This chapter summarizes the main outcomes of the Maris Habitats project. It presents the main achievements, the limitations of the current prototype, and the future development steps required before the system can be considered for real marine deployment.

The Maris Habitats project resulted in the development of a modular artificial reef concept combined with an environmental monitoring system. The final concept consists of reef blocks, a removable smartlogger, and a smart box for local environmental data collection. This allows the system to provide both physical habitat support and long-term observation of marine conditions.

One of the main achievements was the development of a modular reef structure. The design uses repeated concrete-based modules that can be arranged in different configurations depending on the site, project size, and monitoring needs. This supports scalability and makes the system adaptable to different marine environments.

Another achievement was the integration of the monitoring concept. The smartlogger was designed as a removable unit so that battery replacement, sensor inspection, maintenance, and data retrieval can be carried out without removing the whole reef structure from the seabed. This supports long-term use and reduces unnecessary disturbance to the marine environment.

The team also developed and tested a simplified prototype under controlled conditions. The prototype focused on basic sensing, data logging, and electronic integration. Although it does not represent the final marine-grade product, it helped validate the basic technical logic of the system.

In addition, the project included material research, structural simulation, sustainability analysis, ethical analysis, market analysis, and packaging development. These activities helped define Maris Habitats as a modular reef infrastructure and environmental monitoring solution rather than only a physical artificial reef product.

Identify here the limitations of the solution and prototype.

Provide here your recommendations for future work.