/ PROCESS

From AI Software to Deployable Hardware

GMIC helps AI companies transform software products into real-world hardware solutions. Our process is designed to reduce risk, accelerate validation, and support long-term deployment.

GMIC production line in Shenzhen
/ THE PROCESS

Eight steps from concept to deployment

From first conversation to long-term support, every stage is handled by one integrated team.

Step 01

Discovery & Requirements

GMIC reception and brand wall in Shenzhen

Every project begins with understanding your workflow. We work with your team to identify:

  • User workflow
  • Recording requirements
  • Security requirements
  • Deployment environment
  • Connectivity needs
  • Business goals
Deliverables
Requirements Summary
Initial Architecture Direction
Project Feasibility Assessment
Step 02

Solution Architecture

GMIC hardware platform device

Once requirements are defined, we recommend the best hardware strategy. Depending on your project, this may include:

  • Existing GMIC platform
  • Hardware customization
  • Custom enclosure development
  • Firmware modifications
  • Connectivity architecture
Deliverables
Hardware Recommendation
System Architecture
Development Scope
Step 03

Prototype Development

Reflow soldering of prototype boards

Before committing to production, we create evaluation units for validation. This stage allows teams to test:

  • Audio quality
  • Battery life
  • Storage requirements
  • User experience
  • Workflow integration
Deliverables
Functional Prototype
Evaluation Units
Testing Documentation
Step 04

Integration & Validation

Engineer validating hardware during QC inspection

Hardware becomes valuable when integrated into your AI workflow. GMIC supports:

  • Firmware integration
  • API integration
  • AI SDK integration
  • Cloud workflows
  • On-premise deployments

Validation focuses on:

  • Reliability
  • Connectivity
  • Upload performance
  • User adoption
Deliverables
Integrated Solution
Workflow Validation
Pilot Readiness
Step 05

Pilot Deployment

Finished boards moving through wave soldering

Pilot programs help validate real-world usage before scaling. Typical pilot objectives include:

  • User acceptance
  • Workflow validation
  • Operational testing
  • Infrastructure verification
Deliverables
Pilot Devices
Deployment Support
Feedback Collection
Step 06

Production Preparation

AOI optical inspection machine on the GMIC line

After successful validation, projects move toward manufacturing readiness. Activities may include:

  • Design refinement
  • Tooling preparation
  • Certification planning
  • Supply chain preparation
  • Quality control planning
Deliverables
Production Plan
Manufacturing Readiness Review
Certification Support
Step 07

Manufacturing & Deployment

Assembly line workers at the GMIC factory

GMIC supports volume production and deployment planning. Capabilities include:

  • SMT manufacturing
  • Assembly
  • Testing
  • Packaging
  • Logistics support
Deliverables
Production Units
Quality Reports
Deployment Support
Step 08

Scaling & Long-Term Support

SMT machines on the GMIC production floor

Successful hardware products continue to evolve. GMIC supports:

  • Product updates
  • Firmware updates
  • New feature development
  • Supply chain continuity
  • Future hardware revisions
Deliverables
Long-Term Partnership
Product Evolution Roadmap
Ongoing Engineering Support
/ WHY IT WORKS

Why This Process Works

Many AI companies are experts in software but have limited experience building hardware products. GMIC bridges the gap between AI platforms and real-world deployment by combining hardware development, firmware engineering, manufacturing, and deployment support into a single workflow.

Hardware Development
Firmware Engineering
Manufacturing
Deployment Support
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Bring your AI from concept to deployment

Whether you're developing an AI scribe platform, voice agent, enterprise AI solution, or custom voice device, GMIC can help bring your product from concept to deployment.

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