Security, reliability and data risks for IT, software, network and systems courses.
A worked example of how a technical team finds, scores and controls the risks of software bots that move data between business systems, covering credentials, data exposure, change control, vendor dependence and recovery.
A worked example of how an automation engineering team finds, scores and controls hazards from robot motion, stored energy, network exposure, sensor defects and procedural error in a connected production cell.
A worked example of how a site reliability team finds, scores and controls the risks that threaten service availability, access, customer data and recovery, from identity compromise and misconfiguration to vendor failure and on-call fatigue.
A worked example of how a small smart factory team identifies, scores and controls risks in connected machines, sensors, plant software and supplier links, from cyber exposure and data errors to skills gaps, quality drift and safety.
A worked example of how a software team identifies, scores and controls the risks that threaten the confidentiality, integrity and availability of a shared application, from dependencies and identities to logging, recovery and privacy duties.
A worked example of how a full-stack product team finds, scores and controls the risks that threaten source code, customer data, service availability and the trust placed in each release.
A worked example of how a software quality assurance and test automation team finds, scores and controls risks such as flaky tests, escaped defects, exposed test data and fragile pipelines, and how ratings change once controls are in place.
A worked example of how an installer finds, scores and controls the risks in a rooftop solar project, from electrical shock, falls and fire to design faults, maintenance, suppliers and legal duties.
A worked example of how an administration team finds, scores and controls the risks to servers, network devices, backups and data, from privileged access and misconfiguration to malware, third parties and weak logging.
A worked example of how an engineering team finds, scores and controls the risks in planning, building and running a wireless and telecommunications network, from site work and radio exposure to configuration errors and supplier delays.
A worked example of how an engineer finds, scores and controls the risks in heating, ventilation and cooling systems, from refrigerant, electrical and combustion hazards to sizing errors, poor commissioning and supplier dependence.
A worked example of how a web application team finds, scores and controls risks to user accounts, data, availability and privacy duties, from authentication flaws to third-party code and slow incident response.
For Learning Reference Only: This assessment demonstrates how risk assessment principles are applied in a practical setting, providing a useful reference for learning and understanding. Actual assessments may be adapted to suit specific site conditions and circumstances.
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