The benefits you will realize by choosing a remote development agency can be significant.
Remote teams often have more experience and greater talent than local coding enterprises. They service the global marketplace, and have a solid understanding of recent trends and technologies.
Good remote coders have learned and practiced ways to become highly productive. And they constantly strive to improve their skills.
Being remote not only requires better communication, it forces it to happen. How does this happen? Weekly meetings, chat sessions, and the exceptional clarity in briefs, specifications, and feedback. These are all part of the overall scheme.
Keep these four golden rules in mind when working with a remote agency:
- A clear brief helps to get a project off to a solid start. Collaboration can get underway even before your brief is finalized when you have a good agency working with you. Be willing to listen to any guidance the project manager may offer. It can help to get everyone on the same page as the project gets underway.
- Practicality is important. Your coding agency should advise you on the coding best practices and the technologies that they plan to put into play. The final decision is yours, but it should be a knowledge-based decision.
Technologies may vary, but the maker’s touch is essential.
- Communicate efficiently and effectively. Understand your responsibilities toward making collaboration work by preparing yourself for periodic briefings. Avoid making changes once the project is in development. If you must do so, be prepared to negotiate new deadlines. Work with the agency to determine which means of communications will work best.
- Listen to the specialists. Professional developers always have the user in mind. Criticism is intended to be constructive, and it is given with the best of intentions. The feedback you may receive is based on solid, variate coding experience.
Read full article: here
The Progressive Web Apps (PWA) technology developed by Google has been available to the public for almost a year, but relatively few people outside the world of hardcore developers are aware of what exactly they are, and how they can use them to their benefit.
It’s important to recognize that there are a few different concepts bundled up into the term “Progressive Web App” and that these individual parts have been available in one form or another before being tied together under one package. Those parts are: Service Worker, App Shell and JSON Manifest.
The Service Worker
The single most interesting component is that of the service worker script. This script acts as an additional layer between the website requests and the internet servers around the world.
It is also responsible for caching content when a visitor browses a PWA enabled page, and stores that data locally on the visitor’s device, whether that is a mobile phone, tablet or desktop computer.
This means that every time we click a link on a website with a Progressive Web App, the request will pass through the service worker script and then based on the rules set forth, will go online and ask for a new web page.
Alternatively, if the user is offline it is possible to have the service worker serve a cached page from the local storage, meaning that we can now design websites that will work 100% when browsed offline, as long as that user has been to the site at least once before.
While the idea of caching content and serving it to users without internet access is not by any means a new one, the combination with an app shell is powerful and offers entirely new ways of thinking about web development.
Read more: Here
The purpose of Shiny is to provide an intuitive and user-friendly interface to R. R is a highly popular statistical environment for doing heavy data analysis and constructing statistical models, and therefore is highly popular among data scientists. However, for a user with a non-coding background, using R to conduct such analysis can become quite intensive. This is where Shiny Web Apps come in. Essentially, Shiny allows for a more intuitive graphical user interface that is still capable of conducting sophisticated data analysis — without the need for extensive coding on the part of the end user.
In this article on using Shiny with R and HTML, the author illustrated how an interactive web application can be created to conduct analysis without the need for direct manipulation of code. In this article, the author will use a slightly different model to illustrate how the Shiny environment can be customized to work with the end user in a more intuitive fashion. Essentially, the goal of this article is to illustrate how a user can:
- Build an application by linking the UI and server side
- How to customize the themes available in the Shiny Themes library
- Implement error messages in order to provide guidance to an end user on how to use a particular program
The program itself that is developed for this tutorial is quite basic: a slider input allows the user to manipulate a variable within the program by means of reactivity, which causes instantaneous changes in the line plot output that is developed by means of reactivity.
This inherent function gives Shiny a significant advantage over using R code as a stand-alone. Traditionally, in order to analyze the change in a particular variable, the code must be manipulated directly (or the data from which the code is reading), and this can ultimately become very inefficient. However, Shiny greatly speeds up this process by allowing the user to manipulate the variables in a highly intuitive manner, and changes are reflected instantly.
However, the whole purpose of Shiny is to make an R Script as interactive as possible. In this regard, the user will want to be able to add features to the program that go well beyond reactivity. Two such aspects of this that the author will discuss in this tutorial are:
shinythemesin order to customize the appearance of our Shiny appearance
- Constructing a
validate()function in order to display an alert once variables are manipulated in a certain manner
See the tutorial here: SitePoint
The changes made during the ISO9001:2015 revision are considerably more substantial than those produced during the 2008 revision.
The article covers the following topics:
The standard is rewritten according to the HLS (High Level Structure)
Risk management becomes a foundation of the standard
A standard purposely open to the service industry
No more quality manual?!
Importance given to the context surrounding the certified organization and to its stakeholders
Knowledge is a resource like any other
Below is a short summary of the first topic. For the whole article please visit the source: http://www.isorevisions.com/iso-90012015-what-are-the-main-changes/
The ISO 9001:2015 standard has been restructured: chapter and subchapter titles, as well as the order of clauses and paragraphs, were completely revised.
Overall, this restructuring does not affect the standard’s content or requirements. When examining the text in detail, however, the structure has changed to comply with new composition guidelines and topic sequences.
This change reflects a strategic choice that will gradually be applied all ISO standards of management system. Initiated on ISO 55001 (Asset Management System), the new structure is consistent with Appendix SL to the ISO Directives, Part I.
With this new common structure, ISO aims to help businesses and organizations more easily integrate all or parts of their various management systems and ultimately achieve a truly unified management system.
This consistent common structure makes it easier for companies to include components of other standards that it deems relevant: parts of the environmental standard ISO 14001:2015, the asset management standard ISO 55001 and even the future ISO 45001 standard on occupational health and safety management.