01 / Genetics

Better insects start with better genetics.

Industrial insect production starts with the biology itself. Nasekomo’s genetics programme is designed to improve Black Soldier Fly performance generation after generation — while preserving the genetic variability needed for a robust breeding population.

Nasekomo team handling Black Soldier Fly larvae in a controlled production environment
Biology engineered for industrial performance
+10%mean weight improvement reported each year
1 dayearlier harvest reported on a 10-day cycle
964eggs per female reported in the programme
Why genetics matters

Natural biological variability can make production less predictable. The genetics programme addresses that challenge by combining a high-variability starting population with controlled breeding, selection and continuous performance evaluation.

Protect the population. Improve the performance.

Inbreeding can lead to fitness issues and deterioration of the long-term viability of a population. The programme therefore treats genetic variability as something to actively manage — not something to trade away in the search for performance.

The objective is a population that can improve generation after generation while retaining the biological diversity needed for a healthy breeding programme.

What the programme protects

  • High genetic variability
    Start with a broad genetic base rather than a population from limited origins.
  • Long-term viability
    Manage the breeding population to reduce the risk of genetic bottlenecks.
  • Industrial performance
    Evaluate weight, short cycles, viability and homogeneity.
The genetic base

A high-variability pool from three continents.

The Fly Genetics BSF strain was established from a high genetic variability pool with genetic material originating from Africa, Europe and Central America.

Large number of families imported.
The programme starts with a broad genetic base.
Genetic variability is managed at every generation.
A large number of families are bred to preserve variability above international standards.
Map showing the three continental origins of the Fly Genetics BSF strain
How selection works

Select. Measure. Multiply. Repeat.

The programme connects genetic selection with multiplication and bioconversion, so biological performance can be evaluated in the context of industrial production.

Genetic selection

Select populations and families against performance characteristics that matter for production.

Multiplication

Multiply selected biology while maintaining the breeding population.

Bioconversion

Bring the selected biology into production and observe its performance.

Next generation

Use performance information to continue the selection cycle.

01 / Production support

Selected neonates

Selected biology can feed the production system.

02 / Continuity

Back-up production

The programme maintains a reserve production route.

03 / Supply

Regular shipment

Selected biology can be supplied on a regular basis.

Genetics programme

Developed with Fly Genetics.

The programme is developed together with Fly Genetics and Groupe Grimaud, combining genetic selection with multiplication and the realities of industrial bioconversion.

Nasekomo researchers working with biological material and industrial equipment

Focus on production. We take care of the biology.

The programme is designed so that genetic expertise supports the industrial production system rather than becoming a separate activity. Selected biology is multiplied, evaluated and connected to operational performance.

For Nasekomo, genetics is therefore the first layer of an integrated technology platform — one that links biological selection to reproduction, neonate supply and bioconversion.

Genetics partner Fly Genetics · Groupe Grimaud
What we select for

The traits that matter in production.

The breeding programme evaluates performance characteristics that directly affect the reliability and repeatability of industrial insect production.

01

Weight

Mean weight improvement is one of the reported performance measures.

02

Short cycles

Earlier harvest is part of the programme’s productive performance indicators.

03

Viability

Population fitness and viable output remain central to the programme.

04

Homogeneity

More consistent biological performance supports predictable production.

05

Fecundity

Reproductive performance is tracked through egg production and hatching.

The technology chain

From better biology to industrial production.

Genetics is the first layer of the Nasekomo technology platform. The selected biology then moves through the rest of the production system.

01 / Genetics

Genetics

Select and preserve better biological performance.

02 / Reproduction

Reproduction

Turn selected biology into repeatable output.

03 / Neonates

Neonates

Prepare selected biology for deployment.

04 / AIR2B

Industrial rearing

Bring biology into scalable production.

Nasekomo technology

Better biology is where industrial performance begins.

Explore how genetics connects to reproduction, neonate supply and automated BSF rearing.

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