SAEDNEWS: How Much Does Google Earn from Each Search? Unbelievable Strange Searches on Google!
According to SaedNews, Google processes a massive volume of searches daily as the largest and most widely used search engine in the world. Google is extensively used in over 190 countries, with the highest search volumes coming from the United States, India, Brazil, Japan, and Germany.
Here are some key statistics and information about Google's traffic and searches:
Number of Daily Searches on Google
Google processes over 3.5 billion searches daily. This equates to about 40,000 searches per second.
Number of Annual Searches on Google
More than 1.2 trillion searches are conducted on Google annually.
Google's Market Share in Search Engines
Google holds over 90% of the market share for search engines (as of 2023). Major competitors include Bing, Yahoo, Baidu (in China), and Yandex (in Russia).
Mobile vs. Desktop Searches
Over 60% of Google searches are conducted via mobile devices (smartphones and tablets). This number has seen significant growth in recent years due to increased mobile usage.
Local Searches
Approximately 46% of Google searches have a local intent (i.e., users are looking for information related to nearby locations). Searches like "restaurant near me" or "electronics store in Tehran" are examples of such searches.
Voice Searches
With the increasing use of voice assistants like Google Assistant, voice searches have seen significant growth. About 27% of mobile users use voice search.
Image Searches
Google Lens and image search have also gained popularity. Over 10% of Google searches are conducted through images.
Video Searches
YouTube (owned by Google) is considered the second-largest search engine in the world. More than 1 billion hours of video are watched on YouTube daily.
Global Searches
Google is extensively used in over 190 countries, with the highest search volumes coming from the United States, India, Brazil, Japan, and Germany.
Seasonal and Special Event Searches
Search volumes significantly increase during certain times, like the holiday shopping season (e.g., Black Friday or Christmas). For example, during Black Friday, searches related to discounts and online shopping surge.
COVID-19 Related Searches
During the COVID-19 pandemic, searches related to the topic saw unprecedented increases. For example, searches like "COVID symptoms," "Corona vaccine," and "quarantine" topped Google searches.
Top Searches of 2023
According to Google's reports, some of the most searched terms in 2023 included:
Sports: Major sporting events like the World Cup.
Technology: New products like iPhone 15 or artificial intelligence.
Celebrities: News related to famous personalities.
Movies and Series: Popular Netflix series.
Real-Time Searches
Google offers a real-time search feature that allows users to access updated information instantly. This feature is particularly useful for live events like sports matches, elections, or natural disasters.
AI-Based Searches
Google uses advanced AI technologies like BERT and MUM to improve search results. These technologies help Google better understand complex and multifaceted searches.
Here are some interesting facts about Google:
First Google Search
The first Google search was conducted in 1998 by Larry Page, one of Google's co-founders. This search was about "Gerard Salton," a Stanford University professor and a pioneer in information retrieval.
15% of Google Searches are New
Approximately 15% of Google searches are conducted for the first time every day. This means millions of new and unique searches are added to the search engine daily.
Misspelled Searches
About 7% of Google searches contain spelling errors. Google uses advanced algorithms to recognize these mistakes and display the correct results.
Growing Voice Searches
According to Tabnak, over 27% of searches on mobile devices are conducted through voice search. This number is growing due to the increased use of voice assistants like Google Assistant and Siri.
Local Searches
Approximately 46% of Google searches have a local intent. Users look for businesses, services, or information related to nearby locations.
Some searches are so strange that Google publishes a list of the strangest searches of the year. For example, searches like "Am I a cat?" or "How to talk to a duck?" are on this list.
Seasonal Searches
Google searches are heavily influenced by seasons and special events. For example, searches related to diet peak in January (after the New Year), and searches related to holidays peak in December.
Weird and Strange Searches
Some searches are so strange that Google publishes a list of the strangest searches of the year. For example, searches like "Am I a cat?" or "How to talk to a duck?" are on this list.
Emergency Searches
In emergencies like natural disasters or pandemics, Google displays important information at the top of search results. For example, during the COVID-19 pandemic, Google prioritized information about vaccines and treatment centers.
Video Searches
YouTube, the second-largest search engine in the world, hosts over 1 billion hours of video daily. Many users search directly on YouTube instead of text searches.
Real-Time Searches
Google offers a real-time search feature that allows users to access updated information instantly. This feature is particularly useful for live events like sports matches or elections.
AI-Based Searches
Google uses advanced AI technologies like BERT and MUM to improve search results. These technologies help Google better understand complex and multifaceted searches.
Zero-Click Searches
About 50% of Google searches are Zero-Click, meaning users get their answers directly from the Google results page without clicking on any links.
Health-Related Searches
Health-related searches, such as symptoms of diseases or medication information, are very common. Google prioritizes reliable and verified information for these searches.
Children's Searches
Children also make up a significant portion of internet search users. Google applies specific filters for their searches to protect them.
Historical Searches
Google Trends allows users to examine the trend of various searches over time. For example, you can see how searches related to "artificial intelligence" or "Bitcoin" have changed in recent years.
Offline Searches
Google also enables offline searches. Users can save web pages and view them without an internet connection.
Multilingual Searches
Google supports over 150 languages, and users can search in their local language.
Fast Searches
Google can search billions of web pages in less than 0.2 seconds and display the results to the user.
Security Searches
Google identifies and removes millions of malicious sites from search results annually to ensure user security.
Future Searches
Google is working on technologies that will allow users to conduct more advanced searches using augmented reality (AR) or intelligent assistants.
The technical costs of each Google search are not precisely published by Google, but estimates can be made based on public information and analyses. Google uses massive and advanced infrastructure to process billions of searches daily, including servers, data centers, communication networks, and cooling systems.
Based on some estimates, the cost of each Google search is about 0.2 to 0.5 cents. This cost includes energy consumption, hardware depreciation, maintenance costs, and other operational expenses. Of course, this number can vary based on factors like geographical location, type of search, and traffic volume.
The cost of each Google search is about 0.2 to 0.5 cents. This cost includes energy consumption, hardware depreciation, maintenance costs, and other operational expenses.
It is worth noting that Google uses advanced technologies like artificial intelligence and algorithm optimization to reduce its costs while improving search speed and accuracy. Additionally, Google's revenue from advertising (such as Google Ads) significantly exceeds its operational costs, allowing the company to continually expand and improve its infrastructure.
Overall, the cost of each search for Google is relatively low, but given the massive volume of searches (billions of searches per day), these costs are substantial in total.
Non-free search engines generally do not charge users directly but generate revenue through models such as advertising, special subscriptions, or providing professional services to businesses. However, some search engines or related services may charge users directly or indirectly. Here are a few examples:
These search engines are designed for use in specific environments such as organizations, universities, or companies and may have subscription or setup costs. Examples include:
Microsoft Bing for Business: Commercial versions of Bing that may incur costs for organizations.
Elasticsearch: An open-source search platform that requires professional configuration and support for organizational use, which can be costly.
Some search engines that provide access to scientific, research, or specialized data may charge for full access to information. Examples include:
PubMed: May require payment for access to certain scientific articles.
IEEE Xplore: Requires subscription or payment for access to technical papers and research.
SpringerLink: A scientific database that charges for access to some of its articles.
Some search engines focused on protecting user privacy may offer paid services. Examples include:
DuckDuckGo: While the basic version is free, it may charge for additional services like removing ads or advanced features.
Startpage: A privacy-focused search engine that may charge for special services.
Some search engines designed for businesses may have subscription or usage fees. Examples include:
Bloomberg Terminal: A financial and commercial search platform that has high costs for market data and analysis access.
LexisNexis: A legal and business database that requires payment for access to specialized information.
Some search engines in specific countries may offer paid services or generate revenue through special subscriptions. Examples include:
Yandex: May charge for additional services like advanced search or access to specific data.
Baidu: The Chinese search engine that may charge for special services.
Some companies offer custom or advanced search services that may be costly for users or organizations. Examples include:
Algolia: An advanced search platform for websites and applications that charges based on search volume and required features.
Google Programmable Search Engine: Customized versions of Google's search engine that may be costly for organizations.
Some search engines may charge subscription fees for access to special features or to remove ads. Examples include:
Ecosia: While the basic version is free, it may charge for additional services.
Neeva: A subscription-based search engine without ads, requiring a monthly subscription fee.
Overall, most general search engines like Google, Bing, or Yahoo are free to use and generate revenue through advertisements. However, access to specialized data, advanced services, or privacy protection may require payment.
Every internet search, although seemingly small and harmless, actually produces a certain amount of carbon dioxide (CO₂) due to the energy required for data processing and transmission. The exact amount of CO₂ emissions depends on various factors such as the type of search, the infrastructure used, and the energy source. Let's explore this topic:
CO₂ Emissions per Search
According to Google's estimates, each internet search produces about 0.2 grams of carbon dioxide. This includes the energy consumed for processing the search in data centers, transmitting data through communication networks, and displaying results on the user's device.
Comparison with Other Activities
To better understand this number, let's compare it with other activities:
Boiling a kettle of water: About 15 grams of CO₂.
Driving one kilometer in a gasoline car: About 170 grams of CO₂.
Sending a simple email: About 4 grams of CO₂.
Factors Affecting CO₂ Emissions
The amount of CO₂ produced per search depends on the following factors:
Data Centers: Google's and other internet service providers' data centers consume a lot of energy. If these centers use renewable energy, the amount of CO₂ decreases.
Data Transmission: Transmitting data over the internet also consumes energy.
User Device: The energy consumed by the user's device (such as a laptop or mobile phone) is also included in the calculations.
Google's Efforts to Reduce Carbon Footprint
Google claims to have been carbon neutral since 2007, meaning it offsets the CO₂ produced by its activities through projects like tree planting or investing in renewable energy. Google has also committed to running all its operations on renewable energy by 2030.
CO₂ Emissions by Other Internet Activities
Video Streaming: One hour of video streaming on platforms like YouTube or Netflix produces about 55 grams of CO₂.
Emailing: Sending an email with an attachment produces about 50 grams of CO₂.
Social Media: Each minute of activity on social networks like Instagram or Twitter produces about 1.5 grams of CO₂.
Ways to Reduce Carbon Footprint in Internet Searches
Using Green Search Engines: Some search engines like Ecosia use their revenue to plant trees and help reduce CO₂.
Optimizing Searches: More precise and shorter searches can consume less energy.
Using Renewable Energy: Users can help reduce their carbon footprint by using devices charged with renewable energy.
