A Netherlands-based company behind an autonomous laser bird-deterrent system is pushing the hardware further from the field and closer to the cloud. Bird Control BV has rolled out an eSIM upgrade for its AVIX cameras, replacing physical SIM cards with a global connectivity setup that should simplify manufacturing and deployment.
The shift matters because AVIX has quietly moved well past farm duty. The same cameras now protect offshore platforms and have been tested at a US executive airport, with more than 8,000 systems in service across over 100 countries.
How the system actually works
Each AVIX device watches a defined area through a camera. When the on-device software classifies incoming birds as a threat, the unit fires a short laser burst that startles the flock without physical contact. This replaces nets and chemical repellents on poultry and crop sites, where flocks can damage up to a quarter of a harvested area by eating and trampling.
Because the device runs detection and decision-making locally, it does not need a constant human operator. That is the practical difference versus a handheld unit, and it is what made the offshore and airport deployments possible in the first place.
Background: from farm nuisance to runways and rigs
Bird pressure on agriculture is not new, but the response options have been blunt for decades: netting, acoustic canons, poison baits, and labour. Hardware that uses targeted light to move flocks is a relatively recent category, and it earned EU backing under the BIRD RELEASE project to push a second-generation laser design toward market.
The growth curve has been sideways as much as up. Bird Control BV started life protecting vineyards and fruit farms, then picked up work on offshore oil and gas platforms where conventional deterrents struggle in salt spray. Offshore work is unforgiving: technicians have to bring every cable and seal they may need, because there is no hardware store within helicopter range. That pressure pushes the hardware toward tougher enclosures and fewer parts that can fail in transit.
Alongside the rigs, the company has also been exploring aviation use. At Chicago Executive Airport, a partner wildlife team used a handheld AVIX variant to nudge birds away from approach paths. The point there was judgement: scaring every bird on a runway can be worse than scaring none, because a flock driven the wrong way may end up in front of a landing aircraft.
Our analysis
The eSIM change is small in isolation and large in context. Physical SIM logistics add a quiet tax on any hardware vendor shipping globally: SKU sprawl, regional carriers, stockpiled spares. Swapping to a single global eSIM cuts that overhead and lets the same board ship anywhere, which matters for a company adding oil platforms, regional airports, and new ag markets with one product line. For users, the upside is fewer field swaps of dead or outdated SIMs.
Trade-offs exist. ESIM coverage depends on roaming agreements, and offshore rigs sit in cellular dead zones where satellite fallback still has to be factored in. The harder question is whether removing SIM logistics will let the company push prices down, or simply widen margins while chasing bigger industrial customers.
Who should care:
| Sector | Primary benefit | Key consideration |
|---|---|---|
| Large agricultural estates | Single SKU for mixed crops | Map flight lines before deploying |
| Offshore operators | Reduced maintenance visits | Verify cellular coverage for site |
| Airports | Handheld precision option | Human judgement still required |
| Distributors | Simplified inventory | May lose regional SIM bundles |
A worked example: planning a deterrent rollout
Say you are running a 200-hectare mixed farm with poultry barns and a vineyard block. Start by mapping flight lines from roosting woodland to feed troughs, and mark power and sight-line options for camera posts. With AVIX-class systems, deploy fixed units where birds commit to the site, plus one handheld unit for any airstrip-adjacent grass. Use eSIM-managed units to avoid juggling carrier contracts across sites, and review misclassification logs regularly so the laser only fires on species that are actually a threat rather than useful raptors.
What to watch next
The interesting moves over the next year are connectivity, not optics. Watch whether the eSIM rollout translates into shorter lead times for new regions, and whether the offshore enclosures get a similar design refresh. If airport trials expand, expect regulators to ask for hard data on which species trigger firings, and when the human "don't scare this flock" call applies. Bottom line: the tech is no longer a farm novelty, and the boring bits—SIM cards and enclosures—are now the bottleneck.
Key takeaways
- The AVIX bird-deterrent system runs detection and a laser scare locally, no operator required for fixed units.
- More than 8,000 systems are deployed across over 100 countries, including on offshore oil and gas platforms.
- A handheld variant was tested at Chicago Executive Airport, where human judgement decides when to fire.
- The new global eSIM replaces physical SIM cards to simplify manufacturing and worldwide rollout.
- Buyers should weigh connectivity coverage and spares logistics as closely as they weigh laser range.
Frequently asked questions
What does the AVIX bird-deterrent system actually do?
It uses a camera and on-device software to detect birds, then fires a laser pulse to scare the flock away without physical contact, removing the need for nets or chemical repellents in many setups.
Where is the AVIX system used today?
Beyond farms in regions such as North America and Australia, Bird Control BV has installed units on offshore oil and gas platforms and trialled a handheld version at Chicago Executive Airport in the United States.
What changes with the move to eSIM?
The hardware no longer needs a physical SIM card, so a single board can ship worldwide and field swaps of dead or outdated SIMs drop away, which simplifies manufacturing and global supply.
Is the system fully automatic near aircraft?
No. At Chicago Executive Airport a partner wildlife team used a handheld version and made judgement calls about when firing the laser was safe, because scaring a flock into a flight path can be worse than leaving it alone.
Who funded the second-generation AVIX development?
EU backing through the BIRD RELEASE project supported development of the second-generation laser system and helped the company scale up, according to the manufacturer.