Keep the starting lines identifiable.
Maintain mother cultures separately and document their origin, feeding history and generations.
Line identity and culture history
Conceptual visualization
Build local production around the growers you serve.
Our team has worked in biocontrol since 2013. We have built production facilities; today our franchise programme brings rearing know-how, quality procedures and training to partners developing local production.
Conceptual visualization
Built on production experience
Biocontrol experience since 2013.
We have built production facilities, developed rearing processes and quality routines, and trained the teams who operate them. Our experience connects the biology with the daily work of a biolab.
The next stage is scaling our franchise network and passing that practical experience on to local production partners.
Meet the team at GreenTech
Our stand, our team and conversations in Amsterdam. From the Bioprotection archive.
Explore our history
See the work behind a living batch.
Choose an operation to see what happens and what the team needs to record. This is the proposed workflow; digital connections are configured for each project.
Conceptual visualization Prepare the food chain first.
Company archive · 2022/2023 Each feeder culture has its own substrate and handling protocol. Connect it to the predator line it supports.
Substrate, feeder culture and preparation date
Company archive · 2022/2023
Make conditions part of the batch record.
Conceptual visualization Follow the rearing schedule and climate observations alongside the operations performed by the team.
Operation, date and observed conditions
Conceptual visualization
Look at a sample before planning dispatch.
Conceptual visualization Examine the culture, assess numbers and viability, and retain the result with the batch record.
Sample result and agreed acceptance criteria
Conceptual visualization
Prepare the batch for its destination.
Conceptual visualization Match the selected species, packaging and handling requirements to the agreed delivery and release plan.
Batch, destination and handling conditions
Open a sample batch passport
Demonstration recordFollow a bucket back to its line.
- Breeding line
- L2
- Production week
- 2026 · W36
- Batch / bucket
- DEMO-015 / 01
- Recipient
- Linked in the private record
- Release and follow-up
- Linked to the same batch
The QR code identifies the bucket, line and production week. Dispatch links that batch to a client; release and monitoring complete its history. This example contains no live production or customer data.
Conceptual visualization
Return to the greenhouse after release.
Conceptual visualization Record the release and subsequent observations. Use the crop history when reviewing the next intervention.
Release date and follow-up observations
Conceptual visualization
Look closer. This is where the work begins.
Real laboratory footage shows the culture under magnification. It gives a view of the material being handled and examined, beyond a diagram of the process.
Original laboratory archive · 2022Separate lines. A defined crossing sequence.
The method describes a breeding process; the quality of a production batch still requires its own checks.
The published example maintains three lines of one predatory-mite species on different feeder mites. Line 1 is crossed with line 2; their offspring are then crossed with line 3. This sequence is described in Russian patent RU2757111C1, published on 11 October 2021.
Read the published methodExplore the facility around the process.
A BioLab project uses 20-ft ISO modules. Layout, equipment and the species portfolio are defined together with site conditions and the responsibilities of the local team.
A controlled environment for each culture.
A climate cabinet brings the conditions closer to the culture. Define the temperature, humidity and observation schedule for the species and process, then retain those observations with the batch.
- Temperature
- Humidity
- Batch history
Preparation
Substrates, materials and the next culture cycle.
Culture rooms
Separate cultures, rearing conditions and routine operations.
Inspection
Microscopy, samples and quality records.
Dispatch
Packing, batch identification and order preparation.
BioControler / BioScouterLet the greenhouse guide the next delivery.
Begin with a particular crop and area. BioControler is designed around crop condition and input history; BioScouter is being developed for visits and field observations.
Observe
Record the zone, date, pests, beneficial organisms and recent treatments. Add useful photographs.
Assess
An agronomist reviews the context and agrees the next step with the grower.
Plan supply
Relate the required species, quantity and timing to the agreed programme and batch availability.
Check again
Return after the release. Compare observations and adjust the programme when needed.
Availability of BioScouter and automatic links to BioLab is confirmed for each deployment.
Teach the operation. Test the improvement. Share the method.
Local production depends on people who understand the culture. Training begins with actual operations and the evidence needed to judge their result.
Practise
Carry out an operation with guidance and inspect the result.
Document
Keep the culture, conditions and sample result attached to the work.
Validate
Compare an improvement with the existing process before extending its use.
Share
Turn a verified change into an updated protocol and local training.
Automation follows a verified task.
Counting, anomaly detection and handling are areas for AI and robotics development. Each step needs suitable examples, testing and a route for human intervention. Fully autonomous production remains the goal.
Check the conditions behind a compatibility result.
Search by organism and substance. Read the source, life stage, dose, exposure and assessment time; compare records or export a selection for review.
Scientific observations and supplier categories remain distinct. Missing data does not establish compatibility; the calculator does not choose a release rate.
Phytoseiulus persimilisAmblyseius swirskiiNeoseiulus californicus
Open the compatibility libraryTake the relevant part of the system with you.
Three illustrated presentations cover the production project, the grower relationship and the development programme. Download in the language you are reading.
Mother cultures and BioLab
Feeder substrates, three-line crossing, production records and batch quality.
Download PDF
Monitoring that informs supply
Greenhouse observations, agronomic review, delivery planning and follow-up.
Download PDF
Training, AI and the network
Operator skills, validation and the gradual introduction of automation.
Download PDFBefore we talk
Before you plan a project
What does a production project include?
The scope brings together breeding methods, a BioLab layout, operating records and team training. The species, equipment, implementation support and division of responsibilities are agreed for the particular site.
Which species should we produce?
Start with target crops, pest pressure, local demand and the team’s operating capacity. The species portfolio and production plan need a project review; a generic container capacity is not enough to select them.
Can the facility already operate without people?
Fully autonomous production is a development goal. Culture handling, quality decisions and deployment require a responsible team. AI and robotic tasks need validation for their intended operating conditions.
What is needed for an initial proposal?
For production, describe the country, target crops, demand, local team and available site. For a greenhouse programme, provide crop, area, pest and relevant treatments. These details come before equipment choices and financial assumptions.
A specific next step
Tell us what you want to build—or what your crop needs.
A useful first conversation starts with your location and a real operating question.
Prefer a direct conversation?
a@investbio.net