Value proposition
Our company is committed to providing value to our customers through three core pillars
- ADVANCED OPTIMIZATION
integration of electronics, able to work on many different fronts and to face different challenges - TAILORED INNOVATIVE ELECTRONICS
purpose-built electronics and tailored to our clients’ individual needs - PROJECT MANAGEMENT
a unique project approach that considers the wider context to identify any potential interaction
ADVANCED OPTIMIZATION
We work to integrate electronics by projecting only one electronic board able to work on many different fronts and to face different challenges. Two main principles:
OPTIMISE
When it comes to designing complex electronics and machinery, optimization is the key.
Thinking about simplification and rationalization does not mean making simple machines, but quite the opposite: it means understanding complexity and transforming it into clean designs, built with only the necessary parts, increasing efficiency and using less energy.
For example, by designing a single circuit board that can work on multiple fronts and meet multiple challenges.
INCREASE
The objective of the request is often to increase efficiency parameters, from performance to the use of resources.
In each request, the goal is to combine 3 fundamental values:
- Simplicity (in use, maintenance, and management), which can offer savings in time and space;
- Safety, which remains the essential perimeter to guide any project;
- Sustainability, where more and more companies are called to focus on parameters like energy consumption, waste, etc.
TAILORED INNOVATIVE ELECTRONICS
We build bespoke projects that utilise purpose-built electronics and tailored to our clients’ individual needs through continuous collaboration.
PROJECT MANAGEMENT
Our unique project approach not only analyses the specific elements of the task, but also considers the wider context to identify any potential meaningful interactions.
IN AV ELECTRONICS THERE IS NO PROJECT EQUAL TO ANOTHER
Nonetheless, our approach is always the same and follows the ideal logic to achieve the best possible results.
CUSTOMER REQUIREMENTS
Listen to the customer, understand his requests, define goals and expectations
SYSTEMIC APPROACH
Analyze the context, broadening the point of view and taking into consideration all the key elements of the system and the project. With a particular focus on the interaction between these elements, aimed at bringing out further objectives and advantages that the customer may not have taken into consideration
GOALS IDENTIFICATION
These objectives start from the functionality of the system and come to embrace other aspects: space optimization, cost savings, performance improvement, reduction of assembly and maintenance times, system versatility, sustainability and lightening of the supply chain
DESIGN
Based on this analysis and in compliance with these objectives, the design of the component(s) begins
SOFTWARE INTEGRATION
The components’ designing phase is followed by the integration of the software, created ad hoc for the project
PROTOTYPE CREATION
Creation of the prototype used for the test phase, during which we verify the satisfaction of customer expectations and the achievement of further objectives identified thanks to the systemic approach
PRODUCTION
After obtaining the validation, the mass production of the component takes place externally, thus breaking down any limitation of production capacity