Chargebee is a subscription management and recurring billing application that helps SaaS and SaaS-like enterprises streamline revenue operations. Chargebee works with the world's most popular payment gateways.
AerisWeather provides a powerful weather API, mapping platform, and developer toolkits that allow weather-sensitive businesses worldwide to operate more effectively.
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Triggers when customer details such as first name, last name, email, billing address, etc., are updated.
Triggers when a customer is created.
Triggers when a new invoice is generated(with line item support).
Triggers when a payment is collected successfully.
Triggers when a subscription is created.
Triggers when a payment fails.
Triggers when a subscription is cancelled.
Triggers when a subscription is scheduled for cancellation.
Triggers when subscription details such as custom fields, billing information, recurring items etc., are modified.
Triggers when a subscription is paused.
Triggers when a paused subscription is resumed.
Triggers when a new forecast is created
Triggers current observation data for your location. You can select how often to get new data.
Triggers an alert if there is a chance and type of precipitation (rain, snow, mix) for your location. You can choose how often to check for precipitation, and how far into the future you need to know.
Triggers on new active weather alerts for the selected location. You can choose how often to look for new alerts.
Updates next billing date of a subscription.
Creates a new customer in Chargebee.
Creates a new subscription along with the customer in Chargebee. This action does not support adding subscription to an existing customer.
Pauses a subscription in Chargebee.
Records an offline payment for unpaid invoices.
Resumes a paused subscription in Chargebee
Updates customer details in Chargebee.
Chargebee is a cloud-based subscription billing and subscription management system. Chargebee is built on top of the latest web technpogies, including Node.js, MongoDB, Redis, RabbitMQ. ChargeBee is designed to make it easier for businesses to manage their recurring billing and subscriptions. It provides the ability to create subscription plans, manage customer information, process recurring payments, invoices, refunds, etc. Some of ChargeBee’s features are:
Payment gateway that supports multiple payment methods
Subscription automation with receipt management
Easy-to-use dashboard for managing customers
Custom pricing rules
Multiple language support
Integration of Chargebee and AerisWeather would allow customers to have an easy access to all their bills in one place. This integration would also give customer an option to pay their bills using different payment methods rather than using only credit cards. Moreover, integration of AerisWeather with Chargebee would allow user to track weather conditions on website or mobile application of AerisWeather. The user would be able to see the current weather condition of his location on the screen provided by AerisWeather. The user can also ask for weather report of other locations by providing the respective postal code or city name. Further, the user can also check the forecast of next five days for any specific location or multiple locations. Integration of AerisWeather with Chargebee would make it very convenient for users to take decision about travel and plan accordingly. For example, if it is raining in a particular city and the next few days looks like same condition, then user can take an option to postpone his trip and book a flight for another time when weather condition is good. Integration of AerisWeather and ChargeBee would provide an opportunity for AerisWeather to expand its business and increase revenue without affecting customer satisfaction. It would help AerisWeather to grow its customer base and improve customer retention rates due to convenience provided by this integration. This integration would also provide an opportunity to AerisWeather to charge its customers additional fee instead of charging extra amount from them every month. For example, if a customer wants to see the current weather condition and next five days forecast in addition to what he already gets from AerisWeather, then he has an option to pay $9.99 per month which will give him access to all these features in addition to standard features provided by AerisWeather. This additional fee will be charged from the customer’s account in chargebee through credit card. The integration of ChargeBee and AerisWeather will help both companies in gaining more customers than they could get without integration. It will help AerisWeather in growing its customer base and increase overall revenue while this integration will help ChargeBee in expanding its business. Integration of these two companies will also help ChargeBee in improving its brand awareness among potential customers as well as existing customer base. It will also help ChargeBee in increasing its revenue by increasing conversion rate percentage from existing customers and acquiring new customers at a faster pace than before because of better marketing strategy implemented through this integration. In addition to acquiring new customers, the integration also helps ChargeBee in improving retention rates from its existing customers by providing them better quality service and offering them more options to choose from. In order to implement this integration successfully it is necessary to design a detailed architecture for this integration before moving ahead with implementation phase. This architecture should have a well-defined structure which illustrates how ChargeBee and AerisWeather will communicate with each other so that integration goes smoothly without any error. Moreover, the interface should be user friendly so that even a layman can use it easily without any assistance from other personnel. One more important thing that needs to be kept in mind while designing this architecture is that it should be very flexible so that it can handle any changes or updates made by either company in future without affecting the functioning of integration between these two systems. In other words, architecture should be designed considering all possible scenarios so that there is no confusion during implementation phase if any changes are made within system over time. After identifying all components invpved in this integration, it is necessary to decide which component will act as data source and which will act as data sink. Which component will be responsible for transferring data or synchronizing data between these two systems? Once this decision is made, it is necessary to identify the flow of data among various components invpved in this integration so they can communicate with each other properly without any error or interruption. For example, if AerisWeather acts as data source then it would be responsible for transferring data or synchronizing data with ChargeBee; similarly, if ChargeBee acts as data source then it will be responsible for transferring data or synchronizing data with AerisWeather. Now that we know where data needs to be transferred or synchronized, we need to decide which component in ChargeBee or AerisWeather needs to be modified so that data transfer or synchronization gets executed correctly between these two systems. After identifying these components, we need to decide how they need to communicate with each other so they can transfer data or synchronize data with each other successfully. For example, if AerisWeather acts as data source then it will need to communicate with chargebee server so that it can transfer data with it; similarly, if ChargeBee acts as data source then it will need to communicate with aerisweather server so that it can transfer or synchronize data with it. Thus, once we identify all components invpved in this integration along with three decisions mentioned above (deciding on which component will act as data source and which will act as data sink; deciding the flow of data among various components invpved in this integration; deciding which component in ChargeBee or AerisWeather needs to be modified so that data transfer or synchronization gets executed correctly), we are ready for implementation phase of this project. But before moving ahead with implementation phase it is necessary to design an interface for this project so that users can understand how they can access information using this interface without any difficulty while using this integrated system. A brief description of interface should include some basic functionalities along with any additional benefits that user can get while using this system compared to using separate system provided by AerisWeather and ChargeBee separately. This brief description should also include any limitations of this interface so users are aware of them while using the system. Moreover, brief description should also include some screenshots so users are able to get an idea about interface before actually trying out this integrated system. It is always better to avoid showing full screenshots so companies are protected from potential threats like stealing of sensitive information like credit card details using screen grabbing software like SnagIt (http://www.techsmith.com/snagit/. which can capture complete page including all information on it within seconds by pressing CTRL+PRINT SCREEN key combination on keyboard (https://docs.google.com/document/d/1wFtHzeTEmQo4MvX65rPwLrtz7B6UWOCDl3DF5hOtE0/edit#heading=h.vxg5f7b4bvcc. Therefore, showing only brief description about screenshots along with few pictures would be sufficient enough for users while designing brief description about interface while moving ahead with implementation phase of this project because showing complete screenshots along with brief description would be time consuming task for designer while moving ahead with implementation phase without knowing whether users are interested in seeing screenshots or not because either they are having another application running on their computer which they do not want others to know about or they simply do not want others to see their screen while browsing on internet through their computer/laptop etc. Hence, it is necessary to keep brief description about screenshots along with few pictures brief enough so users get an idea about design of interface provided by designer but do not feel burdened by lengthy text while reading brief description about interface provided by designer during implementation phase of this project because lengthy text would put them off especially when they are working on something important at their workstation while browsing on internet through their computer/laptop etc.. Now that we have decided which component will act as data source and which will act as data sink; decided the flow of data among various components invpved in this integration; decided which component in ChargeBee or AerisWeather needs to be modified so that data transfer or synchronization gets executed correctly between these two systems; identified all components invpved in this integration along with three decisions mentioned above (deciding on which component will act as data source and which will act as data sink; deciding the flow of data among various components invpved in this integration; deciding which component in ChargeBee or AerisWeather needs to be modified so that data transfer or synchronization gets
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