Feasibility Study
Find out whether your connected device can be built, at what cost and with what risk, before you commit to development.
Defect rate in volume production
Volume production experience
Design Award 2016 for LaMetric TIME
Countries our devices ship to
The problem
Hardware projects often go over budget because key assumptions were never tested before development started.
Untested assumptions
Power, range, size and cost targets are set before anyone checks they can be met together.
Wrong chip or platform
A component choice made early becomes expensive to change later.
Late certification and supply surprises
Certification, part availability and lead times surface in the middle of the project.
What we assess
You get a written report: risks ranked by impact, a recommended architecture, a rough BOM cost range and a plan for the next phase.
Technical feasibility of the key functions
Chip, module and component choice, including availability and lifecycle
Power, RF, size and thermal constraints
Certification path for your target markets (CE, RED, FCC and others)
Cost and schedule risks, with a rough BOM cost range
Build-vs-buy options for hardware, software and cloud
Our Engineering Process
From an idea to a clear decision on what to build and how.
1. Discovery
2. Technical assessment
3. Options and risks
4. Report and plan
Planning something similar?
Tell us where you are. A senior engineer replies within one business day.
Related services
Turn a product idea into a working prototype: requirements, feasibility, architecture options and first devices you can test with users.
One engineering team from concept to devices running in the field: prototypes, electronics and enclosure design, firmware and embedded Linux, certification, manufacturing and fleet operations under one roof.
Choose the processor, SoM and peripherals that will still make sense at volume: performance, power, BSP quality, lifecycle and cost.
An independent review of your device, edge and cloud architecture by engineers who have shipped and operated a connected product at fleet scale.
Get connected products through CE, RED and FCC with fewer surprises: design for compliance, pre-compliance testing and test lab coordination.
Lower your bill of materials without hurting reliability or features.
FAQ
When should we do a feasibility study?
What do we get at the end?
What happens after the study?
Talk to an engineer, not a salesperson
Idea, prototype, production or a fleet in the field: tell us where you are. A senior engineer replies within one business day.
Your benefits:
- Senior embedded engineers
- Hardware, firmware and cloud
- From prototype to fleet
- Clear scope and next steps
- Direct technical answers
- No sales pitch
What happens next?
A free 30-minute call with a senior engineer
A short technical discovery
A proposal with scope, timeline and cost
