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brown and white short coated dog on brown wooden fence during daytime

Data-driven welfare, at the scale of a city

GPS collars, movement mapping, and health monitoring built to support humane, evidence-based urban animal programs.

Request Demo

brown and white short coated dog on brown wooden fence during daytime

Data-driven welfare, at the scale of a city

GPS collars, movement mapping, and health monitoring built to support humane, evidence-based urban animal programs.

Request Demo

brown and white short coated dog on brown wooden fence during daytime

Data-driven welfare, at the scale of a city

GPS collars, movement mapping, and health monitoring built to support humane, evidence-based urban animal programs.

Request Demo

What Manual Methods Can't Solve

Most municipalities rely on complaint-driven response, periodic visual surveys, and manual record-keeping to manage stray animal populations. These methods are labor-intensive, inconsistent across districts, and produce data that's outdated before it can inform decisions.

Incomplete Population Data

Incomplete Population Data

Stray populations shift territories, form and break social groups, and move between districts. Without continuous tracking, population data is always partial and always late.

Reactive Resource Allocation

Without movement data, resources go to high-density areas, while emerging clusters get overlooked until they become problems.

Without movement data, resources go to high-density areas, while emerging clusters get overlooked until they become problems.

Unmeasurable Program Outcomes

TNR programs, feeding station placement, and relocation efforts are difficult to evaluate without tracking the animals involved. Without data, programs run on assumptions.

TNR programs, feeding station placement, and relocation efforts are difficult to evaluate without tracking the animals involved. Without data, programs run on assumptions.

Health Risks Without Visibility

Stray animals with emerging health issues go unnoticed until they become public health concerns. Early identification requires monitoring that manual observation can't sustain.

Stray animals with emerging health issues go unnoticed until they become public health concerns. Early identification requires monitoring that manual observation can't sustain.

From Manual Observation to Continuous Intelligence

GPS Tracking at Scale

GPS Tracking at Scale

Track hundreds of animals across a district from a single dashboard. GNSS satellite positioning and LTE connectivity provide continuous location data without manual check-ins.

Territory and Movement Mapping

See which areas have the highest animal density, where territories overlap, and how populations shift over time.

See which areas have the highest animal density, where territories overlap, and how populations shift over time.

Health Monitoring for Welfare Programs

The collar's built-in motion and heart rate sensors track behavioral changes that may signal health issues.

The collar's built-in motion and heart rate sensors track behavioral changes that may signal health issues.

Data That Shapes Real Programs

Individual Animal Tracking

Individual Animal Tracking

Individual Animal Tracking

Each collared animal has a continuous GPS and health record.

Population Movement Intelligence

Population Movement Intelligence

Population Movement Intelligence

See how a stray population actually moves through a defined area. This data directly informs decisions about feeding station placement, population control priorities, and resource deployment.

Scalable Infrastructure

Scalable Infrastructure

Scalable Infrastructure

The same collar hardware, LTE connectivity, and cloud data platform that tracks a campus population scales to a district or city-wide program.

Manage humanely, at scale

Start With a Pilot Program

We work with municipal authorities and government agencies to design pilot deployments shaped around your population management goals. Whether you are running a district-level stray animal programme, evaluating the outcomes of a TNR scheme, or building the data infrastructure behind future animal welfare policy, we can scope a pilot that delivers measurable results.

Request Demo

Be a Founding Beta Tester

Meet the built-in intelligence behind Buddy. Ninja AI is your reliable friend for the everyday pet questions, now open to early testers.

Get Early Access

Manage humanely, at scale

Start With a Pilot Program

We work with municipal authorities and government agencies to design pilot deployments shaped around your population management goals. Whether you are running a district-level stray animal programme, evaluating the outcomes of a TNR scheme, or building the data infrastructure behind future animal welfare policy, we can scope a pilot that delivers measurable results.

Request Demo

  • Be a Founding Beta Tester

    Meet the built-in intelligence behind Buddy. Ninja AI is your reliable friend for the everyday pet questions, now open to early testers.

    Get Early Access

Manage humanely, at scale

Start With a Pilot Program

We work with municipal authorities and government agencies to design pilot deployments shaped around your population management goals. Whether you are running a district-level stray animal programme, evaluating the outcomes of a TNR scheme, or building the data infrastructure behind future animal welfare policy, we can scope a pilot that delivers measurable results.

Request Demo

  • Be a Founding Beta Tester

    Meet the built-in intelligence behind Buddy. Ninja AI is your reliable friend for the everyday pet questions, now open to early testers.

    Get Early Access