Industries

Solutions Built for Your Industry

Every industry has its own digitalization challenges. Our solutions are designed around the realities of each sector — not a one-size-fits-all approach.

Automotive

Automotive Tier 1 and Tier 2 suppliers face constant pressure to meet OEM quality standards, JIT delivery requirements, and traceability mandates. Digitalization turns production data into on-time, zero-defect performance.

Key Challenges

  • OEM customers require end-to-end component traceability
  • JIT delivery demands accurate real-time production tracking
  • High cost of defects, rework, and recalls without root-cause data
  • Multi-shift operations with no unified visibility across lines

Food and Beverage

Food and beverage manufacturers operate under strict regulatory and food safety requirements. Digitalization ensures complete batch traceability, allergen control, and the operational efficiency needed to compete on cost.

Key Challenges

  • Regulatory and food safety traceability required across ingredients and batches
  • Manual batch records introduce errors and slow audit response
  • Allergen cross-contamination risk without digital process controls
  • Energy-intensive processing and refrigeration with limited cost visibility

Cement

Cement production is energy-intensive and equipment-dependent. Every hour of unplanned downtime and every kilowatt-hour of wasted energy directly impacts margins. Digitalization provides the visibility to optimize both.

Key Challenges

  • Energy is the single largest cost driver with no per-stage visibility
  • Kiln and mill downtime is extremely costly to recover from
  • Remote and distributed plant assets are hard to monitor centrally
  • Manual data collection from control rooms delays decision-making

Chemicals

Chemical manufacturers require precise batch control, strict regulatory traceability, and safe operations. Digitalization provides the data layer for quality assurance, compliance, and process optimization across complex batch and continuous operations.

Key Challenges

  • Batch-to-batch consistency is difficult to maintain without process data
  • Regulatory documentation is manual, error-prone, and audit-intensive
  • Energy consumption cannot be apportioned by product or process stage
  • Equipment reliability is safety-critical with no early warning system

Electronics

Electronics manufacturers operate at high speed with tight tolerances — where traceability, process control, and quality data are non-negotiable. Digitalization ensures every component and parameter is captured.

Key Challenges

  • High-mix, high-volume production demands granular traceability
  • Component and material traceability required by customers and auditors
  • Complex assembly processes with multiple machines and operators
  • Quality defects are expensive to diagnose without data

Glass

Glass manufacturing involves energy-intensive furnace operations where real-time data is essential to maintain quality, reduce breakage, and avoid the extreme cost of unplanned cold starts or furnace failures.

Key Challenges

  • Furnace energy consumption is the largest cost driver with limited visibility
  • Breakage and defect rates are difficult to trace to process parameters
  • Unplanned furnace downtime risks costly cold starts and quality loss
  • Production targets are hard to track in real time across forming lines

Metals

Metal forming, casting, and fabrication operations demand tight process control and equipment reliability. Digitalization reduces scrap, unplanned downtime, and energy waste across press shops, foundries, and machining lines.

Key Challenges

  • Unplanned press and machine downtime disrupts production schedules
  • Scrap and rework rates are high without process parameter tracking
  • Energy consumption is difficult to measure per product or process stage
  • Maintenance is reactive without real-time machine data

Life Science

Pharmaceutical and medical device manufacturers require the highest standards of traceability, process validation, and regulatory compliance. Digitalization provides the data foundation for GMP compliance, audit readiness, and quality assurance.

Key Challenges

  • GMP and regulatory compliance requires complete electronic batch records
  • Manual data capture introduces transcription errors into critical records
  • Equipment qualification and calibration records must be audit-ready at all times
  • Deviations need immediate detection, documentation, and escalation

Water and Waste

Water treatment and waste management utilities require continuous monitoring of distributed assets, strict regulatory compliance, and efficient energy use. Real-time data enables proactive maintenance and accurate compliance reporting.

Key Challenges

  • Distributed pump, valve, and sensor assets are hard to monitor centrally
  • Energy is the highest operating cost with no per-asset breakdown
  • Reactive maintenance leads to service disruptions and regulatory risk
  • Manual compliance reporting is time-consuming and error-prone

Logistics

Logistics and warehousing operations depend on speed, accuracy, and real-time visibility. Digital systems replace error-prone manual processes and give management the data to optimize flow and reduce cost.

Key Challenges

  • Manual picking processes create errors and slow throughput
  • No real-time visibility into stock levels and locations
  • Poor inbound and outbound traceability leads to disputes
  • Labour productivity is hard to measure and improve without data

Retail

Retail operations require real-time inventory visibility, efficient warehouse workflows, and accurate demand fulfillment. Digitalization reduces stock errors, speeds up replenishment, and improves customer satisfaction.

Key Challenges

  • Stock inaccuracies lead to fulfillment failures and customer complaints
  • Manual receiving and picking processes create costly errors
  • No real-time stock visibility across storage locations
  • Labour productivity is difficult to measure and improve

Machine Building

Machine builders and OEMs can differentiate their equipment by embedding MACHHUB connectivity directly into the machines they manufacture. Rather than delivering a standalone machine, they deliver a connected asset — with built-in data publishing, remote diagnostics, and condition monitoring that their customers can use from day one.

Key Challenges

  • Customers demand connectivity and data visibility as standard — not an afterthought
  • Each site integration is a custom project without a standard connectivity layer built in
  • No remote access to customer machines means expensive on-site visits for diagnostics and support
  • Machine performance data at customer sites is invisible, blocking proactive service offerings

Not Sure Which Solutions Fit Your Industry?

Talk to our team — we'll map the right solutions to your specific operational challenges.