Client Overview

The National Academies of Sciences, Engineering, and Medicine (NASEM) is a prestigious organization that provides independent, objective advice to the nation on matters related to science, engineering, and medicine. Through programs like the Transit IDEA Program managed by the Transportation Research Board (TRB), NASEM fosters innovative concepts to solve real-world challenges in critical infrastructure.

aE.Solutions partnered with NASEM on two groundbreaking projects to develop and test standardized communication protocols, demonstrating our expertise in software development, systems integration, architecture design, and systems testing.

Project Background

NASEM sought to pilot advanced communication frameworks to improve data interoperability and real-time processing in distributed systems. We delivered two key projects:

• TCIP Traveler Information Pilot (Transit IDEA Project 60): Focused on creating a standardized interface for disseminating information in dynamic environments, ensuring seamless data flow between systems and end-users.
• Dynamic Vehicle to Infrastructure TCIP Communications Laboratory Proof of Concept (Transit IDEA Project 89): A lab-based demonstration of two-way communication protocols, enabling real-time data transmission and hazard detection.

Challenges

• Interoperability Issues: Existing systems used disparate data formats, leading to inefficiencies in real-time information sharing.
• Legacy System Constraints: Integrating modern protocols with older infrastructure without disruption.
• Real-Time Processing Demands: Handling large datasets with minimal latency and automatic event detection.
• Testing Complexity: Rigorous lab and simulated field testing to meet high performance and security standards.

Our Solutions

• Software Development: Built custom applications for data conversion and real-time processing.
• Systems Integration: Designed and implemented API strategies to connect legacy and modern systems.
• Architecture Design: Created scalable, fault-tolerant architectures for mission-critical communication.
• Systems Testing: Comprehensive lab-based end-to-end testing with specialized equipment and defect management.

Results and Impact

• Successfully demonstrated reliable real-time data processing and automatic hazard detection.
• Achieved full TCIP compliance and seamless interoperability across systems.
• Provided a proven blueprint for standardized communication in complex environments.
• Extended the life of legacy infrastructure while enabling future-ready capabilities.

Project Reports