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Our goals Cutting-edge advances in communication networks and digital application services Learn More > Research Strands Subjects designed to successfully impact world-class research Learn More > Scientific and Technological Advancements Innovation for industry and society with a vision on the horizon for the year 2030 Learn More >

The SMART NEtworks and ServiceS for 2030 (SMARTNESS) FAPESP Engineering Research Center (ERC) aims to advance cutting-edge research in computer networks and digital application services focused on strategic areas where scientific and technological impacts can be achieved by the year 2030, in collaboration with research communities of cloud and networking.

With the deployment of 5G and the 6G vision being developed, the main challenges for SMARTNESS are how to design and operate cloud computing infrastructures and networks with adequate capabilities to leverage the next generation of Internet services and applications. The scope of end-to-end services at the Internet scale is exceptionally broad and requires contributions across multiple disciplines along with large investments in capital and human resources. SMARTNESS aims to explore well-planned opportunities through an appropriate methodology based on the confluence of Research Strands (RS) designed to successfully impact world-class research and innovation through Scientific and Technological Advancements (STA) to address challenging use cases in Internet scenarios for industry and society with a vision on the horizon for the year 2030.

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Latest News

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SMARTNESS 2030 Research Center and Open Science

The SMARTNESS 2030 Engineering Research Center held several Open Science activities, including a lecture by Prof. Dr. Cláudia Bauzer Medeiros during SMARTNESS HOUR, participation of Dr. Eduardo Sartori in UNICAMP's LOVE DATA DAY, and a presentation on Research Ethics and Open Science.

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Participation at SBSeg 2024, São José dos Campos, Brazil

The SBSeg 2024 was held in São José dos Campos, where researchers from the CPE SMARTNESS presented their latest work. Highlights include Ph.D. student Caio Teixeira's award-winning paper on post-quantum cryptography in vehicular networks and Master's student Rodrigo Pierini's exploration of the Forro14 cipher in programmable hardware. USP student Thiago Ferreira also received an honorable mention for his fuzzing technique paper.

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New publication presented at CloudNet 2024

Christian Esteve Rothenberg, Dr. Fabricio Rodríguez Cesen, and M.Sc. student Arthur J. Simas had their paper "eZtunnel: Leveraging eBPF to Transparently Offload Service Mesh Data Plane Networking" accepted at IEEE CloudNet 2024, in Rio de Janeiro. The research addresses performance bottlenecks in service meshes like Istio, using eBPF to optimize networking traffic in Kubernetes nodes. Experiments show that eZtunnel reduces median latency by over 20% and jitter by nearly 10%.

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Our results

Latest Publications

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Christian Esteve Rothenberg “Perspectives on 6G in Brazil: A SMARTNESS View”, in  EUCNC 6G Summit CONASENSE workshop, 2024.

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Diego Medeiros de Abreu, Christian Esteve Rothenberg, and Antônio Jorge Gomes Abelém, “QML-IDS: Quantum Machine Learning Intrusion Detection System”, in IEEE Symposium on Computers and Communications (ISCC), 2024.

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Ariel Góes de Castro and Christian Esteve Rothenberg, “Innovative Approaches for Network Analysis and Optimization: Leveraging Deep Learning and Programmable Hardware”, in 10th IEEE International Conference on Network Softwarization (NetSoft), 2024.

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