Aalyria, a technology company focused on advanced networking and communications infrastructure, is enabling network operators to manage complex terrestrial, airborne, maritime and space-based communications environments through the Spacetime software platform. Spacetime provides real-time orchestration, routing, resource optimization and network management capabilities across diverse communications architectures, helping operators improve connectivity, operational efficiency and interoperability. Conventional network management tools often struggle to accommodate these highly dynamic environments where nodes are constantly moving, network conditions change rapidly and connectivity requirements can shift within seconds. Aalyria's Spacetime platform has been developed to address these challenges by providing a software-defined orchestration and networking environment capable of continuously adapting to changing operational conditions. 

Through real-time decision-making and automated optimization, the platform enables operators to manage networks in motion while maintaining reliable communications and efficient use of network resources. At the core of Spacetime is the ability to support what Aalyria describes as "networks in motion", communications architectures where endpoints, platforms and network nodes continuously change position while connectivity requirements evolve in real time. Spacetime continuously evaluates network conditions and dynamically responds to changes in topology, link availability, environmental conditions, mission priorities and user requirements. The platform can automatically establish new communications links, reconfigure transport paths and optimize routing policies as operational circumstances evolve. This capability is particularly important in modern communications ecosystems that combine terrestrial networks with satellites, aircraft, unmanned systems, maritime platforms and mobile users. In such environments, network operators require software that can rapidly adapt to changing conditions while maintaining service continuity and efficient network performance. By continuously monitoring and adjusting network operations, Spacetime helps organizations manage increasingly complex communications architectures without requiring extensive manual intervention. One of the defining characteristics of the Spacetime platform is the ability to make network orchestration decisions in real time. The software continuously evaluates network state information, including changing mission requirements, asset movement, available connectivity options, weather conditions, network congestion and resource availability.

Spacetime can dynamically optimize network structure, routing rules, spectrum utilization, transport paths and communications resources. This enables operators to maintain connectivity even as network conditions change rapidly. The platform is capable of establishing new links and transport paths within tactically responsive timeframes, allowing networks to quickly adapt to operational demands. This capability is particularly relevant for applications where communications infrastructure must support mobile platforms, rapidly changing mission environments or geographically dispersed assets operating across multiple domains. By automating many aspects of network orchestration, Spacetime helps reduce operational complexity while improving responsiveness and resource efficiency. Spacetime has been developed as a distributed, cloud-native software platform built on a microservices architecture. This design allows individual software functions to operate independently while collectively supporting large-scale network orchestration activities. The platform utilizes open application programming interfaces (APIs), enabling integration with existing communications infrastructure, management systems, operational applications and third-party technologies. This open architecture supports interoperability and allows operators to incorporate Spacetime into diverse network environments without requiring complete replacement of existing systems. Network operators can deploy Spacetime through single-tenant, customer-owned instances that provide full control over operational data, security requirements, and infrastructure configurations. This deployment model enables organizations to accelerate the development and implementation of network operations systems tailored to their specific mission and business requirements. The cloud-native design also supports scalability, allowing organizations to expand functionality and accommodate growing network demands as operational requirements evolve.

Recognizing that different organizations operate under varying security, regulatory and operational requirements, Aalyria has designed Spacetime to support a broad range of deployment options. The software can be deployed as a managed service within Aalyria-hosted environments or customer-managed Kubernetes infrastructures. It is compatible with commercial cloud environments, private cloud deployments, hybrid cloud architectures and traditional on-premises installations. For organizations operating in highly secure environments, the platform can also be deployed within classified and air-gapped infrastructures where external connectivity may be restricted. This flexibility enables Spacetime to support a wide range of users, including commercial telecommunications providers, satellite operators, government organizations, defense agencies, research institutions and critical infrastructure operators. By providing deployment flexibility, Aalyria allows customers to select infrastructure models that align with their security policies, operational requirements and existing technology investments. A key component of the platform is the Spacetime Fabric capability, which extends orchestration beyond individual networks and enables coordination across multiple independent communications infrastructures. Spacetime Fabric addresses this challenge by enabling orchestration platforms to federate with other network orchestration systems, creating a framework for coordinated communications across heterogeneous networks. Through this capability, operators can broker on-demand interconnection and transit services between different network fabrics, including terrestrial communications systems, satellite networks, airborne communications platforms, maritime networks and other non-terrestrial infrastructures. This federated approach allows network operators to extend connectivity beyond their own infrastructure while supporting more seamless communications across multiple domains. The capability is particularly relevant as communications ecosystems increasingly integrate terrestrial and space-based networks into unified operational environments.

The communications industry is undergoing significant transformation as organizations seek to integrate terrestrial and non-terrestrial networks into unified architectures capable of supporting global connectivity. The expansion of satellite constellations, growth of airborne communications systems, increased mobility requirements and rising demand for resilient communications are driving the need for more sophisticated network orchestration technologies. Spacetime has been developed to support the evolution by providing operators with software tools capable of managing dynamic and multi-domain communications environments. By continuously optimizing network resources, adapting to changing conditions and enabling interoperability across different infrastructures, the platform helps organizations improve operational efficiency while supporting mission-critical communications requirements. The software's ability to coordinate diverse network assets and respond dynamically to changing conditions positions it as a valuable tool for organizations seeking to manage increasingly complex communications ecosystems. Aalyria's Spacetime platform reflects this shift by combining cloud-native technologies, automated decision-making, real-time optimization and federated network management within a unified software environment. Through support for terrestrial, airborne, maritime and space-based communications systems, Spacetime enables operators to manage complex network architectures while adapting to evolving operational requirements. The flexible deployment options, open architecture and interoperability capabilities further support organizations seeking scalable solutions for modern communications challenges. By providing a platform designed specifically for networks in motion, Aalyria continues to contribute to the advancement of software-defined communications infrastructure capable of supporting the next generation of connected systems across multiple operational domains.

About Aalyria

Aalyria is a networking and communications technology company headquartered in Livermore. The company develops software and communications technologies designed to support terrestrial, airborne, maritime and space-based networks. Aalyria focuses on enabling connectivity across dynamic and distributed communications environments through solutions that support network orchestration, interoperability and real-time resource management. The flagship software platform, Spacetime, enables network operators to manage networks in motion by dynamically optimizing routing, communications links, spectrum usage and network resources in response to changing operational conditions. Built as a cloud-native, microservices-based platform with open APIs, Spacetime can be deployed in commercial cloud, hybrid cloud, on-premises and secure air-gapped environments. The platform also includes Spacetime Fabric, which enables coordination and interconnection across terrestrial and non-terrestrial network infrastructures. Through the networking technologies and software-defined communications capabilities, Aalyria supports organizations seeking to integrate diverse communications systems and improve connectivity across complex operational environments.

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