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AUTOMATION SYSTEMS

Automation & Control Systems

Built for Complex Environments

Our automation systems are designed to operate reliably in complex environments where multiple systems, assets, and stakeholders must be coordinated in real time. The platform supports commercial, industrial, infrastructure, and large-scale operational environments.

System behavior is defined by configuration and governance—ensuring flexibility without hard-coding specific use cases.

Automation System Interface

Capabilities

Powering the next generation of operational control

Multi-System Orchestration

Coordinate and manage diverse systems and assets from a unified control layer.

Real-Time Control and Monitoring

Maintain continuous visibility and operational control across connected environments.

Autonomous Workflow Coordination

Enable automated responses to events based on predefined rules and objectives.

Human-Guided Automation

Preserve oversight, approval, and intervention at critical decision points.

AI-Assisted Operational Control

Support operators with intelligent recommendations, prioritization, and execution support.

Domain-Agnostic by Design

Automation at Pleiades Systems is built on a single, adaptable core engine. The same system can be configured to manage factories, fleets, networks, or complex operational processes—depending on objectives, permissions, and operational rules.

Adaptable Core

Rules change. Objectives change. The automation engine remains consistent, allowing for rapid adaptation to new requirements without core system rebuilding.

Unified Management

Whether managing physical assets or digital workflows, our system provides a consistent unified operational picture and control interface.

Applications

Versatile deployment across critical sectors

Smart infrastructure and cities
Energy and utilities
Transportation and logistics
Industrial and manufacturing systems
Emergency and crisis response coordination

Why It Matters

As environments grow more complex, manual coordination becomes slower and less reliable. These systems reduce operational friction, improve response times, and enable consistent execution—while keeping people firmly in control.