Craft Brewery Management Software

Who It's For

Craft brewery management software is designed for:

• Independent microbreweries (500–5,000 hl/year): operations producing on their own brew systems ranging from 5 to 30 hectoliters per batch
• Brewpubs: breweries with attached taprooms requiring integrated production and bar sales management
• Distribution-focused breweries: those selling to bars, restaurants and retail through agents or direct sales, needing structured order and inventory management
• Farmhouse breweries: operations using proprietary ingredients (malt, hops, fruit) that must trace the supply chain from farm to production to certify their short supply chain
• Contract brewers: breweries producing on behalf of third parties that must track recipes, costs, and volumes per client

The shared challenge is the disconnection between processes: the recipe lives in a notebook, batch data in a spreadsheet, distributor orders on WhatsApp, excise accounting on another sheet. When a customs agency inspector requests traceability for a specific batch, reconstructing the path from malted barley to bottled beer requires days of manual searching. When you want to understand why the latest IPA batch tasted different from the recipe, there is no structured log to reference.

Problems It Solves

Recipes in notebooks: no standardization, no scalability

A craft beer recipe is a complex technical document: it contains ingredients with precise quantities (grams per hectoliter), process parameters (mash temperatures, boil times, fermentation profile), bitterness calculations (IBU), expected alcohol content (ABV), color (EBC), original gravity (OG), final gravity (FG), and fermentation yield. Storing this information in a notebook means:

• No ability to compare recipe versions over time and understand how modifications affected the result
• No automatic calculation when scaling production from 10 to 20 hectoliters
• No precise knowledge of raw material cost per beer style
• No ability to share a recipe with an assistant without risk of interpretation errors
• No structured product data sheet for labeling (calculated alcohol content, allergens, ingredients list)

Inability to trace each batch end-to-end

EU Regulation 178/2002 mandates food traceability: in case of non-conformity, the producer must identify which ingredient batches were used, in which production units they were processed, and to which customers and distributors the product was delivered — and must be able to do so rapidly. Without a digital system, reconstructing a batch's journey from milling to bottling requires questioning the brewmaster, searching daily notes, consulting warehouse records. Penalties for inadequate HACCP documentation can reach 30,000 euros, with possible production suspension in the most serious cases.

Unmonitored fermentation: a concrete economic risk

Fermentation is the most critical phase of beer production. Temperature deviations of just a few degrees can produce irreversible off-flavors: ethyl acetate (solvent smell), excessive diacetyl (rancid butter smell), phenols (band-aid smell). Without structured monitoring, temperature and pressure readings are noted by hand at irregular intervals. If something goes wrong and there is no documentation of the fermentation profile, it is impossible to understand what happened or intervene in time.

A 1,000-liter batch of craft beer with production costs around 2–3 euros/liter represents 2,000–3,000 euros in raw materials. Losing it to an undetected fermentation issue is a direct, measurable economic loss, on top of the cost of lost sales revenue.

Excise duties: the most underestimated tax risk

Small independent craft breweries producing below 10,000 hl/year qualify for a significant excise duty reduction compared to large commercial producers. But to benefit from this reduction, they must accurately document volumes produced per batch, volumes released for consumption, documented process losses, and any destructions under customs supervision. Errors or inaccuracies in periodic customs authority declarations can lead to tax recovery, penalties up to twice the unpaid tax, and interest charges.

Without a system that automatically tracks volumes per batch and aggregates data for periodic declarations, the brewery faces a concrete tax risk with every declaration filed.

Direct sales and distribution disconnected from production

If the brewery sells through a taproom, sells to distributors, and sells directly to restaurants, these three channels tend to operate independently. The problem: when stock of a particular style runs out, it is often discovered only when an order arrives that cannot be fulfilled. There is no real-time visibility on availability by style and format (keg, can, bottle). The distributor expects to place precise orders; the taproom sells at the bar without knowing how much stock is already committed to outstanding orders.

Key Features

Recipe database with automatic calculations

• Structured digital recipes with ingredients (malt, hops, yeast, adjuncts), quantities in g/hl, suppliers, and procurement batch number for each ingredient
• Automatic calculation of IBU (Tinseth or Rager method), ABV, EBC, OG (Original Gravity), FG (Final Gravity), BU:GU ratio
• Recipe versioning: every change creates a new numbered version, full history always accessible — batches produced remain linked to the recipe version used at the time
• Automatic ingredient scaling when production volume changes (from 10 to 25 hl, from 25 to 50 hl)
• Raw material cost calculation per hl produced, updated in real time when supplier prices change
• Product data sheet automatically generated: ingredients in descending order, allergens highlighted (gluten, sulphites), calculated alcohol content — ready for labeling compliance
• Recipe comparison: visual side-by-side comparison of IBU, ABV, and costs between different styles or different versions of the same recipe

End-to-end batch tracking

Each batch moves through the following documented phases in the system: 1. Milling: malt batch used with supplier batch number, actual weight, measured moisture, estimated yield 2. Mashing: actual temperatures per step (proteolysis, saccharification, mash out), times met, measured pH, mash gravity 3. Boiling: hops added per addition (variety, AA%, actual quantity, exact timing), measured pre-fermentation OG, volume into fermenter 4. Fermentation: yeast strain with generation and batch number, quantity pitched, set vs. actual temperature profile, gravity readings with timestamps, any additions (nutrients, dry yeast) 5. Conditioning/maturation: duration, temperature, dry hop additions (hop variety, quantity, days), fruit or spice additions with supplier batch 6. Filtration/clarification: method used, fining agents with batch numbers, documented volume losses 7. Packaging: date, format (30L/20L kegs, 33cl/50cl cans, 33cl/75cl bottles), quantity per format, batch number printed on label, storage location

At any point, entering the batch number from a bottle label reveals every production phase, every ingredient with its supplier batch number, and every customer or distributor who received that batch.

Fermentation monitoring with structured log

• Fermentation record per tank/fermenter with configurable parameters and target ranges per phase
• Manual reading entry with timestamp — accessible from smartphone in the cellar
• Interactive charts showing temperature, specific gravity, pressure, and pH evolution over time
• Configurable alerts per parameter: if temperature leaves the set range for more than X minutes, notification via SMS and/or email to the brewmaster
• IoT sensor integration for automatic readings without manual intervention: Tilt Hydrometer, iSpindel, Plaato Keg and Tank, BrewPi, NTC probes with custom data loggers via MQTT
• Automatic calculation of actual attenuation and final alcohol content based on gravity readings
• Free notes for brewmaster annotations on each reading — essential for iterative recipe improvement

Raw material and packaging inventory

• Raw materials inventory with supplier batch number (mandatory for EU Reg. 178/2002 traceability): malt by type, hops by variety and AA%, yeasts, adjuncts, additives, finings
• Goods receipt with quality verification: supplier analysis documentation, internal sampling, documented non-conformities
• Automatic ingredient deduction for each batch started — inventory updates in real time
• Packaging management: kegs (30L, 20L, KeyKeg), bottles by format, cans by format, caps, labels (with progressive label batch number), cartons, pallets
• Configurable minimum reorder threshold alerts per ingredient and material
• Purchase order generation directly from the system with email dispatch to the supplier
• International supply management: US hops, Belgian yeasts, specialty grains — with customs documentation if required

Digital HACCP plan and non-conformity management

• Structured HACCP plan: process flow diagram, hazard analysis (biological, chemical, physical), identified CCPs (Critical Control Points)
• CCP monitoring records: critical parameter registration (pasteurization temperatures, residual chlorine in wash water, storage temperatures) with operator signature
• Non-conformities: registration of CCP deviations, corrective actions taken, effectiveness verification
• Equipment maintenance: CIP cleaning schedule, measuring instrument calibrations, preventive maintenance with documentation
• Allergen management: complete tracking per batch, allergen declaration for labeling
• HACCP audit reports: complete CCP monitoring history ready for health authority inspections

Integrated sales: taproom, distribution, B2B

• Taproom and direct sales: POS checkout for bar sales, keg opening management (with date, time, location, responsible person), consumption tracking per keg, bottle and merchandise sales, daily closing with cash reconciliation
• HoReCa distribution: customer database with custom price lists, orders from bars and restaurants, real-time availability by style and format, automatic delivery note generation, invoicing
• B2C e-commerce: online store synchronized with warehouse — when a style runs out, it is automatically marked unavailable; online orders deduct from stock in real time
• Commercial reports: revenue by customer, style, format, and period; most profitable customers; best-selling styles by channel

Excise management and customs authority reporting

• Charge register: every batch started is charged with wort volume, measured Plato degree, and production start date
• Discharge register: every consumption release (distributor delivery, taproom sale, export) is discharged with volume, format, and recipient
• Process losses: documentation of fermentation, filtration, and packaging losses — relevant for calculating actual excise duty owed
• Automatic excise duty calculation: base rate, reduced rate for qualifying independent craft breweries, calculation on hectoliters per Plato degree
• Monthly/quarterly summary for periodic declaration filing
• Accompanying documents for excise-subject product movements
• Complete history accessible for any retrospective inspection audit

Typical Workflow

Batch planning

The brewmaster decides to produce 1,000 liters of IPA. They open the system, select the recipe "Mosaic IPA v3.2" from the archive, set the target volume, and the system automatically calculates scaled quantities for all ingredients: 185 kg Pale Ale Malt, 12 kg Crystal 120, 850 g Mosaic pellets first wort, 650 g Citra pellets at 15 minutes, 750 g US-05 yeast. They check warehouse availability — everything is in stock except Mosaic hops, which will fall below threshold after this batch. The system has already generated a reorder suggestion. The brewmaster approves the order — the supplier receives the email directly from the system. The batch is started: the system creates the production record with automatic batch number (e.g. IPA-2026-047) and the batch register is active.

Mashing and boiling

On brew day, the brewer enters actual parameters as the brew progresses: saccharification temperature reached (67°C vs. 66°C target), pH (5.4), pre-boil gravity (1.052 vs. 1.050 target — 73% mashing efficiency). The system flags the efficiency deviation — the brewer notes the probable cause (malt slightly more humid than usual). During boiling, each hop addition is recorded with actual weight. Final volume into the fermenter is 985 liters (target 1,000 — boil loss within normal range). Measured OG is 1.056.

Fermentation with IoT sensor

Wort enters the tank. The Tilt sensor is positioned in the fermenter and sends automatic readings every 2 hours: temperature, specific gravity, current ABV estimate. The system generates the fermentation chart in real time. On day three, fermentation slows unexpectedly: gravity is still at 1.030 when it should be at 1.022. The brewmaster receives an alert. They check the cellar temperature — a chiller failure caused the fermentation temperature to drop too low, stalling the yeast. Intervention: raise temperature to 20°C and restart fermentation. Thanks to monitoring, the batch is saved. The fermentation log documents everything: problem cause, intervention, and result.

Packaging and delivery

After conditioning and dry hopping, the beer is ready. The brewer records packaging: 60 cases of 12 bottles (label batch BOT-2026-047) and 15 30L kegs. The system automatically updates the finished beer inventory. The next day, a HoReCa distributor orders 25 30L kegs and 30 cases. The system checks availability (15 kegs available — partial quantity), proposes a partial delivery with the balance at the next batch. The brewer confirms; the system generates the delivery note and invoice, and the distributor receives an email confirmation.

Excise declaration

At month end, the brewery's accountant opens the excise module. The system shows the summary: 5 batches produced totaling 4,850 liters of wort, weighted average Plato degree 13.2°P, documented losses 312 liters, released for consumption 4,210 liters. Excise duties owed: automatically calculated with the reduced rate for qualifying independent craft breweries. The declaration form is already filled in all fields — the accountant reviews, signs, and submits to the customs authority. Time required: 20 minutes instead of half a day.

Possible Integrations

• Fermentation IoT sensors: Tilt Hydrometer, iSpindel, Plaato Keg and Tank, BrewPi Spark, NTC and PT100 probes with custom data loggers via MQTT
• E-commerce: WooCommerce, Shopify, or custom web storefront — real-time bidirectional inventory synchronization
• Electronic invoicing: automatic invoice generation and submission for business clients where mandated
• Customs authority: export of charge/discharge registers and summary statements in required XML formats
• Accounting: export to bookkeeper platforms in XML/CSV, configurable for any accounting system
• ERP: integration with broader management systems if the brewery is part of a group or holding
• Label printing: automatic label file generation (PDF, AI-ready) with ingredients, allergens, alcohol content, and batch number compliant with EU Reg. 1169/2011
• Craft beer marketplaces: integration with sector-specific online distribution platforms

Custom Software vs Standard Solutions

International brewery-specific software exists: Brew Commander, OrchestratedBEER, ekos, BreweryDB, Breww. These are well-built tools for English-speaking markets, with years of development and active communities. However, for an Italian craft brewery they present significant limitations:

• Italian regulation: none of these platforms manage Italian excise duty specifics, Italian customs authority declaration formats, the HACCP plan as required by the Italian health system, or Italian mandatory e-invoicing
• Language: English-only interfaces — a real barrier for many Italian craft brewers who do not work in English daily
• Italian e-invoicing: not supported by international platforms
• Local support: in case of problems, support operates in different time zones and does not know Italian regulation
• Ongoing cost: monthly subscriptions from $150 to $600 per month — over 5 years, between $9,000 and $36,000 without ever owning anything

Comparison:

Timeline, Budget and Process

Process:

1. Analysis (1–2 weeks): brewery visit, understanding of actual production processes (how many brews per week, how many tanks, how many styles in simultaneous production), traceability requirements analysis, HACCP specifics, and excise obligations 2. Prototype (2–3 weeks): recipe cards with IBU/ABV calculations, batch tracking, and fermentation dashboard — validated with the brewmaster before proceeding 3. Development (6–10 weeks): complete build with IoT sensor integrations, sales module (taproom + distribution), excise management, and e-invoicing 4. Go-live (1–2 weeks): migration of existing recipes from notebooks or spreadsheets, training for the brewmaster, sales staff, and accounting team

Budget:

Complete software for a craft brewery — recipes with calculations, end-to-end batch tracking, fermentation monitoring, digital HACCP plan, excise management, and integrated sales — typically costs between 10,000 and 25,000 euros, depending on the number of IoT integrations required, the complexity of sales channels (taproom + distribution + e-commerce), and the customs authority reporting specifications.

No monthly subscription. The brewery owns the software and all data — no vendor lock-in.

The cost of inaction: one lost batch due to unmonitored fermentation is worth 2,000–3,000 euros in raw materials plus lost sales revenue. One excise declaration penalty starts at 1,500 euros and can reach twice the unpaid tax. An HACCP audit without adequate documentation can lead to production suspension. The software pays for itself at the first batch saved, the first error-free declaration filed, and the first 20-minute customs inspection that would have taken three days.