Edge Computing Systems
Edge Computing Systems
Industrial automation requires more than connectivity. It requires processing capabilities that operate in real time, exactly where data is generated.
Edge Computing Systems from Sistem Integra Solusindo, powered by EXOR technologies, establish a localized processing layer between control systems and cloud platforms. By enabling real-time data processing, filtering, and execution at the edge, this layer transforms raw data into immediate operational response, ensuring speed, stability, and continuity across industrial environments.
Key Benefits
01
Real-Time Local Processing
Process operational data directly at the machine level, enabling immediate response without dependency on centralized systems.
02
Reduced Latency and Faster Response
Minimize delays in data processing and system execution, ensuring time-sensitive operations run efficiently.
03
System Resilience and Continuity
Maintain stable operation even when network connectivity is limited or disrupted.
04
Controlled Data Flow Across Systems
Filter and structure data before transmission to higher-level systems, improving efficiency and reducing unnecessary data load.
05
Scalable Processing Architecture
Support distributed industrial environments by enabling flexible deployment across machine, line, and plant levels.
System Components
Industrial PC
Industrial PC provides high-performance computing at the edge, acting as the primary processing node for real-time industrial applications. It enables data processing, system coordination, and local analytics directly within the operational environment.
Designed for demanding industrial conditions, Industrial PCs support multiple applications including visualization, control extension, and edge analytics. They ensure stable performance, scalability, and integration within a structured automation architecture.
Production Line Monitoring
Enable coordination and monitoring across machines and processes in real time.
Machine-Level Data Processing
Perform localized analytics and control for faster operational response.
SCADA & Local Control Environments
Support supervisory systems and local decision-making.
Edge Data Aggregation
Collect and process data before integration into cloud platforms.
Embedded Systems
Embedded Systems provide compact, dedicated processing capabilities at the machine level, enabling efficient and purpose-built edge intelligence. They are designed to operate close to the source of data, supporting localized decision-making without unnecessary system overhead.
With a compact and scalable design, Embedded Systems allow precise deployment of computing resources where needed. They reduce system complexity while maintaining performance, making them ideal for machine-level integration and distributed automation environments.
Machine-Level Integration
Embedded directly within machines for localized processing and control.
OEM Equipment Development
Centralizes monitoring across multiple facilities within a unified system.
Compact Automation Systems
Suitable for space-constrained environments requiring efficient processing.
Dedicated Processing Nodes
Handle specific operational tasks without impacting overall system load.