of a work instruction, and checking a batch record against its specification, with a human approving every output that touches a regulated record.
On-premise and air-gapped deployment
Process IP is often the most valuable thing a manufacturer owns, and for many plants sending it to a third-party API is not a policy question that has a yes available.
We deploy the full stack on your own hardware when that is the requirement, running open-weight models locally so no prompt, document, or query leaves your network. The tradeoff is real and we will be straight about it: a locally hosted open-weight model is meaningfully less capable than a current frontier model, which usually means narrowing the bot's scope and leaning harder on retrieval quality. For plants that can use a hosted API, we deploy against current frontier models such as Claude Opus 5 or Claude Sonnet 5 with a zero-retention configuration, which is often an acceptable middle path. We help you work out which side of that line your data sits on. Our engineering team has written up the tradeoffs in self-hosting a coding LLM with vLLM and choosing among open-weight models for agents.
Start narrow
The manufacturing chatbot projects that succeed start with one line, one document set, and one measurable question, then expand once the retrieval quality is proven. The ones that fail start with "an assistant for the whole plant." We scope the first engagement deliberately small, because the fastest route to a plant-wide rollout is a first deployment that maintenance staff actually trust.
Let's talk about which line to start on.
What we've written about this
Common questions
Can a manufacturing chatbot connect to SAP or Oracle ERP?
Yes, and how we do it matters more than whether we can. We connect through read-only service accounts with a defined allowlist of parameterised queries, rather than letting the model construct arbitrary database calls. Results are filtered by the asking user's permissions, and frequently requested figures are cached so a heavily used assistant does not add load to a production ERP. The same pattern works for MES platforms, historian databases, and older systems that only expose a file drop or a flat report.
Can we run it on-premise without sending data to an external API?
Yes. We deploy the full stack on your hardware using open-weight models, so no prompt, document, or query leaves your network. The honest tradeoff is that a locally hosted open-weight model is less capable than a current frontier model, which usually means narrowing the assistant's scope and investing more in retrieval quality. Many plants land on a middle path: a hosted frontier model under a zero-retention configuration for general queries, with genuinely sensitive process documentation kept behind a local model.
How do you stop the bot from giving a wrong answer about a safety-critical procedure?
Three ways. Every answer is grounded in a retrieved source document and cites the manual and revision it came from, so a technician can verify it in one tap. When retrieval finds nothing relevant, the bot says it does not know rather than generating something plausible. And for procedures you designate as safety-critical, we hard-gate the assistant to verbatim citation, so it quotes the work instruction rather than paraphrasing it. Which procedures get that treatment is your decision, made during scoping.
How long before a manufacturing chatbot is usable on the floor?
A scoped pilot on one line typically reaches floor testing in five to six weeks. The variable that moves that date most is the state of your documentation. If manuals and SOPs are current and digital, retrieval works quickly. If they are scattered across scanned binders and tribal knowledge, digitising them becomes part of the project and we will say so during the audit rather than after.
Should we start with the whole plant or one line?
One line, one document set, one measurable question. Plant-wide assistants are where these projects go to die, because retrieval quality that is merely acceptable across every domain is not good enough to earn trust in any of them. A narrow first deployment that maintenance staff genuinely rely on is the fastest route to a rollout, and it gives you a real number to justify the next phase.
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