FURI | Spring 2026

Access Controlled Website Interaction for Agentic AI with Delegated Critical Tasks

Security icon, disabled. A blue padlock, locked.

Autonomous artificial intelligence (AI) agents increasingly perform critical online tasks on behalf of users, yet current websites lack mechanisms for securely delegating such authority. This research designs and implements a website interaction model with fine-grained access control, extending the open-source Secure Swarm Toolkit (SST) to support delegated access through cryptographic session tokens. The evaluation demonstrates reliable authentication, strict enforcement of user-defined access scopes, and the prevention of unauthorized access with a moderate average latency of 135,050.467 ms. Future work will explore formal verification and broader deployment to strengthen security guarantees for large-scale agentic AI ecosystems.

Student researcher

Sunyoung Kim

Computer science

Hometown: Seoul, Seoul, South Korea

Graduation date: Spring 2026

More projects from the current symposium

Harsh Vassaram

Computer science

Evaluation of chunking and storing strategies for increased Retrieval-Augmented Generation (RAG) accuracy

Crafting a data-backed framework for chunking strategy selection, aiding engineers to build accurate Retrieval-Augmented Generation systems

Mentor: Jia Zou

Program: FURI

Alex Coles

Aerospace engineering

Characterization and Modeling of Graphene-Nickel Composites at Ultrahigh Strain Rates

Characterizing ultrahigh strain-rate deformation in graphene-nickel composites to understand energy absorption in high-velocity impacts.

Mentor: Wonmo Kang

Program: FURI

Kody Landeryou

Mechanical engineering

A Photocurable Resin–Electrolyte Platform for High-Resolution Electrochemical Metal Additive Manufacturing

Developing a photocurable resin-electrolyte system enables efficient fabrication of high-detail metal structures for next-gen manufacturing.

Mentor: Xiangjia Li

Program: FURI