From Blockchain to BMS Integration

The pilot projects focus on three main areas:

• Contract automation via smart contracts for service management

• Traceability and certification of operations

• Tokenization for managing energy resources

In practice, these technologies could transform building management in several ways. An advanced BMS could use:

• Smart contracts to automate service provider management

• Blockchain registries to immutably document interventions and maintenance

• Digital tokens to dynamically allocate resources between different units

The real innovation lies in end-to-end automation. In an integrated system, for example:

• IoT sensors detect a maintenance need

• The smart contract system automatically triggers the required procedures, such as selecting the most cost-effective provider

• The intervention is immutably and certifiably documented

• Payments are processed according to predefined conditions

Artificial intelligence would play a central role as a supervisory and optimization system by:

• Analyzing consumption patterns

• Implementing predictive maintenance strategies

• Optimizing resource allocation

• Monitoring and verifying overall performance

The biggest current challenge in the BMS sector remains effective integration of multiple systems. Organizations must manage property portfolios with legacy BMSs, often from different vendors. Integration platforms like ELIONA offer solutions to this challenge by:

• Enabling centralized management of heterogeneous systems

• Providing multi-source data analysis

• Optimizing resources across platforms

• Implementing predictive strategies

A possible future development is the implementation of internal energy trading systems, where different areas of a building or different sites optimize energy use through token-based dynamic allocation mechanisms. These would be overseen by AI systems to ensure efficiency and stability.

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