CIERTA is a hub for innovation and the development of new technologies and scientific discoveries. Below is a list of patents and open-source software tools developed by the laboratories affiliated with CIERTA.

Open-Source Tools

CIERTA-affiliated laboratories have developed numerous open-source tools to support research and innovation in cybersecurity and related fields. Below is the list of tools categorized by their respective labs.

Cyber-Physical Systems Security Lab (CSL)

• SaINT: Sensitive Information Tracking in IoT Applications
• IoTBench Applications
• Proviz: Sensor Development Software for IoT Devices
• GTID: A Passive Technique for Fingerprinting Wireless Devices

Advanced Wireless and Security Lab (ADWISE)

• NetSim
• PQ-IPsec
• PQ-Cryptography-With-Certificate-Validation-Method
• 5G-PQ-TLS-Tunnel
• homomorphic-path-comparison
• Level-Site-PPDT
• Homomorphic Encryption
• SymmetricKeyManagement
• ADWISE-5G-DNS-Security
• 5G-SDN-Testbed
• VSI-ensemble-CNN
• mpc-mgmt-cmdl
• LoRaWAN
• LNMesh
• ofswitch13-wave
• Secure-Indoor-Localization
• Explorecams-Scrapper
• ns3-mmwave-sdn-vanet
• RoutingMetricsleee802-11s
• PEA-RTO

Security, Reliability, Low-power, and Privacy Lab (SERLOP)

• Hardware Trojans Data
• SRAM Memory Supply Chain Security Data
• SRAM Memory Manufacturer Identification Data

Patents

CIERTA-affiliated faculty and labs produce several patents every year. Below is the list of currently available patents. If you are interested in any licensing opportunities, you can contact CIERTA Co-directors.

Cyber-Physical Systems Security Lab (CSL)

• System and Method for Secure and Resilient Industrial Control Systems
• Cost-efficient IoT Forensics Framework with Blockchain
• Systems and methods for inhibiting threats to a computing environment
• Systems and methods for monitoring activity in an HDMI network
• Internet of Things (IoT) identifying system and associated methods
• Context-aware intrusion detection method for smart devices with sensors
• Method for continuous user authentication with wearables
• Detection of counterfeit and compromised devices using system and function call tracing techniques
• Context-aware security framework for a smart environment
• A Method of Resource-Limited Device and Device Class Identification using System and Function Call Tracing Techniques, Performance, and Statistical Analysis
• Introducing data loss in Zigbee Networks via Join/Association Handshake Spoofing

Advanced Wireless and Security Lab (ADWISE)

• System and methods for detecting cryptocurrency wallet artifacts in a file system
• Systems and methods for authentication and key agreement in a smart grid
• Systems and methods for distributed authentication of devices
• Systems and methods for inhibiting threats to a computing environment
• Cost-efficient IoT forensics frameworks with blockchain
• Systems and methods for monitoring activity in an HDMI network
• Systems and methods for revocation management in an AMI network
• Method for continuous user authentication with wearables
• Inducing data loss in Zigbee networks via join/association handshake spoofing

Security, Reliability, and Low-powered Research Lab (SERLOP)

• Systems and methods for identifying counterfeit memory
• Methods for Detection of Recycled Flash Memory

Analytics for Cyber Defense (ACyD)

• Systems and methods for formal threat analysis of a smart healthcare system