Better Devices product range
Solutions

From idea to fleet, engineered for the product, not the template.

Better Devices maps the four service pillars onto the products teams are actually building, connected hardware, mobility platforms, consumer devices at scale, and the legacy systems that have to keep running.

By Product

Where the work tends to land.

Industrial IoT & Asset Tracking Connected Hardware

Industrial IoT & Asset Tracking

Sensor-driven devices that have to survive harsh environments, run for years on a budget, and report reliably at fleet scale, from proof of concept to a board that manufactures.

$20M+Raise unlocked by a PoC
1M+Devices in production
Autonomous & Mobility Platforms Safety-Critical

Autonomous & Mobility Platforms

Multi-ECU control architectures and functional-safety concepts for vehicle platforms where the cost of a wrong architectural decision is measured in years.

Multi-ECUControl architecture
ISO 26262Safety concept
Consumer Electronics at Scale R&D → Mass Production

Consumer Electronics at Scale

Products that move from R&D through mass production and into field engineering across multiple markets, with validation infrastructure that keeps pace with release cadence.

2wk → 20minRegression cycle
7European markets
Connected Access & Building Systems Edge + Cloud

Connected Access & Building Systems

Residential and commercial access-control hardware where firmware, electronics, and cloud have to behave as one dependable system, built together with the internal team.

Full-stackHW · FW · SW
Field-provenIn deployment
Legacy & Industrial Modernisation Undocumented Systems

Legacy & Industrial Modernisation

Decades-old systems and undocumented protocols turned into a living spec, so integration becomes a confirmation rather than a discovery, and modernisation can begin.

50+RF protocols decoded
$M+Redesign cost avoided
RF & Wireless Products Signals

RF & Wireless Products

Custom RF and wireless products, characterising signals, profiling interfaces, and validating reliability under real conditions, from spectrum capture to certification.

SDRReference builds
BLE·LoRa·LTE-MStacks supported
By Problem

Start from the problem.

Most engagements begin with a single sharp question. Here is where each one tends to land.

The situation Where it lands Pillar
No one has confirmed the idea is buildable within budget. Technical Feasibility Analysis Feasibility
Several architectures look plausible and the choice is expensive. Embedded System Architecture Feasibility
A validated concept needs to become a manufacturable device. Hardware Design Engineering Development
Regression is eating senior engineering time every release. Embedded Test Automation Testing
A failure only happens in the field and won’t reproduce. Failure Reproduction & Isolation Investigation
A protocol is undocumented and integration has stalled. Protocol Reverse Engineering Investigation
Engineering Tools Not sure where a build budget lands? Estimate a realistic device cost before committing to a direction.
Open the cost calculator

Describe the product. Get a path.

A short technical call is enough to map the right pillars onto the work ahead.