At the A1 level, you can think of 'apis' as a way for different computer programs to talk to each other. Imagine you have a phone and you want to see the weather. Your phone doesn't know the weather by itself. It has to ask a big computer somewhere else. The 'apis' are like the language or the rules that your phone uses to ask that big computer for the weather. It is like a messenger. When we say 'apis' (with an 's'), we mean there are many of these messengers. One might be for weather, one might be for maps, and one might be for music. In simple English, apis help apps work together. You don't need to know how they work inside, just that they are the 'bridges' between different apps on your phone or computer. For example, when you use a 'Login with Facebook' button on a new website, that website is using one of Facebook's apis to get your name and photo. It makes things very easy for you because you don't have to type your information again. Most apps you use every day use many different apis to give you information and help you do things quickly.
At the A2 level, 'apis' (Application Programming Interfaces) are understood as tools that developers use to build apps more quickly. Instead of writing every single part of a program from scratch, a developer can use 'apis' to borrow features from other companies. For example, if a developer wants to put a map in their app, they don't build a whole map system. They use the Google Maps apis. This means they send a request to Google, and Google sends back the map data. The word 'apis' is plural because most modern applications use several of them at the same time. You might hear people say, 'This app connects to many apis.' This means the app is getting information from many different places. It's like a chef using pre-made ingredients like sauce or bread to make a meal faster. The apis are the 'pre-made ingredients' of the software world. They allow different systems to share data safely and efficiently. When you use an app to call a taxi, the app uses apis to find your location, apis to find the driver, and apis to handle your payment. All these different 'messengers' work together to make the app work.
At the B1 level, you should understand 'apis' as the standard way for software components to communicate. The term stands for Application Programming Interfaces. In a professional or technical context, 'apis' refer to the set of protocols and definitions that allow one software application to interact with another. For instance, a travel website uses various apis to aggregate data from different airlines and hotels. This allows the website to show you many options in one place. When we use the plural 'apis,' we are often referring to the collection of external services a project relies on. Developers 'call' an API to request data and 'receive' a response, usually in a format called JSON. You might hear a colleague say, 'We need to integrate the new shipping apis.' This means they are going to write code that connects their system to a shipping company's system. Understanding apis is important because they are the foundation of the 'connected' internet. They allow for automation and the sharing of functionality across different platforms. It's not just about getting data; apis can also be used to perform actions, like sending an email or posting a tweet, from within another application.
At the B2 level, 'apis' are recognized as the essential building blocks of modern software architecture and the 'API economy.' An API acts as a contract between a provider and a consumer, specifying how requests should be structured and what the expected responses will be. When discussing 'apis' in the plural, you are likely talking about the various integration points in a complex system. For example, a microservices architecture consists of many small, independent services that communicate with each other through internal apis. This modularity allows teams to develop, deploy, and scale different parts of an application independently. You will also encounter discussions about 'RESTful apis,' which follow a specific set of architectural constraints to ensure they are scalable and easy to use over the web. At this level, you should be comfortable discussing the benefits of using apis, such as reduced development time, improved security (by not exposing the entire database), and the ability to leverage specialized third-party services for things like payment processing (Stripe) or communication (Twilio). You might also hear about 'API documentation,' which is the manual that tells developers how to use these interfaces correctly. Being able to explain how multiple apis work together to create a seamless user experience is a key skill at this level.
At the C1 level, your understanding of 'apis' should encompass their role in large-scale system design, security, and business strategy. 'apis' are not just technical tools; they are strategic assets that allow companies to extend their reach and create ecosystems around their products. For instance, when a company 'exposes its apis,' it is inviting third-party developers to build on top of its platform, which can lead to significant innovation and growth. In technical discussions, you might analyze the 'latency,' 'rate-limiting,' and 'authentication mechanisms' of various apis. You would understand the difference between 'Public apis' (open to everyone), 'Partner apis' (restricted to specific business partners), and 'Private apis' (used only within an organization). The plural 'apis' often comes up when discussing 'API Management'—the process of overseeing the entire lifecycle of the various interfaces a company provides or consumes. This includes versioning (ensuring that updates don't break existing integrations), monitoring performance, and ensuring robust security through protocols like OAuth2. You might also discuss the transition from 'monolithic' architectures to 'API-first' designs, where the interfaces are designed before the actual application code is written. This approach ensures that the system is inherently modular and ready for integration from day one.
At the C2 level, you possess a comprehensive and nuanced understanding of 'apis' as the fundamental infrastructure of the global digital economy. You can discuss 'apis' in terms of architectural paradigms, such as the trade-offs between REST, GraphQL, and gRPC. You understand how 'apis' facilitate the 'decoupling' of frontend and backend systems, enabling the use of diverse client technologies (web, mobile, IoT) against a unified set of data services. In high-level strategic conversations, you might evaluate the 'API maturity' of an organization or the 'monetization strategies' for public apis. You are aware of the complex legal and ethical implications surrounding API access, such as the landmark Google v. Oracle case regarding the copyrightability of API declarations. When you refer to 'apis,' you are thinking about the orchestration of distributed systems, the implementation of 'API gateways' for traffic management and security, and the use of 'service meshes' to manage communication between hundreds of internal microservices. You can articulate how a robust 'API strategy' enables business agility, allowing companies to pivot quickly by swapping out or adding new service integrations. Your command of the term reflects a deep appreciation for how these interfaces serve as the 'connective tissue' of the modern world, enabling a level of systemic interoperability that was once unimaginable.

apis en 30 secondes

  • Apis are the plural form of API, standing for Application Programming Interface, which allows different software systems to communicate and exchange data seamlessly.
  • They act as intermediaries, enabling developers to integrate third-party services like maps, payments, and social media features into their own applications.
  • In modern software architecture, apis are essential for building modular, scalable systems where small, independent services interact through well-defined protocols.
  • The term is central to the 'API economy,' where companies provide access to their data and functionality as a product for other developers.

The term apis is the plural form of API, which stands for Application Programming Interface. In the most fundamental sense, these are the digital bridges that allow two different pieces of software to talk to one another. Imagine you are at a restaurant. You are the user, and the kitchen is the system or software that prepares your food. You cannot go directly into the kitchen to tell them what you want; instead, you need a messenger to take your order and bring back your meal. That messenger is the API. When we talk about apis in the plural, we are usually referring to a collection of these interfaces that a developer or a company uses to build a complex application. In the modern tech landscape, almost every digital action you take involves multiple apis working behind the scenes. For instance, when you use a travel booking website, the site uses various apis to pull flight data from airlines, hotel availability from booking systems, and payment processing from banks. This interconnectedness is what makes the modern internet functional and efficient.

Technical Definition
Sets of defined rules that explain how computers or applications communicate with one another. They sit between an application and the web server, acting as an intermediary layer that processes data transfers between systems.
Business Context
In business, apis are often viewed as products. Companies like Stripe or Twilio sell access to their apis so that other businesses don't have to build complex payment or messaging infrastructure from scratch.

Modern web development relies heavily on the integration of various third-party apis to provide features like social media logins and map displays.

People use the word apis when discussing software architecture, system integration, or product features. If a manager says, 'We need to check which apis are available for this project,' they are asking about the available tools and data sources they can tap into. The pluralization is crucial because rarely does a modern application rely on just one interface. A typical mobile app might use five or six different apis: one for user authentication, one for push notifications, one for analytics, and several others for its core functionality. This modular approach allows developers to 'stand on the shoulders of giants,' using pre-built, highly specialized tools rather than reinventing the wheel every time they start a new project.

The security team is currently auditing all external apis to ensure no sensitive user data is being leaked through unauthorized endpoints.

Ecosystem Impact
The proliferation of apis has led to the 'API Economy,' where the value of a company is often tied to how well its software can connect with other platforms.

Furthermore, the term is used in the context of 'Public apis' versus 'Private apis.' Public ones are open to any developer, like the ones provided by Twitter or Google Maps, while private ones are used internally within a company to help different departments share data securely. Understanding the landscape of available apis is a core skill for technical product managers and software engineers alike. It involves knowing not just what the interfaces do, but how reliable they are, how much they cost, and how well they are documented. Without these apis, the seamless, interconnected digital world we inhabit—where you can share a Spotify song directly to an Instagram story—simply would not exist.

Using the word apis correctly requires an understanding of its role as a plural noun in technical and professional contexts. It is most commonly used as the direct object of verbs like 'integrate,' 'develop,' 'call,' 'consume,' or 'expose.' For example, a developer might say, 'We are integrating several payment apis to give our customers more options at checkout.' Here, the word describes the multiple external services being connected to the main application. It can also function as the subject of a sentence, particularly when discussing performance or availability: 'The internal apis are responding slowly today due to high server load.' In this case, the focus is on the health and status of the interfaces themselves.

Verb Pairing
Common verbs used with apis include: integrate, leverage, document, secure, deprecate, and monitor.

Our platform leverages multiple weather apis to provide the most accurate localized forecasts for our users.

When using apis in a sentence, it is often helpful to specify what kind of interfaces you are referring to. Adjectives like 'RESTful,' 'GraphQL,' 'third-party,' 'legacy,' or 'proprietary' provide necessary context. For instance, 'The transition from legacy apis to modern GraphQL ones has significantly reduced our data fetching times.' This sentence not only uses the plural form correctly but also conveys a specific technical evolution. It is also common to see apis used in the context of documentation: 'The developer portal provides comprehensive guides for all our public apis.' This usage highlights the role of these interfaces as accessible tools for an external audience.

By exposing our internal data through secure apis, we enabled our partners to build their own custom dashboards.

In more advanced usage, apis can be discussed in terms of their 'endpoints' or 'schemas.' A sentence like, 'We need to version our apis to avoid breaking changes for existing users,' demonstrates an understanding of the lifecycle of software interfaces. Here, the plural form indicates that the company maintains multiple versions or multiple distinct services that all need to be managed carefully. Another common scenario is discussing the 'latency' or 'throughput' of apis, which refers to how fast they are and how much data they can handle. 'We are monitoring the latency of our core apis to ensure a smooth user experience during the holiday sale.' This shows how the word is integrated into broader discussions about system performance and reliability.

You will encounter the word apis most frequently in professional environments related to technology, software engineering, and digital product management. In a typical 'stand-up' meeting at a tech company, a developer might report, 'I spent the morning debugging the connection between our frontend and the backend apis.' This is a very common, everyday usage. It also appears constantly in job descriptions for roles like 'Full Stack Developer' or 'Systems Architect,' where candidates are expected to have experience 'building and consuming RESTful apis.' If you are looking for work in the tech sector, being comfortable with this term and the concepts behind it is absolutely essential.

Workplace Scenarios
During project planning, engineers discuss which apis to use. During sales pitches, representatives might brag about how many apis their software supports for easy integration.

'If we want to scale this feature, we need to make sure our apis can handle at least ten thousand requests per second,' the lead architect explained during the review.

Beyond the office, you will hear apis mentioned in tech news, podcasts, and at industry conferences. When a major platform like Twitter or Reddit changes its 'API policy,' it becomes a huge topic of conversation because it affects thousands of third-party apps that rely on those apis to function. You might hear tech journalists say, 'The company is restricting access to its apis, which could effectively kill off many independent developers.' This highlights the power dynamics involved in the API economy. In these contexts, the word is used to describe the gateway to a company's data and functionality, and the rules governing that gateway.

The government's new initiative involves releasing several open apis to help developers create apps that track public transportation in real-time.

Finally, you will hear this word in educational settings, such as coding bootcamps or computer science university courses. Students are taught how to 'fetch data from apis' using languages like JavaScript or Python. In these environments, the focus is on the practical application: how to send a request to a URL and handle the JSON data that comes back. Teachers might say, 'For your final project, you must integrate at least two different external apis.' This usage reinforces the idea that apis are the building blocks of modern software, and learning to use them is a fundamental part of becoming a developer. Whether in a high-stakes boardroom or a classroom, the word apis is a constant presence in the language of the digital age.

One of the most common mistakes people make when using the word apis is confusing the interface with the actual software or database it connects to. An API is just the *doorway* or the *rules* for communication, not the system itself. For example, saying 'The apis contain all our user data' is technically incorrect; the *database* contains the data, while the apis provide a way to access that data. Another frequent error is using the plural form when only one interface is being discussed. If you are only connecting to Google Maps, you are using an 'API,' not 'apis.' Using the plural form indiscriminately can make a speaker sound less precise in a technical environment.

Confusion with UI
Beginners often confuse 'API' with 'UI' (User Interface). A UI is for humans to interact with; apis are for software to interact with. You don't 'click' on apis; you 'call' them with code.

Incorrect: 'I need to fix the apis on the website so the buttons look better.' (This should be 'UI' or 'CSS'.)

Grammatically, some people struggle with whether to capitalize the 's' in 'APIs.' While 'APIs' is the standard capitalized acronym form, 'apis' is increasingly common in informal technical writing and code-adjacent discussions. However, you should avoid writing 'API's' (with an apostrophe) unless you are showing possession (e.g., 'the API's response time'). Using an apostrophe for a simple plural is a very common grammatical mistake. Additionally, people sometimes use the term 'web services' and 'apis' interchangeably. While all web services are apis, not all apis are web services (some are local to an operating system, for example). Being aware of these nuances helps in communicating more effectively with engineers.

Correct: 'We are using several apis to aggregate news from different sources.'

Finally, there is a conceptual mistake where people think apis are only for the web. While 'Web apis' are the most famous, there are also 'Hardware apis' (that let software talk to a camera or a printer) and 'Operating System apis' (that let apps talk to Windows or macOS). If you're in a specialized field like embedded systems or desktop software development, using 'apis' to refer only to web-based tools might lead to misunderstandings. Always consider the scope of the systems you are discussing to ensure you are using the term in its broadest, most accurate sense.

While apis is the standard term, there are several related words that are often used in similar contexts, depending on the specific technical details. One common alternative is 'endpoints.' An endpoint is a specific URL or 'address' within an API. While you might integrate an entire API, you usually make calls to specific 'endpoints.' For example, 'The user API has several endpoints for creating, updating, and deleting profiles.' Another related term is 'SDK' (Software Development Kit). An SDK often *contains* apis but also includes libraries, documentation, and code samples to make it easier for developers to use those apis. You might say, 'We used the Stripe SDK, which provides several apis for handling payments.'

API vs. SDK
An API is the interface itself (the 'what'), while an SDK is a set of tools (the 'how') used to interact with that interface.
API vs. Library
A library is a collection of code you can use in your program. An API is the specification of how to interact with that library or a remote service.

Instead of building a custom solution, we decided to use existing webhooks and apis to sync our data across platforms.

'Webhooks' are another term often mentioned alongside apis. While an API is usually 'polled' (you ask it for information), a webhook is 'pushed' (it tells you when something happens). For example, a payment API might tell you the status of a transaction when you ask, but a payment webhook will automatically send a message to your server the moment a payment is successful. In many modern architectures, developers use a combination of apis and webhooks to create a responsive system. You might also hear the term 'Microservices.' This refers to an architectural style where a large application is broken down into many small, independent services that communicate with each other via—you guessed it—internal apis.

The system's integration points are well-defined, allowing for various third-party apis to be plugged in with minimal effort.

Finally, in the world of data science, you might hear about 'Data Connectors' or 'Data Feeds.' These are often just specialized apis designed to move large amounts of information from one place to another. Understanding these synonyms and related terms helps you navigate technical conversations more effectively. It allows you to choose the most precise word for the situation, whether you are talking about the high-level concept of 'apis,' the specific 'endpoints' you are calling, or the 'SDKs' you are using to make those calls easier. This vocabulary depth is a hallmark of a proficient communicator in the tech world.

How Formal Is It?

Le savais-tu ?

The concept of an API is older than the internet itself, originally used for local communication between software on the same physical computer.

Guide de prononciation

UK /ˌeɪ.piːˈaɪz/
US /ˌeɪ.piˈaɪz/
Equal stress on each of the three letters: A-P-Is.
Rime avec
eyes wise rise skies applies relies supplies denies
Erreurs fréquentes
  • Pronouncing it as a single word like 'ah-piz' (incorrect).
  • Forgetting the 'z' sound at the end for the plural.
  • Confusing the pronunciation with 'apes'.

Niveau de difficulté

Lecture 3/5

Easy to recognize in technical texts, but requires context to understand the specific function.

Écriture 4/5

Requires knowledge of pluralization rules for acronyms and technical context.

Expression orale 3/5

Pronunciation is straightforward as long as each letter is voiced.

Écoute 3/5

Common in tech podcasts and meetings; usually clear in context.

Quoi apprendre ensuite

Prérequis

software program data internet interface

Apprends ensuite

endpoint JSON REST request response

Avancé

microservices authentication latency throughput idempotency

Grammaire à connaître

Pluralizing Acronyms

One API, two APIs (or apis).

Articles with Acronyms

An API (because 'A' sounds like a vowel), but 'the apis'.

Compound Adjectives

An API-driven approach (use a hyphen).

Possessive Acronyms

The API's response time (use an apostrophe).

Subject-Verb Agreement

The apis are working (plural subject, plural verb).

Exemples par niveau

1

Many apps use apis to show the weather.

Muitos aplicativos usam apis para mostrar a previsão do tempo.

Plural noun 'apis' used as the object of the verb 'use'.

2

Do you know how apis work?

Você sabe como as apis funcionam?

Question form with 'do' and the plural subject 'apis'.

3

These apis help us share photos.

Essas apis nos ajudam a compartilhar fotos.

Demonstrative adjective 'these' used with the plural noun 'apis'.

4

The apis are very fast today.

As apis estão muito rápidas hoje.

Plural subject 'apis' with the plural verb 'are'.

5

I use apis to play music.

Eu uso apis para tocar música.

Simple present tense with 'apis' as the direct object.

6

The phone needs apis to find the map.

O telefone precisa de apis para encontrar o mapa.

Plural noun 'apis' following the verb 'needs'.

7

Are there many apis in this app?

Existem muitas apis neste aplicativo?

Interrogative 'Are there' used with the plural 'apis'.

8

I like using these apis.

Eu gosto de usar essas apis.

Gerund 'using' followed by the plural object 'apis'.

1

Developers use apis to save time when building apps.

Desenvolvedores usam apis para economizar tempo ao construir aplicativos.

Infinitive 'to save' explaining the purpose of using 'apis'.

2

The website connects to several different apis.

O site se conecta a várias apis diferentes.

Prepositional phrase 'to several different apis'.

3

If the apis stop working, the app will break.

Se as apis pararem de funcionar, o aplicativo vai quebrar.

First conditional sentence with 'apis' in the 'if' clause.

4

We are learning how to call apis in our class.

Estamos aprendendo como chamar apis em nossa aula.

Present continuous 'are learning' with the infinitive 'how to call'.

5

You can find many free apis on the internet.

Você pode encontrar muitas apis gratuitas na internet.

Modal verb 'can' followed by 'find' and the object 'apis'.

6

The apis send data back and forth very quickly.

As apis enviam dados de um lado para o outro muito rapidamente.

Adverbial phrase 'back and forth' describing the action of the 'apis'.

7

Does this company provide any public apis?

Esta empresa fornece alguma api pública?

Question form with 'does' and the plural 'apis'.

8

Most modern games use apis for online features.

A maioria dos jogos modernos usa apis para recursos online.

Plural subject 'games' and plural object 'apis'.

1

Our team is integrating third-party apis for payment processing.

Nossa equipe está integrando apis de terceiros para processamento de pagamentos.

Compound noun 'third-party apis' used in a present continuous sentence.

2

You need an API key to access most private apis.

Você precisa de uma chave de API para acessar a maioria das apis privadas.

Adjective 'private' modifying the plural noun 'apis'.

3

The documentation for these apis is very easy to follow.

A documentação para essas apis é muito fácil de seguir.

Subject 'documentation' is singular, even though 'apis' is plural.

4

By using apis, we can focus on building our core features.

Ao usar apis, podemos focar em construir nossos recursos principais.

Gerund phrase 'By using apis' acting as an adverbial of manner.

5

We had to update our code because the apis changed.

Tivemos que atualizar nosso código porque as apis mudaram.

Past simple 'had to' and 'changed' in a cause-and-effect sentence.

6

How many apis does your application currently use?

Quantas apis o seu aplicativo usa atualmente?

Question starting with 'How many' followed by the plural 'apis'.

7

The apis allow different systems to communicate seamlessly.

As apis permitem que diferentes sistemas se comuniquem perfeitamente.

Verb 'allow' followed by object + infinitive pattern.

8

I am looking for apis that provide real-time stock data.

Estou procurando por apis que forneçam dados de ações em tempo real.

Relative clause 'that provide...' modifying 'apis'.

1

The architect recommended a microservices approach using internal apis.

O arquiteto recomendou uma abordagem de microsserviços usando apis internas.

Participle phrase 'using internal apis' modifying the noun 'approach'.

2

We must ensure that our apis are secure against unauthorized access.

Devemos garantir que nossas apis estejam seguras contra acesso não autorizado.

Noun clause 'that our apis are secure' acting as the object of 'ensure'.

3

The company decided to monetize its apis by charging per request.

A empresa decidiu monetizar suas apis cobrando por solicitação.

Possessive adjective 'its' referring to 'the company' and modifying 'apis'.

4

Versioning our apis is crucial to maintain backward compatibility.

Versionar nossas apis é crucial para manter a compatibilidade com versões anteriores.

Gerund 'Versioning' acting as the subject of the sentence.

5

The latency of these apis has increased significantly this week.

A latência dessas apis aumentou significativamente esta semana.

Present perfect 'has increased' with the singular subject 'latency'.

6

Many startups build their entire business model around existing apis.

Muitas startups constroem todo o seu modelo de negócios em torno de apis existentes.

Preposition 'around' followed by the plural noun phrase 'existing apis'.

7

The developer portal offers a sandbox environment for testing apis.

O portal do desenvolvedor oferece um ambiente de sandbox para testar apis.

Preposition 'for' followed by the gerund 'testing' and the object 'apis'.

8

We are evaluating several apis to see which one fits our needs best.

Estamos avaliando várias apis para ver qual delas se adapta melhor às nossas necessidades.

Relative pronoun 'which one' referring back to the plural 'apis'.

1

The proliferation of apis has fundamentally altered the landscape of software development.

A proliferação de apis alterou fundamentalmente o cenário do desenvolvimento de software.

Noun 'proliferation' followed by the prepositional phrase 'of apis'.

2

Exposing internal data through apis requires a robust authentication strategy.

Expor dados internos por meio de apis requer uma estratégia de autenticação robusta.

Gerund phrase 'Exposing internal data through apis' as the subject.

3

The transition to an API-first architecture allowed the company to scale rapidly.

A transição para uma arquitetura baseada primeiramente em apis permitiu que a empresa escalasse rapidamente.

Compound adjective 'API-first' used to describe 'architecture'.

4

Developers often encounter rate-limiting when making too many calls to public apis.

Desenvolvedores frequentemente encontram limitação de taxa ao fazer chamadas excessivas para apis públicas.

Noun 'rate-limiting' as the object of the verb 'encounter'.

5

The documentation should clearly outline the error codes returned by the apis.

A documentação deve descrever claramente os códigos de erro retornados pelas apis.

Passive participle 'returned' modifying 'error codes'.

6

By decoupling the frontend from the backend apis, we improved development speed.

Ao desacoplar o frontend das apis do backend, melhoramos a velocidade de desenvolvimento.

Gerund 'decoupling' followed by 'from' to show separation.

7

The API gateway manages traffic and security for all our external apis.

O gateway de API gerencia o tráfego e a segurança de todas as nossas apis externas.

Subject 'API gateway' is a compound noun; 'apis' is the object of 'for'.

8

Legacy systems often lack the modern apis needed for seamless integration.

Sistemas legados frequentemente carecem das apis modernas necessárias para uma integração perfeita.

Adjective 'modern' and past participle 'needed' modifying 'apis'.

1

The orchestration of microservices relies heavily on the robustness of the underlying apis.

A orquestração de microsserviços depende fortemente da robustez das apis subjacentes.

Abstract noun 'orchestration' followed by the prepositional phrase 'of microservices'.

2

A well-defined API strategy can serve as a powerful catalyst for organizational digital transformation.

Uma estratégia de API bem definida pode servir como um poderoso catalisador para a transformação digital organizacional.

Modal 'can serve' followed by a complex noun phrase.

3

The legal dispute centered on whether the declarations of the apis were copyrightable.

A disputa legal centrou-se em saber se as declarações das apis eram passíveis de direitos autorais.

Noun clause 'whether the declarations... were copyrightable' as the object of 'on'.

4

We are implementing a service mesh to manage the complex communication between our internal apis.

Estamos implementando uma malha de serviço para gerenciar a comunicação complexa entre nossas apis internas.

Infinitive 'to manage' expressing purpose.

5

The deprecation of older apis must be handled with extreme care to avoid disrupting users.

A descontinuação de apis mais antigas deve ser tratada com extremo cuidado para evitar a interrupção dos usuários.

Passive voice 'must be handled' with the subject 'deprecation'.

6

GraphQL apis offer a more flexible alternative to traditional RESTful architectures.

As apis GraphQL oferecem uma alternativa mais flexível às arquiteturas RESTful tradicionais.

Proper noun 'GraphQL' acting as an attributive noun for 'apis'.

7

The scalability of the platform is contingent upon the efficiency of its core apis.

A escalabilidade da plataforma depende da eficiência de suas apis principais.

Adjective 'contingent' followed by the preposition 'upon'.

8

Adopting an API-first mindset necessitates a shift in how we approach product design.

Adotar uma mentalidade de API-first necessita de uma mudança na forma como abordamos o design do produto.

Gerund phrase 'Adopting an API-first mindset' as the subject.

Collocations courantes

integrate apis
public apis
RESTful apis
consume apis
third-party apis
secure apis
document apis
internal apis
expose apis
deprecated apis

Phrases Courantes

API-first

— A strategy where the interfaces are designed before the application code.

We are moving toward an API-first development model.

API economy

— The business ecosystem built around the exchange of data and services via apis.

The API economy has created new opportunities for small startups.

API documentation

— The instructions that explain how to use a set of apis.

Good API documentation is essential for developer adoption.

API key

— A unique code used to identify and authorize a user or application calling an API.

Don't forget to include your API key in the request header.

API call

— The act of sending a request to an API and receiving a response.

Each API call costs a small fraction of a cent.

API endpoint

— A specific location or URL where an API can be accessed.

The 'login' endpoint is one of our most used apis.

API rate limit

— A restriction on how many times an API can be called within a certain timeframe.

We hit the API rate limit after sending too many requests.

API gateway

— A server that acts as an entry point for a collection of apis.

The API gateway handles authentication and traffic routing.

API versioning

— The practice of managing multiple versions of an API simultaneously.

API versioning helps us avoid breaking changes for our users.

Open apis

— Apis that are publicly available for any developer to use.

The government released several open apis for public transport data.

Souvent confondu avec

apis vs UI

UI is for people; apis are for software. You see a UI, but you call an API.

apis vs SDK

An SDK is a toolbox that often contains apis, but it's not the same thing.

apis vs Library

A library is code you include in your project; an API is a way to talk to a service.

Expressions idiomatiques

"stand on the shoulders of giants"

— Using existing tools and apis to build something new rather than starting from scratch.

By using existing apis, we are standing on the shoulders of giants.

metaphorical
"plug and play"

— Refers to apis that are very easy to integrate with minimal configuration.

These new apis are practically plug and play.

informal
"reinvent the wheel"

— To waste time building something that already exists as an API.

Don't reinvent the wheel; just use one of the available payment apis.

common
"black box"

— An API where you know what goes in and what comes out, but not how it works inside.

To us, their proprietary apis are essentially a black box.

technical
"single source of truth"

— An API that provides the definitive, authoritative version of a piece of data.

Our core apis serve as the single source of truth for user profiles.

professional
"under the hood"

— The complex logic that happens inside the apis, hidden from the user.

Under the hood, these apis are performing very complex calculations.

informal technical
"low-hanging fruit"

— Easy integrations with simple apis that provide immediate value.

Integrating the social media apis is the low-hanging fruit for this sprint.

business
"move the needle"

— When integrating certain apis significantly improves a product's performance or value.

Adding these AI apis will really move the needle for our user engagement.

business
"bottleneck"

— When slow apis cause the entire application to perform poorly.

The legacy apis are becoming a bottleneck for our system.

technical
"mission-critical"

— Apis that are absolutely essential for the operation of a business.

Our payment apis are mission-critical and must have 100% uptime.

professional

Facile à confondre

apis vs App

Both start with 'Ap'.

An app is the whole program; apis are just the parts that let it talk to others.

The app uses many apis.

apis vs Apex

Similar spelling.

Apex means the top or highest part of something; apis are software interfaces.

The mountain's apex was hidden by clouds, while the developer worked on the apis.

apis vs Apish

Similar spelling.

Apish means behaving like an ape; apis are technical tools.

His apish behavior was a contrast to the professional apis he built.

apis vs Apsis

Similar spelling.

Apsis is an astronomical term; apis are for programming.

The moon reached its apsis while the server processed the apis.

apis vs Axis

Similar ending sound.

An axis is a line about which a body rotates; apis are communication rules.

The graph has a vertical axis and uses data from several apis.

Structures de phrases

A1

I use [adjective] apis.

I use fast apis.

A2

The app uses apis to [verb].

The app uses apis to show maps.

B1

We are integrating [number] [adjective] apis.

We are integrating three different apis.

B2

The [noun] of the apis is [adjective].

The security of the apis is excellent.

C1

By leveraging [adjective] apis, we can [verb].

By leveraging public apis, we can reduce costs.

C2

The [abstract noun] of [adjective] apis necessitates [noun].

The orchestration of internal apis necessitates a service mesh.

B1

If the apis [verb], then [result].

If the apis fail, then the app stops.

B2

It is essential to [verb] all [adjective] apis.

It is essential to document all public apis.

Famille de mots

Noms

API (singular)
apis (plural)
interface
interoperability

Verbes

interface
integrate
connect

Adjectifs

interfacial
integrative
connective

Apparenté

SDK
JSON
REST
GraphQL
Endpoint

Comment l'utiliser

frequency

Extremely high in technology and business sectors.

Erreurs courantes
  • Using 'an apis' for a single interface. Using 'an API' for one and 'some apis' for many.

    Since 'apis' is plural, it cannot be used with the singular indefinite article 'an'. Always use 'an API' when you are only talking about one interface.

  • Confusing 'apis' with 'UIs'. Using 'UI' for human interaction and 'apis' for software interaction.

    A UI (User Interface) is what a person sees and clicks on. An API is what the software uses to talk to other software. They are related but serve different audiences.

  • Writing 'API's' for the plural form. Writing 'APIs' or 'apis' for the plural.

    In English, we don't use an apostrophe to make an acronym plural. 'API's' would mean something belongs to the API. The correct plural is simply 'APIs'.

  • Thinking apis are only for the web. Recognizing that apis can also be for hardware or operating systems.

    While web apis are the most common today, the term also applies to the interfaces that let software talk to your computer's hardware, like the camera or the hard drive.

  • Assuming all apis return JSON. Checking the documentation for the data format (e.g., XML, CSV, JSON).

    While JSON is the most popular format for modern web apis, older systems might use XML, and some specialized apis might use other formats entirely.

Astuces

Be Specific

Instead of just saying 'the apis,' try to specify what they do, such as 'the social media apis' or 'the internal data apis.' This provides much better context for your listeners or readers.

Capitalization

In formal documents, use 'APIs.' In casual Slack messages or code comments, 'apis' is perfectly fine. Just be consistent throughout your document to maintain a professional appearance.

Check Documentation

Always read the documentation for any new apis you plan to use. It will save you hours of debugging by explaining exactly how the requests and responses should be structured.

Protect Your Keys

Never share your API keys in public code repositories like GitHub. If someone gets your keys, they can use the apis on your behalf, potentially costing you money or compromising your data.

Start Simple

If you're new to apis, start by using a simple, free one like the 'JSONPlaceholder' or a weather API. This will help you understand the request-response cycle without any complex setup.

API-First

Consider an API-first approach for your next project. Designing the interfaces first helps you think clearly about the data flow and makes it easier for frontend and backend teams to work in parallel.

Monitor Latency

Always monitor the performance of the apis you rely on. If an external API becomes slow, it can drag down your entire application's user experience.

Monetization

If your company has valuable data, think about creating public apis. It can be a great way to generate a new revenue stream and build a developer community around your product.

Use the Right Verbs

Use professional verbs like 'consume,' 'integrate,' 'expose,' and 'deprecated' when talking about apis. It shows that you have a good grasp of the technical landscape.

Versioning

Always version your apis (e.g., /v1/, /v2/). This allows you to make improvements and changes without breaking the applications of people who are still using the older versions.

Mémorise-le

Moyen mnémotechnique

Always Providing Information (API). When there are many, they are 'apis'.

Association visuelle

Imagine a wall of many different shaped plugs and sockets. Each pair is an API, and the whole wall represents 'apis'.

Word Web

Software Data Communication Internet Developer Integration Protocol Request

Défi

Try to list five apps on your phone and guess which 'apis' they might be using (e.g., Instagram uses a camera API and a location API).

Origine du mot

The term 'API' first appeared in computer science literature in the late 1960s and early 1970s. It was used to describe the interfaces that allowed application programs to interact with the operating system. The plural form 'apis' naturally followed as systems became more complex and began utilizing multiple interfaces.

Sens originel : A set of functions and procedures allowing the creation of applications that access the features or data of an operating system, application, or other service.

English (Technical Acronym)

Contexte culturel

Be aware that 'API' is an acronym; in very formal writing, it should always be capitalized (APIs), though 'apis' is common in casual tech talk.

In English-speaking tech hubs, 'apis' is a daily buzzword used by everyone from CEOs to junior developers.

The Google v. Oracle Supreme Court case regarding Java apis. The 'Twitter API' changes that led to widespread developer protests. Stripe's rise to power as the 'API for payments'.

Pratique dans la vie réelle

Contextes réels

Web Development

  • fetch data from apis
  • integrate payment apis
  • RESTful apis
  • API endpoints

Mobile App Development

  • push notification apis
  • location services apis
  • consume backend apis
  • API keys

Business Strategy

  • monetize our apis
  • API-first strategy
  • partner apis
  • API economy

Data Science

  • data extraction apis
  • querying apis
  • real-time data apis
  • API rate limits

System Architecture

  • internal apis
  • microservices apis
  • API gateway
  • secure apis

Amorces de conversation

"What kind of apis are you currently using for your project?"

"Have you ever had trouble integrating third-party apis?"

"Do you think more companies should offer public apis?"

"Which apis do you think are the most important for a modern app?"

"How do you usually document the apis you build?"

Sujets d'écriture

Describe a time you used an app and realized it was using multiple apis to give you information.

If you were to build an app, what three apis would you integrate first and why?

Explain the concept of 'apis' to someone who has never used a computer before.

Write about the pros and cons of a company relying heavily on third-party apis.

Reflect on how the internet would be different if apis didn't exist.

Questions fréquentes

10 questions

API stands for Application Programming Interface. It is a set of rules that allow different software applications to communicate with each other. When we use the plural 'apis,' we are referring to multiple such interfaces.

We use the plural because modern software projects rarely rely on just one interface. A single application might use 'apis' for maps, payments, social media, and internal data management all at once.

Some apis are free (public apis), while others require a subscription or payment (private or commercial apis). Many companies offer a 'freemium' model where you get a certain number of calls for free each month.

Companies monetize their apis by charging other developers to use them. This is often done through tiered pricing based on the number of requests made or the level of data access provided.

An API key is a unique identifier used to authenticate a user, developer, or calling program to an API. It's like a password that tells the API who is making the request.

REST is an older, more common architectural style that uses fixed endpoints. GraphQL is a newer alternative that allows developers to request exactly the data they need in a single call.

Yes! Any developer can build an API to allow other parts of their application or other developers to access their data or functionality. This is a core part of modern backend development.

API documentation is a technical manual that explains how to use a set of apis. it includes details on endpoints, request formats, response types, and error codes.

If an API goes down, any application that relies on it will lose that specific functionality. For example, if a payment API goes down, the app won't be able to process transactions until it's fixed.

Apis can be very secure if they use proper authentication (like OAuth) and encryption (like HTTPS). However, poorly designed apis can be a major security risk, potentially leaking sensitive data.

Teste-toi 200 questions

writing

Explain what 'apis' are in your own words (at least 3 sentences).

Well written! Good try! Check the sample answer below.

Correct ! Pas tout à fait. Rponse correcte :
writing

Describe the benefits of using third-party apis for a startup.

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writing

What is 'API-first' design and why is it useful?

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writing

Discuss the security implications of exposing public apis.

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writing

How has the 'API economy' changed the way software is built today?

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writing

Write a short dialogue between two developers discussing which apis to use for a new project.

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writing

Explain the difference between an API and a Webhook.

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writing

What are the challenges of managing multiple internal apis in a microservices architecture?

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writing

Why is API documentation so important for developer adoption?

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writing

Describe a scenario where an API change could break an application.

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writing

How do apis facilitate 'Open Banking'?

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writing

Write a paragraph about the importance of 'RESTful' principles in API design.

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writing

What is 'rate-limiting' and why is it necessary for public apis?

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writing

Discuss the role of apis in the development of the 'Internet of Things' (IoT).

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writing

Explain the concept of 'API monetization' and give an example.

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writing

What is an 'API Gateway' and what are its main functions?

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writing

How does GraphQL differ from traditional REST apis?

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writing

Write a short story about a developer who forgets to secure their apis.

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writing

What is 'backward compatibility' in the context of API versioning?

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writing

Discuss the impact of the 'API-first' movement on business agility.

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speaking

Pronounce the word 'apis' and use it in a sentence about weather.

Read this aloud:

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speaking

Explain to a friend why developers use apis instead of building everything themselves.

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speaking

Describe a project where you might need to integrate multiple apis.

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speaking

What are some of the most famous apis you know, and what do they do?

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speaking

Discuss the importance of API documentation for a software company.

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speaking

How would you explain the concept of 'rate-limiting' to a non-technical person?

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speaking

What are the pros and cons of a company making its internal apis public?

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speaking

Explain the difference between REST and GraphQL in a technical meeting.

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speaking

How does the 'API economy' affect the way new startups are formed?

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speaking

What role do apis play in the security of modern web applications?

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speaking

Describe a situation where an API failure caused a problem for you or a company.

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speaking

Why is 'versioning' considered a best practice in API development?

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speaking

How do apis enable the 'Internet of Things' to function?

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speaking

What is an 'API-first' strategy and why would a CEO care about it?

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speaking

Discuss the ethical implications of a company suddenly cutting off access to its public apis.

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speaking

How do apis help with the 'decoupling' of software systems?

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speaking

What is 'API monetization' and how can it benefit a large corporation?

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speaking

Explain the concept of an 'API Gateway' to a junior developer.

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speaking

How do apis facilitate 'Open Data' initiatives by governments?

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speaking

What is the future of apis in the age of Artificial Intelligence?

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listening

Listen to a description of a travel app and identify which apis are mentioned.

Correct ! Pas tout à fait. Rponse correcte :
Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a developer's stand-up report and identify the problem they are facing with the apis.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a talk about API security and list three methods mentioned to protect apis.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a business pitch and explain how the company plans to use apis to grow.

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listening

Listen to a technical debate and summarize the arguments for and against GraphQL apis.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a tutorial and identify the first step in calling an API.

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listening

Listen to a news report about a major API change and explain its impact on the developer community.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a discussion on 'Open Banking' and identify the role of apis in this reform.

Correct ! Pas tout à fait. Rponse correcte :
Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a description of an 'API Gateway' and list its primary functions.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a talk on 'API-first' design and explain why it's beneficial for team collaboration.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a podcast about the 'API economy' and define the term based on the speaker's words.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a developer explaining 'versioning' and identify why it's necessary.

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Correct ! Pas tout à fait. Rponse correcte :
listening

Listen to a security audit report and identify the main vulnerability found in the apis.

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listening

Listen to a comparison of 'Public' vs 'Private' apis and identify the main difference.

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listening

Listen to a talk on 'Microservices' and explain how apis connect them.

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/ 200 correct

Perfect score!

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