At the SCU's Internet of Things Research Lab (SIOTLAB), we design and develop technologies in the following areas: — Communication Technologies: IoT devices need to communicate with each other and the internet to exchange data and instructions. Some communication technologies used in IoT systems include Wi-Fi, Bluetooth, cellular, Zigbee, Z-Wave, NFC, and RFID. — Edge, Fog, and Cloud Computing: IoT systems generate a vast amount of data, which needs to be processed and stored reliably and securely. Cloud computing platforms provide scalable, cost-effective solutions for storing and processing IoT data. Edge and Fog computing involves processing data at or closer to the network's edge, closer to the IoT devices, rather than sending it to the cloud for processing. This approach reduces latency and improves the efficiency of IoT systems. — Machine Learning (ML) and Artificial Intelligence (AI): We leverage AI and ML methods to design, develop, and enhance various aspects of IoT systems. In particular, we utilize these methods for enhanced systems visibility, configuration, and security. On the other hand, IoT systems can generate large amounts of data that can be analyzed to derive insights and make intelligent decisions. AI and ML algorithms can be used to process IoT data and generate valuable insights. — Security Technologies: IoT systems are vulnerable to various security threats, including hacking, malware, and denial-of-service attacks. Encryption, authentication, and access control are essential to secure IoT systems.
External link for SCU's Internet of Things Research Lab (SIOTLAB)
500 El Camino Real
H133, Heafey, Santa Clara University
Santa Clara, 500 El Camino Real 95053, US
SCU's Internet of Things Research Lab (SIOTLAB) reposted this
Day 1 at Sensors Converge 2024 is a wrap, and what a day it was! Our team thoroughly enjoyed meeting everyone, discussing emerging technologies, and presenting our students' projects, which drew considerable interest and sparked many valuable connections. Currently finishing up day 2, come and see us at booth #751 to learn more.
Day 1 at Sensors Converge 2024 is a wrap, and what a day it was! Our team thoroughly enjoyed meeting everyone, discussing emerging technologies, and presenting our students' projects, which drew considerable interest and sparked many valuable connections. Currently finishing up day 2, come and see us at booth #751 to learn more.
SCU's Internet of Things Research Lab (SIOTLAB) reposted this
We are very excited for Sensors Converge this year! Join us today and tomorrow, June 25-26, in Santa Clara, CA at booth #751, where we will be showcasing the latest advancements in IoT, SDN, and other transformative technologies. Come learn about our research and collaboration opportunities! #sensorsconverge #sensors
We are very excited for Sensors Converge this year! Join us today and tomorrow, June 25-26, in Santa Clara, CA at booth #751, where we will be showcasing the latest advancements in IoT, SDN, and other transformative technologies. Come learn about our research and collaboration opportunities! #sensorsconverge #sensors
During the 54th Annual School of Engineering's Senior Design Conference, Raghav Batra, Joshua Jerome, Mubashir Hussain, Soham Phadke, and Suvass Ravala presented their work titled "E-Scooter Black Box." This system is designed to record and analyze e-scooter riding data to detect misuse and rough handling. The aim is to enhance the cost-effectiveness and appeal of ride-sharing services. Advisors: Dr. Behnam Dezfouli and Dr. Yuhong Liu We would like to extend our gratitude to STMicroelectronics for their support throughout this project.
During the 54th Annual School of Engineering's Senior Design Conference, Gavin R., Neena Ekanathan and Divya Syal presented their project titled "Edge-Connected Microcontroller Security". With a wide range of applications and the rise of cyberattacks, securing IoT devices has become imperative; however, ensuring high performance is also crucial given how interconnected today’s systems are. This project examines the security and performance of next-generation microcontroller units (MCUs) leveraging new security solutions for IoT applications. By benchmarking these MCUs against key performance metrics, their viability will be assessed to facilitate the widespread adoption of this new firmware. Advisors: Dr. Behnam Dezfouli and Dr. Yuhong Liu. We would like to thank Marco de Fazio and Massimo Panzica from STMicroelectronics for their support throughout this project.
During the 54th Annual School of Engineering's Senior Design Conference, Anagha Nair and Chloé Morali presented IoTsolate. This system uses virtual local area network (VLAN) micro-segmentation to identify, isolate, and neutralize security risks in IoT devices. These devices have limited processing capabilities, diverse designs, and long lifespans, so they lack adequate shielding from attacks. IoTsolate prevents compromised devices from communicating with others, protecting unaffected devices on the network. Advisors: Dr. Behnam Dezfouli and Dr. Yuhong Liu The team would like to thank Ted Kummert for his mentorship and support.
Hello SCU CSE Department's students and alumni out there! Please help us unlock the gift from the Class of 2014. We need 100 gifts today! Any donation counts, but it will be great to have 100 x $100! <https://lnkd.in/ghtnye_n>, Challenge #7 Thank you, class of 14! Daniel Marks, Melissa Bica, PhD, Amanda Chong, Meghan Dailey, Kelsey Dedoshka, Lizzy Donahue, Mickey Keeley, Kaitlin Kinzer, Sean Kinzer, Katie Le, Aaraadhya Narra, Kevin N., Shweta Panditrao, Christopher Yarp
Students from the research lab were presented with a unique opportunity to engage directly with IEEE President Tom Coughlin and R6 Director Joseph Wei during a panel discussion held on March 28th, 2024. This interaction allowed the students to delve into insightful discussions, ask critical questions, and gain valuable advice on navigating the complexities of their research and future career paths in engineering and technology.
The recorded video of the panel discussion featuring the IEEE president is now accessible online at the following link: https://lnkd.in/gvV-cMb8. Additionally, this occasion offered our students an exceptional chance to engage in conversation directly with IEEE President Tom Coughlin and R6 Director Joseph Wei. Special Appreciation to the Students of SCU's IoT Research Lab (SIOTLAB) for Their Assistance in Logistics and Catering: Mridul Gupta, Marley Willyoung, Michael Castillo, Ethan Shenassa, and Yugandhar Desai.