Industrial Operations SaaS
One connected workflow from critical incident to safe production restart
Opera connects operations managers and maintenance technicians through one continuous workflow. It turns live machine data into clear incident context and supports the process from investigation to a controlled production restart.
Spotting an alert is only the beginning. Teams also need to understand what changed, how production is affected, who is qualified to respond and when the equipment can safely return to service. Opera brings those decisions into one traceable workflow.
Read live signals, production impact and incident history together.
Assign maintenance work using qualification, certification, location and availability.
Keep maintenance, safety verification and restart approval in one accountable record.
Focuses on production impact, response priority and visibility across the full incident lifecycle.
Needs clear machine context, safety requirements and practical guidance for work on the floor.
The operations overview brings asset health, equipment effectiveness, open work and the most urgent incident into one hierarchy. The critical issue is visible without turning the entire dashboard into an alarm state.
Machine and incident views do more than flag a voltage problem. They connect the target range, related sensors, production impact, prior events and a shared timeline so the team can understand what happened and what the system knows.
The analysis presents a likely cause with 78 percent confidence and exposes the evidence behind it. Pattern similarity is kept separate from model confidence, while alternative causes, limitations and technician verification remain visible.
The incident connects to an existing work order where planned tasks, suggested checks, tools and safety requirements can be reviewed together. AI suggestions remain pending until a person chooses to add them.
The recommendation considers certification, relevant experience, location, workload and estimated arrival time.
The mobile experience is not a compressed desktop dashboard. Before work begins, the technician sees task context and mandatory safety checks. During maintenance, the interface focuses on the current step, observation, evidence and progress.
Completing the maintenance steps does not restart the machine. The technician records the finding, work performed, verification readings and safety checks. Lockout remains in place until restart approval is granted.
The resolution report connects the original incident, the confirmed physical cause, completed maintenance and the controlled production restart. It also preserves the difference between the initial AI suggestion and the technician's finding.
Assets, incidents, work orders and reports stay connected through consistent records.
Every suggestion includes confidence, sources, alternatives and limitations.
Starting work, completing maintenance, requesting approval and restarting equipment remain separate actions.
Desktop views support comparison and coordination, while mobile screens focus on the task at hand.
Opera uses light surfaces, restrained borders and a controlled status palette. Red is reserved for critical conditions, amber signals attention and green marks verified states. Separating visual accent from interactive color keeps charts recognizable while improving contrast in smaller text and controls.
Opera was designed as more than an operations dashboard. The core challenge was to connect investigation, work coordination, field execution, safety approval and reporting without losing context between roles. Desktop and mobile experiences support the same process while giving each user the level of detail their work requires.
Next, I would explore shift handovers, preventive maintenance planning and cross facility operations.