Stop plant mortality and cut commercial water consumption by 65%. biobitki ingests microclimate coordinates, soil chemistry, and wind corridors to generate drought-resilient, regulatory-compliant planting matrixes in minutes.
Observe how biobitki's algorithmic neural pipeline computes soil deficits, sun radiation, and companion species synergy in real-time.
Algorithmic companion clustering
Primary canopy anchor · Deep taproot structural anchor
Companion understory · Pollinator pollinator magnet
Groundcover erosion control · Saline-aerosol shield
Model: biobitki-neural-v2.4
Bioclimatic Constraint Solver: Active
"Selected xerophytic canopy architecture to mitigate high coastal wind shear. Soil alkalinity (pH 7.8) naturally neutralizes common root rot pathogens for Olea."
"Interplanting with Lavandula and Rosmarinus forms a dense allelopathic surface carpet, preventing weed establishment without chemical herbicides."
Commercial masterplans face acute climate volatility. Static spreadsheets and guesswork lead to catastrophic tree mortality and municipal fines.
Constructed to meet the exacting specifications of Tier-1 engineering consultants and national masterplan authorities.
Correlates sub-meter topography elevation, solar irradiance gradients, and seasonal precipitation models. Generates predictive heat-island simulations and frost pockets before earthmoving commences.
Automatically enforces biological symbiotic plant pairings. Evaluates root depth stratification to avoid sub-surface water competition, guarantees pest-repellent allelopathy, and flags aggressive invasive species.
Eliminates error-prone manual CAD scheduling. Direct export to AutoCAD Land F/X and Autodesk Revit plant schedules with standardized binomial nomenclature, mature canopy radius, and root volume geometry.
Quantifies daily liters conserved and lifecycle carbon sequestration (tCO₂e) per hectare. Generates verified ESG audit trails for corporate sustainability directors, green bond frameworks, and municipal boards.
Adjust your masterplan landscape area to project commercial water abatement and reduced replacement expenditure.
Seamlessly pipe IoT soil sensor logs, local municipal water bylaws, and botanical databases into automated engineering pipelines.
Query species viability via lat/long coordinates with microclimate JSON response in under 200ms.
Feed PDF town planning restrictions or California Title 24 water guidelines directly into the reasoning engine.
Integrates with Python and C# Revit Dynamo nodes to update site schedules directly in your native BIM models.
// Request payload: Site boundary & soil sensors { "project_id": "PRJ-MED-2026-081", "coordinates": { "lat": 37.0344, "lon": 27.4305 }, "pedology": { "ph": 7.8, "salinity_ec": 3.2 }, "climate_target": "LEED_v4_WE_CREDIT_MAX", "bioclimatic_solver": true } // Response: Biological companion synthesis { "matrix_synergy_score": 0.984, "suggested_taxa": [ { "botanical": "Olea europaea", "layer": "canopy" }, { "botanical": "Lavandula angustifolia", "layer": "shrub" }, { "botanical": "Rosmarinus officinalis", "layer": "groundcover" } ], "irrigation_reduction_pct": 68.5, "bim_export_url": "https://api.biobitki.com/bim/specs/081.rfa" }
Founded in February 2026, BioBitki Technologies builds algorithmic bioclimatic intelligence to stop commercial plant mortality and reduce municipal landscape water consumption by up to 65%.
Eskişehir, Türkiye
Botanical systems engineer and computational designer specializing in algorithmic microclimate synthesis and urban bioclimatic modeling. Mert founded BioBitki in February 2026 to replace intuitive guesswork in landscape architecture with deterministic environmental AI models and automated BIM workflows.
BioBitki leverages Anthropic's Claude 3.5 Sonnet & Claude Haiku foundational models via secure API integration to execute deep botanical reasoning. The system parses multi-variable soil chemical analysis (NPK, pH, salinity, microbial biomass), hyper-local ERA5 climate trajectories, and ASLA design guides into mathematically optimal plant companion communities.
Translates topography contour vectors, shade heatmaps, and wind corridors into precise evapotranspiration ratings.
Real-time validation against LEED v4.1 WE, BREEAM Ecology credits, and European Taxonomy climate resilience mandates.
Join civil engineers, urban planners, and luxury masterplan developers who design with verifiable bioclimatic resilience.