Your gateway to a self-healing network ecosystem, leveraging AI/ML to proactively resolve faults and automate root cause analysis for uncompromising service reliability.
Unify your operations with a 'Single Pane of Glass' powered by trusted data and AI, transforming complex multi-vendor telemetry into automated insights and hyper-precise control.
Drive L3/L4 autonomy with an AI-driven system that transforms network events into 'self-healing' actions. This paves the way for the Dark NOC by eliminating manual intervention in over 90% of routine incidents.
Drive down maintenance costs and MTTR with deterministic, ML-driven insights. Transform multi-vendor complexity into fast, repeatable fixes by pinpointing the exact root cause in real-time.

Multi-Source, Multi-Domain Intelligence
Automatically aggregate operational and contextual data from multiple sources, including Network Management Systems, Cloud Resources, Performance Management, and Customer Complaints, alongside external signals such as weather conditions and social events. The system intelligently filters, deduplicates, and correlates this information to eliminate blinking and noise patterns, delivering a minimal yet sufficient, high-quality data set that enhances operator situational awareness and supports faster, more confident decisions.

Context-Aware Automation
Deliver the right level of automation tailored to each customer’s needs and preferences. The system leverages the most effective automation methods, from simple filtering and time- or geography-based grouping to advanced machine learning and generative AI. It intelligently balances process complexity, required speed, and event volume to ensure optimal performance and operational efficiency in every scenario.

Autonomous Root Cause Analysis
Automatically detect the primary source of anomalies by analyzing network data alongside contextual signals such as weather conditions and abnormal service demand. The system correlates this with up-to-date information on network structure and hierarchy to identify root causes accurately, enabling faster, more effective actions that minimize impact on delivered services.

Priority-Based Impact Management
Use automated Service Impact Analysis (SIA) based on your SLAs and service categories during anomalies. Prioritize critical services to protect key commitments and minimize reputational risk when full service levels cannot be maintained.

Service Risk Control
Act as a supervisory control layer over all activities that could affect service availability, quality, or security — including changes initiated by other systems. The product enables you to suspend, postpone, and safely test high-risk operations before execution, minimizing disruption and protecting customer experience, particularly for business-critical services.
Enhance and Safeguard Customer Experience
Our fault management system redefines service management through collaboration between people and Artificial Intelligence, driving smarter and more resilient operations.

Deploy teams of collaborating cross-domain AI agents for specialized investigative tasks to accelerate detection, diagnosis, and resolution of incidents with unmatched precision and speed.
Leverage intelligent inventory data and network topology integration at every stage of deployment to effectively coordinate resources and resolve complex challenges with the highest confidence.
Adopt Open Digital Architecture (ODA) principles and use standardized, TM Forum–certified interfaces to ensure seamless interoperability across your digital ecosystem.
Collect and analyze alarm data across your systems to understand patterns of frequency and timing. Use these insights to anticipate and prevent future incidents.
Capture and reuse operational experience by automating processes and preserving activity histories to build an AI-ready knowledge base that continuously improves performance.
Gain complete freedom to configure the Comarch Ecosystem by tailoring processes and automation to your needs through intuitive interfaces and guided setup.

TM Forum–Aligned Digital Architecture
Comarch Communications delivers an ODA-aligned portfolio with 21 TM Forum–compliant Open APIs, enabling standardized, API-driven integration across OSS/BSS domains. Our architecture follows Open Digital Architecture principles to ensure modularity, interoperability, and seamless integration with external systems.
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Fault Management: Key Questions and Answers
Comarch Communications has moved beyond static scripts to Agentic AI. The platform deploys specialized AI Agents equipped with reasoning capabilities. These agents don't just follow rules; they plan and execute multi-step troubleshooting processes, consult technical documentation, and collaborate with other modules to autonomously resolve complex incidents. This shifts your NOC from manual task execution to high-level autonomous operations.
Network digital twins enable predictive simulation by testing changes in a virtual replica of the network before applying them in production. This allows operators to run “what-if” scenarios, validate remediation actions, and ensure safe and effective issue resolution without impacting live operations.
Explainable AI (XAI) builds trust by providing visibility into how AI-driven decisions are made. Comarch Communications supports this approach by explaining diagnoses and recommendations, enabling transparent and accountable autonomous operations.
Comarch Communications supports energy-aware operations by optimizing remediation actions based on power consumption. This includes selecting energy-efficient routing paths and adjusting network resources, such as enabling low-power modes, to reduce energy usage during fault resolution.
Root cause analysis reduces alarm noise by identifying the underlying source of multiple related alerts. Comarch Communications supports this by using topology-aware analysis and inventory data to filter out secondary alarms and pinpoint the root cause across multi-layer and multi-vendor environments.
Full-stack observability provides end-to-end visibility across physical infrastructure, virtualized environments, and cloud-native network functions. Comarch Communications supports this by correlating data across layers, enabling faster detection and resolution of performance issues in 5G networks.
Utilities can reduce downtime by using fault management systems that detect issues early and prioritize critical incidents. This enables faster response and minimizes service disruptions.
TM Forum Open APIs enable interoperability and automation across OSS/BSS systems in zero-touch environments. Comarch Communications supports this by providing certified APIs, including TMF642, allowing seamless integration with third-party service desks and orchestration platforms.
Intent-based fault management prioritizes network issues based on defined business goals rather than individual alarms. It focuses on faults that impact key services, SLAs, and business outcomes, ensuring that network operations align with strategic priorities. Comarch Communications supports this approach by linking network events with business-defined intents, enabling faster and more accurate issue resolution.




