INTELLIGENT FERMENTATION CONTROL · MEASURED RESULTS

Cut your cooling costs by over 30%.
No drilling. No change in taste.

SCEPTER holds the exact temperature profile for every batch while shifting the hardest chiller work into the hours with the cheapest energy and the lowest outside temperature. The module installs in 10 minutes on the equipment you already own, delivered a proven 31.4% saving at the Tsarina pilot, and pays for itself within a single harvest.

Gold Medal — AGRA 2023, International Fair Plovdiv 31.4% cooling OPEX reduction — verified in real operation Over 2,000,000 litres of production managed
Freshly fabricated red SCEPTER Hydrometer V1 circuit boards stacked on a steel workbench
COP 2.0 → 4.0night vs. day chiller efficiency
≥30%guaranteed annual cooling savings
31.4%OPEX cut in verified pilot
10 mininstall, zero tank drilling
< 12 mocustomer ROI
The Platform

How the control plane works.

From sensor to autonomous control in three stages — a single, hardware-enabled loop that runs any vessel, any process. TSAR is the method — the thermodynamic model, biokinetic profiles and cloud Digital Twin. SCEPTER is the instrument — the bypass module installed on your chiller’s probe line in 10 minutes.

01

Deploy

IP68 wireless sensors drop directly into any bioreactor or fermentation vessel — no gateways, no rewiring, no downtime.

Winemaker lowering the green SCEPTER measuring float into an open stainless steel fermentation tank
A winemaker lowers the SCEPTER float into the tank — deployment takes minutes.
02

Analyze

Real-time telemetry streams continuously to our cloud-native AI engine, modeling every batch as it evolves.

Tasting room with a wall-mounted screen showing live SCEPTER fermentation telemetry charts
The tasting room doubles as a control room: the team watches live telemetry on the big screen, discusses and adjusts the process.
03

Optimize

The automated, closed-loop control plane adjusts temperature and process parameters to guarantee perfect biological outcomes.

Belimo valve actuators mounted on cooling pipes between stainless steel wine tanks
Belimo valve actuators on the cooling lines — the actuation side SCEPTER drives.
The full picture

One loop, end to end. See it move.

No jargon — a live map of the cooling loop. The heat pump chills a glycol buffer; the buffer feeds a closed loop to your tank; SCEPTER commands your existing controller via emulation, coordinated by TSAR Cloud.

Animated SCEPTER system diagram showing TSAR Cloud, SCEPTER controllers, heat pump, glycol buffer and fermenter connected in a closed cooling loop
The whole system at a glance — orange is what we install, grey is the equipment you already own.
Real-world use-cases

Got solar? Outdoor fermenters? Even better.

The same platform, tuned to the modern winery — it turns the sun and the wind into an advantage.

For PV-equipped wineries

Your solar, finally working at night.

SCEPTER moves the chiller — your biggest load — into the cheap, high-efficiency night (COP 4.0) and banks the cold in the liquid you already own. That frees your midday solar to run the presses, lets you sell surplus sun at peak price, and spares your lithium batteries from deep-cycling. Your fermentation profile is never touched — we shift the energy, not the process.

COP 4.0 night · ~2.0 midday Your wine is the battery — not lithium
For outdoor fermenters

Turn the night wind into free refrigeration.

Outdoor vessels take brutal afternoon sun. SCEPTER’s Meteorological Engine models Equivalent Temperature and wind-chill (Nusselt cross-flow), then harvests cold night air — shutting the chiller pumps off entirely when the wind can hold your setpoint, and pre-cooling before the afternoon peak. Outdoor exposure becomes a free-cooling asset.

Pumps off when the wind is enough Teq + cross-flow modelled

Got solar and outdoor fermenters? You’re not the exception — you’re exactly who SCEPTER was built for.

Enterprise-Grade Infrastructure

Built pharma-grade. Audit-ready from day one.

The same control plane that guards a fermentation is engineered to satisfy an auditor — immutable records, fail-safe hardware, and autonomy that never depends on the cloud.

FDA 21 CFR Part 11-Ready Immutable, timestamped BigQuery audit trails. Every AI-driven setpoint change is attributable, reason-logged and tamper-evident — GMP-grade traceability by design.
Solid-State Relay Durability Actuation switches on SSRs — zero moving parts, no contact wear. Impulse-dosing runs millions of cycles where mechanical relays would burn out.
Edge Offline Fallback Lose the network and the edge controller holds the line — a local hysteresis loop maintains your exact setpoint until the cloud returns. 0% network risk.
EU Data Residency Compute and telemetry stay in europe-west4 with per-tenant isolation — GDPR-aligned and ready for enterprise procurement.
The Scale

One Core. Infinite Applications.

The same control plane governs any culture — from precision microbial growth to the most volatile natural fermentation on earth.

Winemaking

Precise control of the temperature profile in the most sensitive and volatile natural fermentation there is.

Primary focus

Brewing

Holding strict temperature steps through fermentation and maturation for a guaranteed, repeatable flavour profile.

Food & Dairy

A stable temperature regime across industrial fermentation of dairy and food products.

Biotech & Pharma

High precision and traceability for processes that demand an exact environment for microbial cultures and bioreactors.

Proven in Wine → Global Scale-Up

Winemaking sets our standard. Global fermentation is our scale.

Wine is the most demanding fermentation there is — living, volatile and judged on taste alone. Meeting the winemaker’s exacting standard is what makes the T.S.A.R. Digital Twin exceptional — and the same proven core now powers breweries, dairy, biofuels and the GMP biopharma bioreactors and cold-chain that produce the world’s medicines. Excellence earned in the cellar, delivered across industry.

One proven core · every fermentation
50–54%of global pharma output is microbial fermentation
100%of those bioprocesses need precise, continuous cooling
From estimate to guarantee

Three steps. One guaranteed number.

No leap of faith — a ladder. Each rung raises certainty and lowers your risk, ending in a savings floor we put in writing.

01

Play the numbers

Drag your volume and tariffs through the ROI calculator. Directional savings in 60 seconds — no email, no sign-up.

Open the calculator →
02

Apply for the pilot

Like your number? A two-minute, non-binding application carries your figures straight into Cohort 2027 and locks your EaaS pricing.

Request a free on-site survey →
03

Prove it on-site

We meter your real baseline, model your building’s thermal inertia, and contract the savings floor: ≥30% average annual, guaranteed.

Traction & Validation

Proven in High-Stakes Environments.

Before scaling to universal bio-manufacturing, TSAR conquered the ultimate stress test: premium industrial winemaking.

  • Commercial ScaleCurrently managing multi-million-dollar production values across 3 enterprise facilities.
  • Gold Medal for Innovation — AGRA 2023Innovations Competition of International Fair Plovdiv — for the SCEPTER fermentation monitoring and control technology.
  • Hardware ResilienceZero hardware failures across three harvests — CO₂-saturated, acidic, wash-down cellar environments.
Leadership & Advisory Board

Engineered by Experts. Backed by Science.

A multidisciplinary board uniting software architecture, enology and decades of industrial process expertise.

Dr. Daniel Rusev

Dr. Daniel Rusev

Founder & Tech Lead

Founder and Tech Lead. Architect of the core platform, driving the development of the FOS operating system and the TSAR predictive AI algorithms.

Dr. Mihaela Rusev

Dr. Mihaela Rusev

Marketing & Sales

Marketing and sales expert. Drives the growth of the TSAR brand and the market adoption of the TSAR automation platform.

Eng. Venelin Borisov

Hardware Expert

Hardware expert. Designs and builds the SCEPTER measurement hardware and bypass modules — from PCB layout to field-ready enclosures.

Assoc. Prof. Nikolay Stoyanov

Assoc. Prof. Nikolay Stoyanov

Scientific Advisor

Enology and process advisor. Calibrates control logic against three decades of industrial winemaking.

Assoc. Prof. Panko Mitev

Assoc. Prof. Panko Mitev

Scientific Advisor

Scientific advisor. Provides technical expertise and guidance to the TSAR Technologies team.

Two professors — one enologist’s eye, one thermodynamicist’s math.

European Pilot Program · Cohort 2027 · Limited places

This isn’t a contract. It’s how you lock in founding pricing.

The SCEPTER Pilot Application is a non-binding Letter of Intent that commits you to nothing.

  • Locked EaaS pricing.
  • A contracted savings floor.
  • Zero CapEx, zero risk.
  • Priority onboarding.
Apply to the SCEPTER Pilot Program EU Pilot Program Two minutes · Non-binding · Cohort 2027 closes when places fill

Applications are reviewed in the order received. Founding EaaS pricing is guaranteed only for accepted pilots.

Get started

Two ways to start.

Run the numbers on your cellar in 60 seconds, or apply directly to the EU pilot program. Both paths lead to the same contracted savings floor: ≥30% average annual, guaranteed.