Conservation
Protect native species.
Remove invasive ones.
The APC-N8 gives conservation managers a precise, species-specific tool to remove invasive pest birds — with zero risk to the native wildlife they are protecting.
What is the APC-N8?
Precision invasive species management — without collateral harm
The APC-N8 is an automated pest bird management system that uses AI species detection and humane CO2 euthanasia to remove invasive pest bird species from conservation areas. It is the first model in the APC series, targeting species up to Indian Myna size — the four most damaging invasive pest birds globally.
The system operates continuously without requiring on-site staff for every management event. Conservation managers monitor all units remotely and authorise action via the platform — from any device, anywhere. The mandatory human-in-the-loop authorisation step ensures accountability at every event.
The APC-N8 is designed for deployment in sensitive environments — national parks, island restoration sites, rewilding projects, and native habitat reserves. It produces no noise, no projectiles, and no chemical residue. If the AI cannot positively confirm a target invasive species, the bird passes through unharmed. Native wildlife is never at risk.
Primary target species
- Common Myna — Acridotheres tristis — IUCN 100 worst invasive species
- Common Starling — Sturnus vulgaris — IUCN 100 worst invasive species
- House Sparrow — Passer domesticus — IUCN 100 worst invasive species
- Feral Pigeon — Columba livia — globally distributed urban pest
Non-target species guarantee
If the AI identification system does not positively confirm a target invasive species, no action is taken and the bird passes through unharmed. This is not a passive safeguard — it is the default state of the system. Action requires a positive identification followed by explicit operator authorisation.
The problem
Why conventional methods fall short
Invasive pest birds are among the leading drivers of native species decline globally. Four species — common myna, common starling, house sparrow, and feral pigeon — appear on the IUCN's list of the world's 100 worst invasive species. Managing them at scale, continuously, without harming native wildlife, is a problem that conventional methods have not solved.
Invasive Species Pressure
Common mynas, starlings, sparrows, and feral pigeons are among the most damaging invasive birds globally. They outcompete native species for nesting hollows, food, and territory — driving population declines that are difficult to reverse.
Staffing & Scale
Conservation areas are often large, remote, and under-resourced. Traditional pest bird control requires trained personnel on-site for every management event — a model that is not sustainable at the scale invasive species require.
Non-Target Species Risk
Conventional methods — trapping, shooting, poisoning — carry significant risk of harm to the native species conservation programs are trying to protect. A single non-target incident can have serious regulatory and reputational consequences.
Reporting & Compliance
Conservation authorities require documented evidence of management activities. Manual record-keeping is error-prone, difficult to audit, and rarely captures the granular event-level data that program reporting demands.
How it works
Six steps. Zero non-target risk.
Attract
Species-specific sound and bait draw target invasive birds into the detection zone, away from native species habitat.
Detect
Onboard sensors trigger the AI identification process on entry.
Identify
Computer vision confirms species at 99.7% accuracy. Native and non-target birds pass through unharmed — always.
Authorise
A verified conservation operator must explicitly approve action via the remote platform — human oversight at every event.
Sedate
Once authorised, CO₂ is introduced gradually — the bird becomes drowsy and loses consciousness without pain or distress.
Dispose & Freeze
Silent, contained process. No noise, no projectiles, no disturbance to surrounding native wildlife.
Log & Report
Every event is timestamped and logged. Export-ready for conservation authority reporting and program documentation.
Capabilities
Built for conservation environments
Zero Non-Target Risk
The APC-N8 will only act when the AI has positively confirmed a target invasive species. Native birds, raptors, and all non-target species pass through unharmed — this is the default state of the system.
Remote Operation
Conservation managers monitor all units from a central dashboard. Real-time alerts, live camera feeds, and event logs accessible from any device — no on-site presence required for routine operation.
Operator-Authorised Action
No euthanasia event occurs without explicit authorisation from a verified operator. This mandatory human-in-the-loop step ensures accountability at every management event.
Sensitive Environment Safe
Self-contained, silent, no projectiles, no chemical residue. Deployable in national parks, island restoration sites, and sensitive native habitat without disrupting the ecosystem.
AI Species Detection
Onboard computer vision identifies species at 99.7% accuracy across 50+ pest bird species. The system targets invasive species up to Indian Myna size — native wildlife is never at risk.
Continuous Sustained Pressure
The APC-N8 operates 24/7, providing the kind of sustained, site-specific management pressure that short-term culling programs cannot deliver — and that invasive species recovery requires.
Invasive Pest Bird Management for Conservation — by Region
Invasive pest birds threaten native species and ecosystems on every continent. The APC-N8 is designed to support conservation managers operating under national wildlife authority frameworks in the following regions.
Common mynas, feral pigeons, common starlings, and house sparrows are among Australia's most damaging invasive species. They compete directly with native parrots, honeyeaters, and hollow-nesting species across urban, peri-urban, and agricultural landscapes. Management is regulated under state wildlife legislation and the EPBC Act. The APC-N8 supports permit compliance for conservation managers and land managers across all Australian states and territories.
New Zealand's unique native fauna — including kiwi, kākāpō, and numerous endemic passerines — faces severe pressure from common mynas, feral pigeons, and house sparrows. The Department of Conservation (DOC) and regional councils manage invasive species under the Wildlife Act 1953 and Biosecurity Act 1993. The APC-N8 supports DOC-compliant management programs on conservation land and private land under covenant.
Feral pigeons and common starlings compete with native cavity-nesting species including jackdaws, stock doves, and barn owls across the UK. Natural England, NatureScot, and Natural Resources Wales issue general licences for lethal control of specified species. The APC-N8 supports general licence compliance with species-specific identification and operator authorisation records.
European starlings and house sparrows — both introduced species — are among the most damaging invasive birds in North America, competing with native bluebirds, purple martins, and woodpeckers for nest cavities. Neither species is protected under the Migratory Bird Treaty Act (MBTA). The APC-N8 supports conservation managers and wildlife agencies operating under USFWS depredation permit frameworks.
Common mynas are an established invasive pest across South Africa's urban and peri-urban landscapes, competing with native cavity-nesting species. Management is regulated under the National Environmental Management: Biodiversity Act (NEMBA) and provincial nature conservation ordinances. The APC-N8 supports permit compliance for conservation managers and private nature reserves.
Common mynas are considered one of the world's most damaging invasive species across Pacific island ecosystems — threatening endemic birds in Fiji, Samoa, Tonga, Vanuatu, and French Polynesia. Island conservation programs require precise, species-specific management tools to avoid harm to endemic species. The APC-N8's 99.7% species identification accuracy is specifically designed for this requirement.
Compliance & reporting
Permit-ready documentation — automatically
Lethal control of invasive pest birds requires wildlife authority permits in most jurisdictions worldwide. The APC-N8 generates the documentation that conservation authorities require automatically — every detection, identification, operator authorisation, and outcome is logged with a tamper-proof timestamp.
The system's mandatory human-in-the-loop authorisation step is specifically designed to meet the oversight requirements of wildlife authority permits globally — ensuring that every management action is explicitly approved by a verified operator before it occurs.
Discuss permit requirementsDocumentation generated per event
- Wildlife authority permit records — any jurisdiction
- Species identification per event
- Operator authorisation timestamps
- Tamper-proof event audit log
- Export-ready conservation authority reports
- Remote operator access — no on-site requirement
- Zero non-target species risk
- No chemical or poison residue
FAQ
Common questions
What is the APC-N8 and how does it help conservation managers control invasive pest birds?
Which invasive pest bird species does the APC-N8 target in conservation environments?
How does the APC-N8 ensure native and protected species are not harmed?
Is the APC-N8 suitable for remote or sensitive conservation environments?
Does the APC-N8 require permits for use in conservation areas?
How does removing invasive pest birds help native species recover?
Ready to protect your native species?
Whether you manage a national park, a rewilding project, or an island restoration program, our team can help you scope the right deployment configuration for your site and jurisdiction.