Data Added to the Internet Every Minute

Every minute, internet users generate an almost unimaginable volume of data—currently estimated at over 1.7 million gigabytes per minute, or roughly 2.5 exabytes per day. This figure comes from a 2023 analysis by Domo, which aggregates data from major platforms like Google, YouTube, TikTok, and Instagram to estimate global data creation. The number is staggering, but it only captures a fraction of the full picture, since it excludes machine-to-machine data, sensor feeds, and internal corporate traffic.

Formula

The calculator above multiplies a time period in minutes by a data-per-minute rate to give total data volume. The formula is:

Total data (GB) = Data per minute (GB) × Time (minutes)

Where:

• Time is the number of minutes you want to measure (e.g., 60 for an hour).
• Data per minute is the average rate of global data creation in gigabytes (default 1,700,000 GB/min).
• Total data is the result in gigabytes (GB).

Note that 1,024 GB = 1 TB, and 1,024 TB = 1 PB, so 1.7 million GB is about 1.66 TB per minute.

Worked Example

Using the default values: 60 minutes × 1,700,000 GB/min = 102,000,000 GB. That is approximately 102 PB (petabytes) per hour. To put it in perspective, that is enough to store about 25 million songs (assuming 4 MB per song) or 4,000 hours of HD video every minute.

What Makes Up This Data?

The 1.7 million GB per minute figure is a composite of user-generated content, streaming, messaging, and business data. Here is a breakdown of typical contributions (based on 2023–2024 public reports):

• Video streaming: YouTube users upload 500 hours of video per minute; Netflix and other streaming services account for a large share of downstream data.
• Messaging: WhatsApp users send over 100,000 messages per minute; WeChat and Telegram add millions more.
• Social media: Instagram users post ~65,000 photos per minute; TikTok sees ~167 million video views per minute.
• Search and email: Google processes ~6.3 million searches per minute; over 250 billion emails are sent daily (about 170 million per minute).
• IoT and sensors: Smart devices, industrial sensors, and autonomous vehicles generate continuous streams that may exceed user-generated data by 10 to 100 times.

These numbers come from company announcements and industry analyses; they vary by source and year, but the trend is consistent: data creation grows roughly 20–30% annually.

How Is This Data Measured?

Data volume is typically measured in bytes, with prefixes for larger units:

• Kilobyte (KB) = 1,024 bytes
• Megabyte (MB) = 1,024 KB
• Gigabyte (GB) = 1,024 MB
• Terabyte (TB) = 1,024 GB
• Petabyte (PB) = 1,024 TB
• Exabyte (EB) = 1,024 PB

When you hear “1.7 million GB per minute,” that is about 1.66 PB/min, or 2.4 EB/day. For comparison, the entire printed collection of the Library of Congress is estimated at about 10 TB—so we add the equivalent of 170 Libraries of Congress every minute.

Why Does the Number Keep Changing?

Data creation is not static; it grows as more people come online, devices multiply, and content becomes richer. Key drivers include:

• Streaming quality: 4K and 8K video use far more data than standard definition.
• IoT expansion: Billions of sensors continuously send small packets that add up.
• AI and machine learning: Training models and generating responses consume and produce massive datasets.
• User growth: More than 5 billion people are now online, each generating data.

Consequently, any “per minute” figure is a snapshot, not a constant. Domo’s “Data Never Sleeps” reports have shown a steady increase year over year.

Common Misconceptions

One common mistake is confusing data created with data stored. Not all generated data is saved; much is transient (e.g., live video calls, sensor readings that are discarded). Another misconception is that data creation equals internet traffic—but traffic includes downloads and uploads, while creation is only new content. Finally, some believe that individual users are the primary source; in reality, machine-generated data (IoT, logs, financial transactions) likely dwarfs human-generated content.

Why This Matters

Understanding data growth helps businesses plan storage and bandwidth, informs internet infrastructure investments, and raises awareness about energy consumption. Data centers already account for about 1–2% of global electricity use, and that share is growing with data demand. For individuals, it explains why internet plans have data caps and why cloud storage fills up quickly.

Limitations of the Estimate

The 1.7 million GB/min figure is an aggregate estimate, not a precise measurement. It relies on self-reported platform statistics and excludes many types of data (e.g., private corporate databases, encrypted traffic, offline data). Real-world values vary by time of day and year—peak hours see higher rates. Therefore, treat the number as an order-of-magnitude estimate, not a precise count.

Frequently Asked Questions

How many gigabytes are added to the internet per day?

At 1.7 million GB per minute, daily data creation is about 2.4 exabytes (2.4 billion GB). That is equivalent to streaming 4K video for about 1.5 million years continuously.

What is the largest component of internet data?

Video streaming dominates, accounting for over 60% of downstream internet traffic, according to Sandvine’s Global Internet Phenomena Report. User-generated video uploads (YouTube, TikTok) and video-on-demand (Netflix, Amazon) are the biggest contributors.

Is the data growth rate slowing down?

No, it is accelerating. IDC predicts that global data creation will reach 175 zettabytes by 2025, up from 33 zettabytes in 2018. Growth is driven by IoT, AI, and higher-resolution media.

How much data does a single person generate per minute?

It varies widely, but the average internet user generates about 1.7 MB per minute (based on global data divided by 5 billion users). However, heavy streamers or professionals using cloud services generate far more.

Can the internet handle this growth?

Current infrastructure is expanding, with undersea cables and data centers being built continuously. However, bottlenecks occur in regions with limited fiber or during peak times. Network engineers use traffic forecasts to plan capacity, but keeping pace with 20% annual growth is challenging.

How does data creation affect the environment?

Data centers consume electricity for computing and cooling, contributing to carbon emissions. The International Energy Agency estimates data centers use about 1% of global electricity, a figure that could rise with AI workloads. Many companies are investing in renewable energy to offset this.

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in t | Time | minutes | 60 | 0
in d | Data per minute | GB | 1700000 | 0
out total | Total data | GB | d * t | 0