Beverage & Brewing
Brewers say scheduling software cannot handle fermentation, and with tools that treat a fermenter like a machine with a fixed cycle time, the frustration is earned: a plan built on fixed durations drifts away from the tanks within days. Semia plans tanks as volume, not machine-hours, reads actual tank state from the systems you already run, and rebuilds tomorrow's plan every day around it. When a ferment runs long, packaging materials run short, or a rush order lands, the plan already reflects it.
A ferment that needs an extra day is not an exception, it is Tuesday. Static weekly plans assume fixed durations, so by Wednesday the schedule is fiction and the head brewer is re-juggling tanks on a whiteboard. Variable fermentation windows are exactly why the plan has to be rebuilt daily, around what the tanks are actually doing.
Most scheduling tools model capacity as machine-hours, which is why brewers do not trust them with a cellar. A fermenter is a bucket of volume with a fill rate, a drain rate, and a residence time, and a brite tank that is not empty gates the entire packaging day. Semia plans your cellar in those terms, working from the tank status it reads in your systems and the residence-time rules it learns from your brewer, so the plan respects what can physically move where, and when.
Every new flavor, seltzer variant, and package format adds changeovers, CIP cycles, and short runs that never show up as a line item. Across food and beverage plants, that bleed adds up to $2-3M a year per plant in overproduction, idle capacity, and chargebacks. The fix is not fewer SKUs, it is sequencing that makes the SKUs you have cheaper to run.
Which tank has the tired glycol jacket, which flavor can follow which on the filler, which customer will actually accept a day of slip: none of that is in the ERP. When that person leaves, replacing a skilled planner runs $20-40K by industry estimates, and the knowledge still walks out the door. Semia captures that context by shadowing the person who holds it.
Semia reads orders, inventory and lots, ingredients, attendance, machine status, and shelf-life risk from whatever you run today: SAP, Odoo, Microsoft Dynamics, Excel, Google Sheets, even order changes arriving through Gmail, Outlook, or WhatsApp. Access is read-only and takes about 30 minutes to grant. Nothing is migrated and nothing is installed on the line.
Cleanouts between products are where beverage capacity goes to die, so Semia schedules CIP as occupied time on the tank or line, sequenced to keep it small using the changeover rules it learns from your team: light to dark, allergen cleanouts where they are required, flavor orders that avoid extra rinse cycles. Every CIP block in the plan comes with plain-language reasoning for why it sits where it does.
A brite tank ready on Thursday is worthless if the cans, labels, and line crew are lined up for Friday. Semia writes tomorrow's plan with tanks, materials, and packaging lines on the same clock, and re-sequences when a ferment runs long or packaging materials run short. Finite capacity and FEFO logic are built in; the terms are in /glossary if you want the definitions.
A rush order lands, a filler goes down, a ferment refuses to finish: Semia rebuilds the plan around the new reality instead of waiting for Monday. Every call comes with plain-language reasoning and a full audit trail, and a named human approves the plan before anything reaches the floor. Your brewer stays in charge, minus the whiteboard archaeology.
Semia sits next to your planner or head brewer, asks questions, and learns how your cellar actually runs: the quirks, the workarounds, the unwritten rules. It is useful in about two weeks, without a data cleanup project or a consulting engagement first.
At our design partner, a food production plant, daily planning went from about 3 hours a day to roughly 15 minutes (design-partner data). Over a year, that is 700+ hours back for the person who knows the plant best. The approach is the same whether the constraint is an oven or a fermenter; see /industries/bakery for how it runs there.
Everything Semia reads stays inside your company, and the planning logic it captures belongs to you, not to us. There is no rip-and-replace: your ERP, your spreadsheets, and your brewery tools keep doing their jobs while Semia does the sequencing. Pricing is straightforward; see /pricing for how it works.
The fastest way to test the fermentation objection is to watch Semia plan your actual week: your tanks, your CIP matrix, your packaging calendar. Book a working session at /demo and bring the schedule that fell apart last month.
Yes, if it plans tanks as volume instead of machine-hours and re-plans daily instead of weekly. Semia plans fermenters as finite volume, learns your cellar's actual residence times and transfer rules by shadowing your brewer, and rebuilds the plan when a ferment runs long or finishes early. Variable fermentation windows are exactly why a static weekly plan fails; a daily re-plan built on actual tank state is the answer.
Semia plans tanks as volume rather than machine-hours, working from the tank and machine status it reads in your existing systems and the residence-time and transfer rules it learns by shadowing your brewer. CIP is scheduled as real occupied time between products and sequenced to keep it small, following the changeover rules your team already applies, such as light-to-dark ordering and allergen cleanouts. Every plan shows plain-language reasoning for why each CIP block sits where it does.
No, Semia does not replace your ERP or brewery management software. It reads orders, inventory, lots, ingredients, and machine status from the systems you already run, such as SAP, Odoo, Microsoft Dynamics, Excel, and Google Sheets, with read-only access that takes about 30 minutes to grant. Your existing tools stay in place; Semia adds the daily sequencing layer on top.
No, nothing goes to the floor without sign-off. Semia drafts tomorrow's plan every morning with plain-language reasoning and a full audit trail, and a named human approves it before anything reaches the floor. The brewer or planner stays in charge of every call.
Semia is typically useful in about two weeks. It onboards itself by sitting next to your planner, asking questions, and shadowing how the plant actually runs, so there is no data cleanup project or long implementation ahead of it.
Across food and beverage manufacturing, a typical plant bleeds $2-3M a year on overproduction, idle capacity, and chargebacks: roughly $250K a year in waste, about $2M a year in idle capacity, and about $500K a year in chargebacks. In a beverage plant, SKU proliferation and unplanned CIP time are common drivers of that idle capacity.