Ants & Apps Ants & Apps provides an easy interface to parse and scrape a SERP, process data and then export the results into a spreadsheets (and other apps). Our proxy solution allow for scraping search results pages from 195 countries worldwide, multiple devices and browsers (using user-agent based headers)
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            "title": "About keywords - Google Ads Help - Google Support",
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            "display_link": "support.google.com \u203a google-ads \u203a answer",
            "snippet": "Keywords are words or phrases that are used to match your ads with the terms that people are searching for. Selecting high quality, relevant keywords for your\u00a0... ",
            "cached_link": "https:\/\/webcache.googleusercontent.com\/search?q=cache:5hx_hg5QxPYJ:https:\/\/support.google.com\/google-ads\/answer\/1704371%3Fhl%3Den-GB+&amp;cd=22&amp;hl=en&amp;ct=clnk&amp;gl=uk"
        },
        {
            "position": 14,
            "title": "Why Keywords Are Still So Very Important for SEO - SEO 101",
            "link": "https:\/\/www.searchenginejournal.com\/seo-101\/why-keywords-important-seo\/",
            "display_link": "www.searchenginejournal.com \u203a Beginner's Guide to SEO",
            "snippet": "11 Feb 2018 -  When it comes to SEO, keywords matter. A lot. Here&#39;s why targeted SEO keywords should inspire all your content created to satisfy searchers&#39;\u00a0... ",
            "cached_link": "https:\/\/webcache.googleusercontent.com\/search?q=cache:GtR_ufTVJpYJ:https:\/\/www.searchenginejournal.com\/seo-101\/why-keywords-important-seo\/+&amp;cd=24&amp;hl=en&amp;ct=clnk&amp;gl=uk"
        },
        {
            "position": 15,
            "title": "Get the Unfair Advantage by using the Right Keyword Tools",
            "link": "https:\/\/keywordkeg.com\/",
            "display_link": "keywordkeg.com",
            "snippet": "Keyword Keg offers you 5 different keyword tools - Find Keywords (get data from 11 APIs), Import Keywords, Related Keywords, People Also Ask For Keywords\u00a0... ",
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        },
        {
            "position": 16,
            "title": "How to Pick Your First SEO Keywords - Entrepreneur",
            "link": "https:\/\/www.entrepreneur.com\/article\/303761",
            "display_link": "www.entrepreneur.com \u203a article",
            "snippet": "2 Nov 2017 -  Keywords are a critical component of the strategy; optimizing your site for specific ones gives you the power to control which searches you rank\u00a0... ",
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        },
        {
            "position": 17,
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            "link": "https:\/\/yoast.com\/keyword-research-ultimate-guide\/",
            "display_link": "yoast.com \u203a SEO blog \u203a Content SEO \u203a Keyword research",
            "snippet": "3 Dec 2019 -  The first step in every content SEO strategy should be executing keyword research. In this ultimate guide, we&#39;ll teach you how to do that. ",
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        },
        {
            "position": 18,
            "title": "What Is The Perfect Keyword Density For Google in 2020?",
            "link": "https:\/\/www.hobo-web.co.uk\/keyword-density-seo-myth\/",
            "display_link": "www.hobo-web.co.uk \u203a keyword-density-seo-myth",
            "snippet": "Find out the perfect keyword density to rank pages in Google in 2020. ",
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        }
    ]
}
Select an approximate number of searches to get an estimate.
This is a cost asociated with using the Ants & Apps Search API module only. All other actions are charger at normal Ants & Apps rates. Those will include any additional operations with data, exporting data to other apps etc. Please see Pricing section for more info on that. Note: this is predicted pricing, the payment mode is per traffic.
A quick guide to Ants & Apps Search API interface
System runs the ANT Process when you click Run
1Add your Google Sheets account
2Select spreadsheetId
3Select range, for example - keywords
Reads and writes Google Sheets.
Return a range of values from a spreadsheet
1Use array as values from Google Sheets
Iterate within each item
Iterator is a system function which allows to traverse through lists and arrays.
Let's say you have a list of fruit - [banana, apple, orange]. Iterator will receive the whole list and will use each element of that list to complete further actions in your scenario.
TIP: If you want to stop the traversion of an iterator, add a Stop function.
1Use url as https://www.google.com/search
2Use key in extraQueryParams as q
3Use value in extraQueryParams as item from Iterator
4Use key in extraQueryParams as num
5Use value in extraQueryParams as 20
6Use userAgent as Mozilla/5.0 (Macintosh; Intel Mac OS X 10_10_3) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/44.0.2403.89 Safari/537.36
7Use country as random
8Use postProcessor as google_search
Perform an HTTP request to a specified URL and processes the response.
1Use array as results from HTTP GET Request
Iterate within each item
Iterator is a system function which allows to traverse through lists and arrays.
Let's say you have a list of fruit - [banana, apple, orange]. Iterator will receive the whole list and will use each element of that list to complete further actions in your scenario.
TIP: If you want to stop the traversion of an iterator, add a Stop function.
1Use key as item.link from Iterator
2Use operator as text__contains
3Select val, for example - your-website
Check if this meets filtering criteria
Filter allows you to continue execution of your ANT Scenario when certain conditions are met.
For example, when you setup a trigger to capture all new incoming emails and only want to proceed if an email is from a specific address.
The best solution is to filter out the data you need for your ANT Scenario.
You can combine specific rules and use logical AND and OR statements.
Technically filter works like an IF statement which returns TRUE or FALSE.
In the developer mode, you can access Fallback functionality. When your IF returns FALSE, you can process that as well.
1Add your Google Sheets account
2Select spreadsheetId
3Use valueInputOption as USER_ENTERED
4Select range, for example - keyword_positions
5Use cellValue in cellsInRow in values as item from Iterator
6Use cellValue in cellsInRow in values as item.position from Iterator
7Use cellValue in cellsInRow in values as =TEXT(TODAY(),"yyyy-mm-dd")
Reads and writes Google Sheets.
Append values to a spreadsheet