E-lighthouse, founded in 2017 in Cartagena, Spain, by telecom industry and academic experts, originated from a renowned R&D group specializing in network planning. With over 25 years of expertise in IP and transport networks, the company has established a model focused on innovation and optimization, excelling in international research projects. Its team blends deep technical knowledge with a personalized approach to meet clients' specific needs, particularly in critical sectors like defense, where network efficiency and security are paramount.
Our flagship product, the E-lighthouse Network Planner (ENP), is an advanced network planning and analysis tool that enables civil and defense operators to efficiently and securely design, analyze, and manage their networks. Built on over 40 years of network optimization experience, the ENP integrates multilayer simulation and analysis, resource optimization, and incident prediction capabilities, providing a flexible and robust solution to ensure operational continuity in complex scenarios. With a client-focused architecture, the ENP delivers a comprehensive platform that supports the modernization and resilience of network infrastructures.
E-lighthouse’s solutions offer flexibility and customization through ad-hoc development tailored to meet specific military needs, with powerful personalized reporting that enables network failure analysis, KPI assessments (latency, hop count, optical impairments), CAPEX and OPEX evaluations for upgrades, and energy cost analysis of proposed solutions. The ENP ensures security and resilience by implementing advanced controls to prevent single points of failure and maintain operational continuity, while its multivendor compatibility eliminates reliance on proprietary solutions.
It is positioned as a strategic solution for secure modernization and optimized planning of defense and high-availability, mission-critical networks. With advanced analytical capabilities, a modular approach, and integration with cutting-edge paradigms, it enables superior communication control and enhances the resilience of transport networks against cyber and operational threats.