Agarwood is not forced—it is elicited.
The BarIno™ Integrated Inoculation System is built on a deep understanding of how Aquilaria trees naturally defend themselves. In the wild, agarwood forms through a slow dialogue between stress, microbes, and time. BarIno™ translates this natural process into a controlled, ethical, and science-guided system.
Rather than relying on a single trigger, BarIno™ uses a phase-based induction approach—activating the tree, guiding biological signaling, balancing fungal colonization, and carefully amplifying resin development. Each step respects tree vitality, cambial health, and long-term productivity, ensuring resin quality improves without sacrificing sustainability.
BarIno™ stands for precision over aggression, biology over brute force, and craft over shortcuts.
It empowers growers to produce high-quality, traceable agarwood while honoring the living system that creates it.
BarIno™ — where science guides nature, and nature rewards patience.
1. Introduction to Agarwood Inoculation
Objective: Understand the principles of agarwood resin induction and the role of different inoculants.
- What is agarwood resin induction?
- Difference between biotic and abiotic triggers
- How inoculants accelerate resin formation
- Safety and handling protocols
2. Chemical (Abiotic) Inoculants
Products: AgarStart™, FerroBoost™, ResinRush™
Objective: Learn how chemical inducers stimulate agarwood resin.
- Abiotic stress: how chemicals mimic natural injuries or mineral deficiencies
- Specific action of each product:
- Safety handling of chemicals
3. Biological (Biotic) Inoculants
Products: Barino™ FusaPrime™
Objective: Learn the use of microbial/fungal inoculants for agarwood induction.
- Mechanism of FusaPrime™ (Fusarium-based)
- How fungi trigger natural defense response and resin formation
- Identifying healthy trees for inoculation
- Timing and density of inoculation
4. Dual (Biotic + Abiotic) Inoculants
Products: Barino™ FusaTrinity™, Barino™ MycoChem™
Objective: Combine microbial and chemical approaches for enhanced induction.
5. Fungal Consortium
Product: Barino™ MycoResin Harmonia™
Objective: Use multiple fungal strains for broader induction and tree resilience.
- Concept of a fungal consortium
- How Harmonia™ improves resin quality and quantity
- Differentiating strains for aroma and oil-grade resin
6. Microbial Enzyme Inoculant
Product: Barino™ FusaBlaze™
Objective: Enhance natural resin formation using enzymes.
- How microbial enzymes speed up cell wall breakdown and resin production
- Best practices for enzymatic application
- Safety and storage
7. Monitoring & Quality Control
Objective: Learn to track induction success and resin quality.