Quortus
Quortus is a telecommunications software company that develops virtualized and cloud-native mobile core network solutions for private and public cellular deployments.
- Virtualized and cloud-native mobile core network software for Long Term Evolution (LTE), 5G, and private cellular networks (mobile networking).
- Private mobile network solutions for enterprises, campus environments, and industrial sites (private cellular).
- Support for standard 3rd Generation Partnership Project (3GPP) architectures and interfaces across 4G and emerging 5G deployments (network infrastructure).
- Integration of mobile core functions with edge computing, on-premises (on-prem) infrastructure, and public or private cloud platforms (edge and cloud networking).
- Professional services for design, deployment, and lifecycle support of custom and vertical-specific mobile core solutions (network services).
More About Quortus
Quortus focuses on software-based mobile core network solutions that support private and public cellular environments, with an emphasis on 4G LTE and emerging 5G architectures. Its products are based on 3GPP standards and are implemented as virtualized or cloud-native network functions that can be deployed on commercial off-the-shelf hardware, in data centers, or at the edge. This approach allows enterprises, Mobile Network Operators (MNOs), and system integrators to run core network functions in locations and environments that align with their latency, control, and data residency requirements.
In enterprise and institutional settings, Quortus software is used to build private mobile networks for use cases such as campus connectivity, industrial automation, logistics operations, public safety, and remote or temporary sites. These deployments typically require localized control of subscriber data and traffic, predictable performance, and integration with existing IT and Operational technology (OT) systems. Quortus positions its core network stack as a component that can interoperate with a variety of Radio Access Network (RAN) solutions, including small cells and macro cells, allowing organizations to design tailored coverage and capacity footprints.
Architecturally, Quortus implements standard core network functions such as mobility management, session management, subscriber databases, and policy control according to 3GPP specifications. The software is designed to run as virtual machines or containers and to integrate with orchestration frameworks used in network function virtualization (NFV) and cloud-native network function (CNF) environments. Support for standard interfaces enables interworking with existing operator cores, roaming partners, and third-party network elements, which is relevant when enterprises deploy private networks that also require connectivity to public mobile networks.
Compared to traditional monolithic core network platforms that are tied to proprietary hardware, Quortus offers a software-only approach intended for flexible deployment topologies, from fully on-prem cores at the network edge to cloud-hosted instances. This aligns the company’s offerings with enterprise IT practices around virtualization, containerization, and hybrid cloud. The ability to place the core close to the user plane can help support applications that need low latency and Local Breakout (LBO) of traffic, such as industrial control systems or video analytics running on edge compute platforms.
From a marketplace categorization perspective, Quortus fits into the mobile core network software and private cellular network solution categories. Its portfolio spans core network functions for LTE and 5G (network infrastructure), private and hybrid network deployments for enterprises and public sector organizations (private cellular), and supporting services for design, integration, and operations (professional services). Technical stakeholders evaluating private 4G or 5G options can view Quortus as a provider of standards-based core network software that integrates with a range of radio and cloud environments.