The rise of the Internet of Things (IoT), cloud migration, IT-OT convergence, and recent AI-powered innovations have posed new challenges to data privacy protection. Organizations are increasingly recognizing the need to invest in better technologies that can enable them to manage security and mitigate risks while respecting individual privacy. This has led to the emergence of Privacy-enhancing Computation (PEC).
What is Privacy-enhancing Computation (PEC)?
Privacy-enhancing Computation refers to a combinations of techniques and methodologies designed to enhance privacy and protect sensitive data during computational processes. It encompasses the development and implementation of cryptographic protocols, algorithms, and frameworks that enable secure data processing while minimizing exposure to sensitive information.
PEC can be categorized into three forms: establishing a trusted data environment for secure data processing, incorporating analytics capabilities through privacy-aware machine learning, and transforming data and algorithms using homomorphic encryption to ensure data confidentiality. These three forms of PEC enable organizations to address various data privacy concerns, enabling them to process, analyze, and utilize data while safeguarding the confidentiality and privacy of individual data contributors.
The Emergence of Privacy-enhancing Computation (PEC) and its importance
Data is the driving force behind organizational operations and progress. While its utilization can empower organizations, it is also important to recognize its limitations and ethical considerations. Data privacy is essential, as the failure to protect sensitive data can expose organizations to various threats, including malicious actors, legal and regulatory implications, and potential harm to the individual data contributors themselves. The emergence of Privacy-enhancing computation addresses the challenge of balancing data utility and privacy by enabling organizations to adopt privacy-preserving practices and technologies, thereby safeguarding sensitive data, complying with regulations, and building trust with individuals whose data is being processed. Additionally, with organisations continuously charging towards digital transformation for the betterment of their operational process and landscape, the significance of protecting data privacy intensifies, as this transformation leads to wider security and risk possibilities.
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