- Web Unlocker
- SERP API
- Scraping Browser
- Web Scraper IDE
- Web Data APIs
- Easy Scraper
- Browser Extension
- Bright Shield
SERP API FAQs
Discover how to effectively use Bright Data’s SERP API with detailed FAQs on setup, troubleshooting, and advanced search techniques, including Google Image and hotel data scraping.
The Bright Data SERP API solution allows you to focus on what matters most, the data. It provides you with a 3-in-1 proxy unlocking solution that autonomously takes care of the proxy management (which proxy to use and when), unlocking logic (captcha solving, fingerprinting, retries, best headers, etc), and scraping functionality.
In your code its as easy as swapping out the 1 line of your regular proxy network request with this 1 line SERP API request
You only pay for successful requests.
Because pricing is done according to number of pages (price per 1k requests), the bandwidth of your request doesn’t matter.
Use real user devices with laser-focused geotargeting (including city-level) to collect accurate Search Engine Result Pages (SERPs) from major search engines as a real user.
Bright Data can support your growing traffic needs and peak periods with high success rates and exceptional response time (under 5 seconds), regardless of your request volume.
Save money on data extraction engineers and IT professionals, without worrying about server maintenance.
Each request is sent from a different IP ensuring no IP is flagged or banned.
Get parsed or unparsed responses in JSON or HTML format for easy integration with any system.
Bright Data supports a wide variety of tailored parameters to answer your search requirements including different search types, different devices, results per page, etc.
Access 72 million+ real user IPs in all geolocations.
With Bright Data’s SERP API, it’s easy to collect Google Search by Image data.
Google reverse image search (officially “Google Search by Image”), is a service provided by Google that allows users to search for images using an image as the starting point, rather than a written or spoken search query.
The JSON response includes the image in base64 encoding.
See the rest of our Google Image SERP features.
Bright Data’s SERP API makes it easy to collect hotel data, like prices, availability, reviews, and more.
There are two ways to collect hotel data:
Provides limited info per specific hotel on pricing and dates
When you search for a specific hotel using Google Search, its details and reviews appear in the knowledge graph/widget that you can see on the right side below:
You can set arrival and departure dates, the number of guests, and compare pricing..
With SERP API, you can set these fields to collect different price combinations using dedicated parameters. See the full set of hotel parameters and features within our API documentation.
When targeting HTTPS, URL data is encrypted. Therefore, for SERP API to decrypt the data and return the result, you will need to download and install the Bright Data Certificate.
Here are sample code on how to send HTTPS requests:
Use the cacert flag followed by the certificate file path:
curl -v --compressed "https://www.google.com/search?q=pizza&lum_json=1" --cacert “{cert file path}“ --proxy brd.superproxy.io:33335 --proxy-user brd-customer-<customer_id>-zone-<zone_name>:<zone_password>
Please refer to this article: Parsing Search Results
SERP API supports sending 2 parallel query requests with one API request using the multi parameter.
These parallel requests use the same peer IP and session and can be used for collecting additional data, comparison tests, etc. - e.g., making a pair of requests with different parameters/values. They use the same IP and session.
Conditions:
- Supported only for a zone with asynchronous requests enabled
- Supported only for Google Search
- Limited to 2 requests
- Billed as 2 requests
Use Case:
Sample Code:
Absolutely!
Bright Data has developed a backup feature for the ‘num’ parameter which will kick in, in the event that Google stops supporting the ‘num’ parameter in the future.
Our new feature will seamlessly compensate for any ‘num’ parameter limitations found in the initial SERP response data and send 9 additional requests (10 results each), combine them together, and return the full 100 results to you as a consolidated and comprehensive response. This new response will have the identical appearance and functionality of a response with the ‘ num=100’ parameter working flawlessly.
Nope! Despite the additional requests involved in this new feature and providing the combined responses, there will be no change in pricing and this request will count for you as a single regular request for billing purposes. We understand the importance of maintaining costs and will absorb any additional costs here without passing them on to our customers.
If you having issues with the ‘num’ parameter please reach out to your Bright Data account manager, and we will activate the feature for you.
Mapping a company’s ranking for various keywords in different locations
Track top results for company brands and trademarks
Search for products on online shopping websites and compare prices between different vendors
Collect information about companies, contacts, locations, and more
Search for images or other copyright-protected content
See which ads are showing for keywords in different countries, including double-click & Google ad services
In the following article, we will analyze the different options for date-specific search queries on Bing and how to use them effectively
Types of Date Filter Queries
No date filter applied
Determining the Sequence String for “Exact Match” Query
To perform an Exact match date search, you need to calculate the sequence string for your desired date range. Follow these steps to determine the sequence string.
Use known sequence as a “Starting Point”
Use January 1, 2024 as the starting point with known sequence: 19723
Calculate StartDateSequence
- Count the days from January 1 to your desired starting date.
- Add the number of days counted to the sequence number of January 1 to get the
StartDateSequence.Counting starts from “0”. e.g. 0, 1, 2, 3 …
Example:
To calculate the sequence number for February 4, 2024:
- Total days from January 1 to February 4: 35 days
- 35 - 1 (counting starts at “0”) = 34
- February 4, 2024: 19723 (Jan1) + 34 = 19757 (
StartDateSequence)
Calculate EndDateSequence
Add the number of days in your date range to the StartDateSequence to get the EndDateSequence.
Example:
To calculate the sequence number for February 20, 2024:
- February 4, 2024: 19757
- Days from February 4 to February 20: 17 days
- 17 - 1 (counting starts at “0”) = 16
- February 20, 2024: 19757 + 16 = 19773 (
EndDateSequence)
Form the Sequence String
- Use the format
ez5_StartDateSequence_EndDateSequence - Replace
StartDateSequencewith the sequence number calculated above for the starting date. - Replace
EndDateSequencewith the sequence number calculated above for the ending date.
Example: For February 4, 2024, to February 20, 2024:
- Calculated
StartDateSequence: 19757- Calculated
EndDateSequence: 19773- Sequence string:
ez5_19757_19773- URL for query
pizza:
https://www.bing.com/search?q=pizza&filters=ex1:“ez5_19757_19773”
With the above, you can construct URLs to query Bing for any specific date range.
Was this page helpful?