Topkapi Inside - Épisode 11 - Interfacer Topkapi avec des objets connectés

Introduction to Environmental Challenges

Overview of Key Issues

• The sectors of environment, energy, and construction face significant challenges including water resource preservation, natural habitat protection, flood prevention, green energy production, and energy consumption reduction.

Importance of Connected Objects

Role of Connected Devices

• Precise indicators are essential for addressing major environmental issues; connected objects are advantageous as they require no wiring or electrical power source.

• These devices utilize non-standard architectures and communication protocols; Top Cap has developed a scriptable protocol to address these challenges.

Benefits of Using Connected Objects

Cost-Effectiveness and Flexibility

• Maxime introduces himself as a pre-sales engineer at Areal; connected objects can instrument existing installations or remote isolated setups regardless of current equipment.

• The cost-effectiveness of connected devices compared to traditional instrumentation is highlighted.

Market Innovations

Adaptation to Constraints

• Market players have innovated to meet various constraints such as radio range, object placement (indoor/outdoor), data transmission volume, energy consumption, and connectivity costs.

Non-Traditional Communication Protocols

Infrastructure Options

• Discussion on the first architecture involving connected objects using existing infrastructure like Sigfox or networks operated by Orange or other providers.

Data Transmission and Cloud Hosting

Data Management

• Data travels through the chosen infrastructure and is hosted in the cloud either by the infrastructure owner or an IoT multi-manufacturer platform.

• Applications like Top Cap access this data via connectors that vary depending on platforms; communication requires using Top Cap's scriptable protocol.

Scriptable Protocol Requirements

Technical Skills Needed

• JavaScript skills are necessary for scripting; documentation for the scriptable protocol is available online within Top Cap’s help resources.

Private Communication Infrastructures

Alternative Architecture Models

• Another architecture involves connected objects communicating over privately owned infrastructures (e.g., private UR).

Gateway Functionality

Data Concentration

• Gateways concentrate data from antennas before transmitting it to a selected platform managed either by hardware manufacturers or third-party service providers.

Integration with Standard Protocol Interfaces

Compatibility with Industrial Automation

• Gateways may function as automation systems where standard communication protocols can be utilized based on gateway specifications.

Configuration in Top Capi Application

Setting Up Connections

• Demonstration of creating a logical port in Top Capi configured with the script protocol and generic sub-protocol for integration purposes.

Spreadsheet Integration

Variable Importing

• A variable has been imported into a spreadsheet within Top Capi showing traditional information such as address and mnemonic specific to Top Capi.

Operational Insights

Real-Time Data Monitoring

• Confirmation that data successfully integrates into Top Cap similar to any traditional automation system. This showcases interfacing capabilities with connected objects through the scriptable protocol.

Broader Applications Beyond Connected Objects

Diverse Data Sources

• The scriptable protocol also supports information retrieval from other data sources like weather forecasts, environmental data from platforms like Vigjue, utility consumption data from distributors, or public open data initiatives.

Conclusion & Further Resources

Invitation for Engagement

• Viewers are encouraged to visit their website for more information; subscription invitation for further videos about different types of clients using Top Capi is extended.