In a previous life, I worked primarily with the operational side of the IT business, which is concerned with monitoring and operational alerting. The requirements we implemented were variations on a theme that typically started with the business asking IT to provide an SLA for “availability” of a service as well as an SLA for the responsiveness of a service. On the surface, these requirements were clean and simple, but in practical terms, things got murky very quickly.
Last fall we wrote an article that examined which APIs draw the most interest from developers. In that article we relied upon the API tracking functionality that each profile has as the metric for determining which APIs are the most popular. As many users of ProgrammableWeb know, reader’s can track any asset on ProgrammableWeb.com (APIs, SDKs, even search results) in the same way they can track stocks on a financial site. If anything new happens to that asset (if it gets updated,
What is the difference between web APIs and web services? Let’s start off with an analogy: all tigers are cats but not all cats are tigers. In a similar way, all web services are APIs, but not all APIs are web services. Web APIs and web services are often confused with each other; however, web APIs are an evolution of web services. Both facilitate information transfer, but web APIs are more dynamic than web services are.
There are various types of APIs, the most popular of which is Web API––otherwise known as a Web Service. A Web API provides an interface for Web applications, or applications that need to connect to each other via the Internet to communicate. Web APIs have exploded exponentially, reaching over 17,000 in 2017. There are four popular subcategories of Web APIs, including SOAP, XML-RPC, JSON-RPC, and REST.
It’s the classic question: should IT spend its time maintaining legacy investments or addressing legacy system challenges and creating new projects?
In a recent survey, 90% of IT decision makers say legacy system challenges are holding their organizations back from using digital technologies to innovate or make improve IT efficiency, and over a third believe that legacy systems are a barrier to completing IT projects.
In our technology-driven world, organisations cannot afford to stand still. They need to deliver software at high velocity without sacrificing stability, which is why DevOps has become such a popular approach.
As the name suggests, DevOps is an attempt to combine software development and IT operations in order to effectively get the best of both worlds: the rapid iteration favoured by the former and the stability, reliability and security favoured by the latter.
Before we get started with this blog, if you haven’t checked out Part 1 of this Dev Guide series, make sure you work through that first, where we went through developing a resilient, governable, and flexible API layer on top of your source systems—what we call system APIs.
In this Q&A, Splunk CIO Declan Morris shares insight into the technology approaches that will enable Splunk to double revenue in the next three years.
The role of IT has evolved from a centralized delivery model to IT as a service, where IT-owned capabilities are being offered as a service throughout the business to drive new levels of agility. One CIO embracing the changing role is Declan Morris of Splunk, which enables organizations to turn massive streams of data into operational intelligence.
The importance of eCommerce is expanding rapidly, especially with Amazon continuing to build its robust platform. Online sales will reach $414 billion by 2018 and mobile commerce now accounts for 21% of total digital sales. Given the growing importance of eCommerce as a channel, it is imperative that eCommerce works seamlessly with a retailer’s traditional channels.
Typical eCommerce Platforms today tightly couple their technology layers, inhibiting any flexibility to drive omnichannel experiences.
MuleSoft provides the most widely used integration platform for connecting any application, data source or API, whether in the cloud or on-premises. With Anypoint Platform®, MuleSoft delivers a complete integration experience built on proven open source technology, eliminating the pain and cost of point-to-point integration. Anypoint Platform includes CloudHub™ iPaaS, Mule ESB™, and a unified solution for API management™, design and publishing.