Visualize wildlife behavior — and make damage control a science.
Still responding to macaque, deer, and bear incursions on instinct alone? We help municipalities and research institutes make wildlife damage control data-driven, with GPS tracking and cloud management.
The challenge: more damage, fewer hands.
Damage to agriculture, forestry, and daily life is worsening as wildlife ranges expand. Yet sight and hearsay alone can't continuously tell you when, where, and which animal will appear — so responses fall behind.
With limited staff and budget, municipalities struggle to keep watch over wide areas. What's needed is a scientific, low-effort approach to wildlife management that doesn't rely on culling.
The answer: visualize behavior, ground every response in data.
Fit a GPS collar on one or two individuals in a troop and you can infer the whole group's home range, movement, and appearance patterns. The data is mapped and managed centrally in the Animal Portal cloud.
Capture approach signals, range shifts, and seasonal movement as data, and plan deterrence, capture, and fencing on evidence — for non-lethal, repeatable wildlife damage control.
How it works in the field
From fitting the collar to reviewing outcomes, we support the whole operating loop.
Fit one or two individuals
Fitting one or two animals in a troop lets you infer how the whole group moves.
Auto-send positions over LTE-M
Data goes straight to the cellular network — no relay base stations to install or maintain.
Visualize range & sightings
Animal Portal maps home range (KDE), movement, and approaches toward settlements.
Ground deterrence & capture in data
Plan deterrence, capture, and fencing from the data, and roll results into automated reports.
What to look for — why teams choose LoggLaw G
Collars differ sharply in communication, power, and operating load. These are the four things we prioritize.
Direct LTE-M communication
No extra infrastructure inside cellular coverage — no base-station power or upkeep for the municipality to carry.
Solar-powered
About a year even without sunlight (12 fixes/day, 1 send/day), minimizing recapture just to change batteries.
Remote high-frequency mode
Low-power by default; switch remotely to fixes every 2 min / sends every 5 min during outbreaks — long-term watch and urgent tracking in one device.
Unified in Animal Portal
Manage many individuals at once with capture reports, shared sightings, and heatmaps — exportable as CSV / GeoJSON / PDF alongside existing GIS.
Use cases by target animal
For each animal, here's the field decision that behavior tracking actually improves.
Japanese macaque — troop tracking & deterrence
Capture troop range, seasonal movement, and appearance patterns to verify deterrence and warn early — before damage.
See the macaque caseSika deer — range surveys & crop/forest damage
Analyze incursions into farmland and plantations, wintering grounds, and seasonal movement — used in the March 2026 first-confirmed Kamikōchi overwintering survey.
See the deer caseAsian black bear — sighting watch & approach alerts
Continuously watch approaches to settlements; switch to high-frequency mode during outbreaks to support early warnings for residents.
See the bear caseRaccoon, wild boar & more (in trials)
Expansion to other species is underway — including custom attachment. Talk to us about your target animals.
Ask about trialsLoggLaw G2C adoption across Japan
Figures are company-wide LoggLaw G2C adoption (as of May 2026), not per-species counts.
Eligible for the wildlife-damage-prevention subsidy
An eligible product under Japan's MAFF wildlife-damage-prevention subsidy (鳥獣被害防止総合対策交付金). Under a municipality's damage-prevention plan, adoption costs may be covered — check with your local authority.
Products & platform
Detailed specs, how to choose, and the management cloud each have their own page.
For municipal & research teams
From proposals tuned to your target animals, operating area, and subsidy use, to on-site trials — reach out and let's talk.
Start a conversation