Comarch Communications Unveils AI-Powered Orchestration Management Platform to Enable Autonomous, Energy-Efficient Networks

In response to the telecommunications sector’s escalating demand for service agility, Comarch Communications has launched its AI-powered Orchestration Management platform. By combining advanced artificial intelligence with a cloud-native open architecture, the solution empowers operators to build fully autonomous, resilient network environments while accelerating commercial execution.

As highlighted at the DTW Ignite 2026 summit in Copenhagen, the telecommunications industry is rapidly transitioning from laboratory AI experimentation to full commercial deployment. Comarch Communications’ AI-powered Orchestration Management stands at the forefront of this shift, offering tangible operational and sustainability gains.

Beyond optimizing code and operations, the solution features intelligent segment hibernation that actively deactivates "dead" network resources during off-peak hours. Preliminary 2026 forecasts indicate this capability can slash infrastructure energy consumption by up to 30%, delivering a vital advantage for operators working toward ambitious ESG compliance targets.

Intent-driven automation and multi-domain control

Built around Agentic AI, the platform introduces a pragmatic "Men-In-The-Loop" operational model that allows operators to incrementally build trust in autonomous operations. Leveraging Large Language Models (LLMs), the system translates high-level business goals directly into live, multi-domain services via Intent-Based Delivery, completely bypassing tedious manual configuration commands.

Functioning as a macro-scale execution engine, the tool seamlessly unifies RAN, Core networks, and FTTH infrastructures across cloud and 5G environments. Through automated network slicing powered by machine learning, operators gain comprehensive end-to-end visibility and management through a single, unified interface.

Furthermore, Zero-Touch Scalability and Closed-Loop Autonomous Restoration ensure continuous service availability. When unpredictable traffic surges occur, the system neutralizes operational threats by automatically diagnosing issues and deploying self-healing fixes without requiring service-disrupting manual rollbacks.

"The telecommunications industry has moved past the phase of viewing AI as mere experimental software. Operators today require proven systems that drive commercial efficiency," stated Marek Kuczyński, Chief OSS Product Officer at Comarch Communications. "With our AI-powered Orchestrator, Comarch Communications bridges the gap between high-level business intent and dynamic network execution. We are equipping service providers with the autonomy, scalability, and energy efficiency needed to lead in the cloud-native era."

Open standards, accelerated time to market, and ecosystem expansion

To eliminate vendor lock-in, Comarch Communications’ architecture natively supports both Virtual (VNF) and Cloud-Native Network Functions (CNF). Strictly adhering to TM Forum Open Digital Architecture and Open APIs, the platform guarantees fully auditable multi-vendor interoperability.

The solution also integrates an AI-Powered Catalog that eliminates handwritten scripts and modeling errors at the source, drastically lowering barriers to entry and accelerating time to market for new offerings. Operators and external integrators can independently manage network structure changes via low-code/no-code environments, ensuring operational continuity even during major hardware transformations. By mapping partner technical parameters automatically, Comarch Communications enables effortless business expansion across multi-cloud ecosystems.

As systems flawlessly translate business concepts into dynamic infrastructure and repair networks faster than human detection, Comarch Communications is actively redefining the digital engineer’s role - shifting focus from manual operational maintenance to strategic oversight of autonomous networks.