Turian AI – Quotation Automation Hero
Quotation Automation

How AI Can Automate
Quotation Processing End-to-End

Every minute your team spends manually processing a quote request is a minute a competitor could be sending theirs. AI changes that.

From free-text email to priced quote in your ERP: learn how LLM-based automation handles every step of the inbound quoting workflow, without training data, without templates, and without the manual work that slows your team down.

How AI Can Automate Quotation Processing End-to-End – turian

Every B2B sales team knows the quoting bottleneck. A customer sends a request. Someone opens the email, reads the document, identifies the products, looks up prices, builds the response in the customer's format, routes it for internal review, and sends. For a single request, this takes anywhere from twenty minutes to several hours depending on complexity.

At low volume, this is manageable. At scale, it becomes a structural problem that no amount of effort or headcount can sustainably solve.

The problem is structural, not operational. Manual quoting does not scale because every request requires the same sequence of human steps regardless of how routine it is.

The scale problem

Why Manual Quoting
Doesn't Scale

The math is unforgiving. A team processing forty quote requests per day at an average of forty-five minutes each is spending thirty hours of working time per day on quoting alone. That is the equivalent of nearly four full-time roles doing nothing but reading documents and entering data. As volume grows, the options are stark: hire more people, let response times slip, or triage, which means some customers wait longer and some quote requests never get answered at all.

The downstream effects are real and largely invisible. Missed tender deadlines mean lost opportunities that never appear in any report. Slow response times hand first-mover advantage to competitors on every multi-supplier RFQ. Errors in quotes create corrections, complaints, and margin erosion that shows up in the numbers but rarely gets traced back to the quoting process itself.

30h

of working time per day spent on quoting alone, for a team processing 40 requests at 45 minutes each

equivalent full-time roles doing nothing but reading documents and entering data

0

missed tender deadlines appear in any report, because the lost opportunity is invisible

What automation covers

What Aspects of Quoting
Can Really Be Automated

Not every step in the quoting process is equally automatable. Setting accurate expectations before implementation prevents the most common rollout mistake: automating the easy steps while leaving the actual bottleneck in place.

Steps that can be fully automated

  • Inbox monitoring and request classificationReading incoming emails, identifying which ones are quote requests versus orders, inquiries, or complaints, and routing each to the correct workflow.
  • Document reading and data extractionExtracting all relevant fields from the incoming request regardless of format: the customer's identity, product references or descriptions, quantities, required delivery dates, and any specifications or special requirements.
  • Product matchingResolving the customer's description or article number to the correct internal SKU, including customer-specific codes, description-based matching where no code is provided, and contextual references to previous orders.
  • Pricing applicationApplying the correct price for each matched product based on the customer's applicable price list, volume tier, or contract agreement, and flagging deviations above a configured threshold.
  • Draft quote generationBuilding a complete draft response in the required format: the customer's Excel template, a GAEB X84 file, a PDF, ready for human review before it goes out.
  • ERP record creationWriting confirmed quote data directly to the ERP system without a manual import step.

Steps where AI assists but humans confirm

  • Exception resolutionWhen a product cannot be matched, a specification is ambiguous, or a price deviates significantly, the AI assembles the context and surfaces a suggested resolution. The human confirms or overrides.
  • Margin optimisation decisionsWhen multiple products meet the specification, the AI can rank candidates by margin and surface the best option for the human to approve. The final pricing decision on complex or sensitive quotes stays with the team.
  • New customer handlingQuote requests from contacts not yet in the ERP require a human to confirm or create the account.

Steps that always require human judgment

  • Commercial negotiationAny situation where the customer is contesting a price, requesting a special arrangement, or escalating a concern.
  • Genuinely ambiguous specificationsSome requests cannot be resolved from the product catalog or order history without clarification from the customer.
  • Strategic account decisionsPricing and product decisions on key accounts where commercial judgment, relationship history, and competitive context all matter.
For most mid-market B2B companies, the fully automated steps cover the large majority of inbound quote volume. Exceptions are the minority, but they are the minority that most benefits from human attention. Automation clears the routine volume so the team is available for the work that actually requires them.
How AI Automates Quotation Processing: How It Works – turian

How it works

Understanding Automated Quotation:
How Does It Work?

Modern AI-based quotation automation processes incoming requests end-to-end using large language models to read and interpret documents rather than extracting text from fixed field positions. This is the fundamental difference from OCR and template-based approaches that required a configured template for every customer format and broke whenever anything changed.

01

Inbox monitoring and classification

The AI agent monitors the shared sales inbox continuously. Every incoming email is read and classified: quote request, order, inquiry, complaint, or other. Quote requests are routed to the quotation workflow. Everything else is classified and directed to the appropriate queue or team member without any manual triage.

02

Document reading and extraction

The agent reads the incoming request in whatever format it arrives: a free-text email in German with no attachment, a multi-page PDF with a custom layout, an Excel file formatted around the customer's own procurement template, a GAEB .X83 file from a construction contractor, a forwarded email chain with a specification buried three replies deep. All relevant fields are extracted: customer details, line items, quantities, units, specifications, delivery requirements, and any notes from the customer.

03

Customer identification

The extracted customer information is matched to the correct account in the ERP. For known customers with a clear email-to-account mapping, this is automatic. For ambiguous cases, the agent identifies the most likely match and flags for confirmation. For unrecognised contacts, the agent routes to the team for account creation before proceeding.

04

Product matching

This is the most technically demanding step and the one where most tools fail in production. The agent matches each line item to the correct internal product using a combination of approaches:

  • For requests with your internal product code: direct lookup.
  • For requests with the customer's own article number: cross-reference table lookup, with LLM-based description matching as fallback for unmapped codes.
  • For description-only requests: contextual interpretation of the specification against the product master, identifying the best match based on the stated attributes.
  • For contextual references: order history lookup, finding the relevant prior transaction and matching from that context.

Where matching confidence is high, the line proceeds automatically. Where it is not, the agent surfaces the closest candidates with a confidence indicator for human confirmation.

05

Pricing

Matched products are priced against the applicable rule in the ERP: the customer's price list, their volume tier, any active contract pricing, or the standard list price. Deviations between the price in the request and the ERP price are flagged above a configured threshold. Where multiple products meet the specification, the agent can rank candidates by margin and surface the highest-margin compliant option for review.

06

Human review

Quote requests that pass all validation steps with high confidence go to a fast approval queue: a team member reviews the complete draft and confirms with a single click. Requests with exceptions are presented as structured cards with the original request, the specific issue, and a suggested resolution. The rep resolves the exception without rebuilding the context from scratch.

07

Quote output and ERP entry

Once confirmed, the agent generates the outbound quote in the required format. For GAEB workflows, this includes writing prices back into the GAEB structure and exporting a valid X84 file. For other formats, the quote is generated in the customer's template or in a standard turian-formatted response. Confirmed quote data is written directly to the ERP without a manual import step.

The fundamental shift

LLMs read documents the way a human would: for meaning. Not for characters at fixed positions. That is why new formats, new customers, and new languages are handled immediately, not after a configuration sprint.

Key technologies

Key Technologies in
Quotation Automation

Understanding the technology behind quotation automation matters because it explains why previous approaches failed and what has changed.

01

Technology

Large Language Models

LLMs are the core technology that makes modern quotation automation possible. Unlike OCR systems that read characters from fixed positions, or ML-based IDP tools that learn from labeled examples, LLMs understand meaning and context. They can read a free-text email in German, interpret what the customer is asking for, match the description to a product in a catalog they have never seen before, and handle new document formats without any configuration.

Three practical consequences

No training data required before go-live. New customers and new document formats are handled immediately. Description-based product matching becomes tractable: the system interprets what the description means rather than looking for a matching string in a cross-reference table.
02

Technology

ERP Integration Layer

The connection between the quotation automation layer and the ERP determines whether automation removes manual steps or merely adds a step in front of them. The integration needs to be bidirectional: reading customer master data, product master data, and pricing conditions from the ERP to validate incoming requests, and writing confirmed quote data directly to the ERP on confirmation.

The test

Any integration that requires a manual import step between the automation tool and the ERP has not automated quoting. It has changed where the data entry happens.
03

Technology

Exception Handling and Routing

The quality of exception handling is often the difference between an automation project the team trusts and one they route around. When a request cannot be fully processed automatically, the exception needs to arrive at the team member's desk with the context already assembled: what the request said, what the system found, what the specific conflict is, and what the suggested resolution is.

The right frame

An exception handled in ninety seconds is not an obstacle to automation. It is automation working correctly.
04

Technology

GAEB Parsing

For companies in construction supply and technical wholesale in German-speaking markets, GAEB DA XML is the standard format for tender documents. Processing GAEB files correctly requires more than document reading: it requires parsing the full XML schema, preserving the OZ position hierarchy, distinguishing between standard positions, provisional sums, and alternative positions, and generating a valid X84 response file.

Why it matters

Generic document processing tools do not handle this natively. GAEB-aware automation is a category requirement for construction supply contexts, not a feature.
05

Technology

Multilingual Processing

For European mid-market companies, quote requests arrive in German, English, French, Dutch, and other languages, often from the same customer base in the same week. LLM-based systems process all of them at the same accuracy level without separate language configurations or accuracy penalties for non-English input.

How AI Automates Quotation Processing: When to Automate and Roadmap – turian

Is the timing right?

When Is It a Good Time
to Automate?

These signals indicate a clear case for quotation automation. If three or more apply, the investment case is likely strong.

Quote volume has outpaced team capacity

Your team is processing significantly more requests than two years ago, but headcount has not grown proportionally. The result is slower turnaround times, a backlog during peak periods, or requests that simply do not get answered.

The team spends more than two hours per day on mechanical quoting work

If inside sales reps are spending a meaningful part of their day on document reading, product lookup, and data entry rather than customer interaction and commercial judgment, that capacity is being consumed by work that does not require their expertise.

Response times are a competitive concern

If you are regularly responding to RFQs or tender documents later than competitors, or missing submission deadlines, the quoting process is creating a structural competitive disadvantage on every multi-supplier opportunity.

Errors in quotes are creating downstream problems

Corrections, customer complaints, and margin variance that traces back to quoting errors are a signal that the manual process is under more pressure than it can absorb without quality degradation.

You are considering headcount growth specifically for quoting capacity

If the plan for managing growth is adding an order entry or inside sales role primarily to handle quoting volume, automation is almost certainly a faster and lower-cost path to the same capacity increase.

You receive GAEB files or BoQs regularly

If your inbound quote mix includes significant construction tender volume in GAEB format, the processing time per document is high enough that automation delivers immediate measurable impact.

The implementation path

An Implementation Roadmap

Quotation automation does not require a long IT project or a significant data preparation phase before going live. A well-designed implementation follows a phased approach that delivers visible results within the first weeks.

Phase

Weeks 1 to 2

Stage

Proof of concept with historical data

Before connecting to any live inbox or ERP, the agent processes a batch of historical quote requests: real documents from your actual customer mix, in a secure test environment. This validates accuracy on your specific documents and product catalog, surfaces any gaps in the product master that would affect matching, and gives the team a concrete preview of how the system handles their real request mix. No integration is required at this stage.

Phase

Weeks 3 to 4

Stage

Live with full human review

The agent connects to the live inbox and ERP. It begins processing incoming requests and generating draft quotes for team review. Every draft is reviewed before anything goes to a customer. Processing time drops immediately because the team is reviewing a complete draft rather than building one from scratch. The proof of concept phase has already established which request types produce high-confidence output and which need closer attention.

Phase

Month 2

Stage

Selective automation

For request types and customer accounts that have consistently produced correct output through the review phase, the automation threshold is raised. High-confidence requests go to a fast approval queue: a single click to confirm, rather than full review. Exceptions continue to route for detailed human attention.

Phase

Month 3 and beyond

Stage

Expand and optimise

The automated scope expands systematically: additional customers, additional product categories, GAEB and BoQ processing if relevant to your mix. Exception rules are refined based on patterns observed in the first weeks. Follow-up automation for unanswered quotes is activated. The team's time allocation shifts steadily toward the work that requires judgment and away from the mechanical steps.

What is not required

  • Months of document labeling or model training
  • A system integrator or dedicated AI project team
  • A complete product catalog cleanup before go-live
  • Replacing or upgrading the ERP

Turian's implementation team manages the deployment. The only resources required from your side are a named implementation owner, IT credentials for the ERP API and inbox connection, and a few hours per week during the implementation period.

See how turian handles inbound quote processing

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How AI Automates Quotation Processing: FAQs – turian

See it on your own quote mix

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Workflow Review

Bring a sample of your actual inbound quote requests and we will show you how the agent handles them, including the complex ones.

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FAQs

Frequently Asked Questions

Yes. Turian processes requests in German, English, French, and other European languages at the same accuracy level, without separate configurations or a training period for each language. German technical terminology (product descriptions, specifications, delivery instructions) is interpreted correctly, not just translated.
Turian's matching engine resolves product references from descriptions and context, not just from article numbers. A request like "500 units of the same connector we ordered last spring" is handled by querying the customer's order history, identifying the relevant prior transaction, and matching from there. Where the system cannot resolve with confidence, it surfaces its best candidates with a confidence indicator for the team to confirm.
Unmatched items are flagged as structured exceptions: the original description, why the match failed, and the closest available candidates. Nothing is written to the ERP or sent to the customer until the exception is resolved. Once a human confirms the correct match, the mapping is recorded for future requests from that customer.
Yes. The agent parses GAEB DA XML files natively, preserving the full OZ position hierarchy, distinguishing between standard positions, provisional sums, and alternative positions, and generating valid X84 response files once quotes are confirmed.
Turian integrates bidirectionally with SAP Business One, SAP S/4HANA, SAP ECC, Microsoft Dynamics 365, Microsoft Dynamics AX, Microsoft Dynamics NAV, Infor LN, Infor M3, ProAlpha, Oracle NetSuite, Sage X3, Odoo, and other systems with standard API access.
A proof of concept using historical documents runs in weeks one and two. Live processing begins in weeks three and four. There is no training data requirement: the system processes your documents accurately from day one without a warm-up period. Full implementation typically completes within four to six weeks of kickoff.
No. The system generates and proposes; the team confirms. Every automated decision is reviewable and overridable. The human-in-the-loop design is not a compliance feature. It is the operational model. The team handles exceptions, complex requests, and commercial decisions. Routine volume moves without them. Control stays where it belongs: with the people who understand the customer relationship.
Yes. Turian processes and stores data in EU-based infrastructure. A GDPR-compliant Data Processing Agreement is standard. The service is ISO 27001 certified.