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Avarix
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End-to-end

The product is the system. We engineer it that way.

Avarix takes a product from a contested idea to something that can be built, tested, updated and supported. That means electronics, firmware, connectivity, cloud, applications and intelligence are designed as one architecture — with production sitting in the room before it is too late to change the design.

Conceive · Physical · Connect · Digital · Prove

  1. 00 Product strategy
  2. 01 Systems architecture
  3. 02 Electronics
  4. 03 PCB
  5. 04 Firmware
  6. 05 Connectivity
  7. 06 Cloud
  8. 07 Backend
  9. 08 Applications
  10. 09 AI
  11. 10 Testing
  12. 11 Production

What we do

Product Engineering

  1. 01

    System definition

    Turn an ambition into a system: constraints, interfaces, risks, and a sequence of work that hardware and software can share.

  2. 02

    Cross-discipline architecture

    Power, mechanical envelope, radio, firmware, data, security and the customer interface — drawn as one, not stapled together later.

  3. 03

    Prototype with intent

    Build the slices that kill the real uncertainties: a sensor path, a battery budget, a radio, a vertical cloud cut, a manufacturing question.

  4. 04

    Engineering to production conversation

    BOMs, test, programming, calibration, documentation and the revision discipline a factory or an internal ops team can use.

  5. 05

    Continuity after launch

    Field issues, new SKUs, new models, new markets. The history of the product stays attached to the people who can change it.

When to engage

  • You need more than a single-layer vendor (an app shop, a board house, a model vendor).
  • The product spans a device and a platform, and nobody currently owns the seam.
  • You are moving from a founder prototype toward something manufacturable.
  • An internal team needs an external engineering organization, not extra tickets.

Disciplines in play

  • Product architecture
  • Hardware
  • Firmware
  • Connectivity
  • Cloud
  • Applications
  • AI
  • Validation
  • Production support

Typical outputs

  • — System architecture and interface control
  • — Risk register tied to experiments
  • — Working prototypes and engineering samples
  • — Production-intent design packages
  • — Test and validation evidence
  • — A path to manufacturing or internal handover

Related work

04

Representative engagement · Consumer electronics

RF and DFM under a tight enclosure

Hardware / Embedded / Industrial interface / Mobile

A compact electronic product that had to feel simple in the hand while hiding a dense combination of power, mechanical constraint, firmware and a companion application.

Enquire

Tell us what you are building.

An engineer will read it. If we are the wrong team, we will say so.

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