Frequently Asked Questions (FAQ's)
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Yes. The CMMS maintains a centralized asset master including asset specifications, location, operational status, and maintenance history.
Yes. Assets can be structured hierarchically such as plant, department, equipment, and component levels to support structured maintenance management.
Yes. Preventive maintenance plans can be configured based on time intervals or operational usage conditions to ensure assets are serviced regularly.
Yes. Preventive maintenance schedules can automatically generate work orders based on configured maintenance intervals.
Yes. Service or maintenance requests submitted by users can be reviewed and converted into work orders by maintenance planners.
Yes. Work orders can be assigned to technicians or maintenance teams based on skills, availability, or operational requirements.
Yes. Technicians can update work order status, record observations, and log completion details during maintenance activities.
Yes. Breakdown events can be recorded with failure details to support corrective maintenance tracking.
Yes. Technicians can record failure descriptions, observations, and service notes within work orders to support maintenance analysis and troubleshooting.
Yes. Spare parts can be issued and recorded against work orders to track maintenance material consumption.
Yes. Spare parts consumption records are linked to assets and work orders to maintain maintenance history.
Yes. Asset downtime can be recorded and analyzed to evaluate equipment reliability and maintenance effectiveness.
Yes. Maintenance dashboards allow managers to track pending, in-progress, completed, and overdue work orders.
Yes. The system tracks scheduled versus completed maintenance tasks to measure preventive maintenance compliance.
Yes. The CMMS supports maintenance operations across multiple plants, sites, or operational locations.
Yes. Documents such as manuals, inspection reports, diagrams, or maintenance procedures can be attached for reference.
Yes. Inspection schedules can be configured and inspection results recorded to support asset compliance and operational checks.
Yes. Historical maintenance records and work order logs allow teams to identify recurring faults and take corrective actions.
Yes. Work order assignments enable maintenance managers to track technician workload and task distribution.
Yes. Work orders can be assigned priority levels so critical maintenance tasks are addressed first.
Yes. Assets can be associated with operational locations or facilities, allowing maintenance teams to track asset maintenance across different sites.
Yes. The CMMS records maintenance activities, repairs, inspections, and service history for each asset.
Yes. Maintenance planners can view upcoming preventive maintenance tasks through maintenance schedules and planning dashboards.
A work order is an instruction to perform a maintenance task such as repair, inspection, or preventive maintenance. A job card records the actual execution details including technician name, time spent, materials used, and completion status, serving as the operational record of the work performed.
Yes. Work orders can be assigned to external vendors when maintenance activities are outsourced. Vendors can review assigned tasks, perform the required work, and update task completion details within the system.
Yes. Technicians can upload photos or documents during work order execution to document maintenance activities and maintain supporting evidence for audits or inspections.
A work order is an instruction to perform a task—such as preventive maintenance or equipment repair. A job card documents the actual execution of that task, including technician name, time spent, materials used, labor costs, and task completion status. It serves as the historical record and audit trail of maintenance activity.
Technician allowances are managed separately from base salaries. The system allows configuration of additional payments for travel, lodging, meals, night shifts, or off-site work. These are tracked for payroll integration and visibility in assignment reports.
When a work order is assigned to a vendor, it appears in their dedicated portal. Vendors can review the task details, submit a quotation, and proceed with execution upon approval. All documentation—from quotation to delivery—is tracked within the system
ROCKEYE provides a Vendor Portal where vendors receive work orders, submit quotations, and view task requirements. Quotation approvals are handled by managers or supervisors. Once approved, the system auto-generates the job card or task assignment to ensure timely execution.
Scheduled or preventive maintenance tasks can be configured based on intervals (e.g., every 30, 60, or 180 days). The system auto-generates these work orders and notifies assigned technicians to ensure compliance. Escalation alerts are triggered if tasks remain uncompleted beyond the due date.
Every action—from quotation approval to task completion—is digitally tracked with timestamps, user details, and costs, creating full transparency and accountability.
ROCKEYE provides a Vendor Portal where vendors receive work orders, submit quotations, and view task requirements. Quotation approvals are handled by managers or supervisors. Once approved, the system generates the job card or task assignment to ensure timely execution.
Vendors are external users who receive work orders based on approved quotations and can request financial allowances for specific tasks. Vendors cannot raise new work orders themselves but can complete assigned work orders, request required parts, and manage their own users under their vendor login.
Technicians, as company employees, can raise work order requests if they identify issues, receive work orders from managers or supervisors, and complete them from their individual logins. They can also request parts and additional allowances needed to complete the work.
Administrators can create asset records including equipment details, location, maintenance history, and associated parts. This ensures all maintenance activities are linked to specific assets.
Yes. Each work order can be associated with an asset, enabling maintenance history tracking and lifecycle analysis.
Yes. Preventive maintenance schedules can be configured based on time intervals, usage cycles, or operational triggers to reduce equipment failures.
Yes. The system records spare parts consumption during maintenance tasks, helping track inventory usage and maintenance costs.
Yes. All completed maintenance activities are recorded, creating a detailed history of repairs, inspections, and service tasks.
Yes. Work orders can be categorized by priority levels so that critical issues are addressed first.
Yes. Dashboards and reports provide insights into task completion status, pending work orders, and technician productivity.
Yes. Technicians can upload images or documents during job completion to document maintenance activities.
Yes. Inspection checklists can be configured for routine equipment checks to ensure compliance with maintenance standards.
Yes. Managers can analyze KPIs such as maintenance turnaround time, technician efficiency, and asset downtime.
Yes. Employees from different departments can submit maintenance requests when equipment issues are identified.
Yes. The system supports multi-site maintenance management, enabling centralized monitoring across locations.
Yes. Downtime events can be recorded and analyzed to identify operational bottlenecks and recurring issues.
Yes. Warranty details can be linked to assets so managers can track warranty coverage during repair or replacement decisions.
Yes. Maintenance costs including labor, parts, and vendor expenses can be tracked and analyzed through reports.
Yes. The CMMS can operate independently but can also integrate with inventory modules to check spare parts availability during maintenance tasks.
Yes. Reports can be generated for work order history, maintenance activities, asset performance, and maintenance trends.
Yes. Maintenance data can be exported in formats such as Excel or PDF for external reporting and audit requirements.
Yes. All updates to maintenance records and work orders are logged with timestamps and user information for traceability.
Yes. Dashboards display metrics such as active work orders, upcoming preventive maintenance, and asset maintenance status.
Yes. When integrated with the finance module, maintenance and service activities can be tracked through related invoices and financial transactions.
Yes. Maintenance teams can record the estimated or actual time taken to resolve issues to analyze maintenance response and resolution performance.
Yes. Role-based permissions allow administrators to control user access to maintenance modules and operational data.
Yes. Authorized users can access maintenance records and update work orders through web or mobile interfaces.
Yes. The CMMS architecture is designed to support scalable maintenance operations across large asset inventories.
Yes. Technicians can access their assigned work orders through their user interface where they can update task status, record work progress, and log maintenance activities.
Each technician is provided access to a personalized Technician Portal, where they can view only the tasks assigned to them. Based on role configuration, they can update job status, log time and parts used, upload completion photos, or raise new requests.
Yes. ROCKEYE CMMS supports integration with third-party ERP platforms and BI tools for advanced analytics, reporting, financial forecasting, and KPI monitoring related to maintenance operations.
Yes. The platform supports mobile access, allowing technicians and vendors to update work orders, upload photos, and log completion status directly from smartphones.
Users receive real-time notifications for task assignments, escalations, approvals, and overdue work orders through email, SMS, or mobile app alerts.
Yes. ROCKEYE supports multiple languages and currencies, making it suitable for global enterprises and multinational vendor management.
Yes. Maintenance triggers can automatically generate work orders when predefined conditions or thresholds are met.
Yes. Integration with monitoring devices or IoT sensors can enable predictive maintenance and automated alerts.
Role-based access controls ensure that users only view or manage data relevant to their responsibilities.
Yes. Reports can be exported in formats such as Excel or PDF for further analysis and management review.
Yes. Compliance reports can be generated to support audits and regulatory inspections.
Yes. Maintenance workflows can be customized to match organizational processes and approval hierarchies.
Yes. Asset dashboards provide real-time insights into maintenance activities, asset health, and operational status.
Yes. Historical data can be analyzed to identify patterns that help predict equipment failures.
Yes. The platform is designed to handle large datasets across multiple assets, technicians, and facilities.
Yes. Alerts can be configured to notify users about upcoming maintenance tasks or overdue work orders.
Yes. The system can support multi-entity environments while maintaining centralized oversight.
Yes. Analytical dashboards help track asset reliability, maintenance frequency, and operational efficiency.
Yes. Critical equipment can be flagged so maintenance teams can prioritize monitoring and servicing.
Yes. All updates, approvals, and maintenance actions are logged to ensure traceability and accountability.
Yes. Different roles such as technician, supervisor, vendor, or administrator can be assigned specific permissions.