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Big Data and Cloud Computing
2,500 words
Big Data and Cloud Computing: FieldVision Cloud-Based Big Data Solution for AgroNova
This assessment is a 2,500-word individual report for the Big Data and Cloud Computing module within the MSc Management with Data Analytics programme at BPP University. The report is based on a fictional agricultural technology company, AgroNova, and its FieldVision project. AgroNova provides climate change and crop monitoring services to farmers in the UK and intends to expand internationally. However, its existing ageing infrastructure and manual processes present challenges to international expansion and the development of data-driven decision-making. The FieldVision project aims to use Internet of Things (IoT) technology and cloud-based big data solutions to collect, store and analyse real-time information from agricultural environments. The report requires students to act as a big data and cloud solution consultant and provide recommendations to senior management at AgroNova. The project involves IoT devices such as CropCam aerial cameras supplied by HydroSense and SmartHarvester solar-powered sensors supplied by SoilTech. These technologies collect information including crop imagery, soil moisture, temperature and humidity. The resulting data can support crop monitoring, risk assessment, early warning alerts, irrigation decisions, crop-failure claims validation and other farming-related insights. The first task focuses on Big Data Requirements and Storage Solutions. Students must identify the requirements arising from the scenario and critically evaluate a range of cloud-based big data storage solutions. The evaluation should consider factors such as capacity, functionality and costs. The second task requires students to propose one appropriate cloud-based solution architecture supported by an architecture diagram showing the essential components from data sources through to reporting. The selected architecture must be analysed in relation to AgroNova's requirements and the storage solutions considered in Task 1. The third task addresses Project Risks and Issues. Students must critically appraise the risks and issues associated with deploying the proposed cloud-based big data solution and identify appropriate mitigation approaches. These issues should be connected directly to the storage solutions and proposed architecture. The scenario highlights concerns from AgroNova's CISO, CFO and Chief Reputation Officer regarding potential data breaches, high costs and poor returns on investment, making security, financial viability and organisational risk important considerations. The report should contain an approximately 200-word introduction, an 800-word analysis of Big Data Requirements and Storage Solutions, a 500-word Proposed System Architecture section supported by relevant diagrams, an 800-word Project Risks and Issues section, and an approximately 200-word conclusion. Harvard referencing, academic research and appropriate supporting appendices are also required. The assessment addresses three learning outcomes: designing an architecture that supports complex data collection, critically evaluating data storage solutions from an enterprise systems perspective, and critically appraising issues involved in enterprise-system deployment.
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Security of Connected Systems
4,500 words
CW: Security Evaluation
This assignment is an individual technical report focused on the security evaluation and strategic development of a rapidly expanding Internet of Things (IoT) systems developer based in Coventry. The client specialises in innovative IoT devices and systems for residential and commercial applications, particularly smart energy monitoring, and is planning to scale its operations and expand into new markets. The report is designed to provide practical and strategic guidance on how the organisation can achieve this growth while maintaining strong cybersecurity. The assignment requires students to act as an external IoT Security and Scaling Strategist and critically evaluate the organisation’s current and future security needs. The report covers four principal areas: organisational change strategy, secure design and development strategy, security audit strategy, and security recommendations. The organisational change section considers internal and external factors influencing growth, the development and implementation of an organisational strategy, monitoring against objectives, and approaches to leading and managing strategic change using relevant change management theories and models. The secure design and development section requires an overview and evaluation of possible secure design processes for IoT systems, including their strengths and weaknesses, followed by a recommendation for an appropriate process. The security audit section examines methods such as PTES and OWASP and develops a guide for conducting a security audit, including the testing methodology, rationale for each stage, and evaluation of different approaches. The security recommendations section requires a case study of an IoT security vulnerability, examination of where the security flaw was introduced, assessment of weaknesses in the secure design or audit process, consideration of the resulting security impact, and recommendations for improvement. The report should be written for a technical audience, particularly the client’s software development team, and should use appropriate structure, technical language, diagrams where useful, and APA referencing. The organisational strategy and strategic change proposal should be included in appendices and referenced within the main report. The assessment is worth 30 credits and has a maximum word count of 4,500 words, with the main sections weighted across organisational change, secure design, security auditing, security recommendations, and report structure.
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Computing Science
Writing a Literature Review in Computing Science
This individual assessment requires students to write a concise literature review on a selected topic within computing science. The review should be no more than six pages in length and should be written in a style appropriate for a general computing science audience. The assignment is designed to demonstrate technical knowledge, independent learning, effective written communication and professionalism in producing a concise technical document. Students must select a research topic from one of five permitted areas: algorithmic bias and fairness, a data science application, quantum computing, the Internet of Things (IoT), or the use of artificial intelligence in cybersecurity. Possible topics include how algorithms can discriminate and techniques for detecting and correcting algorithmic bias, applications of data science in areas such as agriculture or healthcare, quantum computing algorithms and hardware, technical IoT problems and potential solutions, and the use of AI for cybersecurity threat detection and prevention. The literature review must contain several required components. The first page should contain only the title, student number, abstract and statement of AI usage. The abstract must provide a concise overview of the review and must not exceed 200 words. The report should also include an introduction that provides broad background information before narrowing the discussion to the selected research topic. The introduction should explain why the topic is important and provide relevant context and examples of applications. Students are expected to review a range of relevant literature, including theories, methods, techniques, ethical concerns or tools where appropriate. The selected literature should not simply be described individually; instead, students must synthesise the sources to identify important themes, findings and areas of interest and provide a critical review of the literature. The conclusion should summarise the main findings, identify open issues and discuss possible future directions. The assessment must include a bibliography with accurate and up-to-date references formatted using Harvard style. The final document may be prepared in LaTeX or Word but must use one of the provided templates and be submitted as a PDF through Blackboard. The complete review, including figures and bibliography, must not exceed six pages. The assessment is marked according to structure, sources and their description, synthesis and critical review, and presentation.
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Cyber Security / Internet of Things / Connected Systems
4,500 words
Security Evaluation for Connected Systems: IoT Strategy, Secure Design, Security Auditing and Organisational Change
This Security of Connected Systems assessment requires students to act as an external IoT Security and Scaling Strategist for a rapidly expanding Coventry-based technology startup specialising in connected devices and smart energy-monitoring systems. The client intends to scale its operations and enter new markets and therefore requires both organisational-change guidance and a comprehensive evaluation of its cybersecurity posture. 38f2fba9a933f212c9e46e8cc591cf2… The report combines business strategy with technical cybersecurity analysis. Students must review different secure design and development methodologies, compare their strengths and weaknesses, and recommend an appropriate approach for integrating security into the client's IoT software-development lifecycle. 38f2fba9a933f212c9e46e8cc591cf2… 38f2fba9a933f212c9e46e8cc591cf2… A major component of the assessment focuses on organisational change strategy. Students examine the internal and external factors driving organisational growth, develop a comprehensive strategy for achieving the client's business objectives, and explain how that strategy should be implemented and monitored. The report must also critically evaluate relevant change-management theories and models and address the complexities of leading and managing strategic transformation. This section carries 35% of the marks and is allocated approximately 2,000 words. 38f2fba9a933f212c9e46e8cc591cf2… The Security Audit Strategy section requires students to design a guide for auditing the client's connected system. Different approaches, including methodologies such as PTES and OWASP, should be compared and evaluated. Students must explain each stage of the selected testing methodology and justify why the individual steps are required. 38f2fba9a933f212c9e46e8cc591cf2… The final technical component applies these principles to an IoT vulnerability case study. Students research a real vulnerability in an IoT device, explain where the security flaw was introduced, identify weaknesses in the secure-design or audit process, assess the resulting security impact and propose appropriate corrective actions. 38f2fba9a933f212c9e46e8cc591cf2… Overall, the coursework integrates IoT cybersecurity, secure software development, security auditing, vulnerability analysis, organisational strategy and strategic change management. The marking scheme allocates 35% to organisational-change strategy, 20% each to secure design and development, security auditing and security recommendations, and 5% to report structure. 38f2fba9a933f212c9e46e8cc591cf2… Important: the brief states that it is for Coventry University Group students' own use and must not be passed to third parties or posted on a website. 38f2fba9a933f212c9e46e8cc591cf2… So use an original public summary like the one above, but do not upload the original brief itself.
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Digital Transformation / Management and Leadership
1,500 words
Leading Through Digital Change: Digital Transformation Strategy, Emerging Technologies and Leadership
This postgraduate assessment requires students to act as a Digital Transformation Consultant and evaluate how a selected organisation should respond to accelerating technological change. Students choose one organisation from the options provided in the brief and prepare a Digital Transformation Report and accompanying poster designed to recommend changes that can help the organisation maintain competitive advantage and create business value. Summative_Assessment_Leading_Th… The first section focuses on a Digital Transformation Strategic Framework. Students must critically review and apply one recognised framework, choosing from the McKinsey 4Ds, BCG 3 Stages, Gartner’s 6 Steps or Cognizant’s 4 Pillars. The analysis should identify appropriate digital-transformation objectives and explain how these can support business functions such as operations, ICT and marketing. Higher-level work is expected to move beyond description and critically evaluate recent digital initiatives and organisational challenges. Summative_Assessment_Leading_Th… The second component is an A4 poster examining future digital trends. Students must evaluate two disruptive technologies or techniques likely to influence the relevant industry, employment and the labour market over the next five years. Suggested technologies include artificial intelligence and machine learning, 5G connectivity, IoT, robotics, drone delivery, blockchain, augmented reality and virtual reality. Academic literature and real-world examples are expected to support the evaluation. Summative_Assessment_Leading_Th… The third section addresses Digital Leadership. Students analyse and recommend two leadership styles that could support organisational transformation. Relevant approaches may include hyperaware agile leadership, ethical-tech leadership, people-oriented leadership, agile leadership and Goleman’s leadership styles. The analysis should explain how leadership capabilities can support collaboration, organisational networks and people during digital change. Summative_Assessment_Leading_Th… The final submission should contain a clear introduction, conclusion and Harvard-referenced evidence, and must be written in the third person with professional academic presentation. Summative_Assessment_Leading_Th… Overview word count: approximately 330 words.
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Leading Through Digital Change
2,500 words
Leading Through Digital Change (CW1)
The Leading Through Digital Change (CW1) assessment is a summative coursework assignment for MSc Management programmes at BPP University Business School. The assessment accounts for 100% of the module marks, with a minimum of 50% required to pass. Students must submit the assessment through Turnitin and follow the Harvard Referencing System. The coursework consists of a 1,500-word business report together with an A4-size poster. The assessment requires the student to act as a Digital Transformation Consultant responsible for coordinating technology expertise within an organisation. The Chief Information Officer (CIO) requires a Digital Transformation Report and Poster that evaluate and recommend changes designed to maintain competitive advantage and create business value. Students must select one organisation from the options provided in the assessment brief: Tata Motors, Meezan Bank Limited, Hulu, or Puma SE. Part 1 addresses the Digital Transformation Strategic Framework and is linked to Learning Outcome 1. The student must critically review and propose one appropriate digital transformation framework for the selected organisation. The brief specifies that one framework should be used from McKinsey 4Ds, BCG 3 Stages, Gartner's 6 Steps or Cognizant's 4 Pillars. The section should also include digital transformation objectives supporting areas such as operations, ICT and marketing. Part 2 addresses Future Digital Trends and Learning Outcome 2. Students must design a poster evaluating two disruptive technologies or techniques likely to affect the smartphone industry, employment and the labour market over the next five years. Suggested technologies include Artificial Intelligence and Machine Learning, 5G Connectivity, Internet of Things, Robotics, Drone Delivery, Blockchain, and Augmented or Virtual Reality. Academic literature and real-life examples should support the discussion. Part 3 addresses Digital Leadership Recommendations and Learning Outcome 3. Students must analyse and propose two appropriate digital leadership styles that the selected organisation should develop to effectively manage and support digital transformation. The brief identifies possible approaches including hyperaware agile leadership, ethical-tech leadership, people-oriented leadership, agile leadership and Goleman's six leadership styles, while allowing other relevant approaches. The required report structure includes the BPP University administration cover sheet, table of contents, list of abbreviations where appropriate, introduction, Part 1, Part 2 (Poster), Part 3, conclusion, references and appendix where required. The main business report is limited to 1,500 words, while the poster has no separate word limit but must fit on A4 paper. The report must be written in the third person, use professional formatting, include page numbers, correctly label tables and figures, and use Harvard in-text citations and references. The marking criteria emphasise critical evaluation rather than simple description. Higher performance requires evidence of extensive personal research, critical analysis of digital transformation frameworks, emerging technologies and leadership approaches, supported by academic literature and real-world examples. The rubric also expects strong links between the organisation's technological challenges, transformation objectives, disruptive technologies and proposed leadership approaches.
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Security of Emerging Connected Systems
1,500 words
CW1: Policy and Legal Aspects Report – IoT System
This 1,500-word report for the Security of Emerging Connected Systems module examines the legal and security implications of a proposed Internet of Things (IoT) system designed for consumers to monitor food intake and bodyweight. The coursework requires students to provide an initial investigation of the potential legal pitfalls associated with the proposed product and identify appropriate solutions or mitigation measures. The report is worth 5 credits and is assessed as an individual written report. The proposed IoT system consists of several connected components. A smartphone application allows users to scan barcodes of processed food to record calorie and nutritional information against their health record. A kitchen scale communicates with the phone application to record the weight of ingredients used in home-cooked meals. A bathroom scale records the user's weight and provides light and sound reminders to encourage regular measurements. A UK-based server stores the collected information and generates individual user reports. The main purpose of the report is to ensure that the company understands the UK and international laws that may apply to the proposed system. Students must identify potential legal issues and recommend appropriate mitigation through technology, organisational policy, licensing arrangements or user agreements. The system definition is deliberately broad, so students should not make unsupported assumptions about its design. Where several options have different legal implications, the report should compare the relevant alternatives and explain their implications rather than presenting only one solution. The initial product is intended for UK residents, while the company is considering future expansion into the United States. Consequently, the report should focus primarily on UK law but also include a short section discussing legal aspects that may need to be reconsidered when entering the US market. The report is intended for company executives and may subsequently be provided to the R&D department. Therefore, high-level outcomes should be communicated early, while useful links to technical information such as encryption schemes, protocols and frameworks may be provided without extensive technical explanations in the main report. The assessment places 50% of the marks on understanding and coverage of UK and US law, 40% on technical recommendations and 10% on report presentation. Strong submissions are expected to provide comprehensive coverage of relevant legislation, connect legal issues with the wider security context, analyse technical recommendations for both regions, identify differences between UK and US requirements and support arguments with appropriate citations and a wide range of sources. The assignment learning outcomes focus on critically evaluating the role of security policy in protecting information assets and proposing appropriate policies for internet-based technologies. They also require students to demonstrate an understanding of key legislation relating to information security and how legislation influences organisational security policy. The final report should therefore combine legal analysis with practical security recommendations, addressing the proposed IoT system from both UK and US perspectives while remaining suitable for both technical staff and non-technical management.
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Security of Emerging Connected Systems
2,000 words
Security Evaluation – Secure Design, Security Audit and IoT Security Recommendations
This individual coursework for the Security of Emerging Connected Systems module requires students to prepare a 2,000-word technical report evaluating secure design, security auditing and security recommendations for an organisation developing Internet of Things (IoT) devices and systems for home and workplace environments. The assessment is worth 10 credits and requires students to provide practical and evidence-based guidance to the client’s software development team. The report is assessed across secure design and development methodology, security audit methodology, security recommendations and overall report structure. The first major section addresses Secure Design and Development Methodology. The client wants to incorporate secure design principles into its software development workflow and therefore requires an overview of possible secure design processes relevant to IoT. Students must evaluate the strengths and weaknesses of different approaches and provide a justified recommendation for a process that would be appropriate for the client. The emphasis is on integrating security into the design and development of systems rather than treating security as a separate activity after development. The second section focuses on Security Audit Methodology. The client wants to complement its secure design process with a security audit of the final developed system. Students must provide a practical guide explaining how a security audit could be performed, including the overall testing methodology and the purpose of each stage. The brief identifies methodologies such as PTES and OWASP as examples. Students are also expected to discuss different approaches and evaluate their respective strengths and weaknesses. The third section concerns Security Recommendations and requires students to demonstrate the implications of strong secure design and auditing through an IoT security case study. Students must research a security vulnerability affecting an IoT device, explain the vulnerability and identify where the security flaw was introduced. The report must then examine which parts of the secure design and audit processes were not implemented correctly and evaluate the resulting impact on the security of the product. The report is intended for a technical audience, specifically the client's software development team. Students are expected to use an appropriate technical structure and language, support their arguments and analysis with references, and use APA referencing. The assessment also encourages appropriate diagrams to support the written content. The report structure component accounts for 10% of the assessment, while Secure Design and Development Methodology, Security Audit Methodology and Security Recommendations each account for 30%. The coursework assesses learning outcomes relating to defence-in-depth solutions for technical internet security vulnerabilities, secure private networks for IoT and BYOD, and current research and technological advances in network security. These outcomes connect the assignment to practical IoT security engineering, secure development, security auditing and emerging network-security practices.
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Consultancy Project
1,464 words
Enhancing Sustainable Supply Chain Practices through Digital Transformation: A Case Study of Unilever Plc
This consultancy project proposal examines how digital transformation can enhance sustainable supply chain practices at Unilever Plc. Unilever is presented as a multinational fast-moving consumer goods organisation operating across more than 190 markets, with a complex global supply chain and sustainability commitments linked to the United Nations Sustainable Development Goals. The proposal focuses on the challenges associated with achieving supply chain transparency, managing fragmented sustainability data, and balancing sustainable sourcing and operational costs. The project investigates how emerging digital technologies, particularly blockchain, the Internet of Things (IoT) and Artificial Intelligence (AI), could support greater transparency, traceability, operational efficiency and sustainability within Unilever's supply chain. The organisational analysis identifies issues including the complexity of tracing raw materials across multi-tier supply chains, fragmented procurement and sustainability information systems, and the tension between sustainability investments and short-term operational costs. The proposal also considers infrastructure readiness, data security and employee upskilling as factors affecting digital transformation. The research aims to examine how digital transformation technologies could improve sustainable supply chain planning at Unilever while supporting long-term business and environmental goals. Three objectives are established: examining sustainability challenges affecting Unilever's global supply chain, assessing how blockchain, IoT and AI could improve transparency, traceability and efficiency, and proposing strategic recommendations for integrating digital innovation into Unilever's sustainability framework. The central research question examines how digital transformation can contribute to an ethical, transparent and sustainable supply chain while maintaining operational efficiency. A qualitative exploratory case-study research design is proposed. The main emphasis is on secondary data, including Unilever's annual reports, sustainability information, digital transformation publications, company news, industry articles and analyst reports. Where feasible, primary data may be collected through semi-structured expert interviews and a short qualitative questionnaire. The proposed analysis includes thematic analysis, document review and descriptive statistics using relevant secondary numerical data. Validity is supported through triangulation, while reliability is addressed through consistent coding and an audit trail. The proposal also addresses ethical considerations, including research integrity, transparency, confidentiality, informed consent, anonymity, GDPR requirements, plagiarism avoidance, Harvard referencing and potential corporate bias or greenwashing. Overall, the project explores the potential contribution of digital innovation to Unilever's sustainability objectives and the wider responsible digitalisation of the FMCG supply chain.
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Cyber Security / Cloud Management
2,500 words
Cyber Security and Cloud Defence Strategy for ShieldSafe Analytics
This Level 7 Cyber Security for Business and Cloud Management portfolio examines the security challenges faced by ShieldSafe Analytics Ltd., a multinational health analytics organisation specialising in AI-enabled diagnostics and telehealth. The organisation processes high volumes of sensitive patient information, including biometric and genomic data, across hybrid-cloud environments and IoT-enabled healthcare infrastructure. Following a suspected data-exfiltration incident involving anomalous traffic from a diagnostic platform connected to third-party cloud APIs, students are required to evaluate the organisation's information environment and develop appropriate cyber-security and cloud-defence strategies. The first task focuses on information environments and the weaponisation of information. Students identify critical elements of ShieldSafe's information environment, evaluate vulnerabilities associated with the data-exfiltration incident and examine how patient data or analytical systems could be manipulated by malicious actors. Relevant real-world healthcare cyber incidents should be used to support the analysis. The second task examines offensive and defensive Information Operations. Students analyse techniques used by nation-state actors and cybercriminal organisations, including healthcare ransomware incidents such as WannaCry, and compare offensive and defensive approaches. The analysis considers how ShieldSafe can balance these approaches while protecting sensitive data and preserving trust in AI-enabled diagnostic systems. The third task applies Information Operations within legal and ethical boundaries and requires development of a secure cloud migration strategy for ShieldSafe's legacy Electronic Health Record system. The supporting student guide specifically permits students to demonstrate an implementation using Amazon AWS, including IAM users and roles, VPC configuration, security groups, web servers, EC2 instances and AWS migration services. The final task requires a comprehensive cyber-defence strategy, including implementation of Zero Trust Architecture across cloud platforms and analysis of vulnerabilities affecting cyber-physical healthcare systems such as wearable medical devices and diagnostic equipment. Students must propose controls against both remote and local attacks. Overall, the portfolio integrates information operations, healthcare cybersecurity, hybrid-cloud protection, secure migration, Zero Trust, cyber-physical security and strategic cyber defence. The work is produced as a portfolio report using PebblePad and must use Harvard referencing throughout, with appropriate citation of academic sources, images, definitions and external arguments.
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Business Management / Business Consultancy / Supply Chain Management
5,000 words
Digital Transformation for Sustainable Supply Chain Transparency at Unilever: Blockchain, IoT and AI
This MSc Business Consultancy Project requires students to undertake an evidence-based consultancy investigation addressing a strategically significant business problem within a selected organisation. The assessment is designed to replicate professional consultancy practice by requiring students to define a focused organisational challenge, critically analyse secondary evidence, apply relevant management frameworks, evaluate stakeholder implications and develop practical recommendations that create value for the client organisation. The final submission is a 5,000-word consultancy report, including a 500-word employability reflection. The reference project examines Unilever Plc and focuses on the challenge of improving transparency and traceability across its complex global supply chain. Particular attention is given to the potential application of Blockchain, Internet of Things (IoT) and Artificial Intelligence (AI) to support real-time traceability, predictive analytics, ethical sourcing, operational efficiency and sustainability performance. The project considers how digital transformation could support Unilever's sustainability objectives while responding to growing regulatory, environmental and stakeholder pressures. The consultancy report requires a structured analysis consisting of an executive summary, introduction, company/client overview, clearly defined business problem and consultancy focus, and detailed stakeholder analysis. Students then undertake an extensive data analysis and framework application section using two or three relevant theoretical models alongside credible secondary evidence, industry reports, company data, tables, charts or Excel outputs. Findings should be interpreted critically and linked back to appropriate strategic or management frameworks while incorporating ethical and sustainability considerations. The project concludes with three prioritised, actionable and evidence-based recommendations, including consideration of implementation risks, barriers and anticipated benefits. Students must also critically reflect on the employability skills developed through the consultancy project, including research, analysis, problem-solving, project management, communication, professional behaviour, ethical awareness and future career development. All academic and professional evidence must be cited using the Harvard Referencing System, with emphasis on credible and current sources.
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Cyber Security for Business and Cloud Management
This activity aims to assess your comprehension of the diverse concepts discussed in this module. You must use the frameworks and concepts covered in this module's delivery to respond to all the tasks below. Scenario ShieldSafe Analytics Ltd. is a fast-growing health analytics company specialising in AI-driven patient diagnostics and telehealth platforms. Operating across multiple countries, the company processes high volumes of real-time patient data, including biometric and genomic records. Due to the increased reliance on remote healthcare and IoT-enabled medical devices, their infrastructure has expanded into hybrid cloud environments. Recently, ShieldSafe experienced a suspected data exfiltration incident involving anomalous traffic from one of its diagnostic platforms integrated with third-party cloud APIs. As a result, executive leadership has raised concerns about the company’s vulnerability to adversarial information operations, particularly in relation to data manipulation, misinformation, and insider threats. As a Junior Cybersecurity Strategist, you’ve been recruited to support the lead cyber intelligence consultant in reviewing vulnerabilities within their information environment, exploring offensive and defensive Information Operations (IO) concepts, and crafting robust cyber defence mechanisms. The leadership also wants to migrate a legacy electronic health record (EHR) system used across its African operations to a more scalable and secure cloud infrastructure. However, concerns exist regarding cross-border data protection laws, insider threats, and the strategic use of information in potential cyber warfare scenarios.
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L7 Cyber Security for Business and Cloud Management
This activity aims to assess your comprehension of the diverse concepts discussed in this module. You must use the frameworks and concepts covered in this module's delivery to respond to all the tasks below. Scenario ShieldSafe Analytics Ltd. is a fast-growing health analytics company specialising in AI-driven patient diagnostics and telehealth platforms. Operating across multiple countries, the company processes high volumes of real-time patient data, including biometric and genomic records. Due to the increased reliance on remote healthcare and IoT-enabled medical devices, their infrastructure has expanded into hybrid cloud environments. Recently, ShieldSafe experienced a suspected data exfiltration incident involving anomalous traffic from one of its diagnostic platforms integrated with third-party cloud APIs. As a result, executive leadership has raised concerns about the company’s vulnerability to adversarial information operations, particularly in relation to data manipulation, misinformation, and insider threats. As a Junior Cybersecurity Strategist, you’ve been recruited to support the lead cyber intelligence consultant in reviewing vulnerabilities within their information environment, exploring offensive and defensive Information Operations (IO) concepts, and crafting robust cyber defence mechanisms. The leadership also wants to migrate a legacy electronic health record (EHR) system used across its African operations to a more scalable and secure cloud infrastructure. However, concerns exist regarding cross-border data protection laws, insider threats, and the strategic use of information in potential cyber warfare scenarios.
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