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Anniversary email
Anniversary email
An anniversary email is a message sent out to an individual or a mailing list to celebrate a special date or occasion. These occasions can be birthdays, newsletter sign up anniversaries, first-purchase anniversaries, etc. In this video, the LIKE.TG marketer shares milestone email ideas that you can easily put into practices with our service. Anniversary emails are usually scheduled to be sent on the month, week or day of the anniversary that is celebrated. These are triggered emails created in advance and sent when a user performs the triggering action. Sending anniversary emails is a chance to keep subscribers engaged and turn them into loyal clients. Why Should You Send an Anniversary Email? Anniversary emails are great for retaining existing customers, boosting brand loyalty and encouraging repeat purchases. Providing customers with a special gift to celebrate the day they made their first purchase can go a long way in building trust with your business. This message makes them feel special and builds better customers relationships. Writing an Anniversary Email Make it look and feel special Remember the times together Use the email to collect customer feedback Keep the message sincere Using the right automation tool, you can create customized anniversary emails. Here are some basic things to follow: Make it look and feel special. From the design and images used, to the gift offered, the email should make each subscriber feel warm and appreciated. For this purpose, craft an outstanding email template to fit your brand's style. Remember the times together. Get personal by prompting the recipient to think back their time with the brand. It’s an excellent way to remind them why they joined you in the first place. Use the email to collect customer feedback. Instead of giving a gift, a business can also use this chance to collect customer opinions and reviews. After all, good communication creates stronger relationships. Keep the message sincere. Apart from showing appreciation, an anniversary email should be honest and straightforward. Use a warm and friendly tone. Sending an Anniversary Email with LIKE.TG Select Automation360 Add the General Information Create an Anniversary Email Campaign In LIKE.TG, you can set up and send an anniversary email campaign. Here is the example of the way to congratulate subscribers one year after their first purchase. Follow this 3-step guide! Step 1: Select Automation360 Register with LIKE.TG if you still don’t have an account. Go to “Automations” and choose “Automation360”. Step 2: Add the General Information Enter your automation name, choose an email sender, date and time for sending and select the language for your unsubscribe form. Step 3: Create an Anniversary Email Campaign Select the necessary mailing list. If you collected the addresses long ago and haven't emailed them yet, we strongly recommend you check them. Some of them can be invalid, so to avoid the spam folder, validate them with our free Email Verifier. Choose the event “Purchase” and the email will be sent after a purchase triggers the automation. After that, drag “Email” to the working field. Set the number of minutes/hours/day to send it, write a subject line and select an email template. Apply and save. That’s all! Get more insights about sending triggered emails in this guide. If your mailing list contains up to 500 subscribers, send 15000 emails every month for free! Anniversary Email Ideas and Tips To perfect your anniversary email campaign, here are a few tips and ideas to keep in mind: Send anniversary emails to congratulate subscribers on various events like a year after the signup, three years after the first purchase, ten orders made in your store. Segment your audience and send different emails based on the customer’s gender, age, lifecycle, preferences, and other important factors. That will ensure a personalized approach. Offer different gifts based on previous or future customer interaction. Provide your most loyal clients with significant offers to keep them highly engaged. Provide customers with time-limited offers to increase impulsive sales. Use the customer’s past buying history to cross-sell products they have recently bought. Increase brand awareness with the help of contests. Offer your customers a special gift for taking part in a contest, encourage them to share photos on socials and tag your brand. Thus, you will not only have fun but grow your audience as well. Anniversary Email Examples Asos offers a client a 10% discount on the 1 year anniversary of their first purchase. Grammarly’s email celebrating the recipient’s one-year subscription to the service. Zumiez offers free shipping on selected orders to celebrate Mickey Mouse’s 90th anniversary. Habitat sent this email to celebrate a 1-year anniversary since they launched their Click & Collect delivery service. Send anniversary email
Announcement email
Announcement email
An announcement email is a message that a business sends to their contacts to tell them about a new product release, recent update, or an upcoming event. Announcement emails provide details about something significant that is going to happen. An announcement about a new product first starts with a teaser, then the official announcement, and finally the launch. An announcement email’s subject line should be intriguing to entice subscribers to open and read what is inside. How to Write an Announcement Email Email provides a great avenue for businesses to send service or product announcements to customers. In a great announcement email you need to describe the following information: The event. State clearly what the email is about. It is best to use a short and attractive email headline and subject line. Accompany the text with an eye-catching picture. The benefits for the clients. Perhaps the most important aspect of writing an announcement email is to tell the audience why the message is important (i.e. how they will benefit from your product or service). Talk about how your product or service will solve their problem. Briefly describe the product, service or upcoming event. While customers don’t need to know everything about the product, they need to know what new value is being offered from your new product, service or event. Stick to the features that are likely to elicit people's interest. The desired action. Every marketing message should end with a call to action and a link that recipients can click on to go to the relevant page. For example, include something like, “Buy now” or “Learn more.” How to Send Announcement Emails with LIKE.TG If you want to create a single email campaign, just add your mailing list, edit the template, configure the settings, and send. Follow this step-by-step guide. If you need to send several email campaigns to remind your clients about an upcoming event, make use of Automation 360. It allows you to set up automated email campaigns according to subscriber actions and variables. For this purpose, choose the “Special date” event, select the mailing list, set the date and time for sending, and craft the template. If your announcement is extremely important or urgent, you can set automated SMS sending for clients who haven’t opened an email. Announcement Email Examples Check out this cosmic email from New Balance. The brand announces a new product launch inspired by space. Boden sends an announcement email to inform the clients about Cyber Monday sales. They sent a reminder email before the sale ends to engage more clients. Kate Spade invites customers to their store to buy classy leopard clothes, enjoy limited edition prints, pins, and nail stickers. Besides, the brand provides clear CTAs that help users find the answers to all their questions regarding the event. Announcement Email Best Practices Follow these announcement email best practices for better audience engagement: Send the announcement 5 days before the launch, in 2 days and on the launch day. Accompany the announcement with an enticing visual. Provide your clients with the benefits of using your new product or visiting an event. Send the announcement to a relevant mailing list segment. Encourage recipients to open the email with a captivating subject line. Send announcement email
ANSI X12 vs EDIFACT: Key Differences
ANSI X12 vs EDIFACT: Key Differences
Electronic Data Interchange (EDI) is a popular communication method that enterprises use to exchange information accurately and quickly with trading partners. EDI transmits data almost instantaneously — serving as a fast and efficient mode for exchanging business documents. ANSI X12 vs. EDIFACT are the two most common EDI standards used for EDI, but they have different structures, styles, and usage. This blog will discuss the differences between X12 and EDIFACT and how a no-code EDI solution can help streamline your EDI processes. What Is EDIFACT? EDIFACT is a global EDI standard developed by the United Nations. It’s widely used internationally — particularly in Europe — for international trade across different sectors. EDIFACT has a structured format for business messages with six-character alphanumeric codes (e.g., ORDERS for purchase orders). What is ANSI X12? ANSI X12 is an EDI standard developed by the American National Standards Institute (ANSI). It’s primarily used in North America for various industries, such as retail, healthcare, and logistics. ANSI X12 has a structured format for business documents with three-digit numeric codes (e.g., 850 for purchase orders). ANSI X12 vs. EDIFACT: Key Differences The primary difference between EDIFACT and X12 lies in how their transaction sets are structured, the document style they use, the geographic region where they are used, and the terminators (or separators) they use. Here’s a more detailed comparison: Structure ANSI X12 uses a hierarchical structure of segments and elements, each identified by a unique identifier. Transaction sets consist of segments grouped in a predefined order. EDIFACT also uses a hierarchical structure but is more flexible. Messages are composed of segments, which are divided into data elements, allowing more comprehensive descriptions. Document Style ANSI X12 transaction sets are identified by three-digit numeric codes (e.g., 850 for purchase orders and 810 for invoices). On the other hand, EDIFACT messages are identified by six-character alphanumeric codes (e.g., ORDERS for purchase orders, INVOIC for invoices). Geography ANSI X12 is predominantly used in North America, especially in the United States and Canada. In contrast, EDIFACT is widely used internationally, especially in Europe and other regions involved in global trade. Security ANSI X12 supports various security measures, including encryption and secure transmission protocols, but often relies on the security measures of the transmission medium. It supports ASC X12.58 – Security Structures. EDIFACT, similar to ANSI X12, supports encryption and secure protocols. It also includes provisions for secure authentication and non-repudiation (a user cannot deny having performed a transaction) in some implementations. It supports the following: ISO 9735-5 – Security rules for batch EDI ISO 9735-6 – Secure authentication and acknowledgment message ISO 9735-7 – Security rules for batch EDI ISO 9735-9 – Security key and certificate management message Terminators/Separators ANSI X12 uses specific characters to separate data elements (typically ‘*’), segments (typically ‘~’), and sub-elements (typically ‘:’). EDIFACT uses different characters, typically “+” for segment terminators, “:” for element separators, and”’” for message terminators. This flexibility allows for customization to avoid conflicts with data content. Use Cases ANSI X12 is commonly used in retail, healthcare, and logistics sectors in North America. Examples include sending purchase orders, invoices, and healthcare claims. EDIFACT is suited for international trade, used by industries such as automotive, shipping, and global supply chains. Examples include customs declarations, shipping notices, and international invoices. The table below compares ANSI X12 to EDIFACT: ANSI X12 EDIFACT Structure Hierarchical segments and elements Flexible hierarchical segments and elements Document Style Three-digit numeric codes (e.g., 850) Six-character alphanumeric codes (e.g., ORDERS) Geography Predominantly North America International, especially Europe Security Supports encryption, relies on transmission medium security Supports encryption, secure authentication, non-repudiation Terminators/Separators * for data elements, ~ for segments, : for sub-elements + for segments, : for elements, ’ for messages Use Cases Retail, healthcare, and logistics in North America International trade, automotive, shipping EDI Transaction Document Codes Used in ANSI X12 and EDIFACT ANSI X12 and EDIFACT provide a comprehensive set of codes for efficient and accurate electronic data interchange. These codes are essential for automating business processes, reducing errors, and enhancing operational efficiency. ANSI X12 Document Codes ANSI X12 uses a structured set of three-digit numeric codes to identify various transaction sets. These codes standardize the format for different types of business documents, ensuring consistent communication across systems. Here are some commonly used ANSI X12 transaction codes: 850: Purchase Order – Used to place an order for goods or services. 810: Invoice – Used to bill the buyer for goods or services provided. 856: Ship Notice – Used to communicate the details of a shipment. 820: Payment Order/Remittance Advice – Used for payment information and instructions. 837: Health Care Claim – Used by healthcare providers to submit claims to payers. 997: Functional Acknowledgment – Used to acknowledge receipt and processing of an EDI transaction. EDIFACT Document Codes Unlike ANSI X12, EDIFACT uses six-character alphanumeric codes to identify various message types. These codes facilitate a wide range of business processes and are used internationally. Here are some commonly used EDIFACT message codes: ORDERS: Purchase Order – Used to request the delivery of goods or services. INVOIC: Invoice – Used to request payment for goods or services provided. DESADV: Despatch Advice – Used to inform about the dispatch of goods. PAYORD: Payment Order – Used to convey payment instructions. IFTMIN: Instruction for Despatch – Used to instruct the transport of goods. RECADV: Receiving Advice – Used to acknowledge receipt of goods. Benefits of Using ANSI X12 & EDIFACT Using ANSI X12 and EDIFACT offers significant advantages for businesses in managing their EDI processes. Here are some of the key benefits of adopting these standards: Increased Accuracy: Both standards reduce the need for manual data entry, significantly decreasing the risk of human errors and ensuring that data is consistently accurate across all transactions. Cost Savings: ANSI X12 and EDIFACT minimize the need for paper-based processes and reduce manual labor, which helps businesses save on operational costs. Enhanced Security: Both standards support secure data transmission methods, ensuring that sensitive business information remains protected during exchange. Scalability: As businesses grow, ANSI X12 and EDIFACT can handle increasing volumes of transactions without compromising performance, making them suitable for small businesses and large enterprises. Now, let’s see the specific benefits of using each standard to learn about their unique strengths and applications: ANSI X12 Standardization: ANSI X12 provides a standardized format for exchanging business documents, which reduces the need for custom data translation and ensures consistency across transactions. Efficiency: ANSI X12 automates data exchange, which minimizes manual data entry, reducing errors and increasing processing speed. Interoperability: Widely adopted in North America, ANSI X12 ensures seamless communication between various regional businesses and systems. Regulatory Compliance: ANSI X12 helps businesses comply with regulatory requirements in highly regulated sectors, such as healthcare (HIPAA), ensuring that data exchange adheres to industry standards. EDIFACT Global Standard: EDIFACT is the international standard for EDI, supporting global trade by providing a common language for business transactions across different countries and industries. Flexibility: The EDIFACT structure supports a wide range of business processes and can handle complex, detailed data requirements, making it suitable for diverse international transactions. Comprehensive Messaging: EDIFACT supports various message types, from purchase orders to shipping notices, enabling comprehensive business communication. International Compliance: EDIFACT aligns with international regulations and standards, ensuring that businesses can meet compliance requirements for cross-border trade. How a No-Code EDI Solution Can Help No-code can enhance the benefits of using ANSI X12 and EDIFACT by simplifying their management and processing. These platforms enable businesses to set up and manage EDI processes without needing programming skills. With intuitive drag-and-drop interfaces and pre-built templates, no-code solutions, such as LIKE.TG, make configuring and deploying EDI systems easy. This accessibility accelerates time-to-market. Additionally, no-code platforms often include built-in automatic updates, ensuring businesses can focus on their core operations while maintaining robust, secure EDI transactions. Conclusion ANSI X12 and EDIFACT support efficient and accurate EDI across different regions and industries. ANSI X12, with its numeric transaction codes, is predominantly used in North America, providing standardization and interoperability for sectors like retail, healthcare, and logistics. Conversely, EDIFACT supports global trade with its alphanumeric codes, meeting the diverse needs of international business transactions. LIKE.TG EDIConnect is the ideal solution for managing both ANSI X12 and EDIFACT standards, offering an intuitive, no-code platform that simplifies EDI implementation and integration. Designed to handle the complexities of EDI, it supports a wide range of EDI transaction sets and messages, ensuring seamless communication between domestic and international business partners. Streamline your EDI processing with LIKE.TG EDIConnect. Request a demo session and see how you can benefit from accurate, faster, and secure ANSI X12 and EDIFACT data exchange.
Anti-scam guide for users of WhatsApp and its social software
Anti-scam guide for users of WhatsApp and its social software
With the development of the Internet, the number of users of various social software such as WhatsApp is also growing exponentially. When the user group increases, the types of people in the group will also increase. For example, scammers in WhatsApp now use types to differentiate groups to cheat.Let’s take a look at the types and methods of scammers defrauding on WhatsApp:The first is the most common and most popular impersonation scam: They will call themselves "elders of the family" or "parents" to interact with you, and the reason is usually to contact you through a new number, saying that they met Trouble needs your help in the form of a transfer.The second is verification scams: Because WhatsApp uses two-factor verification to protect your account, you may be prompted to send a verification code to your mobile phone when you log in from an unfamiliar device and from a foreign country. If you have not done this but received a verification code, please pay attention to your verification code. The reason for such a liar is generally that he is his friend, and the account has an abnormality that needs to be verified and asks you to provide your verification code. This is most likely a scam.The last one is the golden scam that most people will hardly encounter: this kind of situation will only appear in the exclusive version of celebrities and well-known accounts, because the security and vulnerabilities of the exclusive version may not be completely up-to-date and highest. Scammers may send you threatening text messages to warn that your mobile phone may be hacked. Don’t worry, what we have to do at this time is not to click on strange links, and report directly to the official to ensure security.In general, if you encounter something you don’t know or have not done on WhatsApp or other social software, you must verify it. Impersonation fraud and verification scams are all as long as you are willing to verify the news Accuracy basically cannot be cheated. As for the last one, don't believe threats from other people, and check directly with the authorities if you have any questions.The above content is what LIKE.TG Editor shared with you about " Anti-scam guide for users of WhatsApp and its social software" I hope it will be helpful to you. If you want to know more about Industry Doubts in detail, you can visit LIKE.TG.
API
API
API is used to integrate LIKE.TG’s distribution service capabilities with clients’ personal projects. It simplifies things for developers. All popular email services have a refined API, that allows you to automate practically every stage of sending out your mailings and receiving reports. The Purpose of an API API typically is used to integrate one system with another to synchronize them and exchange data. For example, if a user registers on your site and you want to implement email subscription with new registrations, the LIKE.TG API helps you easily accomplish this task. Our API is also used to develop third-party applications. Thereby you can develop your own application for LIKE.TG and manage mailing lists without visiting our site. LIKE.TG's API interface has a range of opportunities that you can implement in your business projects. For the authorization process you must obtain a key that can be found in the API tab in the private account settings page. You can read more about LIKE.TG API here.
API Calls and How do They Work? A Complete Guide
API Calls and How do They Work? A Complete Guide
APIs, or Application Programming Interfaces, serve as a set of rules and protocols that enable different software applications to communicate with one another. They play a pivotal role in modern software development by allowing developers to access and leverage the functionality and data of other applications or services. The concept is pretty simple, but what goes on behind the scenes? In short, the back and forth amongst applications occurs through API calls. What are API Calls? API calls are specific requests made by one software application to another. These requests serve as a means for the requesting application to access and utilize the functionality and data offered by the target application or service. API calls are essential for enabling communication and interaction between different software systems, allowing them to exchange information, execute tasks, and integrate seamlessly. These calls typically consist of a structured set of instructions, parameters, and data, which are processed by the target API to perform a particular operation, retrieve information, or trigger a specific response. Read More: How to Build an API Technicalities of an API Call Before we move on to how you can make an API call, let’s understand the technicalities of API calls: Client Application: The first component of an API call is the client application, which is the software that intends to make use of an API. It can be a web application, a mobile app, or any program that requires data or services from another source. API Endpoint: The client application needs to know the API’s endpoint(s). An endpoint is a specific URL (Uniform Resource Locator) that represents a particular resource or action provided by the API. For example, an API for weather data might have an endpoint like https://api.weather.com/current-weather. HTTP Request: To communicate with the API, the client application sends an HTTP request to the API endpoint. The request consists of several parts: HTTP Method: This specifies the type of action the client wants to perform. Common methods include: GET (retrieve data) POST (create data) PUT (update data) DELETE (remove data). Headers: These contain additional information about the request, such as the content type, authentication details, and more. Query Parameters or Request Body: Depending on the API and the specific endpoint, data can be sent as query parameters in the URL or as a JSON/XML payload in the request body. API Server: The API server is the software that listens for incoming requests at the specified endpoints. When a request is received, the server processes it based on the endpoint, method, and data provided. Request Processing: The API server processes the request by carrying out the intended action such as retrieving data from a database, performing calculations, or interacting with other services. Business Logic: The API often contains business logic, which defines how the data or service should be provided. For example, if you’re using a payment processing API, it might validate the payment data, charge the user, and return a response. Response Generation: After processing the request, the API server generates an HTTP response, which includes several components: Headers: These contain additional information about the response, such as content type and caching directives. Response Body: This is where the data or result of the request is included. It’s typically formatted as JSON, XML, HTML, or some other structured format. HTTP Status Code: It indicates the outcome of the request. HTTP Response: The API server sends the HTTP response back to the client application. Client Processing: The client application receives the response and processes it based on the HTTP status code and the data provided in the response body. Error Handling: If an error occurs during the API call (e.g., due to invalid input or server issues), the API server will return an appropriate status code (e.g., 400 for bad request or 500 for internal server error). The client application should handle and report these errors gracefully. Subsequent Actions: Depending on the nature of the client application, it may take further actions based on the API response, such as displaying data to the user or using the retrieved data in its own processes. Experience the Power of Well-Designed APIs Design efficient, secure, and developer-friendly APIs in LIKE.TG's no-code environment View Demo How to Make an API Call? Now that you have a basic understanding of the terms and how API call works, let’s see how you can make one: Read API documentation thoroughly When preparing to make API calls, it’s essential to thoroughly review the API documentation to ensure that you understand how to use the API effectively and adhere to any requirements or limitations. Here are the key pointers you should read in the API documentation before making the call: Understand the authentication method required to access the API. The documentation explaina whether you need API keys, OAuth tokens, or another form of authentication. Learn how to obtain and use these credentials. Identify the available API endpoints and their purposes. The documentation should provide the base URL and specific endpoint paths for each resource or action you want to access. Check for any rate limits or usage quotas imposed by the API. Understand how many requests you are allowed to make within specific time intervals. Be aware of any cost implications or the consequences of exceeding these limits. Check if the API documentation mentions versioning. Understand the API version you are working with and how to specify the version in your requests. Be aware of any upcoming changes or deprecated features. Determine if the API provider offers a sandbox or testing environment where you can experiment with the API without affecting production data. Choose the Right HTTP Method As explained earlier, the HTTP method you will choose for your API call will be based on the action you want to perform. These HTTP methods, often referred to as CRUD operations (Create, Read, Update, Delete), provide a standardized way for clients to interact with APIs. What method you choose, depends on the action you want to perform. When working with RESTful APIs, these methods map to the basic operations that can be performed on resources, contributing to a clear and consistent API structure. Construct the API URL Build the URL for the API call by combining the base API URL and the specific endpoint you want to access. Here’s a breakdown of the considerations when making an API URL: The base URL is the starting point for the API. It typically includes the protocol (http or https) and the domain or server where the API is hosted. For example, the base URL is “https://api.example.com.” Next, you need to specify the endpoint, which comes right after the base URL and is often represented by a path. For example, if you want to retrieve user profiles, the endpoint might be “/user-profiles.” Then you need to add the query parameters that provide additional information to the API request. They are included in the URL after a question mark “?” and separated by “&”. For instance, if you want to retrieve a specific user profile with an ID of 123, you might include a query parameter like “?user_id=123.” The final URL would look like: https://api.example.com/user-profiles?user_id=123 If the API requires authentication, you might need to include an authentication token or API key in the request, you can do it through headers or as part of the URL (e.g., “?api_key=your_api_key”). Putting it all together, your URL might look like: https://api.example.com/user-profiles?user_id=123. Set Up the Request Create an HTTP request in your programming language or API client. Set the following elements in your request: HTTP Method: Set the method corresponding to your intended action (e.g., GET, POST, PUT, DELETE). Headers: Include headers like “Content-Type” (specifying the data format of your request) and any required authorization headers. Query Parameters or Request Body: Include any data or parameters necessary for the API call. Depending on the API, data may be sent as query parameters in the URL or in the request body as JSON or another format. Receive the Response Here are some common types of response codes that you should know about: 2xx Success 200 OK: The request was successful. 201 Created: The request resulted in the creation of a new resource. 204 No Content: The request was successful, but there is no new information to send back (often used for DELETE requests). 3xx Redirection 301 Moved Permanently: The requested resource has been permanently moved to a new location. 302 Found (or 307 Temporary Redirect): The requested resource has been temporarily moved to a new location. 304 Not Modified: Used for caching purposes; the requested resource has not been modified since the last request. 4xx Client Errors 400 Bad Request: The server could not understand the request. 401 Unauthorized: The request lacks proper authentication credentials. 403 Forbidden: The server understood the request, but it refuses to authorize it. 404 Not Found: The requested resource could not be found on the server. 405 Method Not Allowed: The method specified in the request is not allowed for the resource identified by the request. 5xx Server Errors 500 Internal Server Error: A generic error message indicating that the server encountered an unexpected condition. 501 Not Implemented: The server does not support the functionality required to fulfill the request. 502 Bad Gateway: The server, while acting as a gateway or proxy, received an invalid response from an upstream server. 503 Service Unavailable: The server is currently unable to handle the request due to temporary overloading or maintenance. 429 Too Many Requests: The user has sent too many requests in a given amount of time. Ready to build, access, and consume APIs effortlessly? Discover, explore, and subscribe to public and private APIs with LIKE.TG's self-service API developer portal. View Demo How to Secure APIs from Invalid Calls? So, what happens when you are on the other end that is you are receiving API calls? You need to protect your APIs from unnecessary calls as Invalid calls may be attempts by malicious actors to exploit vulnerabilities in your system. Plus, they consume system resources, leading to degradation in performance or even denial of service. Here is how you can protect your APIs from unwanted API calls: Authentication: Use strong authentication mechanisms such as API keys, OAuth tokens, or JWT (JSON Web Tokens). Implement multi-factor authentication for additional security. Authorization: Enforce proper access controls to ensure that authenticated users only have access to the resources they are authorized to use. Implement role-based access control (RBAC) to manage permissions effectively. HTTPS (SSL/TLS): Always use HTTPS to encrypt data in transit and prevent eavesdropping. Use the latest and most secure versions of SSL/TLS protocols. Input Validation: Validate and sanitize all input data to prevent injection attacks such as SQL injection, cross-site scripting (XSS), and other common exploits. Rate Limiting: Implement rate limiting to prevent abuse and protect against brute force attacks. Limit the number of requests a client can make within a specific timeframe. API Keys: Use API keys to control access and track API usage. Rotate keys regularly and revoke access for compromised keys. Token Expiration: Set expiration times for tokens to limit their validity period. Refresh tokens should be used to obtain new access tokens. Logging and Monitoring: Implement robust logging to record API requests and responses. Monitor logs for suspicious activity and unauthorized access. Set up alerts for unusual patterns or security incidents. CORS (Cross-Origin Resource Sharing): Configure CORS settings to control which domains are allowed to access your API. This helps prevent cross-site request forgery (CSRF) attacks. API Gateway: Use an API gateway for centralized management of API security, including authentication, authorization, and monitoring. Web Application Firewall (WAF): Implement a WAF to protect against common web application attacks, such as SQL injection, XSS, and other security threats. Security Headers: Utilize security headers like Content Security Policy (CSP), Strict-Transport-Security (HSTS), and others to enhance the security of your API. Regular Security Audits and Penetration Testing: Conduct regular security audits and testing to identify vulnerabilities and address them proactively. API Versioning: Implement versioning for your APIs to ensure backward compatibility. This allows you to to deprecate and retire outdated versions with security vulnerabilities. Parting Words As technology continues to evolve, the role of APIs becomes increasingly pivotal in shaping the interconnected digital landscape. Whether you’re designing APIs for internal use or exposing them to external developers, a thoughtful and well-documented approach is key. If you want to design robust, powerful APIs in a code-free drag and drop environment, then try LIKE.TG API Management. The solution comes with a powerful API designer and integration capabilities all in one platform. Download free trial today.
API Developer Portal: Importance and Best Practices
API Developer Portal: Importance and Best Practices
As businesses grow, their interactions with a variety of internal, external, and third-party APIs become more prevalent. According to the Developers Economic Survey 2023, over 90% of developers use APIs to accelerate digital interactions, with 74% of developers using third-party APIs. Establishing a central hub that simplifies resource access for everyone becomes essential to facilitate the consumption of APIs and create a more efficient workflow. That’s where the API developer portal comes into play– a valuable portal designed to make API usage user-friendly for developers, resulting in faster API integration and consumption. What is an API Developer Portal? An API developer portal is a platform that serves as a comprehensive resource for developers looking to integrate APIs into their applications. It’s a central hub with all the tools, resources, and information required to consume APIs effectively. Let’s take a fictional example of a company called “WeatherNow” that offers weather data through an API. To facilitate developers in accessing and using their weather data in applications, they can publish an API Developer Portal. This portal will contain essential resources like API documentation, key management, code samples, and developer support. The WeatherNow API Developer Portal will serve as a core resource for developers looking to integrate WeatherNow’s weather data into their applications. It will provide them with the necessary information for successful API utilization and foster a community for collaboration and assistance. Components of a Good Developer Portal An API developer portal is a gateway for developers to access documentation, sample code, tutorials, and support forums, enabling them to understand and utilize APIs easily. Within a good API developer portal, developers can find detailed documentation that outlines the data resources, endpoints, and expected parameters inputs or outputs of the available APIs. This documentation clearly explains how to interact with the APIs and guides developers through the API integration process. The documentation is made available in well-known standard formats such as Swagger Open API, WSDL, Async API, etc. to enable quick import and utility. In addition to documentation, an effective developer portal also offers sample code snippets in various languages that developers can use as a starting point for their projects. These code snippets demonstrate how to utilize the API’s capabilities effectively. The portal accelerates the development process by providing ready-to-use code examples, enabling developers to prototype and test their ideas quickly. API developer portals also often include tutorials and step-by-step guides that walk developers through common use cases and scenarios. These tutorials provide practical examples and offer insights into leveraging the API’s features to solve real-world problems. Developer Portals also include user management and subscription flows to request access for various APIs. There is also a “try out” test environment to make test calls to APIs and ensure their access. The Importance of an API Developer Portal An API developer portal plays a crucial role in software development. Some of the various aspects that make it so important are: Enhancing Developer Experience An API developer portal goes beyond just providing documentation and code snippets. It aims to create a user-friendly environment for developers to explore, experiment, and integrate APIs into their applications. Imagine a developer trying to integrate an API without any guidance or support. It will become a complex, resource-intensive task. However, a well-designed API developer portal will offer comprehensive documentation, step-by-step tutorials, and even interactive examples to guide developers through the integration process. Facilitating API Adoption APIs are powerful tools that allow developers to leverage existing functionalities and services to enhance their applications. However, without proper documentation and guidance, developers may struggle to understand the intricacies of the API and how to utilize it effectively. Besides documentation, tutorials, and use cases, an API developer portal often includes a community forum or support channel where developers can ask questions, share their experiences, and seek expert guidance. This fosters a collaborative environment and encourages developers to explore the full potential of the APIs. Streamlining API Management An API developer portal also contributes to streamlining API management. It serves as a self-service platform for developers, empowering them to control their integrations and dependencies more with respect to version updates. Developers can generate API keys or tokens, monitor usage, and manage their applications through an API developer portal. This eliminates the need for manual intervention from API providers, reducing the workload and allowing them to focus on other critical tasks. Furthermore, an API Developer Portal often provides reporting features, allowing developers to gain insights into how their applications utilize the APIs. This data-driven approach enables developers to optimize their integrations, identify potential bottlenecks, and make informed decisions to improve the performance and efficiency of their applications. Best Practices for API Developer Portal There are several best practices for developing an API Developer Portal. From user-friendly design to high-quality documentation and robust security measures, each aspect plays an important role in providing developers with a seamless experience. These best practices include: Ensuring User-Friendly Design A good API Developer Portal prioritizes user experience. It goes beyond just providing the necessary information and focuses on creating an intuitive and visually appealing interface. Clear navigation menus, search functionality, and organized content are key elements that contribute to a user-friendly design. Imagine a developer visiting an API Developer Portal with a cluttered and unsystematic layout. They would have difficulty finding the information they need. On the other hand, a well-structured and organized interface will enable developers to easily navigate the portal, finding the resources they need efficiently. Furthermore, a clean and visually rich interface can also enhance the overall experience. Incorporating modern design principles, such as clean typography, consistent color schemes, and intuitive icons, makes the API developer portal functional and easy to navigate. Prioritizing Documentation Quality High-quality documentation is the backbone of any API Developer Portal. It serves as a comprehensive guide for developers, providing them with the necessary information to understand and utilize the API effectively. Here are some key factors to consider: Comprehensiveness: The documentation should cover all aspects of the API, including its endpoints, request/response formats, authentication methods, and error handling. Leaving any gaps in the documentation can lead to confusion and hinder developers’ progress. Accuracy: Ensuring the documentation is accurate and up to date is essential. Any discrepancies between the documentation and the actual API behavior can waste time and effort. Code Examples: Including code examples can significantly enhance the clarity and usefulness of the documentation. Developers often rely on these examples to understand how to interact with the API and to jumpstart their implementation. Implementing Robust Security Measures Security is a critical aspect of API development. An API Developer Portal should prioritize implementing robust security measures to protect sensitive information and prevent unauthorized access. Here are some key considerations: Secure Authentication Mechanisms: The API Developer Portal should support users to avail supported authentication mechanisms, such as OAuth, API keys, or JSON Web Tokens (JWT). These mechanisms ensure that only authorized developers can access the API and its resources. Role-Based Access Control: Implementing role-based access control allows developers to have different levels of access based on their roles and responsibilities. This ensures that sensitive operations and data are only accessible to authorized individuals. Thorough Vulnerability Testing: Regular vulnerability testing should be conducted to identify and address any potential security vulnerabilities. This includes penetration testing, code reviews, and security audits to ensure the API and the Developer Portal are resilient against attacks. Manage All Your APIs Access In One Platform An API developer portal is vital to modern software development. It serves as a platform for developers to access documentation, tools, and community support, ultimately enhancing their experience and facilitating the adoption of APIs. By following best practices and incorporating key characteristics, a well-designed API developer portal can make a significant difference in the success of API integrations and collaborations. LIKE.TG is a no-code API building and implementing solution with a self-service API developer portal that enables API consumers to discover, explore, and subscribe to public and private APIs. LIKE.TG empowers developers to make the most out of the APIs, reducing the learning curve and enabling them to build innovative applications more efficiently. Some of LIKE.TG’s developer portal features include: Easy-to-use portal so developers can subscribe and start their API integration process in minutes. Detailed documentation outlining the APIs’ functionalities, endpoints, and parameters. Ready to integrate Swagger documentations for the deployed APIs. Access token management and authorization. Ready to build, access, and consume APIs effortlessly? LIKE.TG makes it simple! Sign up for the 14-day free trial or a free demo today Ready to build, access, and consume APIs effortlessly? Discover, explore, and subscribe to public and private APIs with LIKE.TG's self-service API developer portal. 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API Development: Best Practices and Strategies
API Development: Best Practices and Strategies
API development facilitates efficient data sharing, enhances interoperability between systems, and drives digital ecosystem growth. APIs are at the core of modern applications and systems. In fact, 56% of enterprise leaders agree that APIs help them build better digital experiences and products. So, how do you develop APIs correctly, ensuring they seamlessly connect to the digital world and drive the growth of digital ecosystems? The answer lies in a series of best practices and strategies that pave the way for effective and user-friendly API development. Understanding API Development An API, or Application Programming Interface, serves as a bridge between different software systems, enabling them to communicate and share data seamlessly. APIs come in many shapes and sizes, from RESTful web services to SOAP endpoints, but the principles for creating effective APIs remain fairly consistent. Best Practices and Strategies for API Development 1. Define Clear API Objectives and Goals Every successful API starts with a clear purpose. Define the objectives and goals of your API project before writing a single line of code. What problem does your API solve, and who are the intended users? Having a well-defined scope helps you avoid feature creep, i.e., excessive features that make an API too complicated or difficult to consume, and ensures your API serves its intended purpose effectively. 2. Use Meaningful and Consistent Naming Conventions Choosing meaningful and consistent naming conventions for your API endpoints, methods, and data structures is essential. It makes your API more intuitive and user-friendly, reducing the learning curve for developers interacting with it. Be concise and maintain a standardized approach to naming. 3. Version Your APIs to Maintain Backward Compatibility As your API evolves, it’s critical to maintain backward compatibility with existing clients. Versioning your API allows you to make changes and improvements without breaking the functionality for users of older versions. Follow a clear versioning strategy (e.g., using URLs or headers) to manage these changes effectively. 4. Implement Proper Authentication and Authorization Mechanisms Security should be a top priority in API development. Implement robust authentication and authorization mechanisms to ensure that only authorized users can access your API’s endpoints. Options include OAuth, API keys, and JWT tokens, depending on your application’s requirements. 5. Document Your APIs Comprehensively Comprehensive and well-maintained documentation is the lifeblood of any API. It serves as a reference guide for developers, making it easier for them to understand how to use your API effectively. Include clear examples, use cases, and details about endpoints, requests, and response formats. 6. Provide Descriptive Error Messages and Status Codes Users should receive informative error messages and status codes when something goes wrong in an API request. Well-documented error responses help developers quickly identify and resolve issues, improving the overall user experience. 7. Validate Input Data and Handle Validation Errors Input data validation is essential for the security and reliability of your API. Validate user input to prevent common security vulnerabilities like SQL injection and cross-site scripting. Ensure that you handle validation errors and provide meaningful feedback to users. 8. Optimize API Endpoints for Performance and Scalability API performance can significantly impact the user experience. Optimize your API endpoints for speed and scalability. Use techniques like caching, pagination, and asynchronous processing to enhance performance while ensuring your API can handle increasing loads of user requests. 9. Implement Rate Limiting and Throttling to Prevent Abuse To prevent abuse or overuse of your API, implement rate limiting and throttling. Set limits on the number of API requests a user or client can make within a specific time frame. This helps maintain fair usage and protects your API from abuse. 10. Use Appropriate HTTP Methods (GET, POST, PUT, DELETE) for CRUD Operations Follow the HTTP methods (GET, POST, PUT, DELETE) convention for CRUD (Create, Read, Update, Delete) operations. This aligns your API with standard practices, making it more intuitive for other developers to work with. Understanding the Limitations Technical Complexity: API development demands expertise in various programming languages and protocols. Resource Intensive: Building and maintaining APIs can require significant resources, including development time, server capacity, and operational costs. Learning Curve: For those new to API development, there is a learning curve. It may take time to grasp the intricacies of APIs fully. Security Concerns: Ensuring robust security measures is essential. APIs can be vulnerable to attacks if not adequately protected. Versioning Challenges: Managing different versions of an API can become complex, necessitating careful planning and execution. Coding Expertise: Traditional API development often requires coding skills, which may not be the preferred approach for all projects. Consider no-code or low-code solutions to bypass this limitation. Following the best practices and strategies outlined above and acknowledging the limitations, you can create robust and user-friendly APIs that contribute to the growth and connectivity of modern enterprises and provide a seamless experience for users and developers alike. Simplify API Development with LIKE.TG Now, let’s explore how LIKE.TG’s no-code API development solution can assist you in implementing these guidelines effectively. Streamlined Development LIKE.TG API Management simplifies the API development process with its no-code environment. You can define clear API objectives and goals effortlessly. Developers can focus on business logic while the platform takes care of the technical intricacies. This ensures that your APIs are aligned with your organization’s objectives and reduces development time. Automated Documentation LIKE.TG API Management includes built-in features for creating comprehensive API documentation. You can generate clear and up-to-date documentation with ease, detailing endpoints, request-response formats, and authentication methods. This ensures that your APIs are well-documented, reducing confusion and friction for developers. Security and Versioning The platform offers robust security features, including authentication and authorization mechanisms. It also simplifies versioning, making it easy to maintain backward compatibility as your APIs evolve. LIKE.TG API Management allows you to implement these critical best practices without diving into complex coding, reducing the risk of security vulnerabilities and ensuring smooth transitions between API versions. Performance Optimization LIKE.TG API Management simplifies the process of optimizing API endpoints for performance and scalability. Its built-in features allow you to manage caching, fine-tune database queries, and integrate content delivery networks (CDNs) with ease. This ensures that your APIs are designed for efficiency and high performance, meeting the demands of large-scale enterprise applications without the need for complex coding. LIKE.TG simplifies the development process, automates documentation, and ensures robust security. With features that streamline performance optimization, rate limiting, and versioning, the no-code API development tool empowers you to create APIs that align seamlessly with your enterprise objectives. Ready to see LIKE.TG API Management in action? We’d love to show you how it works! Reach out to us at [email protected] to take the first step towards efficiency, security, and innovation today. Reduce API Development Time by Up To 80% With LIKE.TG Simplify API development through an intuitive, drag-and-drop interface, enabling seamless API consumption, designing, and deployment for both technical and non-technical users. View Demo
API First vs Code First: Selecting the Right Approach to Developing Applications
API First vs Code First: Selecting the Right Approach to Developing Applications
The ever-growing demand for digital solutions across industries has led to the prominence of two approaches to product development: API First and Code First. Let’s understand the basics of these approaches, their core differences and the key factors that can help businesses make informed decisions. The Traditional Code-First Approach The traditional code-first approach focuses on writing the code logic first and then designing the API based on the implemented functionality. This approach allows developers to quickly build a functional product and refine their API based on the code. The code-first approach allows developers to dive right into coding and focus on implementing the core features and functionalities of the application. This is particularly useful in situations where there is a tight deadline or when the requirements are not fully defined at the beginning of the project. However, the code-first approach can lead to a less structured and more difficult-to-maintain codebase. Ensuring consistency and coherence across different parts of the application can be challenging without a well-defined API. Additionally, making changes to the API after the code has been written may require significant refactoring. Pros and Cons of the Code First Approach Advantages: Rapid prototyping and quick iterations, leading to faster development cycles. Ideal for situations with unclear or changing requirements. Promotes flexibility and problem-solving rather than adhering to a strict design. Limitations: Lack of standardized interfaces. Potential for tightly coupled APIs, hindering integration and scalability. Inconsistent designs across components. Difficulty in maintaining a cohesive architecture and documentation. Testing and debugging challenges. What is the API-First Approach? For many years, the term “API-first” lacked a standardized definition in the industry. The word meant different things to API developers and professionals alike. According to Postman’s 2021 State of the API report, 42% of developers believed “API-first” was about planning and designing APIs and underlying schema before creating other dependent API components and applications. Meanwhile, 31% thought the term referred to building APIs before applications or integrations. While these two perspectives seem similar, there’s a slight difference. The first views API design as a big part of the overall system development lifecycle, while the second sees APIs as the foundation for building other systems. As of 2023, this approach has been defined as designing and developing the API before writing the actual code. By starting with the API design, developers can establish clear guidelines and specifications for how different parts of the system will interact with each other. This approach promotes a modular and scalable architecture, as the API acts as a central point of control and coordination. Pros and Cons of API First Approach Advantages: Clear and well-defined interface design for effective team collaboration and independent work. Promotes code reusability and facilitates integration with external systems. Improved security measures by incorporating security considerations from the beginning. Enhanced scalability and extensibility, allowing for easy accommodation of future enhancements. Automatic generation of API documentation from the design, reducing documentation efforts and ensuring up-to-date information. Here’s a clip from a recent LIKE.TG webinar, “Unlock the Power of APIs the Code-Free Way,” in which Mehdi Medjaoui, founder of the famous Apidays Conference, discussed the numerous benefits of adopting the API-first approach in detail: Limitations: Requires upfront planning and design effort, potentially slowing down development. Assumes that all design decisions can be made early, which may not always be feasible. Potential delay in implementation due to the need for a finalized API design. API Design First: A Subset of API First Approach API-design first is a subset of the broader API-first approach that focuses specifically on the design aspect of building APIs. With the API-design first approach, designers create a detailed API specification before coding occurs. This specification serves as a blueprint for developers to ensure the API is created according to the desired functionality and requirements. There are a few key principles that form the foundation of the API Design First approach: Designing for the Consumer: With Design First, the focus is on the needs and expectations of the developers consuming the API. Developers can create a user-friendly and efficient API by considering their requirements from the outset. Developers consider factors such as ease of use, simplicity, and consistency when designing for the consumer. API Contracts: An API contract defines the rules and specifications that govern the interaction between the API and its consumers. Designing the API contract first allows for better collaboration between API providers and consumers, ensuring that both parties are on the same page regarding functionality and expectations. Documentation as a Priority: Good documentation is critical to the success of any API. By prioritizing documentation from the design phase, developers can ensure that the API’s consumers can access clear, accurate, and up-to-date documentation, reducing the learning curve and facilitating integration. Comparing API-First and Code-First Development Methodologies The table below highlights the core differences between the two approaches: Aspect API First Code First Design Philosophy Design-driven approach, with the API carefully planned and designed before implementation. Implementation-driven approach, where the design evolves alongside the code. Development Process Iterative development of the API as the foundation, enabling parallel work by multiple teams. Sequential development where code is written first and API is refined afterward. May require synchronization efforts. Flexibility and Control High level of control with upfront planning, clear boundaries, and standardized interfaces. Prioritizes speed and agility, allowing rapid adaptation but may result in inconsistencies and lack of standardized interfaces. Integration Easier integration with external systems and third-party applications due to well-defined APIs. Integration may be more challenging if APIs are tightly coupled with the codebase. Scalability and Extensibility Scalability and extensibility are considered from the beginning, leading to a more robust and maintainable codebase. May face challenges in maintaining and extending the codebase as the design evolves with the code. Development Efficiency Promotes parallel development, reducing dependencies and bottlenecks, resulting in faster feature delivery. May lead to longer development cycles and potential bottlenecks when multiple teams are involved. Criteria For Selecting the Best Approach When deciding between both approaches, there are several key considerations to keep in mind: Project requirements: Businesses should consider the specific needs and goals of the project. Is the project focused on immediate functionality or long-term scalability? Team expertise: Organizations need to evaluate the skills and experience of their development team. Are they familiar with API design principles or have more experience with traditional code-first development? Time constraints: Assess the project timeline and available resources. Does the project have enough time for upfront API design, or is there a need for quick implementation? Making the Right Choice: API First or Code First? Choosing between API First and Code First in software development depends on the project’s requirements and constraints. API First is suitable for well-defined projects, scalability, and integration with external systems. It provides structure, security, and ease of integration when the team has API expertise. It’s also good for scalability planning. Code First is ideal for projects with evolving or ambiguous requirements, emphasizing flexibility and agility. It’s useful for rapid prototyping, quick iterations, and adapting to changing requirements. It’s best when the team is strong in coding and prefers working directly with the codebase, allowing for faster feedback and leveraging existing tools. Ultimately, the choice depends on project specifics, team expertise, and desired outcomes. Careful evaluation is essential for a successful development process. LIKE.TG offers a user-friendly, no-code API design solution that enables you to create and utilize APIs easily, simplifying the API implementation and maintenance process. Incorporating the LIKE.TG API design and implementation tool into your API strategy can strengthen your capacity to respond to changing business requirements, streamline your data workflows, and guarantee a smooth user experience. Contact us to learn more about how LIKE.TG can help you.
API-Led Connectivity: A Complete Guide
API-Led Connectivity: A Complete Guide
Today, APIs are everywhere —so much so that the global API market is set to reach USD 6263.00 million by 2028. Among the usage of APIs, API-led connectivity is a new approach, revolutionizing how systems, applications, and data interact. This disruptive technology has emerged as the backbone of seamless connectivity by playing a significant role in retrieving information from diverse sources. What is API-led Connectivity? API-led connectivity is an approach to connecting and integrating different applications, systems, and data sources using APIs as the primary building blocks. This approach organizes the development of integrations and connections between various systems based on reusable and manageable APIs. It involves creating and exposing APIs that encapsulate specific functionalities or data sets, allowing different systems to interact and share information in a secure and controlled manner. Why is API-led Connectivity Important? API-led connectivity revolutionizes digital interactions. They empower businesses to maximize the potential of their existing applications and systems. By seamlessly integrating various components through APIs, organizations can overcome traditional data silos. This fosters a more interconnected data ecosystem. Through this approach, businesses unlock numerous benefits. Firstly, they can enhance operational efficiency by breaking complex systems down into manageable parts. This not only streamlines processes but also facilitates easier integration, enabling a more agile and innovative environment. Furthermore, by promoting the flow of information across previously isolated departments or systems, valuable insights are revealed, enabling informed decision-making. Security is paramount in this interconnected landscape. APIs serve as gateways that ensure controlled access to information, safeguarding sensitive data. Ultimately, API-led connectivity doesn’t just improve internal operations. It transforms customer experiences. By leveraging APIs to optimize services, businesses create seamless digital ecosystems that deliver enhanced experiences to customers. API-Led Connectivity Architecture API-led connectivity follows a well-defined architectural approach that consists of three key components: System APIs System APIs serve as a standardized interface, exposing the functionalities of back-end systems or applications to facilitate seamless interaction with various front-end applications. They act as a bridge, enabling easy access and communication between different services ensuring that resources are readily available for utilization across diverse applications. Here are a few examples of System APIs: Operating System APIs: These APIs allow applications to interact with the operating system. For instance, Windows API or POSIX (Portable Operating System Interface) for Unix-like systems. Database APIs: Such as JDBC (Java Database Connectivity) or ODBC (Open Database Connectivity) that enable applications to communicate and interact with databases like MySQL, PostgreSQL, or Oracle. Cloud Service APIs: For example, Amazon Web Services (AWS) API, Google Cloud API, or Microsoft Azure API allow developers to access and manage cloud services like storage, computing resources, and machine learning tools. Messaging APIs: Services like Twilio offer APIs for sending and receiving SMS, MMS, and other communication services programmatically. Process APIs Process APIs simplify complex integrations by orchestrating and composing multiple system APIs. These APIs act as a higher-level abstraction layer. They simplify complex integrations by providing a unified interface to fulfill specific business processes or use cases. Process APIs ensure that the different systems and applications work together harmoniously by orchestrating the sequence and flow of data between them. The result? Streamlined business operations and improved efficiency. Here are a few examples: Order Processing: Consider an e-commerce platform that involves multiple steps—like inventory check, payment processing, shipping, and notification. A process API can orchestrate communication between inventory management APIs, payment gateways, shipping APIs, and notification services to ensure a smooth order processing flow. Customer Onboarding: Banks or financial institutions may have a complex onboarding process involving identity verification, credit checks, account creation, and notifications. A process API can orchestrate interactions between various APIs handling these tasks, ensuring compliance and a seamless experience for the customer. Travel Booking: Travel agencies often integrate with airlines, hotels, car rental services, and payment gateways. A process API can coordinate communication between these different APIs to manage flight bookings, hotel reservations, car rentals, and payment processing for a comprehensive travel booking system. Experience APIs Experience APIs focus on delivering seamless and personalized experiences to end-users, abstracting the underlying complexities of the integrated systems. They aggregate diverse data sources by acting as a unified interface, transforming this information into formats tailored for specific channels and devices. This ensures that end-users encounter consistent, optimized experiences across various touchpoints. Some examples nclude: E-commerce Platforms: Companies like Amazon or eBay leverage Experience APIs to unify product information, user preferences, and purchase history from diverse sources. These APIs ensure a seamless shopping experience across devices, recommending personalized products and streamlining the checkout process. Hospitality and Travel: Booking platforms such as Airbnb or Expedia use Experience APIs to aggregate data from multiple providers, including accommodations, transportation, and activities. This integration allows users to seamlessly plan and book entire travel experiences through a single interface. Streaming Services: Platforms like Netflix or Spotify utilize Experience APIs to collect user data, including viewing or listening history, preferences, and device information. They then leverage this data to provide personalized content recommendations, creating a cohesive and engaging user experience. How API-Led Connectivity Works The API-led connectivity approach follows a structured flow that ensures seamless integration and efficient data flow. It involves: Discovering and Creating APIs: Identify the systems and data sources that need to be integrated and define the APIs that will expose their functionalities. This involves understanding the existing landscape of applications and systems within an organization and determining the key functionalities that need to be exposed through APIs. Once the systems and data sources are identified, APIs are created to expose their functionalities, providing a standardized interface for accessing and interacting with their resources. Building and Implementing APIs: Develop and deploy the APIs, ensuring they adhere to industry standards and best practices for security, scalability, and reliability. This involves implementing the necessary logic and functionality to expose the desired functionalities of the back-end systems or applications. It is crucial to ensure that the APIs adhere to industry standards and best practices for security, scalability, and reliability. By following these standards and best practices, organizations can ensure that their APIs are secure, performant, and capable of handling the expected load. Orchestrating APIs: Use process APIs to orchestrate the sequence and flow of data between different systems and applications, ensuring they work together harmoniously. Process APIs enable the seamless flow of data between different systems and applications by defining the sequence and logic of how the APIs should interact with each other. By orchestrating the APIs, organizations can ensure that the data flows smoothly and that the systems and applications work together harmoniously to fulfill specific business processes or use cases. Managing and Monitoring APIs: Implement a robust API management platform to manage, secure, and monitor the APIs throughout their lifecycle. Organizations that implement a robust API management platform can better manage, secure, and monitor the APIs throughout their lifecycle. These solutions include versioning and lifecycle management, security and access control, rate limiting and throttling, analytics and monitoring, and developer portal management. By effectively managing and monitoring the APIs, organizations can ensure their availability, performance, and security, enabling them to deliver a seamless and reliable user experience. Benefits of Implementing API-Led Connectivity API-led connectivity offers several advantages, making it important in modern software development and integration practices: Maximizing Existing Investments: It allows organizations to connect and integrate existing applications and systems without replacing them entirely. This maximizes the value of these assets, saving time, resources, and minimizing disruptions to ongoing processes. Data-Driven Decision-Making: Utilizing APIs to integrate diverse data sources enables businesses to gain a comprehensive overview of operations and customer behaviors. This integrated approach not only facilitates informed decision-making for growth and competitive advantages but also ensures a seamless and consistent customer experience across various platforms Security and Control: APIs provide a structured way to manage data access, allowing for fine-grained control over who accesses what data and under what conditions, thus enhancing security measures. Modularity and Reusability: API-led connectivity encourages a modular approach where specific functionalities of a system or application are exposed through APIs. This modularity allows for easier reuse of these APIs across various projects and applications, fostering efficiency and consistency. Vendor Neutrality: It reduces dependency on specific technologies or vendors. APIs provide a standardized way to communicate between systems, making it easier to swap out components or technologies without major disruptions. Overcoming Challenges in API-Led Connectivity As API-led connectivity becomes increasingly prevalent, organizations face various challenges that need to be addressed for successful implementation and operation. Security Concerns One of the primary challenges is ensuring the security of the APIs. As APIs become involved in integrations, they handle sensitive data and provide access to critical systems. Therefore, implementing robust security measures is of paramount importance. Implementing strong authentication mechanisms enables organizations to verify the identity of users and systems accessing the APIs. This can involve using techniques such as API keys, OAuth, or even biometric authentication. For example, banking apps often employ biometric authentication (fingerprint or facial recognition) for accessing financial APIs. This technology verifies the user’s identity before allowing access to account details or transactions. Another crucial aspect of API security is encryption. Organizations can prevent unauthorized access and protect sensitive information by ensuring they transmit sensitive data through encrypted APIs. This can be achieved by implementing secure communication protocols such as HTTPS and using encryption algorithms like AES and DES to encrypt the data at rest. Integration Issues Integrating different systems with varying protocols, data formats, and standards can pose significant challenges. Organizations often have a mix of legacy systems, modern applications, and third-party services that need to be seamlessly integrated to enable efficient data flow. To address integration issues, organizations need to carefully plan and design their integration architecture. This involves analyzing the systems and applications to be integrated, understanding their data requirements, and identifying any potential conflicts or compatibility issues. Organizations can adopt an API-led approach to integration, where APIs act as the building blocks for connecting different systems. By designing APIs that abstract the underlying complexity of systems and provide a standardized interface, organizations can simplify the integration process and ensure seamless data flow. Furthermore, organizations can leverage integration platforms and tools that provide pre-built connectors and adapters for popular systems and applications. These tools can help streamline the integration process by providing out-of-the-box support for different protocols, data formats, and standards. How LIKE.TG Enables API-led Connectivity The future of API-led connectivity holds tremendous potential. As businesses continue to embrace digital transformation, API-led connectivity will play a crucial role in enabling seamless integration and data flow. With emerging trends such as event-driven architecture, API marketplaces, and API monetization, businesses are finding innovative ways to leverage APIs for their growth and success. As integration capabilities evolve, API-led connectivity will remain a crucial enabler for businesses seeking to stay ahead in a rapidly changing world. Enter LIKE.TG. LIKE.TG is a no-code platform for developing, testing, deploying, governing, and overseeing APIs, enabling organizations to expedite API creation and management. Crafted with an emphasis on user-friendliness, efficiency, and automation, LIKE.TG API Management reduces API development and management time by up to 80%. Integrating LIKE.TG into your API strategy can enhance your ability to adapt to evolving business requirements, refine dataflows and workflows through API-led connectivity, and ensure a seamless user experience for your customers. Want to experience the benefits of no-code API management? Sign up for LIKE.TG API Management’s 14-day free trial or schedule a demo with our experts today!
Aplikasi malik wa filter
Aplikasi malik wa filter
Anda mungkin belum tahu apa yang dimaksud dengan malik whatsapp, kalau terjemahan bahasa mandarinnya sebenarnya malik whatsapp, sebenarnya itu filter whatsapp yaitu filter malik wa.Aplikasi malik wa filter juga merupakan aplikasi pihak ketiga yang fungsi utamanya adalah mendeteksi dengan cepat apakah nomor ponsel yang Anda pilih memiliki akun WhatsApp dan memfilter nomor WhatsApp yang aktif.Dalam proses pemasaran WhatsApp, tujuan utama kami adalah mendapatkan nomor WhatsApp aktif, sehingga kami dapat mengirimkan produk atau merek atau informasi kontak kami kepada para pengguna ini, dan para pengguna ini dapat melihat nomor kami untuk pertama kalinya. Berita juga dapat dianggap sebagai a paparan merek atau bisnis.Tentu saja Aplikasi malik wa filter bukanlah aplikasi WhatsApp resmi, ini adalah perangkat lunak pemasaran yang dikembangkan secara independen oleh perusahaan pihak ketiga berdasarkan kebutuhan pengguna. Hal ini terutama untuk memudahkan pengguna mendapatkan nomor aktif WhatsApp pengguna dengan cepat dan menyimpan pengguna ' biaya.Ada banyak filter WhatsApp di pasaran, dan pihak ketiga yang berbeda mungkin memiliki tingkat penelitian dan pengembangan filter WhatsApp yang berbeda. Misalnya, beberapa filter WhatsApp mungkin khusus digunakan untuk mendeteksi apakah nomor ponsel pengguna telah membuka akun WhatsApp. khusus digunakan untuk menyaring nomor pengguna global dan secara otomatis menghasilkan akun WhatsApp aktif.Dalam proses pemasaran WhatsApp kami, pada dasarnya filter WhatsApp yang paling banyak digunakan adalah software filter WhatsApp.Sesuai dengan negara yang Anda pilih, misalnya jika Anda ingin memfilter akun WhatsApp pengguna di Brazil, maka masukkan kode negara/kode Brazil di software dan atur kondisi filter Anda, misalnya Anda ingin memfilter avatar WhatsApp, usia, jenis kelamin, kepribadian Tanda tangan, dll., lalu klik untuk memulai penyaringan, satu klik untuk menyaring pengguna aktif WhatsApp Brasil dan mengekspor file.Konten di atas berasal dari LIKE.TG, semoga bermanfaat bagi semuanya. LIKE.TG adalah tempat untuk mengetahui lebih banyak tentang "Aplikasi malik wa filter".
Aplikasi Master Filter Wa
Aplikasi Master Filter Wa
There are many WhatsApp applications, including official applications and third-party marketing tools developed by third-party companies based on marketing strategies. The following LIKE.TG editor will tell you about WhatsApp.Aplikasi master filter wa refers to a program that can control and manage or filter WhatsApp messages or users.Such an application may have a variety of functions, such as:Block spam messages or advertisements to help users reduce unnecessary interruptions and interruptions.Manage contact list to help users maintain a clean and organized contact list.Provide keyword filtering function, which can filter messages according to user-defined keywords or phrases.Control who can send messages to the user, or who can see the user's status updates, etc.But from the perspective of WhatsApp marketing, the main function of this aplikasi master filter wa is to filter WhatsApp active accounts.Because WhatsApp is registered through a mobile phone number, a mobile phone number registers a WhatsApp account, and we know the user's mobile phone number, then we can go to WhatsApp to directly add him as a friend, as long as the other party has also opened a WhatsApp account.WhatsApp number filtering occupies a very large proportion in WhatsApp marketing. Many sellers use this method to filter numbers in the early stage of WhatsApp marketing, so as to obtain active WhatsApp numbers.The above content is the content about "aplikasi master filter wa" shared by LIKE.TG Xiaobian. I hope it will be helpful to you. Want to know more about WhatsApp marketing, all in LIKE.TG.
Archive page
Archive page
The function of the campaign archive is to show users all your previous emails in order to arouse their interest to subscribe. The emails in the archive can be shared via social networks. Thus, the campaign archive may help you get new subscribers. This is what a newsletter archive looks like: To begin, you should set up the campaign archive. Here is a guide on how to do it step by step. After you set up the archived version of your email campaign, you’ll be able to copy the link from your browser’s address bar to share it online. Users who see your email in their web browsers can share it on social networks with the help of the archive bar. What is the purpose of the campaign archive? The campaign archive was developed to strengthen the effectiveness of your email marketing via sharing emails through social networks. If the content of your emails really engages the reader, then it may go viral. This means that one person forwards the email to their friends, they do the same, and then other people have the potential to share your content on worldwide scale. To achieve the viral effect, you need to create emails with fresh content. Most emails that become viral involve humor and emotion. Create your campaign archive in such a way that users want to share it.
Are all the numbers screened out by whatsapp filter software available?
Are all the numbers screened out by whatsapp filter software available?
I believe everyone knows whatsapp marketing, basically as long as you are in foreign trade, you should have used this marketing method, mainly to help us quickly open up foreign markets, so that more foreign users can learn about our products and brands.The whatsapp marketing process is often accompanied by some third-party marketing software. This is no secret in our foreign trade circle, and basically all foreign trade personnel will use it.There are actually a lot of whatsapp marketing software on the market, but for us, the software that really "assists" us from the beginning is undoubtedly --whatsapp filter.Whatsapp filter, as the name suggests, is to filter users' whatsapp accounts. Of course, with the continuous advancement of technology, users have higher and higher requirements for whatsapp filter. Now whatsapp filtering can not only filter out users' whatsapp accounts, but also filter users' whatsapp avatars , whatsapp personalized signature, judging the user's age and gender through whatsapp avatar, very intelligent.Many people are curious about the question "Are all the numbers screened out by whatsapp filter software available?", let's take a look with the LIKE.TG editor below!The purpose of whatsapp filter is to quickly filter out the user's mobile phone number, because whatsapp is registered with the mobile phone number, as long as you know the other party's mobile phone number, you can directly start the conversation without friend verification.Although whatsapp filter can help us filter out mobile phone numbers, it does not mean that all the numbers we filter out are usable. The data you filter out is definitely not one or two, but basically hundreds or thousands, or even Already on the top of the million.Some of these numbers may be registered with multiple mobile phone numbers. This kind of screening does not mean that the data we screened is inaccurate. It may be that the user’s control over the account is not very strict. For example, he registered with multiple mobile phone numbers. , but there is only one main account, and the others are used incidentally. This is actually an active account for the official Whatsapp. We screened out some accounts that may never get a reply from users no matter what content they post.So we can use whatsapp filter, but we can’t just rely on whatsapp filter to develop our marketing tools. Whatsapp marketing is not just an option for screening numbers, there are many marketing strategies worth trying.The above content is shared by LIKE.TG for you, and I hope it will be helpful to you. If you want to know more details about whatsapp filter, you can visit LIKE.TG.
Are fb filters helpful for users?
Are fb filters helpful for users?
For a long time, we have emphasized the advantages of fb filters to enterprises, which can help enterprises grow and acquire customers, so does facebook filter have advantages for users? The following LIKE.TG will analyze and analyze it for everyone in detail.First, let's talk about how Facebook filter can help businesses:1. Can quickly filter active usersActive Facebook accounts can be quickly screened out through the facebook filter software, helping companies to do subsequent marketing transformation, and quickly open up their own foreign markets.2. Reduce the risk of title ban caused by marketingThe facebook filter software can help us filter out inactive facebook accounts, and prevent us from sending messages to inactive user accounts all the time, resulting in being detected by facebook officials and banning our accounts.Second, let's talk about how Facebook filter helps users:1. Help users meet more strangersIf we all just recommend friends to you through the system, then your circle of friends is still those, because Facebook officially recommends friends to you based on your account records.2. Ensure the authenticity of the accountFacebook filtering can also help users filter out real unfamiliar accounts, filter out those irrelevant Facebook accounts, and help us quickly establish contact with strangers.Finally, regardless of your attitude towards Facebook filter, since Facebook filter can appear in the market, it means that there is still demand, and there will be a market if there is demand. Everyone should understand this.Well, the above content is the content about facebook filter shared by LIKE.TG Xiaobian, I hope it will be helpful to you. If you want to know more about facebook filter in detail, you can visit LIKE.TG.
Are instagram filters useful?
Are instagram filters useful?
Instagram believes that both domestic and foreign users should be very familiar with it. Although we cannot access foreign networks or software in China, this disease does not prevent us from understanding the Instagram platform.Nowadays, many celebrities in China basically have their own accounts on Instagram, and they will also post some news to expose themselves and attract fans' attention.With the continuous development of instagram, many merchants have also begun to settle on the instagram platform and do marketing and promotion on it.Compared with other marketing methods, instagram marketing is relatively simple, because instagram mainly focuses on sharing pictures, and of course it also supports posting videos, but the time is relatively short, and the most important thing is pictures. If you can access the instagram software , then you will find that there are many daily life or photo photos posted by users.Many people do the same when doing instagram marketing. They will post photos of some company employees or product pictures, which are beautifully made to attract users' attention.I don’t know if you have used instagram filter. This is a marketing tool that we will use when doing instagram marketing. It mainly helps us quickly obtain whether the user’s mobile phone number has opened an instagram account and obtain the user’s activity. Time point, so will this software help us a lot?As the saying goes: where there is a market, there will be demand, and the emergence of instagram filter is verifying this sentence. Many people use instagram screening to assist their marketing methods to develop smoothly.So instagram filter is still very useful for those of us who do foreign trade marketing.
Are there any requirements for when to post on facebook?
Are there any requirements for when to post on facebook?
Facebook marketing is a marketing platform that we welcome in foreign trade marketing. Its marketing forms are also relatively rich, and its traffic is very large. Users in many countries around the world will use Facebook in their spare time.When we do facebook marketing, we basically post on facebook, because only when you post content can you have the opportunity to be seen by others. The reason why facebook has such a large traffic is also related to its large amount of content output. In this regard, many people have this question: When we do facebook marketing, do we have any requirements for the time when facebook posts are published? Let's take a look with LIKE.TG!There is no specific time requirement for posting on Facebook, you can post at any time. Facebook is a social media platform that operates around the clock, and users can post content at any time according to their needs and preferences.However, although there is no hard and fast time requirement, you can consider the following points when choosing a release time:When your audience is active: It helps to know what time zone your target audience is in and when they are online. In general, people are more likely to be active on social media during their lunch break during the week, after get off work in the evening, and during weekend breaks. You can time your posts appropriately based on when your target audience is online to increase the chances of your posts being seen and interacted with.Competitor activity times: It also makes sense to observe when your competitors or similar content creators post. If they posted content during a certain time period and achieved good engagement, you may consider posting at a different time period to avoid direct competition and increase your exposure.Post Type and Content: Different types of content may be suitable for different posting times. For example, if your post is about breakfast recipes, it might make more sense to post it in the morning; if your post is about nightlife or events, it might make more sense to post it in the evening. Considering your content and the habits of your target audience, choosing the right time to post can increase the likelihood that your post will be followed and engaged.Most importantly, experiment with different posting times based on your goals and observations, and optimize your posting strategy based on data analysis. Every target audience and content type is likely to be different, so you need to use your own experience and data to determine the best time to post.The above content is what LIKE.TG Xiaobian shared with you about "Is there any requirement for the time for posting on Facebook?", I hope it will be helpful to you. If you want to know more about facebook marketing in detail, you can visit LIKE.TG.
Argentina WhatsApp filter
Argentina WhatsApp filter
Whatsapp is a popular social chat application in foreign countries. It covers more than 180 countries or regions around the world. Different countries have different usage rates for whatsapp. The following LIKE.TG editor takes Argentina as an example to analyze in detail .According to the latest data, Argentina is one of the important global markets for WhatsApp. WhatsApp is very popular in Argentina and is widely used in communication and social activities in the country.According to statistics for 2021, Argentina is one of the countries with the largest number of WhatsApp users, with approximately more than 40 million users. This number is equivalent to the majority of the population of Argentina, so it can be said that in Argentina, the number of people using WhatsApp is very high.The popularity of WhatsApp in Argentina can be attributed to the free texting, voice and video calling it offers, as well as its wide availability on various smartphones. In addition, the convenience and simplicity of instant messaging applications are also in high demand among Argentine people, which has also contributed to the popularity of WhatsApp in the country.Everyone knows that whatsapp marketing is a must for almost every marketer, and Argentina is no exception. Many people use some marketing tools to assist their whatsapp marketing work smoothly. Among them, the whatsapp filter is the one we choose the most A whatsapp marketing tool.A few ways WhatsApp filters might be helpful for marketers in Argentina:1. Improve efficiency: The number screening function can help marketers exclude invalid or uninterested users, saving time and resources. This allows marketers to focus on users who are more likely to be interested in their product or service.2. Target positioning: Through the number screening function, marketers can filter audiences based on users' geographical location, hobbies, age, gender and other criteria. This helps to target audiences more precisely, improving the effectiveness and return of promotional campaigns.The above content is the content about "Argentina whatsapp filter" shared by the editor of LIKE.TG. I hope it will be helpful to you. If you want to know more about filters for whatsapp, you can find them in LIKE.TG.
Argentina WhatsApp Sifting Number
Argentina WhatsApp Sifting Number
Argentina since some years ago have been in the vigorous promotion of foreign trade environment to adjust the strategy back and forth, until 2023 Argentina became the world's fastest growing country in foreign trade marketing, such data show that Argentina is really a big hand in the market, there must be out of the in. We can reverse the marketing of foreign trade to them to broaden their own path.Trying to broaden customers in a place like that, besides the fact that you do have your own industry over there, it's hard to get the contact information of quite a lot of locals, which actually appears to be a big obstacle for our marketing. But it's okay, we can try to use WhatsApp filter software this software can help you in a certain area directly generate local cell phone number to detect, screen out whether the account has been registered in the software as well as a variety of information, such as numbers, avatars, signatures, signature language and other conditions.Get these information can already start targeted marketing, according to different audience groups to develop different strategies, it must be more easy to talk about business to talk about success.If you are also interested in this article or have ideas, you can contact our customer service, thank you very much for reading.
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