This 2-day workshop seeks to introduce and equip an individual with knowledge and skills of various tools to extract firmware from an IoT device. Hands-on practicals will be conducted in both afternoon sessions to complete the workshop.
This could be attributed to the large number of IoT devices we use in our everyday lives, from smartphones to vehicles, kitchen appliances, and television sets - that all contain IoT. Hence, the impact of a malware attack can be very critical and potentially life-threatening.
This course provides an introduction to IoT forensics. It caters to people from beginner hobbyists to security consultants to senior management. Whether you are a technical person who likes to get your fiddle with IoT hardware or a senior management who wonders how to reverse engineering an IoT device, this course will provide the basic knowledge you need.
This 2-day workshop seeks to introduce and equip an individual with knowledge and skills of various tools to extract firmware from an IoT device. Hands-on practicals will be conducted in both afternoon sessions to complete the workshop.
Who Should Attend
White Hat Hackers
IoT Vulnerability Engineers
HTX, CSA
Prerequisites
Basic computer engineering skills
For this beginner course, no prior electronic knowledge is required
Basic Linux commands such as directory listing, executing of scripts
What You Will Learn
Tapping into IoT devices from serial-port
Introduction to Serial Communication
Necessary Linux Shell commands
Hands-on practical to identify and obtain access to the Linux shell
Tapping into IoT devices from JTAG-port
Introduction to JTAG Protocol
Introduction to Firmware analysis
Hands-on practical on using Open-source tools
Hands-on practical to identify JTAG pins and obtain access to extract the firmware
Extracting firmware directly from flash memory
Flash Memory used in IoT devices
Tools of the trade
Hands-on practical to identify flash memory and extract the firmware
Singapore Institute of Technology (SIT) is Singapore’s University of Applied Learning, offering applied degree programmes targeted at growth sectors of the economy. With a mission to nurture and develop individuals who impact society in meaningful ways, SIT aims to be a leader in innovative learning by integrating learning, industry, and community.
The university’s unique pedagogy integrates work and study by incorporating applied research for students to work on real industry problems and creating solutions that meet industry needs. SIT also advocates the work-learn continuum, which places an emphasis on upskilling and lifelong learning.
Spread across six campuses, and partnered with nine reputable overseas universities, SIT offers a curriculum that blends innovation and expertise with applied research and practical experience.
Mission
To maximise the potential of our learners and to innovate with industry, through an integrated applied learning and research approach, so as to contribute to the economy and society.
Vision
SIT in 2024 is envisioned to be a key university in Singapore that lives and breathes industry, with its students and alumni (collectively called SITizens) being thinking tinkerers, lifelong learners and catalysts for transformation who care for the community and stay connected to SIT and their fellow SITizens
In this course, you will learn general strategies for planning, designing, developing, implementing, and maintaining an IoT system through various case studies and by assembling and configuring an IoT device to work in a sensor network.
Internet of Things Course Syllabus is customized to offer the best and most relatable introduction to the Internet of Things Penetration Testing Course in Singapore. This is customized as students can quickly grab the subject where it starts from.
It is a 2-day workshop to introduce Internet of Things (IoT) technology and the Message Queuing Telemetry Transport (MQTT), a popular communication protocol for IoT devices. Participants will have a chance to develop simple IoT devices/prototypes to demonstrate the applications of IoT.
This 2 days WSQ IoT course witll use Raspberry PI Zero W as the microcontroller to collect and send data to the cloud server. Trainees will learn to program the Raspberry Pi Zero W kit using Circuit Python.
The programme on IoT for Digital Supply Chain equips participants with the essential knowledge and skills on digital supply chain practices in an organisation.
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