PLANT PHOTOBIOLOGY Crop and cultivar requirements define the system brief
ENVIRONMENT MODEL Airflow, heat, humidity, and lighting tested before build-out
CAPITAL READINESS Evidence, milestones, and financial logic aligned for funding
DECISION TRACE Sources, assumptions, and open risks stay attached
CONSULTING · FULL-STACK CEA EXPERTISE

A small number of engagements.
Full accountability.

Most relationships start with scientific due diligence on one consequential decision. When the project is viable, the same senior team can stay through funding, validation, implementation, and scale.

A focused first decision in ten working days.

SCIENCECrop requirements ENGINEERINGSystems resolved FUNDINGCapital ready
CONCEPTUAL FACILITY RENDERING · READINGS ILLUSTRATIVE OF ENGAGEMENT SCOPE

The entry point

Scientific due diligence.

Start due diligence
10
Working days
Fixed
Fee, quoted up front
Zero
Fixtures sold by us
1
Decision, fully resolved
STEP 01

You send the decision

The quote, datasheet, or recipe change — plus your crop, cultivar, and current DLI.

STEP 02

We run it against the corpus

Each claim is matched to the published record and scored for how strongly the evidence supports it.

STEP 03

You get an action plan

A concise decision brief, a working session, and a next-stage roadmap — sources and gaps attached.

The full arc

Three outcomes beyond the first decision.

OUTCOME 01

Get funded

Fundability designed in from day one — proposals backed by simulation output and literature evidence, not optimistic estimates.

  • Multi-program eligibility scan (AAFC, NRC IRAP, CAAIN, SDTC+)
  • Complete application with technical narrative
  • Financial pro forma grounded in real cultivation data
  • Post-award claims, reporting & compliance

Program fit, technical narrative, and compliance pathway are documented before submission.

OUTCOME 02

De-risk the build

Simulate the environment before a bolt is tightened. Specify equipment on measured performance, not a sales deck.

  • PAR distribution & spectrum modelling
  • CFD: airflow, temperature & humidity uniformity
  • Independent vendor comparison matrices
  • Investor-grade simulation reports

No supplier commissions — every recommendation is defensible.

OUTCOME 03

Make the data work

Sensor readings without plant-science context are dashboards, not decisions. We build the interpretation layer.

  • Crop yield prediction models
  • Anomaly detection in sensor data
  • Scenario analysis: energy, yield, climate
  • Grant-compliance reporting automation

Models are validated against the available operating record before they guide a decision.

What we actually do

Five disciplines. One senior team.

Each area is years of applied research and field work — not reference material. Pick a discipline to see what it covers.

NEXASPECTRA SYSTEM VIEWILLUSTRATIVE DISCIPLINE VIEW
SCAN 01 · HORTICULTURAL LIGHTINGSENSOR LINK · STABLE
CONNECTED DISCIPLINE

How it runs

Three steps, no sales funnel.

01

A senior person reads your message

Not a form router. If we're not the right fit, we'll say so in the reply.

02

Thirty-minute discovery call

Enough to understand the project, the timeline, and the capital position.

03

A staged engagement plan

A focused first scope, named decision gates, and a clear route forward.

What we don't do

Four standing refusals.

No supplier commissions or kickbacks

No equity taken from technology vendors

No projections we can't defend in a review

No engagement we can't finish

Tell us where the project actually is.

Napkin sketch, half-built facility, or a grant deadline in six weeks — the honest starting point is the useful one.

A senior team member reviews every enquiry.