Anavico provides integrated Maritime Automation and Control Systems for vessels, ports, and industries — delivering smarter, safer, and more efficient operations through advanced marine technology.

Smart Automation for the Modern Maritime World

In today’s maritime industry, automation and control are the backbone of efficient, safe, and intelligent operations.

At Anavico, we design and deliver integrated Automation & Control Systems for vessels, ports, and industrial facilities across Southeast Asia.

Our systems connect every component — from propulsion and power management to alarm, ballast, and environmental controls — ensuring smooth and reliable performance in all conditions.

Maritime Innovation begins with smart automation — where precision meets performance.
Maritime Innovation begins with smart automation — where precision meets performance.

Our Expertise – From Vessel Automation to Industrial Control

Anavico’s Automation & Control Division develops end-to-end solutions that improve operational insight, safety, and energy efficiency.

We combine marine engineering expertise with industrial digitalization technologies to create systems that are both robust and future-ready.

Our Core Capabilities Include:

  • PLC-Based Automation Systems – for propulsion, ballast, cargo, and utility management.
  • SCADA & HMI Platforms – providing real-time visibility and intuitive control from centralized stations.
  • Power Management Systems (PMS) – optimizing fuel usage and generator load balance.
  • Alarm, Monitoring & Safety Systems (AMS) – smart alerts and diagnostics for preventive maintenance.
  • Tank Level & Ballast Control – ensuring vessel stability and environmental compliance.
  • HVAC & Energy Control – for climate regulation and operational efficiency in marine and industrial facilities.

All systems are built according to IMO, SOLAS, and IEC standards to ensure global compliance and performance reliability.

Integrated Automation – Designed for Connectivity and Control

Anavico’s automation architecture is built for interoperability and digital integration.

Whether linking navigation systems, propulsion control, or IT dashboards, our design ensures that all subsystems communicate seamlessly through a unified interface.

Features include:

  • Modular design for scalability.
  • Data-driven dashboards for real-time analysis.
  • Remote monitoring capability via secure cloud access.
  • Compatibility with digital twins and IoT sensors.

By integrating automation with communication and IT systems, Anavico transforms your vessel into a connected digital ecosystem — ready for Industry 4.0 and Maritime 5.0 operations.

Innovation That Powers Performance

Our philosophy is simple:

“Push the limits of performance through smart innovation.”

Anavico partners with leading marine technology providers to ensure every automation system delivers accuracy, durability, and user-friendly control.
We employ advanced components, marine-certified PLCs, and ruggedized HMI panels suitable for offshore and harsh marine environments.

With a foundation in Singapore’s world-class engineering standards, our solutions reflect a perfect synergy of innovation, reliability, and regional insight.

Applications Across Marine and Industrial Sectors

Our Automation & Control Solutions are designed for multi-sector use, supporting a variety of maritime and industrial environments:

  • Commercial Vessels: Propulsion control, ballast automation, and alarm systems.
  • Offshore Platforms: Process monitoring, safety systems, and energy management.
  • Shipyards & Ports: Automation of cranes, utilities, and dock equipment.
  • Factories & Industrial Plants: Centralized SCADA control for production efficiency.

By optimizing control across multiple operations, we help our clients save energy, reduce human error, and enhance overall performance.

Shaping the Future of Maritime Automation

Automation and control are key to the evolution of smart maritime operations.
Anavico continues to advance integration and innovation — enabling the transition toward digitally connected, efficient, and sustainable marine systems.

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