OWNED INNOVATION PLATFORM

D’Matrix products prove how Matrix integrates science, hardware and software.

One commercially launched system, an active development portfolio and future platform extensions—each translating a defined process into sensors, controls, mechanics and a guided consumer experience.

D’Matrix product portfolio in a modern kitchen
13 PRODUCT SYSTEMS · SHARED ENGINEERINGOur internal portfolio is a working demonstration of Matrix capability.

Complete product dossier

Open each system to understand the problem, architecture and controlled process.

Product readiness and validation requirements are stated separately. Future concepts are not presented as production-ready products.

All 13 systemsCommercial proofActive developmentFuture platform
01D’BakerAidControlled fermentation + proofingCommercially launched+
D’BakerAid

Turn variable kitchen conditions into a repeatable baking process.

Controls yeast activation and dough proofing before the dough enters the consumer’s own oven.

Consumer or process gap

Room temperature, uncertain yeast activity and subjective proofing decisions make home baking inconsistent.

Matrix system response

Controls yeast activation and dough proofing before the dough enters the consumer’s own oven.

Development stage

Commercially launched

IP position

Commercial proof point

TemperatureTimeWeightYeast programsDough programs
02D’FermenterPrecision food fermentationEngineering validation+
D’Fermenter

Manage the complete fermentation lifecycle at home.

Measures and manages fermentation from ingredient loading through biological completion and refrigerated preservation.

Consumer or process gap

Home fermentation relies on estimated salt, uncontrolled room temperature, manual pH checks and an uncertain endpoint.

Matrix system response

Measures and manages fermentation from ingredient loading through biological completion and refrigerated preservation.

Development stage

Engineering validation

IP position

Invention patent

WeightSalinitypHHeatingCoolingEndpoint detection
03D’Ager CountertopIndependent dry-aging chamberAdvanced development+
D’Ager Countertop

Miniaturize professional dry-aging control into a home chamber.

Creates and monitors a self-contained dry-aging microclimate in a compact chamber.

Consumer or process gap

Professional dry-aging requires stable cooling, humidity, airflow, sanitation and time control.

Matrix system response

Creates and monitors a self-contained dry-aging microclimate in a compact chamber.

Development stage

Advanced development

IP position

Invention patent

CoolingHumidityAirflowUVCTime
04D’Ager FridgeRefrigerator-integrated agingProduction ready+
D’Ager Fridge

Convert refrigerator cooling into a controlled aging microclimate.

Uses refrigerator cooling while controlling the microclimate directly around the meat.

Consumer or process gap

A refrigerator alone does not provide the local airflow, humidity management or sanitation required for controlled meat aging.

Matrix system response

Uses refrigerator cooling while controlling the microclimate directly around the meat.

Development stage

Production ready

IP position

Invention patent

HumidityAirflowUVCTemperature monitoringTime
05D’CoffeeWhole-bean precision extractionEngineering development+
D’Coffee

Program the complete path from whole bean to finished coffee.

Combines measured dosing, low-temperature pre-soak, vacuum-assisted wet grinding and programmed extraction.

Consumer or process gap

Conventional machines apply limited control over oxygen exposure, dose, grind, temperature, time and finished output.

Matrix system response

Combines measured dosing, low-temperature pre-soak, vacuum-assisted wet grinding and programmed extraction.

Development stage

Engineering development

IP position

Invention patent

DoseVacuumWet grindingPID temperatureInput and output weight
06D’MilkerPlant-based beverage extractionActive development+
D’Milker

Control soaking, extraction, separation and cleaning as one process.

Coordinates ingredient preparation, oxidation-managed processing, heating, separation and cleaning.

Consumer or process gap

Home plant milk normally requires separate soaking, blending, optional heating and straining steps.

Matrix system response

Coordinates ingredient preparation, oxidation-managed processing, heating, separation and cleaning.

Development stage

Active development

IP position

Invention patent

TemperatureVacuumGrindingDensityFlow
07D’SourdoughAutomated starter managementActive development+
D’Sourdough

Automate the daily actions required to manage a living starter.

Automates starter creation, maintenance, discard and activation for baking.

Consumer or process gap

Starter maintenance demands accurate ratios, temperature control, mixing, discard and repeated feeding.

Matrix system response

Automates starter creation, maintenance, discard and activation for baking.

Development stage

Active development

IP position

Invention patent

WeightTemperatureFlour and water dispensingMixingCooling
08D’IQKettlePrecision water preparationConcept development+
D’IQKettle

Prepare water for the ingredient—not merely boil it.

Prepares and dispenses filtered water according to the selected beverage or ingredient.

Consumer or process gap

Tea, coffee, cacao, infant formula and infusions require different temperatures, volumes and holding times.

Matrix system response

Prepares and dispenses filtered water according to the selected beverage or ingredient.

Development stage

Concept development

IP position

Structural design protection

TemperatureWater levelTDSVolumeTimeDispensing
09D’HandBlendVacuum blending + weighingAdvanced development+
D’HandBlend

Measure, manage air and blend in one modular system.

Combines a weighing base, sealed vessel, vacuum control and quick-connect blending tools.

Consumer or process gap

Open-vessel blending incorporates air, creates foam and separation, and requires separate weighing.

Matrix system response

Combines a weighing base, sealed vessel, vacuum control and quick-connect blending tools.

Development stage

Advanced development

IP position

Structural design protection

VacuumWeightBlend speedSealed vesselAccessories
10D’EspressoPrecision espresso platformIndustrial + mechanical design+
D’Espresso

Extend measured extraction control into espresso preparation.

A compact platform planned around guided dose, pressure, flow, temperature, time and output control.

Consumer or process gap

Home espresso depends on grind, dose, tamping, pressure, temperature, flow and timing.

Matrix system response

A compact platform planned around guided dose, pressure, flow, temperature, time and output control.

Development stage

Industrial + mechanical design

IP position

Core commercial product

DosePressureTemperatureFlowTimeMeasured output
11D’ProcessorMeasured food processingFuture platform+
FUTURE SYSTEM ARCHITECTURE

Advance the food processor from a motorized blade into a guided process system.

A planned platform combining weighing, guided ingredient addition and controlled processing sequences.

Consumer or process gap

Traditional food processors control blade speed but do not measure ingredients or understand the desired result.

Matrix system response

A planned platform combining weighing, guided ingredient addition and controlled processing sequences.

Development stage

Future platform

IP position

Future platform extension

WeightSpeedTimeGuided additionRecipe feedback
12D’SmartHubConnected product intelligenceFuture platform+
FUTURE SYSTEM ARCHITECTURE

Coordinate product programs, updates and process history across the ecosystem.

A planned intelligence layer for cross-product programs, diagnostics, OTA and process history.

Consumer or process gap

Connected kitchen products remain isolated devices with separate applications, data and workflows.

Matrix system response

A planned intelligence layer for cross-product programs, diagnostics, OTA and process history.

Development stage

Future platform

IP position

Future platform extension

Cross-product programsOTADiagnosticsSensor dataProcess history
13D’AntiOxidant Air FryerControlled air fryingFuture platform+
FUTURE SYSTEM ARCHITECTURE

Apply sensing and process control to conditions associated with oxidation and overcooking.

A planned platform coordinating temperature, time, airflow and food-state sensing around the selected result.

Consumer or process gap

Conventional air fryers optimize speed and crispness without measuring the food process itself.

Matrix system response

A planned platform coordinating temperature, time, airflow and food-state sensing around the selected result.

Development stage

Future platform

IP position

Future platform extension

TemperatureTimeAirflowFood-state sensingEndpoint logic

Partnership routes

Development, licensing, distribution and strategic commercialization.

Qualified partners can discuss product-specific collaboration according to readiness, territory and the required technical or commercial role.

Confidential mechanism details, patent materials and validation evidence are shared under controlled conditions.

Discuss a partnership