Boneless Grills · Connected product development
Connected product engineering. Built around your product.
Boneless Grills develops its own products and custom projects for manufacturers. We bring together electronics, firmware, connectivity and digital interfaces to make equipment easier to use, monitor and maintain. When it adds real value, we can integrate AI too.
Capabilities
Connected hardware
Sensors, electronics and embedded firmware shaped around the product.
Digital experience
Product interfaces, apps and connected services that make the data useful.
AI integration
Focused recommendations, anomaly detection or assistance when the application benefits.
Custom development
Integration into an existing product or development of a new connected concept.
Useful connections, across product categories.
A connected product should solve a clear problem: help an owner use it better, give a service team the information it needs, or help a manufacturer understand how equipment performs. Our work starts with that problem, whether the product is an oven, a toy, an industrial tool or a medical device.
Connected product engineering
Define requirements, assess available technology and develop the electronics and software around your product. Start with feasibility, a specific subsystem or a complete project.
Explore product engineeringElectronic and thermal controls
Develop sensing, actuator interfaces and embedded controls for physical equipment, with a particular focus on cooking and thermal applications.
Explore control engineeringApps and cloud
Connect device behavior to setup, monitoring, permitted controls and service workflows. Build the digital experience around what the product actually does.
Explore apps and cloudProduct lifecycle and modernization
Review an existing connected product, improve a defined subsystem or plan a staged migration where technical access and rights allow.
Explore modernization
AI & Connectivity · AI with a clear job to do
Add intelligence where it earns its place.
Boneless Grills can incorporate AI into connected-product development. We start with the decision it should improve, the data available and the result the manufacturer needs. Sometimes the right answer is a model. Sometimes it is a sensor, a threshold and a clear alert.
Anomaly detection
Find unusual combinations across several signals when a single threshold misses the pattern. Give the operator a clear reason to investigate, not an unexplained automatic decision.
Maintenance recommendations
Use operating history to help prioritize inspections and service. Test recommendations against real equipment conditions and make uncertainty visible.
Product assistance
Help users find relevant instructions, understand device status or summarize a support issue. Responses can be grounded in approved product information, with a clear route to human support.
Guided voice interaction
Let a user request supported information or actions by voice. Define the allowed commands, require confirmation where appropriate and keep essential controls available without the voice service.
Rules for known limits. AI for useful patterns.
Rules
Choose rules when the condition is explicit: a temperature limit, an overdue service interval, a missing item or an unauthorized command. They are direct and easy to verify.
AI
Consider AI when useful information is spread across many signals, operating patterns vary, or natural-language assistance makes a complex product easier to use. The benefit must be tested against a simpler baseline.
Designed into the product, not added as a promise.
We define the data, connectivity, device or cloud processing, response times and user controls around the application. AI outputs can support recommendations or approved actions within a defined scope. Local protective controls remain independent, and the product needs a clear fallback when data, connectivity or the AI service is unavailable.
For children’s products and regulated equipment, data handling, user permissions and validation are part of the project scope from the beginning.
Explore AI for your productStart with the product problem.
Define the use case
Who uses the product, what needs to improve, and how will success be measured?
Choose the architecture
What belongs in the device, the app or a connected service? Is AI actually needed?
Build and test
Prototype the experience, evaluate it under realistic conditions and refine it with the manufacturer.
Plan the release
Define integration, validation, production and ongoing support requirements for the agreed scope.
Choose the right starting point.
Feasibility and architecture
A paid, bounded engagement to define requirements, review technology options, identify risks and map the next development phase. Outputs can include prioritized requirements, a buy-versus-build assessment, system architecture, interface definitions and a prototype validation plan.
Subsystem development and integration
Develop or improve a specific controller, firmware component, app, cloud service or interface, with clear acceptance criteria.
Connected product project
Combine the agreed phases and engineering disciplines around a product objective, integration milestones and a pilot or handoff plan.
Lifecycle work
Define maintenance, modernization, cloud operation or support as a separate ongoing scope when the product needs it.
Know what is included.
A useful proposal explains the objective, deliverables, interfaces, responsibilities, test criteria, milestones and fees. It also identifies intellectual-property arrangements, third-party dependencies and any recurring costs. Manufacturing, certification and ongoing operation are included only when explicitly agreed.
What are you building?
Tell Boneless Grills about the product, the people who use it and the problem you want to solve. We can explore the connected features and AI options that fit.
Discuss your project