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RECENT NEWS
Translational Grant : Call for Proposals (Extended to March 8, 2021)
22nd January, 2021NSoE DEST-SCI is launching a Translational Grant call wef 22 January 2021. Researchers are invited […]
2020 Outstanding Contribution Award
30th September, 2020Our congratulations to Prof Jianying Zhou, Co-Centre Director of iTrust, for receiving the 2020 Outstanding Contribution […]
CISS2020-OL: Attacking the Secure Water Treatment Testbed
13th August, 2020The JYVSECTEC Red Team participated in CISS2020-OL and shared its experience in its blog here.
CISS2020-OL Award Ceremony
11th August, 2020The CISS2020-OL concluded with the award ceremony on 11 Aug 2020. Prof Aditya Mathur shared […]
iTrust awarded a maritime grant
6th August, 2020iTrust is proud to annouce it has been awarded a funding support by the Singapore […]
CALENDAR OF EVENTS
Workshop on Cybersecurity for OT Systems
12th March, 2021You are cordially invited to attend our online workshop event (March 11-12, 2021) via Zoom, […]
Workshop on Cybersecurity for OT Systems
11th March, 2021You are cordially invited to attend our online workshop event (March 11-12, 2021) via Zoom, […]
iTrust Webinar: A Cyber Risk Management Study in Shipboard OT Systems
18th December, 2020iTrust invites you to a webinar: A Cyber Risk Management Study in Shipboard OT Systems […]
iTrust-NSoE Seminar Series: The Landscape of Ethereum Smart Contracts
5th February, 2020Abstract: After cryptocurrencies, smart contracts are the second major innovation of the blockchain era. Leveraging […]
iTrust – NSoE Seminar: Towards a scalable, smart and highly-interactive IoT Honeypot
30th October, 2019Abstract: As the number of commercial IoT devices grows, so do cyberattacks that target and exploit […]
Check out the Events Gallery for pictures of the event.
FEATURED
SWaT consists of a modern six-stage process. The process begins by taking in raw water, adding necessary chemicals to it, filtering it via an Ultrafiltration (UF) system, de-chlorinating it using UV lamps, and then feeding it to a Reverse Osmosis (RO) system. A backwash process cleans the membranes in UF using the water produced by RO. The cyber portion of SWaT consists of a layered communications network, Programmable Logic Controllers (PLCs), Human Machine Interfaces (HMIs), Supervisory Control and Data Acquisition (SCADA) workstation, and a Historian. Data from sensors is available to the SCADA system and recorded by the Historian for subsequent analysis. Both wired and wireless communications are used for data and command transfer among different components of SWaT. [Read More]