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Big Data Overload
In recent years, the global volume of data has increased exponentially. Nearly every digital activity—online transactions, mobile apps, IoT devices, CCTV, social media, and business systems—produces massive amounts of information. This leads to what is known as Big Data Overload, a condition where data exceeds an organization’s ability to store, process, and utilize it effectively.
Sulikan, A.Md., S.Kom.
12/9/20251 min baca
Big Data Overload
In recent years, the global volume of data has increased exponentially. Nearly every digital activity—online transactions, mobile apps, IoT devices, CCTV, social media, and business systems—produces massive amounts of information. This leads to what is known as Big Data Overload, a condition where data exceeds an organization’s ability to store, process, and utilize it effectively.
What Is Big Data Overload?
Big Data Overload occurs when:
Data grows in volume and variety,
Storage infrastructure can’t keep up,
Analytical systems slow down,
Companies struggle to identify valuable insights,
Data management costs continue to rise.
As a result, data that should be an “asset” becomes a “burden.”
Main Causes of Big Data Overload
IoT & Sensor Explosion
Smart devices continuously generate data, increasing volume rapidly.Unstructured Cloud Storage
Organizations store everything without a proper retention strategy.Lack of Data Governance
No standards for data quality, metadata, or archiving.Outdated Analytics Systems
Legacy tools can’t handle real-time or large-scale data processing.
Impacts of Big Data Overload
Rising infrastructure costs (storage and servers)
Slow analytical processes leading to delayed decision-making
Increased security risks due to unmonitored data
Data noise overshadowing meaningful insights
Missed business opportunities due to inaccessible data
Solutions to Overcome Big Data Overload
Strong Data Governance
Define clear rules for data collection, quality, retention, and deletion.Modern Analytics (AI/ML)
Use AI to identify valuable data and filter out irrelevant information.Storage Tiering
Separate data based on priority:Hot data → frequently accessed
Warm data → occasionally used
Cold data → archived
Data Compression & Deduplication
Reduce data size and eliminate duplicates.Edge Computing
Process data locally before sending it to the cloud to reduce server load.Data Retention Strategy
Regularly delete outdated or unused data.
Conclusion
Big Data Overload is a major challenge in today’s digital era. While data is a valuable asset, unmanaged data can hinder performance, security, and efficiency. With strong governance, modern analytics, and smart storage strategies, organizations can turn data overload into meaningful opportunities



