Digital Transformation in Industrials (IIoT)

Q: What is Industrial IoT (IIoT)?

Industrial IoT (IIoT) is the integration of physical machinery with digital transformation technologies to enable the Industry 4.0 ecosystem. This connection allows for real-time data monitoring and automated processes across industrial environments. By bridging the gap between machines and digital platforms, companies can optimize their operations and stay competitive in a fast-paced market.

Q: How does Sasken help reduce manufacturing downtime?

Sasken reduces manufacturing downtime by implementing Connected Manufacturing services that focus on improving Overall Equipment Effectiveness (OEE). These solutions use remote controls and diagnostics to monitor industrial equipment, such as valves, in real-time. By identifying potential issues before they cause failures, manufacturers can lower maintenance costs and maintain steady production cycles.

INDUSTRIALS

Industry 4.0 is imminent and, unlike earlier industrial revolutions, the pace of change during this time is going to be unprecedentedly fast. Industrial ecosystem players who are slow or hesitant to adapt to this change will be at a risk of becoming irrelevant in the near future.

With 30+ years of deep expertise in Semiconductor, Embedded Systems, and Connectivity technologies Sasken has been engineering state-of-the-art products coupled with Digital Enablers and has formulated a ‘first time right’ approach to enable the Industrial IoT/Industry 4.0 journey for its customers.

Sasken has helped multiple Industrial players in the accelerated development of their next-gen Industrial products and IoTized manufacturing plants through its well established Product Engineering and Digital Transformation expertise.

Sasken’s expertise in ‘Chip to Cognition’ technologies has enabled multiple solution accelerators, which address overall IIoT enablement needs of Industrial products and manufacturing plants.

Partnership

Business Impact

Reduced Time-to-Market With Unified IIoT Platform and Business Apps

Faster Time-to-Market with Multi-Connectivity IoT Logistic Gateway

Enhanced User Experience with Touch Screen-Based GUI for Next-Gen Kettle Product

Reduced Maintenance Costs with Remote Control and Diagnostics of Industrial Valves

Track and Visualize Paving Operations via Saas-Based Industrial IoT Platform

Reduced Test Effort by 75% with End-to-End Test Automation

Offerings

OFF-HIGHWAY MACHINES

Develop next-gen Off-Highway Machines with Sasken’s Hardware, Embedded and Digital Software solutions

CONNECTED MANUFACTURING

Reduce unplanned manufacturing downtime and improve OEE with Sasken’s Connected Manufacturing services

MACHINE TOOLS

Accelerate development of next-gen Machine Tools leveraging Sasken’s Chip to Cognition capabilities

ENTERPRISE DEVICES

Sasken is enabling top Device OEMs rapidly launch next-gen Enterprise Products on latest Android and proprietary platforms

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What is Industrial IoT (IIoT)?

Industrial IoT (IIoT) is the integration of physical machinery with digital transformation technologies to enable the Industry 4.0 ecosystem. This connection allows for real-time data monitoring and automated processes across industrial environments. By bridging the gap between machines and digital platforms, companies can optimize their operations and stay competitive in a fast-paced market.

How does Sasken help reduce manufacturing downtime?

Sasken reduces manufacturing downtime by implementing Connected Manufacturing services that focus on improving Overall Equipment Effectiveness (OEE). These solutions use remote controls and diagnostics to monitor industrial equipment, such as valves, in real-time. By identifying potential issues before they cause failures, manufacturers can lower maintenance costs and maintain steady production cycles.

What are the primary offerings in Sasken’s industrial portfolio?

Sasken’s industrial portfolio includes specialized offerings for Off-Highway Machines, Connected Manufacturing, and next-generation Machine Tools. These offerings utilize hardware, embedded software, and digital solutions to modernize industrial assets. By leveraging "Chip to Cognition" capabilities, these services help companies accelerate the development of smart industrial products and IoT-enabled manufacturing plants.

What is "Chip to Cognition" technology?

"Chip to Cognition" technology is a holistic engineering approach that spans from semiconductor hardware design to advanced cognitive AI applications. It ensures that data captured at the chip level is processed into meaningful insights for business decision-making. This expertise allows for the creation of solution accelerators that address the complete IIoT enablement needs of industrial products and manufacturing plants.

How does end-to-end test automation impact industrial product development?

End-to-end test automation significantly accelerates product development by reducing manual test efforts by approximately 75%. This efficiency allows industrial companies to achieve faster time-to-market for their next-generation technologies. Automated testing ensures that complex IIoT platforms and business applications are reliable and ready for deployment in competitive industrial markets.