pet-alpha-logo

The Invisible Bond of Safety

The first anatomical telemetry monitoring system designed for the specific physiological needs of cats and small dogs.

No bricks. No friction. Just protection.

Anatomical Freedom

The Problem: The "20g Barrier." Current trackers are physically intrusive "bricks" that compromise animal welfare and limit market penetration for cats and toy breeds.

The Solution: By decoupling the antenna and charging hardware into a distributed e-textile loop, Pet-Alpha achieves a total mass of under 10 g. It is the first apparatus designed to respect the subject's anatomy, not fight it.

Passive-Presence Charging

The Problem: Manual charging is the #1 driver of customer churn. Every hour a device sits on a kitchen counter is a "protection gap" that breaks the safety promise.

The Solution: Utilising the patent-pending GB2611065.0 Resonant Air-Gap, Pet-Alpha harvests power through bedding and blankets while the pet sleeps. True zero-friction energy that keeps the device securely on the neck.

The Deterministic Safety Loop

The Problem: Software-lag kills. Traditional trackers rely on cloud-polling to detect a lost collar, often resulting in 10-minute delays during a crisis.

The Solution: Pet-Alpha's safety-critical Mechanical Decoupling Mechanism triggers an Asynchronous Hardware Interrupt the millisecond a circuit break occurs. It is a hardware-level guarantee that bypasses system lag to initiate recovery.

5G RedCap SDT Efficiency

The Problem: Legacy LTE-M handshakes consume excessive energy, forcing devices to use larger, heavier batteries.

The Solution: Pet-Alpha utilises 5G RedCap Small Data Transmission (SDT). By transmitting in an RRC-Inactive state, we reduce operational power consumption by 60% per transmission, allowing for our ultra-lightweight form factor.

Grid

BENEFITS

The Strategic Advantage

The hardware infrastructure to bypass legacy constraints. By solving for mass and power, we unlock the feline market and eliminate the primary drivers of subscriber churn.

Churn Mitigation

Eliminate the "forgot to charge" friction point. By solving the physics of charging, we address the primary cause of subscription cancellations in the pet-wearable market.

Unlocking the Feline Market

Tractive and Fi are currently capped by their own bulk. Pet-Alpha provides the hardware "unlock" to capture the 400 million domestic cats currently ignored by "brick" trackers.

High-Fidelity Biometrics

Uninterrupted 24/7 wearability enables the first "unskewed" biometric baselines. Our data isn't just tracking; it’s a hardware-backed clinical dataset.

The "Physics Wall" Moat

Competitors cannot replicate our form factor without overcoming the complex spatial impedance challenges already protected by GB2611065.0.

Insurance-Ready Integrity

Our RIMN logic provides a hardware-locked identity handshake, preventing "data spoofing" and providing insurers with a tamper-proof audit trail for every pet.

Infrastructure Longevity

5G RedCap is future-proof. By aligning with 3GPP Release 17 standards, Pet-Alpha ensures a decade of hardware relevance in an evolving cellular landscape.

FOUNDERS NOTE

"Pet-Alpha was born from a personal frustration. While cat-sitting for my daughter, I realised I was blind to his location and safety.

I found a market plateaued by a "Physics Wall" that prioritises hardware bulk over animal welfare. I developed the patent-pending Pet-Alpha solution to bridge this gap.

By re-engineering the relationship between power and weight, I have created a sub-10g system that disappears into the animal's natural life.

No more bulky collars. No more charging friction. Just an invisible, unbreakable bond of safety."

user pic

Richard Edmondson

Founder & Director, Pet-Alpha Ltd

Richard Edmondson

Founder & Director, Pet-Alpha Ltd

ECOSYSTEM

Verified Connectivity

Pet-Alpha is an integrated telemetry system where hardware and protocol work in unison.

Unlike competitors who use rigid patch antennas, Pet-Alpha utilises the subject’s anatomy as a distributed radiator. This proprietary configuration, protected under GB2611065.0, mitigates signal attenuation and allows for a 360° cellular link in any orientation.

Operational power consumption is reduced by nominally 60% compared to LTE-M incumbents. By transmitting in an RRC-Inactive state, Pet-Alpha bypasses legacy protocol overhead, enabling the sub-10g form factor.

The safety-critical Asynchronous Interrupt is implemented via a physical NMI path. This ensures deterministic emergency signalling with near-zero latency, independent of the device's firmware state.

Maintain efficiency across a 100mm Resonant Air-Gap. By utilising multi-strand Litz wire and a Class-E topology, we achieve a system quality factor (Q) ≥ 200 for high-efficiency harvesting.

Unlike competitors who use rigid patch antennas, Pet-Alpha utilises the subject’s anatomy as a distributed radiator. This proprietary configuration, protected under GB2611065.0, mitigates signal attenuation and allows for a 360° cellular link in any orientation.

Operational power consumption is reduced by nominally 60% compared to LTE-M incumbents. By transmitting in an RRC-Inactive state, Pet-Alpha bypasses legacy protocol overhead, enabling the sub-10g form factor.

The safety-critical Asynchronous Interrupt is implemented via a physical NMI path. This ensures deterministic emergency signalling with near-zero latency, independent of the device's firmware state.

Maintain efficiency across a 100mm Resonant Air-Gap. By utilising multi-strand Litz wire and a Class-E topology, we achieve a system quality factor (Q) ≥ 200 for high-efficiency harvesting.

Unlike competitors who use rigid patch antennas, Pet-Alpha utilises the subject’s anatomy as a distributed radiator. This proprietary configuration, protected under GB2611065.0, mitigates signal attenuation and allows for a 360° cellular link in any orientation.

Operational power consumption is reduced by nominally 60% compared to LTE-M incumbents. By transmitting in an RRC-Inactive state, Pet-Alpha bypasses legacy protocol overhead, enabling the sub-10g form factor.

The safety-critical Asynchronous Interrupt is implemented via a physical NMI path. This ensures deterministic emergency signalling with near-zero latency, independent of the device's firmware state.

Maintain efficiency across a 100mm Resonant Air-Gap. By utilising multi-strand Litz wire and a Class-E topology, we achieve a system quality factor (Q) ≥ 200 for high-efficiency harvesting.

COMPARISON

Why Pet-Alpha Stands Out

Engineering beyond the 20g barrier. By utilising the GB2611065.0 architecture to integrate hardware into the subject's anatomy, we have established a new standard for non-intrusive telemetry, rendering legacy 'brick' hardware obsolete.

Anatomical feline standard

Passive-Presence resonant harvesting

Real-time hardware interrupt

60% lower power-draw

Tamper-proof clinical audit-trail

Others

Bulky 20g+ bricks

Manual contact charging

High-latency cloud polling

High-drain legacy handshakes

Intermittent, skewed datasets

OPERATIONAL INTELLIGENCE

The Deterministic Framework

Pet-Alpha operates on a sophisticated firmware hierarchy designed to balance high-priority safety with extreme energy conservation. By utilising local edge-processing, the apparatus makes real-time decisions on data transmission, ensuring critical events are prioritised without draining the power reserve

RRC-Inactive Telemetry Logic

Most trackers waste energy on constant network handshakes. Our logic maintains an "inactive" yet connected state, enabling Small Data Transmission (SDT) without the power-intensive wake-up cycles of legacy LTE-M. This ensures a 60% reduction in energy consumption during routine reporting.

Intelligent Immobility Analysis

The system employs a Temporal Duration Timer to differentiate between routine sleep and an anomalous safety event. This heuristic approach allows the device to enter an ultra-low-power "Stationary Away" state, waking only when a specific safety threshold is breached or motion is detected.

Universal Logic Reset Protocol

To ensure 24/7 reliability, the system executes a deterministic logic reset upon the completion of any operational path. By deallocating computational resources and rebaselining registers, we eliminate software "creep" and memory leaks, guaranteeing the apparatus is always at peak readiness.

Heuristic Motion-Analysis

Low-Duty-Cycle Recovery Beacon

RIMN Switching Logic

FAQs

Intelligence & Infrastructure

Get answers to your questions and learn about our patent-pending technology.

How does Pet-Alpha maintain cellular connectivity at sub-10g mass?

By decoupling the hardware. Traditional trackers fail because they house rigid patch antennas and batteries in a single "brick," creating spatial impedance. Pet-Alpha utilises a flexible, multi-resonant conductive loop that turns the entire apparatus into a distributed radiator, maintaining a 360-degree 5G RedCap link without the bulk.

Is the resonant harvesting safe for 24/7 subject wear?

Yes. The system utilises non-radiative, high-Q inductive coupling. In accordance with our GB2611065.0 filing, our Class-E topology and multi-strand Litz wire configuration ensure that energy transfer occurs via a localised magnetic field that interacts only with the internal receiver, meeting all anatomical safety standards for continuous wear.

How does the "Deterministic Fail-Safe" bypass software latency?

Most trackers rely on periodic "heartbeat" polling, which can leave a 10-minute gap during a crisis. Pet-Alpha employs an asynchronous hardware-level integrity check. The moment the loop’s galvanic continuity is broken, a Non-Maskable Interrupt (NMI) triggers an immediate emergency broadcast, independent of the standard firmware cycle.

Can the system differentiate between routine sleep and a health emergency?

Our firmware utilises a heuristic Temporal Duration Timer. By analysing immobility durations against established subject baselines, the apparatus can differentiate between deep rest and anomalous stationary events. This allows the device to stay in an ultra-low-power "Stationary Away" state until a safety threshold is actually breached.

How does 5G RedCap SDT improve battery longevity?

Legacy devices use significant power on network "handshakes." Pet-Alpha utilises Small Data Transmission (SDT) in an RRC-Inactive state. This allows the apparatus to send critical telemetry packets without fully "waking up" the cellular modem, reducing operational power consumption by nominally 60% compared to LTE-M incumbents.

How does Pet-Alpha maintain cellular connectivity at sub-10g mass?

By decoupling the hardware. Traditional trackers fail because they house rigid patch antennas and batteries in a single "brick," creating spatial impedance. Pet-Alpha utilises a flexible, multi-resonant conductive loop that turns the entire apparatus into a distributed radiator, maintaining a 360-degree 5G RedCap link without the bulk.

Is the resonant harvesting safe for 24/7 subject wear?

How does the "Deterministic Fail-Safe" bypass software latency?

Most trackers rely on periodic "heartbeat" polling, which can leave a 10-minute gap during a crisis. Pet-Alpha employs an asynchronous hardware-level integrity check. The moment the loop’s galvanic continuity is broken, a Non-Maskable Interrupt (NMI) triggers an immediate emergency broadcast, independent of the standard firmware cycle.

Can the system differentiate between routine sleep and a health emergency?

Our firmware utilises a heuristic Temporal Duration Timer. By analysing immobility durations against established subject baselines, the apparatus can differentiate between deep rest and anomalous stationary events. This allows the device to stay in an ultra-low-power "Stationary Away" state until a safety threshold is actually breached.

How does 5G RedCap SDT improve battery longevity?

The Future of Subject Telemetry

Owning the Physics of Pet Care

Pet-Alpha has established a new anatomical standard that incumbents cannot replicate without infringing upon our protected architecture.

We have solved the three pillars of market stagnation: the 20g weight barrier, the friction of manual charging, and the latency of software-reliant safety.

For an industry leader, Pet-Alpha isn't just an acquisition of technology; it is the acquisition of a decade-long hardware moat and the proprietary key to the 400-million-subject feline market.

Pet-Alpha Ltd - No. 17154031

The New Standard in Resonant Inductive Apparatus.

UK Patent Pending: GB2611065.0

© 2026 Pet-Alpha Ltd. Company No. 17154031 | Registered in England & Wales | All Rights Reserved.

All technical specifications are based on the Resonant Inductive Apparatus for Wide-Area Telemetry (UKIPO Filing - GB2611065.0).

Pet-Alpha Ltd - No. 17154031

UK Patent Pending: GB2611065.0

The New Standard in Resonant Inductive Apparatus.

© 2026 Pet-Alpha Ltd. Company No. 17154031 | Registered in England & Wales | All Rights Reserved.

All technical specifications are based on the Resonant Inductive Apparatus for Wide-Area Telemetry (UKIPO Filing - GB2611065.0).

Pet-Alpha Ltd - No. 17154031

UK Patent Pending: GB2611065.0

The New Standard in Resonant Inductive Apparatus.

© 2026 Pet-Alpha Ltd. Company No. 17154031 | Registered in England & Wales | All Rights Reserved.

All technical specifications are based on the Resonant Inductive Apparatus for Wide-Area Telemetry (UKIPO Filing - GB2611065.0).