Intelligence for a
Regeneration Century
Forests are failing in slow motion. STIM combines AI-native intelligence with biological precision to restore the regeneration niche where it matters most.
Passive Recovery Has Failed
In "hotter drought" conditions, mature canopies survive while recruitment collapses. We are witnessing the rise of "Zombie Forests"—stands that look green from above but are biologically dead below. The regeneration niche has been erased by compacted soils, hydrophobic crusts, and lethal vapor pressure deficits.
The Symptom
The Cause
The Soil Tree Intelligence Matrix
A dual system for landscape-scale restoration.
1. Digital Intelligence
STIM models mapping where forests are failing and where they can recover. We fuse satellite indices, LiDAR, and soil data to generate a STIM Surface—a probability field of high-priority STIM Nodes™.
2. Biological Intervention
STIM Pellets™. Not just seeds, but "packages of conditions." Ultra-compact, ECM-enriched, hydro-responsive pellets designed to rebuild the belowground infrastructure required for life.
Inside a STIM Pellet™
- Dense with LifeLoaded with site-tuned ectomycorrhizal fungi and beneficial microbes.
- Hydro-ResponsiveHydrogel matrix hydrates only when moisture is available, creating a wet refuge.
- Soil-Aware FormulationBiochar and carriers tuned to local bulk density and pH realities.
The Soil Collection Mission
We are hunting for ancient life. Industrial agriculture has erased native soil microbiology from millions of hectares. To restore "Zombie Forests," we need to reintroduce the specific ectomycorrhizal fungi that originally supported these trees.
We are asking citizen scientists to find Refugia—small pockets of undisturbed land (old fence lines, cemeteries, remnant prairies) where these biological networks still survive.
The Oak Kingdom
The oaks hold the canopy. Oak wilt is erasing that kingdom from the inside out. STIM meets the oak where it lives: in the soil, in the root graft, in the mycorrhizal network that decides whether a stand survives a drought year.
Building Resilience
STIM does not promise a cure. It builds resilience: rehydrating the root zone and re-introducing the ectomycorrhizal partners an oak needs to close wounds and resist vascular stress. The goal is a stand that can absorb a wilt pressure without collapsing.
What STIM Is Not
STIM is not a fungicide and not a substitute for trenching root grafts when infection is active. It is a resilience practice that runs alongside sanitation and pruning. Where the pathogen is already systemic, removal remains the honest answer.
Trial Status, Stated Plainly
Field trials are building resilience in live oak stands under drought and wilt pressure. Early establishment is promising. We report it as building resilience, not as proven effective, until multi-year survival data closes the loop.
Red oaks are highly susceptible to oak wilt and remain untested under the STIM protocol. We will not claim resilience here until trial data exists. For active red oak infection, follow ISA sanitation and root-graft trenching guidance.
Every STIM claim is framed as building resilience until outcome data is encoded back into the living model.
The Regeneration Framework
Intelligence
Identify 'Zombie Forests' and target hectares where intervention will actually succeed using the STIM Layer.
Formulation
Match biology to place. Pellets are formulated for specific host guilds, soils, and climate envelopes.
Timing
Sync with the sky. Deployments align with precipitation windows and cloud-seeding operations.
Establishment
Rebuild the niche. Pellets hydrate, colonize roots, and reconnect the fungal economy.
Precision Deployment via Arboracle
The STIM Protocol turns ecological data into actionable restoration campaigns. Launch missions, visualize STIM Nodes™, and track biological recovery in real-time.
Give Forests a Second Chance
If you manage land in a hot-drought region, or operate restoration fleets, STIM is an invitation to use intelligence before intervention.