Comprehensive approach to managing & leveraging an organization's data assets in a unified and coordinated manner involving the processes, policies, technologies, and strategies implemented to ensure the quality, availability, security, and usability of data across the entire enterprise.
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A comprehensive approach to managing and leveraging an organization’s data assets in a unified and coordinated manner. The service aims to address the challenges associated with data silos, inconsistent data formats, redundant data, and lack of data governance within an organization. By adopting an enterprise data management framework, businesses can establish a standardized and holistic approach to data management, enabling them to:
Data governance, establishes policies, roles, and responsibilities for data management. Without data governance, organizations may struggle to implement consistent data governance practices, leading to data inconsistencies, unauthorized access, and difficulties in maintaining data quality and compliance.
Data lifecycle management (DLM) helps organizations define data retention policies and practices. In the absence of DLM, organizations may struggle to manage data retention effectively. This can result in the accumulation of unnecessary data, increased storage costs, and difficulties in identifying and accessing relevant data when needed.
Data lifecycle management (DLM) includes processes for data cleansing, validation, and enrichment to maintain data quality. Without DLM, organizations may experience challenges in ensuring data accuracy, completeness, and consistency. Poor data quality can impact decision-making, operational efficiency, and hinder data analytics initiatives.
Data lifecycle management (DLM) assists organizations in adhering to regulatory and legal requirements related to data management. Without DLM, organizations may face challenges in demonstrating compliance with data protection regulations, leading to legal risks, penalties, and reputational damage.
Data lifecycle management (DLM) incorporates data security measures throughout the data lifecycle, including access controls, encryption, and data masking. In the absence of DLM, organizations may be more susceptible to data breaches, unauthorized access, and data leakage due to inadequate security measures and limited visibility into data usage and access patterns.
Data lifecycle management (DLM) facilitates data discovery and access by maintaining metadata, data catalogs, and data lineage information. Without DLM, organizations may struggle to locate and access relevant data, leading to inefficiencies in data utilization, decision-making, and collaborative efforts.
Data lifecycle management (DLM) supports the availability and accessibility of data for analytics and decision-making purposes. In the absence of DLM, organizations may face challenges in leveraging data for analysis, reporting, and gaining actionable insights, resulting in missed opportunities for innovation, efficiency improvements, and competitive advantages.
By implementing data lifecycleData lifecycle management (DLM) encompasses processes for archiving and disposing of data based on retention policies. Without DLM, organizations may find it difficult to archive data appropriately, leading to storage overload and increased costs. Additionally, improper data disposal practices can pose data security risks and non-compliance with data privacy regulations. management (DLM), organizations can optimize data storage practices, reducing storage costs and improving resource utilization. Proper data retention and disposal policies prevent unnecessary data accumulation and storage inefficiencies
Data lifecycle management (DLM) ensures that data is accurate, complete, and consistent throughout its lifecycle. By maintaining data quality, organizations can make more informed decisions, enhance operational efficiency, and build trust in their data assets.
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Data lifecycle management (DLM) incorporates security measures throughout the data lifecycle, safeguarding data against unauthorized access, breaches, and data leakage. This enhances data security and privacy, protecting sensitive information and maintaining customer trust.
By implementing data lifecycle management (DLM), organizations can optimize data storage practices, reducing storage costs and improving resource utilization. Proper data retention and disposal policies prevent unnecessary data accumulation and storage inefficiencies
Data lifecycle management (DLM) facilitates data discovery, access, and sharing across the organization. This enhances collaboration, decision-making, and knowledge sharing among teams, enabling employees to access relevant data quickly and work more efficiently.
Data lifecycle management (DLM) ensures that data is readily available for analysis and reporting purposes. This enables organizations to derive meaningful insights, identify trends, and make data-driven decisions that drive innovation, improve customer experiences, and gain a competitive edge.
Data lifecycle management (DLM) supports robust data governance practices, providing clear policies, roles, and responsibilities for data management. This fosters a culture of accountability, improves data ownership, and enables effective data governance frameworks.
Data lifecycle management (DLM) enables organizations to have a holistic view of customer data, ensuring personalized and consistent experiences across touchpoints. By leveraging data effectively, organizations can deliver tailored products, services, and customer interactions.
Data lifecycle management (DLM) empowers organizations to unlock the full potential of their data assets, enabling them to gain a competitive advantage in the market. Data-driven insights foster innovation, identify new business opportunities, and drive continuous improvement and growth.
With data lifecycle management (DLM) organizations can respond quickly to changing business needs, regulatory requirements, and market demands. The ability to efficiently manage and leverage data allows for faster decision-making, proactive problem-solving, and better adaptation to market trends.
Installation, configuration, upgrade, migration, high-availability and disaster recovery setup.
Monitoring, performance tuning, backups, patching, capacity planning and optimization and incident management.
Access management, encryption, auditing, data masking & obfuscation, security assessments and incident management.
Reports, visualization, analytics, KPIs and business metrics. Predictive analytics. Business & departmental dashboards.
Structured historical data, aggregated and summarized. Data governance. Query & performance analysis.
Connectors, data transformation and processing in batch & real-time modes. Data quality and cleansing.
Evaluation of the database configuration, performance, storage, backup and recovery, security, and other related aspects of the database system. The goal is to provide recommendations for improving the performance, stability, and security of the database system and to ensure it is functioning optimally.
Determine currently level of maturity by evaluating various dimensions based on industry best practices, resulting in establishment of a roadmap for organizations to evaluate and improve the data warehousing practices and processes.
Valuable exercise for organizations looking to optimize the performance, security, and reliability of their engineered system. It helps gain a better understanding of the current state of the system and identify opportunities for improvement. Hence ensuring alignment with business goals and driving business success.