Consumer Communications phone design

Mitel Networks

Software and Hardware Design

Software and Hardware Design

Design

Software + UI/UX

Mitel is a global market leader in business communications, powering over two billion business connections with cloud-based communications and applications for business enterprise.

mitel.com

GPS tracking module clipped onto the dashboard of a car, displaying a compact, modern device with a sleek design for navigation and tracking purposes.
App and website dashboard for a GPS tracking device, featuring a user-friendly interface with real-time location data, and an API option for integration into other companies' dashboards.
Wearable GPS tracker designed for a person's wrist, offering a compact, secure fit with real-time location tracking for safety and navigation purposes.
Small tracking anchor placed on industrial machinery, designed for monitoring and tracking equipment status and location in real-time.
Close-up view of a touch screen, showcasing its sleek interface with clear, responsive controls for user interaction and navigation.

UX Design

Brash developed multiple technologies, digital products and hardware for Mitel. This includes designing MiCollab— a unified communication platform and tool for messaging, mobility, web and video conferencing collaboration— and MiVoice, an integrated phone system and collaboration software. The team conducted rigorous research and testing to ensure the user experience was seamless for both products and their multi-functions.

The design team created and established Mitel's internal design and branding guidelines, as well as offer our client post project support. These guidelines ensure consistency, quality and a recognizable and unique aesthetic that customers have come to expect from Mitel.

Close-up of a PCB (Printed Circuit Board) inside a larger anchor device, showcasing its intricate components and design for managing the device's functionality.
xploded view of a device, revealing the internal engineering components and design work, including circuit boards, sensors, and assembly parts, showcasing the device’s structure and functionality.