What happens at the edge shapes the outcome
Operators make decisions that keep everything running – however, these decisions often happen outside the system. They rely on experience, awareness and quick coordination, but even skilled crews face unnecessary friction: Fragmented information, unclear context or steps that are technically correct yet disconnected from real-world conditions.
The Mobile Operator Panel addresses that gap. It provides operational clarity exactly where it matters: in the field, in real time, in hazardous areas.
How to integrate
The mobile operator panel acts as an edge node in your infrastructure, connecting to legacy control systems via RDP/VNC, process automation via OPC-UA or MQTT, business processes via HTTPS/JSON/XML, and contextual process automation via AI overlays. Low footprint, high clarity. It extends your current systems' capabilities.
Built on industrial-grade technology for hazardous environments
The system comprises the ATEX/IECEx certified tablets (AndroidTM Tablet IS940.x or Windows Tablet IS945.x) and the Connectivity System (IS-CS1A.1). The connectivity system provides a secure synchronisation, powering and integration infrastructure that seamlessly connects field staff with corporate systems without compromising security certification. Each element is designed to match the environment where it works, offering uninterrupted availability even under unstable grid conditions or emergency situations.
MOBILE OPERATOR PANEL - ready to order
IS-MOP1A.1
IS-IM1A.1 - Interfacemodul
IS-DS940.1 - Docking Station
Interface cable
IS-MOP1B.1
- IS945.1 -Windows®-Tablet
IS-IM1A.1 - Interfacemodul
IS-DS940.1 - Docking Station
Interface cable
Our detailed product page with all key information is coming soon.
AI integration that enhances human decision-making
Edge AI processes sensor, video and operational data immediately at the point of action. Its predictive capabilities identify equipment failures before they occur, reducing downtime and preventing accidents by diagnosing equipment health in real time. It continuously monitors for anomalies and risks while automating routine escalations, allowing operators to focus on critical incidents that require human expertise. Crucially, operators retain decisive oversight. AI assists, never replaces human judgement. Governed logic ensures every automated action remains explainable, transparent and accountable.
One surface, one task, one traceable step
Rather than navigating across systems, people and paperwork, the Mobile Operator Panel facilitates one integrated flow. Tasks align with live plant conditions. Permits and interlocks appear before action has to be done. Completed steps require one-tap confirmation. Traceability is built into the process, not added afterwards. Escalation paths sit embedded within tasks. Whether coordinating pump maintenance, managing simultaneous operations, tracking permit status or conducting shift handovers: Everything remains visible, structured and recorded without extra effort.
A Co-Creation Concept
We do not present the Mobile Operator Panel as one-size-fits-all. It is designed to be adapted, extended and embedded within your operational context. Your real cases specify the way we build the system: areas where time is lost, zones where coordination breaks down, tasks that are critical but not traceable, shifts where handovers remain incomplete. The system evolves to support the routines you already have, working the way your teams already think.
Key Capabilities and Operational Impact
Key Capability | Operational Impact |
| Real-time insight | Instant processing of sensor, video and operational data at the point of action |
| Predictive intelligence | Identifies equipment failures before they occur, reducing downtime and preventing accidents |
| Safety and risk management | Immediate hazard detection with automated compliance monitoring and alerts. |
| Human-in-the-loop oversight | Maintains operator control with AI assistance, enabling informed interventions |
| Automated workflows | Streamlines routine tasks, alerting and escalations while freeing operators for critical decisions |
| Resilient edge operation | local processing ensures reliable performance in Ex-Zones and network-limited environments |
Simultaneous Operations
Simultaneous Operations (SIMOPS) in Industrial Environments
Simultaneous operations (SIMOPS) occur when two or more activities, such as maintenance, construction, and process operations, are carried out concurrently in the same area, creating interaction risks. A classic example is contractor teams working on interconnected equipment at different elevations, such as one crew performing hot work above another involved in line opening. Without proper coordination, these scenarios have led to significant incidents involving toxic releases, fires, and explosions.
Why SIMOPS Are Risky
Activities safe in isolation become hazardous when combined, especially when interactions are not anticipated. Frequent causes include lack of a responsible coordinator, poor recognition of cross-activity hazards, inadequate communication, and differences in contractor procedures. Case studies demonstrate how overlooked SIMOPS have caused injuries and fatalities, including unplanned chemical releases during maintenance or fires during simultaneous confined space and hot work.
Preventing SIMOPS Incidents: Communication and Oversight
While scheduling activities separately is safest, this is often impractical. Prevention then hinges on early identification, structured hazard analyses, and robust communication protocols.
Key prevention steps include:
Early identification of overlapping activities by reviewing work schedules and operational plans before work begins
A designated SIMOPS Coordinator empowered to oversee all concurrent work, centralizing safety responsibility and ensuring team alignment
Pre-job briefings (Toolbox Talks) bringing together all teams to cover work goals, hazards, control measures, and stop-work authority. These should be two-way sessions enabling questions and feedback, delivered in the workforce's languages
Continuous monitoring during operations, with field verification and regular updates allowing rapid identification of new risks and prompt corrective action
Permits explicitly identifying SIMOPS, listing required controls, communication plans, and responsible individuals to create accountability and transparency
The Role of the Mobile Operator Panel
The Mobile Operator Panel is a powerful enabler for safe SIMOPS, acting as always-connected interface to operational information. Teams and coordinators instantly access live permits, safety procedures, equipment status, and real-time updates about overlapping activities. This continuous overview enables rapid detection of developing SIMOPS situations and coordinated field responses, eliminating reliance on paper trails and delayed updates.
The Mobile Operator Panel also streamlines real-time feedback, incident reporting, and confirmation that teams have received and understood briefing. This is crucial for effective risk control. Integrating the Mobile Operator Panel strengthens teamwork while making compliance and oversight seamless, empowering safer operations in dynamic industrial settings.
Effective communication, empowered coordination, and mobile access to information are foundational for preventing dangerous interactions during simultaneous operations. The Mobile Operator Panel delivers transparent oversight and instant team connectivity where it's needed most.
Shift Handover
Shift Handover in Industrial Environments
A shift handover is a structured exchange of critical information between outgoing and incoming teams to ensure seamless, safe, and efficient operations. It covers operational status, ongoing tasks, incidents, safety issues, open permits, and equipment status, maintaining continuity and preventing accidents or inefficiency caused by missing or misunderstood information.
Why Effective Handovers Are Critical
Poor handovers create operational blind spots that can lead to incidents. Common failure points include incomplete documentation, ambiguous handwriting, lost paperwork, and insufficient verbal clarification. Unresolved issues, safety hazards, and operational exceptions require special attention during transitions to prevent miscommunication that could compromise safety or productivity.
Best Practices for Shift Handover
Effective handovers rely on both written and verbal communication to preserve context, highlight risks, and clarify responsibilities. Key practices include preparing detailed task summaries, using standardized checklists, and facilitating real-time discussions for clarification. This dual approach ensures critical information is documented and understood.
The Role of the Mobile Operator Panel
The Mobile Operator Panel significantly enhances handover quality by enforcing structured digital checklists and templates that guide users through standardized input fields. This ensures all essential information: Tasks, incidents, equipment states, and safety notes is captured and easily accessible for the incoming team.
Real-time, on-site documentation capabilities, including photos, videos, and annotations, eliminate issues of lost paperwork, ambiguous handwriting, and delayed updates. Cloud-based synchronization ensures every record is auditable, instantly retrievable, and protected against loss, essential for regulatory compliance and operational traceability.
Cognitive or AI-driven features automatically check for incomplete or contradictory entries, prompting operators for clarification and reducing the risk of misinterpretation or overlooked hazards. In high-risk settings, this guidance ensures all open permits, isolations, alarms, and control actions are effectively communicated and acknowledged by incoming personnel.
Shift handover paired with the mobile operator panel brings clarity, accountability, and safety to industrial operations by digitally standardizing information exchange, supporting multimedia documentation, and minimizing miscommunication risks.


