Orchestration Management

Multi-domain service orchestration (MDSO) coordinates network and IT resources across domains such as RAN, transport, core, and cloud to deliver end-to-end services.

Comarch Communications enables MDSO through a vendor-agnostic orchestration layer that integrates multiple technologies and systems using open APIs. It acts as a central control point that automates service fulfillment, ensures consistency across domains, and eliminates dependency on proprietary vendor stacks.

This approach supports true end-to-end (E2E) orchestration, faster service deployment, and reduced operational complexity.

AI agents and intent-based orchestration (IBO) enable systems to operate based on high-level business goals rather than manual configurations. Instead of defining technical parameters, users specify a desired outcome, such as optimizing performance for a critical service.

Comarch Communications uses AI agents to interpret these intents, analyze real-time data, and automatically determine the best actions across multiple domains, including network, IT, and service layers. The platform executes changes, monitors outcomes, and continuously adapts to ensure the intended result is achieved.

This approach reduces operational complexity, improves service reliability, and enables autonomous, closed-loop operations often described as Generative Operations (GenOps).

The platform manages the full lifecycle of 5G network slicing, from design and instantiation to optimization and decommissioning. It supports key orchestration layers such as CSMF and NSMF and integrates with domain-specific controllers across RAN, transport, and core networks.

Comarch Communications also enables cross-network service orchestration through federated slicing. This allows services to span multiple operators and geographic regions while maintaining end-to-end SLA assurance.

By coordinating resources across domains and partners, the platform ensures consistent service quality, even in complex multi-operator environments.

The transition from virtual network functions (VNFs) to cloud-native network functions (CNFs) involves moving from VM-based architectures to containerized, microservices-based environments.

Comarch Communications supports this transformation through a cloud-native orchestration platform that manages the full lifecycle of both VNFs and CNFs. It integrates with environments such as Kubernetes and OpenStack, enabling unified control across legacy and modern infrastructures.

This allows network operators to migrate gradually to cloud-native architectures while maintaining service continuity, operational stability, and high performance.

Closed-loop automation allows systems to automatically detect issues, take corrective actions, and continuously verify outcomes without manual intervention. Self-healing is a core capability of this approach, allowing problems to be resolved in real time.

Comarch Communications delivers this capability by integrating orchestration with service assurance and real-time analytics across networks and IT systems. When a fault or performance degradation is detected, the platform automatically triggers remediation actions such as scaling resources, rerouting traffic, or reconfiguring services.

The system continuously monitors results and adjusts actions to ensure service quality is maintained, reducing downtime and operational complexity.

Security-as-Code integrates security policies directly into automated service provisioning and orchestration processes, while Zero-Trust provisioning ensures that every component, user, and connection is continuously verified and secured by default.

Comarch Communications applies these principles by embedding security controls into the service lifecycle. When a service is instantiated, the platform automatically enforces policies such as access control, micro-segmentation, firewall configuration, and encryption.

This approach ensures that every service is secure by design from the moment it is deployed, reducing risk and maintaining compliance across complex environments.

Multi-Access Edge Computing (MEC) enables applications and services to run closer to end users, reducing latency and improving performance. O-RAN introduces a disaggregated, open architecture for radio access networks that requires advanced orchestration across distributed components.

Comarch Communications Orchestration Management supports MEC by orchestrating edge workloads and placing services dynamically at the network edge based on performance and latency requirements. The platform also aligns with the O-RAN Service Management and Orchestration (SMO) framework, coordinating disaggregated RAN components and integrating with controllers such as the Non-RT RIC.

This approach allows automated optimization of radio resources and supports advanced scenarios such as dynamic service function chaining, ensuring efficient and flexible service delivery.

Agile OSS delivery focuses on flexibility, modularity, and adaptation to specific operational environments, while monolithic OSS solutions are typically rigid and require organizations to adjust their processes to predefined system structures.

Comarch Communications follows an agile delivery approach, tailoring orchestration and OSS components to existing infrastructure, legacy systems, and business workflows. The platform is built on open standards, including TM Forum Open APIs, which ensures interoperability and avoids vendor lock-in.

This approach supports faster innovation, easier integration, and a lower total cost of ownership (TCO) compared to traditional, closed OSS suites.