ICBC Berlin 2026  ·  Stand 124  ·  April 13–15

Cannabis production
starts with control.

Biotech&Food controls the biological input.
ONO Exponential Farming controls the production process.
Together, a more controlled, repeatable and scalable production model.

Let's talk about your production model Discover the approach
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The industry challenge

The bottleneck is the
production model.

The cannabis sector has expanded rapidly, yet most producers still struggle to achieve consistent, repeatable results at scale. The issue is not the strain, the market, or the regulation alone.

The issue is structural: variable biological inputs, manual processes, and uncontrolled environments generate unpredictable outputs — batch after batch.

The real challenge is not growing cannabis.
It is making cannabis production more controllable.

⊘

High variability

Genetic drift, inconsistent propagation and environmental exposure generate product that varies batch to batch.

⊘

Human dependency

Manual handling at every stage introduces error, contamination risk and limits throughput regardless of workforce skill.

⊘

Contamination risk

Open environments and frequent contact points make pathogen control difficult to guarantee consistently.

⊘

Limited scalability

Processes designed for small volumes rarely translate to industrial scale without losing quality or consistency.

A different production model

From cultivation activity
to controlled production system.

The conventional approach treats cannabis growing as an agricultural practice, where outcomes are managed but never fully controlled. We approach it differently.

When both the biological input and the production process are standardised and controlled independently, the output becomes more predictable — and the entire system becomes genuinely scalable.

Conventional approach

Variable cultivation

→
The new paradigm

Controlled production system

Two platforms, one integrated model

Controlled from input to output.

Each partner operates a distinct and specialised platform. Together they form an integrated production system.

Biotech&Food laboratory

The biological input platform.

Biotech&Food is a scientific propagation platform dedicated to genetic uniformity, plant material quality and input control. Its approach is laboratory-grade: every cutting, every mother plant, every propagation cycle is managed as a controlled process, not an agricultural activity.

The result is a biological input that is consistent, verified and reliable — the essential starting point for any controlled production system.

Genetic uniformity Controlled propagation Lab-grade standards Verified plant material
ONO Exponential Farming — controlled environment module

The production process platform.

ONO Exponential Farming (ONOEx) is an industrial controlled-environment platform focused on process standardisation, automation and scalability. Its no-touch approach minimises human intervention, reduces contamination exposure and replicates conditions precisely across every cycle.

The controlled environment is not a feature — it is the architecture of the production process itself. Modular, scalable and designed for industrial repeatability.

Controlled environment No-touch approach Process automation Modular scalability
Integrated value

Perfect input. Controlled process.
More predictable output.

The value of the integration is not additive. When a controlled biological input enters a controlled production process, the resulting system is fundamentally more reliable than the sum of its parts.

01

Biotech&Food

Uniform, verified biological input. Consistent genetics. Controlled from the first cell.

→
02

ONO Exponential Farming

Automated, controlled environment. Standardised process. No-touch production cycle.

→
03

Output

More consistent, more repeatable, more scalable production. Cycle after cycle.

Biotech&Food + ONOEx do not simply sell plants or technology in isolation.
They offer an integrated reading of the production problem — and a more controlled model to address it.

What this enables

Measurable outcomes
from a controlled system.

01

Consistency

Uniform plant material combined with a standardised production environment delivers results that are comparable cycle after cycle.

02

Repeatability

A controlled input entering a controlled process can be replicated with confidence — across sites, across seasons, across teams.

03

Reduced variability

Removing unpredictable variables at both the biological and environmental level narrows the gap between expected and actual output.

04

Scalability

A production model built on controlled, standardised components is designed to scale without sacrificing output quality or process integrity.

ICBC Berlin 2026

Meet the team
at Stand 124.

ICBC Berlin is the leading B2B event for the international cannabis sector. Biotech&Food and ONO Exponential Farming will be present together at Stand 124, ready to discuss your production model and the specific challenges you are working to address.

We are not presenting a catalogue. We are opening a conversation about how a more controlled production model could work within your operation.

📅
13–15 April 2026
ICBC Berlin International Cannabis Business Conference
📍
Estrel Berlin Hotel
Sonnenallee 225, 12057 Berlin, Germany
🏷
Stand 124
Biotech&Food + ONO Exponential Farming
Stand number
124

Estrel Berlin Hotel
April 13–15, 2026

Start the conversation

Let's talk about
your production model.

If scalability, consistency and process control are on your agenda, we are ready to discuss how a more controlled production model could apply to your operation. Book a meeting at Stand 124 or reach out directly.

Book a meeting at Stand 124 Write to us directly
ONO Exponential Farming giuseppe.pasciuti@onoef.com
Biotech&Food aconca@biotechandfood.com
Biotech&Food lorenzo.girelli@biotechandfood.com