Skip to content

Services

Fourteen advisory fields, from genetics to post-harvest.

Engagements are scoped individually. Most begin with one concrete technical question and widen only where that genuinely makes sense.

01

Genetics and plant material

The ceiling for quality and yield is set here. Everything else is how fully that ceiling is reached.

Genetics and cultivar strategy

Building a cultivar portfolio that suits your rooms, your cycle and what your members need. We define the target profiles first and derive selection from them.

  • Cultivar selection against defined criteria
  • Genetic portfolio strategy
  • Cannabinoid profile objectives
  • Terpene profile objectives
  • Flowering characteristics and cycle length
  • Morphology and workability
  • Yield potential and resilience
  • Genetic diversity and risk spreading
  • Multi-year cultivar planning

Seed and clone advisory

Methodology for sourcing plant material: what to look for in a source, how to test for stability, and how to build a mother-plant strategy that holds.

  • Seed selection strategy
  • Clone selection criteria
  • Structured supplier evaluation
  • Mother-plant strategy and maintenance
  • Propagation planning and capacity
  • Genetic stability across generations
  • Consistency of starting material

Phenotype selection

A repeatable method for identifying, within a population, the phenotypes that actually perform under your conditions. Assessment follows criteria set in advance.

  • Evaluation frameworks and scoring
  • Comparative phenotype analysis
  • Defined performance criteria
  • Terpene expression as a selection criterion
  • Cannabinoid characteristics
  • Morphology and structure
  • Resilience and consistency
  • Long-term selection strategy

Terpene and quality strategy

Aroma is the attribute members judge an association by. We work on the factors that shape expression and, just as importantly, preservation.

  • Environmental factors affecting terpene expression
  • Cultivar-specific characteristics
  • Harvest timing and maturity assessment
  • Preservation of volatile aromatic compounds
  • Environmental stability
  • Post-harvest preservation strategy
  • Comparative quality analysis

02

Cultivation systems and environment

Rooms that deliver what the cultivation plan asks of them, not only what the data sheet promises.

Cultivation systems advisory

Specification and optimisation of the facility as one connected system, from room concept through to the workflow between rooms.

  • Indoor cultivation system design
  • Grow-room configuration and layout
  • Lighting strategy
  • Irrigation systems
  • Fertigation
  • Sensors and measurement points
  • Monitoring and alerting
  • Environmental controls
  • Workflow and hygiene design
  • Technical optimisation of existing rooms

Environmental strategy

Environmental parameters managed by growth stage, with the emphasis on stability rather than on set points that only hold on average.

  • Temperature control
  • Relative humidity
  • VPD strategy
  • Airflow and canopy mixing
  • CO2 strategy
  • Stability across the daily cycle
  • Stage-specific parameters
  • Environmental monitoring
  • Environmental data analysis

Nutrition and substrate strategy

Root zone, nutrient solution and irrigation rhythm treated as one system, matched to substrate and cultivar.

  • Substrate selection
  • Nutrient strategy
  • Irrigation strategy
  • pH frameworks
  • EC frameworks
  • Root-zone management
  • Nutritional troubleshooting
  • Comparison of methodologies

Energy and facility optimisation

Where the energy goes and what it costs per gram. In many facilities dehumidification is the largest unrecognised item.

  • Lighting efficiency
  • HVAC performance
  • Dehumidification strategy
  • Energy consumption analysis
  • Environmental system optimisation
  • Production efficiency
  • Facility benchmarking

03

Crop management and risk

The difference between a good cycle and a lost one is created weeks before harvest.

Plant health and crop risk

Preventive strategy rather than reaction. We work on the conditions under which an outbreak becomes possible in the first place.

  • Preventive plant-health strategy
  • Pest-risk reduction
  • Fungal-risk reduction
  • Root health
  • Contamination prevention
  • Environmental risk
  • Early identification frameworks
  • Cultivation hygiene principles

Yield and capacity planning

Cultivation planned against real member demand and the true capacity of the rooms.

  • Production modelling
  • Cultivation-cycle planning
  • Crop scheduling
  • Space utilisation
  • Facility capacity
  • Bottleneck analysis
  • Production efficiency
  • Scenario modelling

Harvest and post-harvest advisory

Advisory on the processes in which a good cycle is most often lost at the last step. Execution stays with your team.

  • Process design
  • Drying-environment strategy
  • Curing methodology
  • Humidity management
  • Storage principles
  • Quality preservation
  • Consistency between batches

04

Analysis, documentation and capability

So that the result does not depend on a single person.

Quality and performance analysis

Turning records into a basis for decisions. We set up the KPIs and interpret them across cycles.

  • Cultivation KPIs
  • Environmental data analysis
  • Batch comparison
  • Interpretation of laboratory results
  • Consistency across cycles
  • Root-cause analysis
  • Performance benchmarking
  • Continuous improvement

Technical SOP development

Written procedures that are actually used in the room, in the language of the people who use them.

  • Cultivation protocols
  • Environmental SOPs
  • Irrigation SOPs
  • Monitoring procedures
  • Quality-control procedures
  • Troubleshooting frameworks
  • Internal technical documentation

Member and cultivation team training

Knowledge transfer to the people who carry out the cultivation, graded by prior knowledge and responsibility.

  • Genetics and cultivars
  • Phenotype selection
  • Cultivation fundamentals
  • Environmental management
  • Irrigation and nutrition
  • Plant health
  • Quality assessment
  • Equipment and monitoring systems
  • Cultivation data interpretation

Which of these is the pressing one for you right now?

Engagements almost always start at a single point. Tell us what is holding things up.

Request a technical consultation