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Digital twins are moving beyond simulation to play a more active role in automated manufacturing, improving uptime, throughput and process stability on the factory floor. They are now embedded in real-time control systems, shaping how machines respond and adapt, writes Ross Turnbull, Director of Business Development at Swindon Silicon Systems.

Digital twins are moving beyond simulation to play a more active role in automated manufacturing, improving uptime, throughput and process stability on the factory floor. They are now embedded in real-time control systems, shaping how machines respond and adapt, writes Ross Turnbull, Director of Business Development at Swindon Silicon Systems.

Industrial IoT & Edge

No good twin without good data: the Edge challenge in modern automation

May 23, 2026

Digital twins are moving beyond simulation to play a more active role in automated manufacturing, improving uptime, throughput and process stability on the factory floor. They are now embedded in real-time control systems, shaping how machines respond and adapt. Here, Ross Turnbull, Director of Business Development at custom IC design and supply specialist Swindon Silicon Systems, explains why a digital twin’s effectiveness matters for automation performance and how the right signal acquisition architecture helps deliver it.

Digital twins are moving beyond simulation to play a more active role in automated manufacturing, improving uptime, throughput and process stability on the factory floor. They are now embedded in real-time control systems, shaping how machines respond and adapt. Here, Ross Turnbull, Director of Business Development at custom IC design and supply specialist Swindon Silicon Systems, explains why a digital twin’s effectiveness matters for automation performance and how the right signal acquisition architecture helps deliver it.

Digital twins in real-time control

May 9, 2026

Across industry, traditional controls are being replaced by digital interfaces, removing the tactile cues that once guided human action. In demanding environments this shift affects performance, safety and operator confidence. Here, Ross Turnbull, director of business development at ASIC, Swindon Silicon Systems, explains how custom IC-powered haptics are restoring touch to modern human-machine interfaces.

Across industry, traditional controls are being replaced by digital interfaces, removing the tactile cues that once guided human action. In demanding environments this shift affects performance, safety and operator confidence. Here, Ross Turnbull, director of business development at ASIC, Swindon Silicon Systems, explains how custom IC-powered haptics are restoring touch to modern human-machine interfaces.

The power of touch: enhancing operator performance with custom haptics

March 21, 2026