Product Development · OEM / ODM
GuardHound coordinates product definition, design and engineering, prototyping, validation, brand customization and production readiness for pet brands, distributors and product teams.
Entry · StructureCylindrical drum entry
Control · InterfaceHousing control panel
Base · AccessBase and tracking mat
Development paths
Different brands sell into different markets at different price points, to different users, with different feature expectations.
The same product category can need a completely different product depending on where it is sold: dimensions, materials, feature trade-offs, control method and packaging language all move. So before any design work starts, we place the requirement on one of three paths — that decision sets the workload, the timeline and the cost structure.
Get the path wrong and every later step has to be redone. It is the reason requirement definition comes first in our process.
Brand and configuration changes on a product that already exists: identity, colour, CMF, packaging, manual, language and accessory set. The structure and core function stay as they are, which keeps the route short and the risk low — usually the fastest way to test a market.
Secondary development on a GuardHound smart pet product platform: sensor selection, control logic, connectivity and app coordination, recognition features, partial structure and appearance changes. The more that is reused, the shorter the distance from requirement to sample.
Starting from product definition: new structure, new functions, new electronics and firmware, taken through prototyping and engineering validation before production readiness. The longest route, and the one that needs both sides aligned on specification and milestones throughout.
Product development capabilities
This is the set of areas we can evaluate and coordinate on a project. It is not a claim that every one of them is already proven in-house for every product.
Product form, CMF direction, the human–pet interaction and the overall appearance language.
Structure breakdown, assembly relationships, tooling and design-for-manufacture review — what decides whether the product can be built consistently.
Control architecture, main control and drive, power and interface design, and the mechanical fit around the electronics.
Control logic, sensor sampling and decision thresholds, run-state and fault handling, and the update path.
Protocol selection, how device and app act on each other, network setup flow, data logging and remote control.
Choosing a sensing approach per function — weight, infrared, photoelectric, water level, temperature and humidity — then calibrating it in the real use case.
How image recognition, pet behaviour detection and cat-face recognition are implemented on a specific product, and the compute trade-off that comes with it.
Identity and multi-pet separation: tag approach, read distance and mounting position, and how the data is returned.
Carton structure, inserts and transit protection, artwork and multilingual copy, and where compliance labelling has to sit.
Scope boundary
These are development areas we can evaluate and coordinate, not a statement that all of them apply to every project. What a specific project actually covers depends on platform maturity, the target market's requirements and the project's own conditions. We assess it case by case after the requirement is confirmed, and put the conclusion in writing in the specification before moving on.
Process
Eight stages, each with a defined output. The point is not the diagram — it is that every stage's conclusion is written down, so the sample you approved and the version that goes into production are not two different products.
Category, target market, use scenario, volume range, price band and compliance requirements. We agree what problem is being solved before discussing the product.
A direction for form and key feature trade-offs, plus a feasibility call: which development path this is, and what has to be newly created.
Dimensions, materials, electronics, functional logic and packaging requirements written into a specification — the single reference every later approval is measured against.
Build to the specification and put a physical sample in your hands, so form, assembly and feel can be judged on the real object.
Functional, structural and runtime validation of the sample, deliberately surfacing fit conflicts, false triggering and stability problems at this stage.
Adjust structure, function or appearance against the validation results and your feedback, then produce a second sample round until specification and object agree.
Carton and inserts, brand mark placement, multilingual manuals and accessory configuration, confirmed together with the product.
Hand the approved specification, tooling, materials and packaging to manufacturing, and run volume production against that same document.
Every stage produces something you can check. Sample against specification, validation conclusions, packaging artwork and production documents all have to line up — otherwise the project starts depending on someone's memory. Once development closes, the product still has to move through manufacturing, quality and delivery; that part continues in the supply network.
OEM / ODM customization
Customization is not unlimited. Being explicit about where the two kinds of change divide is more useful than a blanket promise to build anything.
Standard Customization
Configuration and artwork work that does not alter the product platform, run against the confirmed configuration.
Feasibility, minimum order quantity and timing are confirmed per product and per customization scope.
Development Project
These are scoped as a development project: feasibility, cost and timeline are assessed first, then you decide whether to proceed.
A development project starts with a proposal and a quotation; prototyping and validation follow only after you approve it.
Sample lead time
Confirmed according to product maturity and development scope.
MOQ
Confirmed according to product and customization requirements; standard customization and development projects follow different logic.
Certification
Defined according to product type and target market.
Pricing
Quoted after the specification is confirmed, based on configuration, volume and packaging.
Prototype & engineering validation
A visual concept only proves that something could look right. What decides whether a product can be manufactured is assembly, stability, fault handling and whether the packaging actually protects the unit.
The quality system's own execution points — incoming, in-process and outgoing inspection — belong to Quality Management. This page covers what development has to deliver and to what level it has to be validated.
Existing product platforms
GuardHound's smart pet product lines cover a number of long-running directions. Their value is not that we have a lot of products — it is that certain functions, structures, sensing and connectivity approaches have already been taken through once.
01
Automatic cleaning, odour control and entry sensing, and how the cleaning mechanism sits inside the drum structure.
Smart litter box
02
Timed and portioned dispensing, food-level detection and bowl structure, including feeding control in multi-pet households.
Smart feeder
03
Circulation path, filtration and water-level detection, plus pump noise and how easily the unit is cleaned.
Water fountain
04
Video monitoring, two-way audio and motion detection, and how the device connects to the app.
AI pet camera
05
How weight, activity and daily routine data are collected, and the logic that flags an abnormal state.
Smart collar · smart scale
06
Structure and electronics for access and habitat products such as pet doors and drying boxes.
Smart pet door · dryer
An existing platform can shorten some projects' path from requirement to sample: functions, structures and connectivity already proven on that platform can reach the sample stage sooner. This is not a timeline commitment for every project. Anything involving new structure, new sensing or a new market's compliance requirements still has to be run as a development project.
Real project evidence
These are development records from GuardHound's own product platforms, showing what a project has to reach in structure, customization and production. Full documentation is being added to Case Studies.
Development scopeCylindrical entry and cleaning mechanism, base and tracking mat, housing control panel and runtime logic.
Project entryView case studies →
Development scopePortioned dispensing mechanism, hopper and stainless bowl structure, feeding control and connectivity.
Project entryView case studies →
Development scopeCirculation and filtration structure, water-level detection, quick-release top cover and the daily cleaning path.
Project entryView case studies →
All three are development records from GuardHound's own product platforms rather than commissioned client work, so no third-party brand appears. Client project details, brands and outcomes are published only where we hold permission to do so.
Start an OEM / ODM project
Send us these five points. We use them to confirm the development path, the sampling plan and how the project reaches production — then we quote.