Honeywell Air Purifier
Consumer Products · Client: Honeywell
Project details
Product development involving connected technology, embedded systems, mechanical systems, firmware engineering, and FCC/EMC testing.

Taking Your Product From Napkin To Shelf
New Potato Technologies is a Wilmington, North Carolina product development and engineering practice founded in 1986. It provides end-to-end product development services including electrical engineering, embedded systems, firmware design, software and cloud engineering, mechanical engineering, prototyping, and manufacturing support. It operates state-of-the-art on-site machinery and testing facilities, assisting clients from initial napkin concepts to final production.
Focuses on the synergy of electrical and mechanical engineering for product development, integrating hardware and software components. This practice utilizes advanced CAD tools for precision component design, layout, and thermal management.
Layout and engineering of printed circuit boards for product development programs.
Uniting hardware components with custom microcontrollers and software interfaces.
Incorporating sensory peripherals, speakers, and cameras into smart hardware.
Developing robust physical components using advanced CAD orchestration and thermal management.
Designing power delivery networks, radio frequency antennas, and custom field-programmable arrays.
Focuses on custom firmware and embedded systems solutions to drive advanced hardware products. This practice develops real-time operating systems and integrates them with hardware across diverse microcontroller architectures, ensuring robust testing and validation.
Developing and implementing low-latency operating environments for deterministic hardware control.
Writing custom low-level code to optimize execution across varied microcontroller architectures.
Protecting hardware and connected data through cryptographic and secure firmware implementation.
Implementing connectivity standards such as Bluetooth, Wi-Fi, and custom RF communication protocols.
Enabling physical devices to connect and communicate within internet-of-things environments.
Delivers comprehensive software and mobile development to create intuitive, scalable user experiences. This division builds robust solutions that empower organizations to thrive in the digital landscape, backed by streamlined testing and deployment environments.
Building native mobile applications that interface seamlessly with connected consumer hardware.
Designing custom logic, database backends, and operational software structures.
Developing intelligent algorithms to process sensor data and power smart automated features.
Establishing secure, scalable, and responsive hosting environments for IoT backend systems.
Creating interactive interfaces that visually convey information and optimize user interaction.
Utilizes advanced tools and meticulous evaluation methodologies to validate products from initial concept to physical form. This practice employs 3D printing and CAD software to construct detailed models alongside comprehensive regulatory and stress testing.
Utilizing resin and SLS additive manufacturing to produce functional parts and intricate prototypes.
Constructing detailed digital three-dimensional blueprints for physical fabrication.
Simulating electrostatic discharge events to verify hardware resilience and shield internal components.
Validating electronic devices against electromagnetic compatibility and radio frequency emissions standards.
Designing the physical form, materials, and ergonomics of electronic consumer goods.
Guides physical products through the transition from finalized design to full-scale production. This service manages partner vetting, cost analysis, and rigorous quality inspection protocols to ensure production alignment with market standards.
Reviewing assembly steps and material selections to optimize yield and ease of production.
Evaluating global production partners for quality standards, scale capability, and cost efficiency.
Analyzing component pricing and manufacturing labor to determine exact product cost structures.
Evaluating initial manufacturing runs to verify quality and adherence to engineering specifications.
Combines digital interfaces and physical aesthetics to establish cohesive product identities. This discipline covers physical packaging, brand guidelines, and visual graphics to ensure a consistent customer experience across all touchpoints.
Designing beautiful, intuitive interfaces tailored to unique application workflows and user journeys.
Developing protective and aesthetically striking containers that improve the out-of-box experience.
Crafting cohesive visual styles, logos, and guidelines that establish a recognizable market presence.
Building responsive online portals that highlight product capabilities and drive user conversions.
Consumer Products · Software · Manufacturing · Medical Devices · Automation & Controls
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