The fundamental role of technology is to support projects that unite economic, social, environmental, and human benefits.
With this vision, the partnership with the University of Caxias do Sul (UCS) was created to develop the technological infrastructure of the Agro City Living Lab, an innovation ecosystem that integrates research, agriculture, and smart cities.
The initiative represents the beginning of a living platform for data and experimentation, where technology and nature interact to create knowledge and real solutions for the future.
How to connect the field, the city, and the cloud?
The mission of the Agro City Living Lab is to create an environment where sensors, data, and people connect to generate applied intelligence. The challenge was to build a solid technological foundation capable of unifying information from different suppliers and devices, ensuring interoperability, security, and scientific accuracy.
Under ATLANTAR's governance, SPO was responsible for designing and implementing all the IT, hardware, and software infrastructure that supports the Living Lab, an ecosystem that connects weather stations, agricultural sensors, and cloud platforms.
The project ranged from the physical installation of networks and antennas to the development of APIs and integration systems that enable the continuous and reliable flow of data between the field and the laboratory.
Digital infrastructure for the Agro City ecosystem
The technological proposal was structured across six major areas of work, combining data engineering, systems architecture, and cloud technology:
- Cloud interface and configuration: Implementation of a cloud environment for acquiring, storing, and visualizing data collected by sensors.
- Logical configuration and virtualization: Creation of the logical infrastructure and installation of software that enables communication between servers and connected devices.
- Physical infrastructure and connectivity: Deployment of the physical network and Wi-Fi infrastructure using switches, antennas, and supporting rack systems.
- Field validation and testing: Certification and testing of sensor kits and IoT devices to ensure accurate and stable data collection under different environmental conditions.
- API development: Creation of programming interfaces that connect agricultural stations with cloud environments and UCS systems.
- Security and scalability: Implementation of multiple layers of protection, including VPN, firewall, WAF, authentication tokens, and global backup systems—to ensure data integrity and availability.
With this structure in place, ATLANTAR has established the technological foundation that will allow the Agro City Living Lab to evolve toward advanced artificial intelligence applications.
Through the predictive intelligence capabilities of ATLANTAR Labs, the project opens the door to combining data science with trend analysis, enabling deeper studies on agricultural productivity, sustainability, and territorial management.
Interoperability as the core of innovation
One of the project’s greatest achievements was solving the challenge of interoperability, ensuring that systems from different suppliers can communicate within the same technological language.
This integration is the heart of the Living Lab. It guarantees that data related to soil, humidity, temperature, and other environmental variables is consistent, readable, and actionable.
In practice, this means transforming fragmented data into strategic information for research and sustainable development, reinforcing ATLANTAR’s position as a strategic technology partner for innovation within higher education institutions.
“Our job is to build the invisible bridge between data and decision-making. When a sensor sends a signal and a researcher can transform it into knowledge, that’s when technology truly fulfills its role.”
— Odair Pianta, CEO of SPO Tecnologia
Technology in service of sustainability and knowledge
The project with the University of Caxias do Sul reinforces the commitment of the ATLANTAR ecosystem to applied innovation and long-term impact. This is innovation driven by strategic listening and measurable financial outcomes, transforming academic knowledge into real market assets.
Through ATLANTAR Labs, scientific research is integrated with predictive intelligence, combining data science and trend analysis to support the future of agribusiness and smart cities.
The infrastructure of the Agro City Living Lab creates the conditions for universities, producers, and companies to experiment with new ways of cultivating and preserving resources under rigorous technical governance. Beyond increasing productivity, the initiative focuses on core performance drivers: reducing waste improves margins, while mitigating climate effects strengthens operational predictability for crop cycles.
Technical excellence and the ATLANTAR methodology
The project follows the discipline of the ATLANTAR system, replacing isolated initiatives with a structured and predictable growth model. The technical execution, led by SPO Tecnologia, is integrated into a unified implementation plan structured in four fundamental stages:
Discovery: Deep immersion to understand real constraints and establish the project’s baseline.
Architecture: Design of the data structure and interoperability infrastructure to ensure that different systems can communicate within the same technological language.
Development: Incremental prototyping and system integration with a focus on performance and security.
Testing and Deployment: Validation, certification, and active monitoring to ensure stable operations under large-scale data environments.
ATLANTAR as the link of transformation
If science is the brain and agriculture is the heart of the Agro City Living Lab, ATLANTAR acts as the central nervous system that eliminates invisible chaos and allows the entire operation to function in complete harmony.
We establish a single entry point and a unified execution plan so that every sensor, server, and dashboard communicates seamlessly, transforming data into insights and insights into sovereign decisions.