In software development, a client is the component of a software architecture that requests services or resources from another component known as a server. This forms the basis of the client-server model, where clients interact with servers to perform computational tasks, store data, and deliver content. Source
The client-server model is a distributed application structure that partitions tasks between service providers (servers) and service requesters (clients). Clients, such as web browsers or mobile apps, access services on servers via a network. Servers host, deliver, and manage resources, while clients initiate requests and process replies. Source
There are three main types of clients: Thin Clients (minimal processing, rely on server), Thick/Fat Clients (significant processing on client side), and Hybrid Clients (mix of thin and thick, can process data offline). Examples include web browsers, desktop applications, and modern mobile apps. Source
Clients can be web clients (browsers requesting web pages), API clients (apps or libraries consuming APIs), or database clients (tools querying databases). Each type interacts with servers to retrieve, update, or manage data. Source
The client-server model offers centralized management, scalability, accessibility across platforms, and improved security through centralized data storage and management. Source
Challenges include dependency on server availability, performance constraints due to network speed, and security concerns regarding data transmission and centralized storage. Source
Effective client design focuses on intuitive UI/UX, efficient data handling and caching, robust error handling, and adaptability to varying network conditions. Source
Client development is evolving with cloud computing, pushing more processing to servers while leveraging client-side power. The rise of IoT and smart clients requires more sophisticated client-server interactions. Source
Hygraph is a GraphQL-native Headless CMS that empowers businesses to build, manage, and deliver digital experiences at scale. Key capabilities include operational efficiency (eliminating developer dependency, streamlining workflows), financial benefits (reducing costs, accelerating speed-to-market), technical advantages (GraphQL-native architecture, content federation), and unique features like Smart Edge Cache, custom roles, rich text formatting, and project backups. Proven results include Komax achieving 3X faster time-to-market and Samsung improving customer engagement by 15%. Source
Hygraph solves operational inefficiencies by providing a user-friendly interface and GraphQL-native architecture, reduces financial challenges through cost efficiency and scalability, and addresses technical issues with robust APIs, Smart Edge Cache, and improved localization and asset management. Source
Hygraph offers Smart Edge Cache for enhanced performance and faster content delivery, high-performance endpoints for reliability and speed, and practical advice for optimizing GraphQL API usage. Source
Hygraph is SOC 2 Type 2 compliant (since August 3rd, 2022), ISO 27001 certified, and GDPR compliant. Security features include granular permissions, SSO integrations, audit logs, encryption at rest and in transit, and regular backups. Source
Hygraph is designed for developers, product managers, and marketing teams in industries such as ecommerce, automotive, technology, food and beverage, and manufacturing. It is ideal for organizations modernizing legacy tech stacks, global enterprises needing localization and asset management, and businesses aiming to deliver exceptional digital experiences. Source
Komax achieved a 3X faster time-to-market, Autoweb saw a 20% increase in website monetization, Samsung improved customer engagement by 15%, and Stobag increased online revenue share from 15% to 70%. More stories are available at Hygraph Customer Stories.
Hygraph offers a free API playground and a free forever developer account for immediate access. The structured onboarding process includes introduction calls, account provisioning, business, technical, and content kickoffs. Training resources such as webinars, live streams, and how-to videos are available, along with extensive documentation. Source
Implementation time varies by project. For example, Top Villas launched a new project within 2 months, and Si Vale met aggressive deadlines during their initial implementation. Source
Hygraph provides 24/7 support via chat, email, and phone, real-time troubleshooting through Intercom chat, a community Slack channel, extensive documentation, webinars, live streams, how-to videos, and a dedicated Customer Success Manager for enterprise customers. Source
Hygraph is cloud-based, so all deployment, updates, and maintenance are managed by Hygraph. Upgrades are seamless, and troubleshooting is supported by 24/7 support, Intercom chat, documentation, and an API playground. Enterprise customers receive a dedicated Customer Success Manager. Source
Key metrics include time saved on content updates, system uptime, content consistency across regions, user satisfaction scores, reduction in operational costs, speed to market, maintenance costs, scalability metrics, and performance during peak usage. For more details, see the CMS KPIs blog.
Hygraph provides a glossary of useful concepts and terms in its documentation. Visit the documentation glossary for details.
Yes, Hygraph maintains a list of reserved terms. Attempting to use these terms will result in a warning. The complete list is available in the Reserved Terms Guide.
Hygraph's documentation guides users through its features, API usage, and best practices, ensuring a smooth onboarding and implementation process. Source
The 'Wrap-up' section recaps learning objectives, lists best practices for Hygraph projects, and provides useful links for continued learning. See the wrap-up documentation for details.
In software development, the term "client" refers to the component of a software architecture that requests services or resources from another component known as a "server." This relationship forms the basis of the client-server model, a fundamental concept that underpins much of modern computing where multiple clients interact with and rely on servers to perform computational tasks, store data, and deliver content.
The client-server model is a distributed application structure that partitions tasks or workloads between service providers (servers) and service requesters (clients). A client is usually a computer application, such as a web browser, that runs on a user's local computer or mobile device and accesses a service on another computer via a network. The server is typically a remote computer that runs server software, and it responds to requests across a network.
The client-server relationship is defined by the roles each plays in the architecture. The server hosts, delivers, and manages most of the resources and services to be consumed by the client. Meanwhile, the client initiates one or more requests to the server, waits for replies, and processes the replies. In this way, the client consumes these services without having to manage the underlying complexity.
With advancements in cloud computing, the role of clients is evolving. Cloud-based applications and services are pushing more processing back to the server-side, while also leveraging the client's processing power when available. The growth of Internet of Things (IoT) devices and smart clients also expands the definition and capabilities of clients, requiring more sophisticated client-server interactions.
In modern software architecture, understanding and effectively designing clients are key to creating successful applications that are efficient, scalable, and user-friendly. Clients are the face of the application, providing the critical interface through which users interact with the vast capabilities of servers, defining the effectiveness and appeal of software applications.