S4 LAB
JOHNS HOPKINS UNIVERSITY

S4 LAB
JOHNS HOPKINS UNIVERSITY

S4 LAB
JOHNS HOPKINS UNIVERSITY

S4 LAB at Johns Hopkins University is dedicated to advancing the development and deployment of Connected Autonomous Vehicles. We focus on building robust and assured Vehicle-to-Everything (V2X) networks and systems. Our work enables real-time situational awareness across large-scale Connected Transportation Systems.

S4 LAB at Johns Hopkins University is dedicated to advancing the development and deployment of Connected Autonomous Vehicles. We focus on building robust and assured Vehicle-to-Everything (V2X) networks and systems. Our work enables real-time situational awareness across large-scale Connected Transportation Systems.

Our goal is to build safe, reliable systems for Connected Transportation

Our goal is to build safe, reliable systems for Connected Transportation

S4 LAB Mission

S4 LAB Mission

Our mission is to advance the foundational technologies and frameworks that enable safe, secure, smart, and scalable V2X communications. S4 LAB addresses the multifaceted challenges of deploying connected autonomous vehicles (CAVs), from technical reliability to ethical and legal considerations. We develop systems for resilient, deployment-ready V2X applications that transform how people and goods move in our world.

Our mission is to advance the foundational technologies and frameworks that enable safe, secure, smart, and scalable V2X communications. S4 LAB addresses the multifaceted challenges of deploying connected autonomous vehicles (CAVs), from technical reliability to ethical and legal considerations. We develop systems for resilient, deployment-ready V2X applications that transform how people and goods move in our world.

A busy city intersection with yellow taxis, pedestrians waiting at crosswalks, and surrounding tall buildings, viewed from above
A busy city intersection with yellow taxis, pedestrians waiting at crosswalks, and surrounding tall buildings, viewed from above
A busy city intersection with yellow taxis, pedestrians waiting at crosswalks, and surrounding tall buildings, viewed from above

Our Approach

Our Approach

01

We envision a future where connected autonomous transportation systems seamlessly operate with reliability, safety, and trust.

01

We envision a future where connected autonomous transportation systems seamlessly operate with reliability, safety, and trust.

01

We envision a future where connected autonomous transportation systems seamlessly operate with reliability, safety, and trust.

02

Our research focuses on making sure that CAVs know what to do in adverse scenarios. We build solutions to address potential problems.

02

Our research focuses on making sure that CAVs know what to do in adverse scenarios. We build solutions to address potential problems.

02

Our research focuses on making sure that CAVs know what to do in adverse scenarios. We build solutions to address potential problems.

03

The integrity of vehicular communications is the main mechanism for the effective implementation of V2X at scale.

03

The integrity of vehicular communications is the main mechanism for the effective implementation of V2X at scale.

03

The integrity of vehicular communications is the main mechanism for the effective implementation of V2X at scale.