10+ Years Open Source Ecosystem

We Take Responsibility
Beyond Development

Supporting the entire product lifecycle with metrics-based operations. Not just delivery, but continuous monitoring and proactive fault detection for reliable service.

Real-time Device Status LIVE
Battery
78%
Memory
65%
Temp
45°C

Our Services

Supporting the entire product lifecycle, from firmware to operations

Firmware Engineering

  • MCU / RTOS-based firmware development
  • Communication, security, bootloader, OTA design
  • Architecture for long-term stable operation

Device Backend & Provisioning

  • Device authentication & provisioning server
  • Device management API & admin features
  • Secure remote update infrastructure

Observability & Remote Debug

  • Metrics collection & visualization
  • Remote logging & fault analysis
  • Field-reproducible debugging environment

Operation & Maintenance Support

  • Post-deployment operational architecture
  • Incident response planning
  • Long-term maintenance & operations support

Development Process

Systematic 4-step process ensuring successful projects

1

Analysis

  • Requirements definition
  • Architecture design
  • Technical review
2

Development

  • Weekly reports
  • Code review
  • CI/CD setup
3

Verification

  • Integration testing
  • Performance benchmarks
  • Security audit
4

Operations

  • 24/7 monitoring
  • Monthly reports
  • SLA guarantee

Development Principles

Common problems, here's how we defend against them

Security added later is already too late

Problem

Security not included in initial design becomes structural debt over time, potentially leading to technology leaks.

Principle

We define device authentication, encryption, and key management together during firmware and server design.

Without visibility, maintenance is impossible

Problem

Without logs and metrics, you can't know what's happening in the field.

Principle

We make every device observable and design for remote status monitoring.

Failures are only known 'after' they happen

Problem

Without status information, failures are only recognized after they occur.

Principle

We collect status indicators to enable proactive fault detection.

Products must continue to evolve after deployment

Problem

Even when security updates and feature improvements are needed, there's no way to apply them, making maintenance costly and risky.

Principle

We design with continuous updates and maintenance capability as a fundamental requirement.

Manual production and installation leads to repeated errors

Problem

Without designed provisioning, the entire production and installation process depends on manual work.

Principle

We enable automatic configuration and authentication during production and installation.

Control becomes impossible as scale grows

Problem

Structural limitations hidden at small scale explode at large-scale deployment.

Principle

We design architecture for mass deployment from the start.

Start Your Project

Let us turn your ideas into reality

Project Information (Optional)

Providing this information helps us give you a more accurate consultation.

Stage
Quantity
Connectivity
Power
OTA Update
Environment
Security
Timeline