Postback S2S

The integration of GG3 with partner systems via Postback S2S (Server-to-Server) aims to enable effective tracking and recording of GG3 user activities on partner platforms.

What is it?

Server-to-server (s2s) communication is the process of data exchange between two servers without direct user involvement. It is widely used in various web and mobile applications. Processes can be executed automatically without user intervention, increasing efficiency and reducing the risk of human errors.

What is the purpose of S2S integration?

To obtain the necessary information for executing Quests based on the partner's application, integration between GG3 and the partner is required. This integration is essential for accurately recording activities performed by our users on the partner's platform. This is because only the partner's application knows what the user does on it.

How does S2S integration work?

A tracking link allows you to monitor user interactions with online resources, such as advertisements or partner sites. Below is an instruction on creating a tracking link that includes the parameters user_id and click_id.

Structure of a Tracking Link:

1. Base URL

The base URL is the address of the target page to which the user will be redirected. This could be a website address, product page, registration page etc.

2. Query Parameters

Query parameters are additional information attached to the URL that allow tracking and identifying specific user interactions. In this case, they are user_id and click_id.

Example of Constructing a Tracking Link

Let's assume the base URL is:

<https://www.example.com/landing-page>

To add the parameters user_id and click_id, we use a question mark ? to separate the base URL from the query parameters and then add the parameters in the format key=value. Subsequent parameters are separated by an ampersand &.

Sample Tracking Link

<https://www.example.com/landing-page?user_id=12345&click_id=67890>

Elements of the Tracking Link

1. Base URL: https://www.example.com/landing-page

2. Question Mark: ? - separates the base URL from the query parameters. IMPORTANT: There can only be one question mark. Additional parameters are joined with &.

3. Query Parameters:

   • user_id=12345 - user identifier, here 12345.

   • click_id=67890 - click identifier, here 67890.

Operation

1. Clicking the Link: When a user clicks the tracking link, the browser redirects them to the target page https://www.example.com/landing-page with the appended parameters user_id and click_id.

2. Processing Parameters: The target page or its server receives the URL with parameters and can process them. For example, it can save user and click information in a database for conversion tracking and data analysis.

Benefits

• User Tracking: The user_id parameter allows identifying a specific user.

• Click Tracking: The click_id parameter allows tracking and analyzing individual clicks, which is useful in evaluating the effectiveness of advertising campaigns.

• Personalization: Based on these parameters, the content of the target page can be customized for the specific user.

Summary

A tracking link with user_id and click_id parameters is a simple but powerful mechanism for accurately tracking user interactions with online resources. It enables better analysis, reporting, and optimization of marketing activities and advertising campaigns.

Constructing an s2s Postback

An s2s postback (server-to-server) is a mechanism that allows the transfer of data between servers when a specific event occurs, such as a purchase, registration, or other user actions. The partner sends a signal to the GG3 service when the agreed action occurs. In the case of a postback, parameters such as user_id, click_id, currency, and amount_decimal are transmitted for tracking and analyzing these events. Each transmitted event must have a unique transaction identifier transaction_id. Additionally, for campaigns based on multiple events (multi-event), event_id and event_name can be transmitted.

Structure of an s2s Postback

1. Base URL

The base URL is the endpoint address of the server receiving the postback data. It is the endpoint to which the sending server (Server A) sends data to the receiving server (Server B).

2. Query Parameters

Query parameters are the data transmitted in the postback URL. In our scenario, these are user_id, click_id, currency, amount_decimal, transaction_id, and optionally event_id and event_name.

Example of Constructing an s2s Postback

Assuming the base URL endpoint is:

<https://www.example.com/postback>

To add the parameters user_id, click_id, currency, amount_decimal, transaction_id, and optionally event_id and event_name, we use a question mark ? to separate the base URL from the query parameters, and then add the parameters in the format key=value. Subsequent parameters are separated by an ampersand &.

Sample s2s Postback

<https://www.example.com/postback?user_id=12345&click_id=67890&transaction_id=123123123&currency=USD&amount_decimal=100.00>

For multi-event campaigns with additional parameters:

<https://www.example.com/postback?user_id=12345&click_id=67890&currency=USD&amount_decimal=100.00&event_id=001&event_name=purchase>

Elements of an s2s Postback

1. Base URL: https://www.example.com/postback

2. Question Mark: ? - separates the base URL from the query parameters.

3. Query Parameters:

   • user_id=12345 - user identifier, here 12345.

   • click_id=67890 - click identifier, here 67890.

   • currency=USD - transaction currency, here USD (US dollar).

   • amount_decimal=100.00 - transaction amount, here 100.00.

   • transaction_id=123123123 - unique event identifier.

   • event_id=001 (optional) - event identifier, here 001.

   • event_name=purchase (optional) - event name, here purchase.

The target URLs are provided to partners upon initiating the cooperation.

Media Buying

A functionality using Postback S2S communication to create GG3 campaigns on partner websites. Example: The partner places tasks related to the GG3 platform on their website (directing users through a tracking link). After clicking on the link, the user is redirected to the GG3 website to perform a specific quest or group of quests (e.g., registration). During registration, the user is assigned an identifier (clickId, userId), provided by the partner in the tracking link. The partner receives feedback on whether the user has completed the specified quests on the platform via webhook URL / S2S.

Sample Tracking Link

The tracking link is provided to the partner, allowing the user to be directed from the partner's page to the appropriate location on the GG3 platform.

The type of data transferred (Tracking macros): user_id / click_id should be agreed upon with the partner.

The partner must include clickId/userId as an identifier in this link.

Example:

<https://gg3.xyz/quests/complete-50-quests?click_id={clickId}&provider={partner_name}>

Example postback URL/webhook URL

Webhook URL addresses are provided by the partner, and we assign them to specific actions the user must complete.

Feedback will be received through webhooks (postbacks).

Example:

<https://webhook.site/2d80209a-b875-4744-a1a2-89fc79261307?userId={userId}&clickId={clickId}&event=registration>

Where:

• userId - the user ID from partner

• clickId - the click identifier

• event=[name] - information about the completion of a specific action on the GG3 platform

Currently available event types that can be verified by GG3 and shared with partners

• Registration (all available registration options in GG3 are accepted)

• GGStrike - an event based on the number of clicks of the GG-button

• Single MainQuest Complete - completion of a specific mainQuest

• Multi MainQuest Complete - completion of a group of specific mainQuests (up to 10). The information is sent when all the mainQuests in the group are completed.

User data must be collected and processed by the partner in any way they choose. The partner receives information about the completion of a specific event by a given user.

If the partner's server is unavailable, our server will attempt to resend the information 5 times, increasing the delay between each attempt by multiplying the number of attempts by the initial time interval.