§ SYS — Systems & Automation
← Design & Build

Engineering the systems behind tomorrow.

From connected devices and automation workflows to intelligent monitoring systems and industrial prototypes, we design and build solutions that bridge hardware, software, and the physical world.

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Industrial automation · IoT · Sensors · Embedded · Analytics · Digital twins · Prototyping

  • Design
  • Prototype
  • Build
  • Tables · Chairs · Objects
  • Wall sculptures · Installations
  • Florence ⇄ Auckland
  • Steel · Oak · Brass · Stone
  • Made to measure
  • Est. 2026

§ SYS/01 — Capabilities

What we build.

  • SYS/01

    Industrial Automation

    Control systems, process automation, machine integration, and operational efficiency — designed for real workshops and production environments.

    PLCIntegrationProcess
    Discuss this capability →

  • SYS/02

    Internet of Things (IoT)

    Connected sensors, remote monitoring, telemetry, environmental sensing, and smart asset tracking across sites and assets.

    SensorsTelemetryEdge
    Discuss this capability →

  • SYS/03

    Data & Monitoring Systems

    Custom dashboards, reporting tools, real-time monitoring, alerts, and operational visibility when spreadsheets stop being enough.

    DashboardsAlertsReporting
    Discuss this capability →

  • SYS/04

    Embedded Systems & Prototyping

    Rapid hardware concepts, microcontroller projects, proof-of-concepts, and technical prototypes — from sketch to working device.

    MCUFirmwarePoC
    Discuss this capability →

  • SYS/05

    AI & Intelligent Systems

    Practical AI that supports decision-making, automates repetitive work, and surfaces patterns in operational data — not slide decks.

    WorkflowsInsightsVision
    Discuss this capability →

  • SYS/06

    Research & Development

    Exploration of emerging technologies, experimentation, proof-of-concepts, and innovation projects at the edge of what you do today.

    R&DExperimentInnovation
    Discuss this capability →

§ SYS/02 — Projects

Featured work.

Placeholder case studies — structured for future deep dives. Each card supports imagery, tags, and an optional case study link.

  1. PR/01

    AI-Powered Inventory Intelligence

    Transforming raw inventory data into actionable operational insights through custom dashboards, automation, and reporting.

    PythonDashboardsAutomation
    Case study — coming soon

  2. PR/02

    Remote Environmental Monitoring Platform

    A connected sensor network providing real-time visibility into environmental conditions and operational performance.

    IoTSensorsTelemetry
    Case study — coming soon

  3. PR/03

    Industrial Equipment Telemetry System

    Capturing machine performance data to improve maintenance planning and operational efficiency.

    EdgeMQTTAnalytics
    Case study — coming soon

  4. PR/04

    Digital Twin Prototype

    A virtual representation of physical systems for simulation, monitoring, and optimisation.

    Simulation3DMonitoring
    Case study — coming soon

§ SYS/03 — Process

Six movements from problem to deployed.

  1. 01

    Discover

    Understand the challenge and desired outcomes.

  2. 02

    Investigate

    Research existing systems, workflows, and constraints.

  3. 03

    Design

    Develop concepts, architecture, and technical approaches.

  4. 04

    Prototype

    Build and test early versions.

  5. 05

    Validate

    Refine through testing and feedback.

  6. 06

    Deploy

    Implement, monitor, and improve.

§ SYS/04 — Expertise

Capability matrix.

Hardware

  • ·Sensors
  • ·Microcontrollers
  • ·Data acquisition
  • ·Communications

Software

  • ·Python
  • ·APIs
  • ·Databases
  • ·Automation platforms

Systems

  • ·IoT architectures
  • ·Monitoring systems
  • ·Integrations
  • ·Analytics

Emerging Technology

  • ·AI
  • ·Digital Twins
  • ·Computer Vision
  • ·Autonomous Systems

§ SYS/05 — Philosophy

Technology should solve real problems.

We believe the most impactful technology isn't necessarily the most complex. Our focus is on creating practical, thoughtful systems that improve visibility, reduce friction, and help people make better decisions. Whether it's a connected sensor, an automation workflow, or a completely new prototype, every project begins with understanding the problem first.

  • Design
  • Prototype
  • Build
  • Tables · Chairs · Objects
  • Wall sculptures · Installations
  • Florence ⇄ Auckland
  • Steel · Oak · Brass · Stone
  • Made to measure
  • Est. 2026

§ SYS/06 — Contact

Have a system worth building?

We're always interested in discussing automation, IoT, engineering, and innovation projects.

Or write directly — hello@sutherland.studio

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