The Future of Agricultural Inputs, decoupled from oil.

Who we are

Regenerative agriculture that scales and performs.

From Singapore to the world, creating and commercializing the next generation of agricultural inputs: non-petrochemical, non-GMO and regenerative by design, without sacrificing scale or yield.

Supply

Beyond oil dependency

Inputs designed without petrochemical dependence or its supply chain exposure.

Biology

Designed without genetic modification

A sterile, nonliving system that works through the plant's own signaling ecology.

Performance

Built to scale

Built to scale, with breakthrough yield and stress tolerance gains.

Plants are not isolated organisms. They are ecosystem coordinators, rhizosphere architects and biochemical signaling hubs.

What we do

Product identity

A sterile, nonliving command matrix with two phases, based on organic acids and amino acids.

AlkeMi2 is designed as one integrated system to replace the separate components of conventional agricultural input programs. It works at the interface between plants, soil and microbes rather than forcing growth from the outside.

Phase one · Organic acid

The substrate primer

Prepares the root environment and creates the conditions for the command signal to work where plant and soil meet.

Phase two · Amino acid

The command signal

A sterile, nonliving signal designed to engage the plant's own receptors and redirect energy toward growth, resilience and living root zone structures.

Plant roots held in healthy soil, representing the plant-soil interface

Selected field performance

One platform, different crops: a look at commercial outcomes

Sugarcane

Structural growth

Same field · four months from planting
AlkeMi2 treated sugarcane stand during the mid cycle structural trial
AlkeMi2 5.5 m average height
Conventional sugarcane stand in the same field during the trial
Conventional 2.2 m high

Stalk diameter

Adjacent stools · measured on the same day
AlkeMi2 sugarcane stalk measured at 4 centimetres in diameter
AlkeMi2™ · 4 cm stem
Conventional sugarcane stalk measured at 2 centimetres in diameter
Conventional · 2 cm stem

Cassava

Biomass and CMD tolerance

Biomass and growth acceleration

Same field · same planting cycle
AlkeMi2 treated cassava showing greater canopy biomass
AlkeMi2
Conventional cassava in the same field and planting cycle
Conventional

CMD stress tolerance

AlkeMi2 treated cassava with CMD maintaining healthier leaf growth
AlkeMi2
Conventional cassava plant showing CMD stress symptoms
Conventional

Both plants show CMD symptoms. The AlkeMi2-treated plant shows healthier growth and greater apparent stress tolerance.

Observed outcomes with AlkeMi2: greater biomass, accelerated growth and improved CMD stress tolerance.

Rubber

Latex flow and bark condition

Latex flow

3× DRC yield with AlkeMi2 compared with ethephon
Latex flow from an AlkeMi2 treated rubber tree during the mid cycle trial
AlkeMi2
Latex flow from the ethephon comparison plot during the same trial
Ethephon

Bark condition

Observed condition
Rubber trees treated with AlkeMi2 showing dark, moist bark
AlkeMi2 Dark, moist bark Healthier-looking bark condition
Rubber trees treated with ethephon showing lighter, dried-out bark
Ethephon Light, dried-out bark Visible signs of tree stress

Same plantation. Trees over 30 years. Yield in slump.

Field observations and outcomes shown are specific to the listed locations and trial protocols. Contact GORiMi for full context.

Contact us

Put AlkeMi2 to work in the field.

Talk with GORiMi about validation trials, platform information or investment.

Trials

Run a field validation

Explore crop, location and protocol fit.

Information

Understand the platform

Request technical or commercial information.

Investment

Discuss the opportunity

Connect with the team about the current raise.

Direct enquiries

Start with the conversation that matters to you.