Automate Maintenance Decisions With Intelligent Bots
Let Automation Handle Repetitive Maintenance Tasks
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Trusted Where Reliability Matters Most
Adopted daily by maintenance teams running mission-critical SAP operations at scale
Event Monitoring
Automated Actions
System Integration
Decision Support Logic
Event-Driven Triggers
API-Based Automation
Flow Integration
No-Code Rules Engine
Real-Time Processing
Cross-System Orchestration
Alert & Notification Engine
Scalable Automation Layer
Scale Automation Across Your Maintenance Operations
Configuration-Driven Bot Creation
Event-Driven Automation
Visual Workflow Automation
Reusable and Governed Automation
Leave paper behind. No-Code delivers results like these:
Reduction in Maintenance Costs
Increase in Wrench Time
With flexible no-code capabilities, teams can quickly adapt workflows and provide technicians with seamless mobile access to work orders and asset data. This reduces delays and boosts execution efficiency.
Decrease in Administrative Work
No-code workflow automation simplifies work order management, scheduling, and reporting. By eliminating manual tasks and IT dependency, organizations improve data quality and reduce administrative workload.
Estudos de caso
An end-to-end suite that unifies planning, scheduling, mobile execution, asset data, and safety workflows.
BRF compartilha sua transformação de manutenção
Entrevista com Saint Gobain
Transformando um ambiente de manutenção reativa na Ingredion
Enabling asset-intensive businesses to accelerate their EAM digital transformation
01. What are no-code maintenance automation bots?
No-code maintenance automation bots empower business users to define rule-based logic that monitors events, evaluates conditions, and triggers actions automatically without needing to get in the weeds with a developer. Work order updates, threshold breaches, or data changes automatically trigger downstream actions in SAP or connected systems the moment they occur, eliminating the manual effort and delays that accumulate across repetitive process steps.
02. How do Sigga AI Bots integrate with SAP and external systems?
Sigga Bots operate as an automation layer connecting SAP, external systems and maintenance workflows through APIs and event-driven triggers. When a defined condition is met, such as a work order status change, an overdue task or an incoming data update from an external system, the bot executes the next action instantly across whichever systems are involved.
03. What types of maintenance processes can be automated with Sigga Bots?
Sigga Bots are designed for any rule-based maintenance activity that currently requires manual monitoring or handoffs, including work order routing, escalation alerts for delays or failures, cross-system data synchronization, approval nudges, and condition-based task creation. If the decision logic can be defined as a set of conditions and outcomes, it can be automated and scaled across sites.
04. How do automation bots reduce operational delays in maintenance execution?
Sigga Bots eliminate the lag between a triggering condition and the next required action. Work that previously waited on manual review, status checks, or inter-team communication moves forward automatically, compressing process cycle times and freeing maintenance teams to focus on work that requires human judgment rather than repetitive coordination tasks.