Norah Amboko

Laravel PHP Framework: A Full Comparison To Other Technologies Laravel is a PHP framework for designing web apps with sophisticated and exquisite syntaxes. Developers often refer to Laravel as one of the best among other top PHP frameworks such as Ruby on Rails, Sinatra, and ASP.NET among others because of its accessibility and excellent tools for designing reliable apps. This post is a comprehensive review of Laravel to determine what it is, the effectiveness and compares it with other frameworks. How does Laravel work? Laravel framework was introduced in 2011 and has grown to become one of the most popular frameworks in use today. It is the most applied PHP framework with more than 30,000 developers applying it from all over the world. As a framework, Laravel is a structure for creating your own programs. This means developers apply it to create the actual structure of the preferred apps. Also, it helps the developer to connect to different APIs. Laravel handles everything for the developer starting with web serving to database management. It is also used in HTML generation. The typical operation entails interaction via a command-line that not only generates but also manages the entire Laravel project environment. Using Artisan, command like tool, the developer can generate database schema stubs and skeleton codes. Artisan also handles configuration management and database schema migration. Areas of Laravel application Laravel framework will deliver the best results when applied in the following areas; (i) When to use Laravel Creating company web chats When handling anonymous functions (closures that help to create shorter codes). Designing and managing databases Laravel is highly effective in handling proxies through load balancers and reverse-proxies. Laravel 5.1 can be used to create API server in applications. It is ideal when developing features for enhancing the security of a new app. It utilizes salted and hashed passwords as opposed to plain texts. Besides, it applies SQL statements that make injection related attacks almost impossible. (ii) When not to apply Laravel Though Laravel is very effective in creating new apps development, it is less desirable for data streaming. Data streaming requires a framework that can process files as they are getting uploaded. In such a case, it is advisable to consider NodeJS. Comparing Laravel with other frameworks To address the different challenges of crafting quality sites and apps within short timelines, many frameworks alongside Laravel have been designed. How do they compare to Laravel? Here is a close PHP framework comparison to establish how effective they are compared to Laravel. 1) Symphony PHP framework Like Laravel, Symphony is a PHP framework designed for complex enterprise level projects (large scale applications). The latest version allows developers to design scalable sites that are more flexible to differing enterprise requirements. It is very critical to note that the two frameworks support Scaffolding, accept multilingual content, and full text search cross-platform features. However, Laravel goes beyond Symphony because it is mainly used for MVC apps. Advantages of using Symphony The main benefits of Symphony is that it allows scalability that enables Propels optimization, reducing the objects for hydration, and keeping the queries low using joins. When implemented properly, the cumulative speed is the total for all individual features speeds. This means that symphony is the fastest of all the other frameworks Symphony is highly adaptive to developer’s needs and provides optimal performance. It comes with reusable components that help to cut down overhead costs. 2) Yii PHP Framework While Laravel is a framework created for designing web apps with sophisticated syntax, Yii is meant for developers who are interested in swiftness. Both frameworks are designed on MVC model wide controller and allow developers to implement large enterprise frameworks such as CMS and forums. Pros of using Yii? It is created on MVC Model-view-controller patterns. It is a full-stack framework that generates multiple turnkey solutions. Yii can take a higher number of requests per second compared to other frameworks. It is easily scalable. This makes it easy to modify multi-level caching support and NoSQL Database. It is easily compatible with other codes from third parties. It comes with great caching features such as APC and XCache. 3) Cake PHP Framework This is among the most popular PHP frameworks today because of its great features and ease of authentication. Benefits of using Cake PHP It is very easy to learn and apply in simplified apps development. Useful for enterprise website applications because it is based on MVC. The framework does everything from site location to configuration. It comes with ready to use templates. It is designed with special testing features that make assessment simple and really fast 4) A closer look at Laravel For many new developers the main question is; why choose Laravel? While the outlined PHP frameworks have proven effective in one area or another, Laravel has demonstrated its uniqueness and attractiveness to developers. The framework is considered the best when working on MVC type of applications at both entry and enterprise levels. Advantages of Laravel (i) The Laravel framework is key in assisting developers to enforce constraints that occur between different databases using top level builder mechanisms. (ii) Many developers prefer the framework because it comes with one of the easiest versions for controlling migrations. (iii) The framework is fitted with the auto-loading system. This means that a developer does not require manual maintenance or inclusion paths. The automated system is also great for generating new tools with the help of IoC container. (iv) The process of authentication is very simple in Laravel compared to other frameworks. The inbuilt system only requires the user to configure the system’s models, controllers, and database migrations. (v) Top security features that make the framework supported apps surer. The framework uses SQL injection with PDO parameters, Cross Site Request Forgery tokens, and Cross site scripting to guarantee developers of extra security for their apps. (vi) The process of declaring events in other application frameworks is the length and very involving. However, the system has been highly simplified in Laravel because developers can use event object to declare apps. Laravel disadvantages In Laravel development, it is important for the user also to explore the main disadvantages and gauge them against other frameworks pros. Here are the main disadvantages of Laravel Laravel is relatively new and, therefore, many developers might opt for an older and relatively mature technology such as Python of NodeJS. Laravel is a lightweight framework. This means that its inherent support is poorer when compared to other frameworks such as Ruby. However, this problem has been addressed using various third party tools. From the comparison, the best PHP framework is Laravel because of its simplicity and diversity of tools. The robust features including Artisan features make configuration management easy and apps development fun. Though Yii comes close to Laravel, the later remains ideal and, therefore, the most preferred by developers. A comparison of Laravel to other technologies When working on web apps, it is important to understand all the available technologies and pick the one that guarantees better results. While Laravel stands taller when compared to other PHP frameworks, how does it score against other technologies such as Ruby on Rail, NodeJS, Python, and Java? Ease of app development: Laravel PHP framework came out in this review to be very easy to use the framework because of rich features and tools. It operates on the same level with NodeJS because developers coming from other systems such as Ruby on Rail or Python easily learn and soon work like pros. Its auto loading templates, however, make it one of the best among other frameworks. Addressing errors: Laravel stands tall compared to other technologies. The closest, NodeJS, still features inconsistencies though it has tried to address them in the latest version. Other technologies such as Go require the developer to manually test and correct errors. However, Laravel has special tools and automation that make it easy to identify errors and fix them promptly. Frameworks’ performances: Laravel has demonstrated its superiority in performance compared to Python and Go. Laravel handles for the web developer beginning with web serving to database management. This ease of operation makes creating an app structure easy, fast and fun. However, NodeJS comes very close to Laravel on performance because lit can handle concurrent requests with no limitations. Database management: Laravel uses advanced query builder system to enforce constraints that arise between multiple database objects. It also has a simplified management for migrations that greatly eases the developer’s work. Ruby on Rail come very close to Laravel because of its database schema migration support for enhanced management. In NodeJS and Go, these features are still in infancy. References https://www.valuecoders.com/blog/technology-and-apps/laravel-best-php-framework-2017/ https://www.pluralsight.com/courses/laravel-php-framework-getting-started-the-basics https://www.tutorialspoint.com/laravel/laravel_security.htm https://learninglaravel.net/5-ways-to-secure-your-laravel-application https://laravel.com/ https://hackernoon.com/reactjs-vs-angular-comparison-which-is-better-805c0b8091b1 http://laravelbook.com/laravel-introduction/  https://www.valuecoders.com/blog/technology-and-apps/symfony-vs-laravel-php-framework-choose/         https://www.codeclouds.com/blog/laravel-vs-codeigniter-a-difficult-choice/     https://www.valuecoders.com/blog/technology-and-apps/codeigniter-vs-cakephp-vs-yii-vs-laravel/ http://www.rishabhsoft.com/blog/laravel-or-zend https://magora-systems.com/php-framework-comparison-yii-vs-laravel/   Which Is Better- A Full Comparison between AngularJS and ReactJS Selecting an appropriate framework for your JavaScript project, website or application is the principal priority for most enterprises. The framework determines the ultimate durability of a project, capability to meet deadlines, future app scalability, and code maintainability. Web development has in the last couple of years been transforming rapidly. Every few months, a new JavaScript framework is getting added into the system while the existing ones get updates equally often. Because the frameworks are open-source, they are enriched by diverse communities all over the globe. This makes understanding the difference between them, especially the benefits of each crucial for a specific business application. The commonest of these JavaScript frameworks are React and Angular. Here is a comprehensive comparison of the two. AngularJS and ReactJS dominance in client side development The two frameworks are advanced and widely applied for client side development. ReactJS is often used by 53% of developers while additional 30% plan to learn and apply it. On the other hand, about 30% of developers apply AngularJS while additional 10% indicate they will start using it. Because AngularJS is a creation from Google, it is an inspiration to many users. Besides, the engineering allows coders to avoid injuring their psyche as they progressively learn about Angular after understanding other languages. Put it this way, if a developer’s coding appears complicated, something must be very wrong. Some of the top websites built on AngularJS include GoodFilms, YouTube, and Freelancer. ReactJS dominance in client side development comes from the fact that it is aimed at crafting more engaging user interfaces. The developer can easily create reusable user interface views components. Remember it is not another MVC framework, but a library used for rendering views. The popularity behind ReactJS comes from the fact that its solutions are SEO friendly, it is highly flexible and is powered by Facebook. Some of the top ReactJS websites include WalMart, Netflix, Airbnb and Feebly. A complete comparison of AngularJS and ReacTJS AngularJS AngularJS is one of the top open-source JavaScript frameworks that have everything a developer needs to create a client-side of most sites. Notably, Angular removed complexities such as directives, scopes, controllers, and modules in the first version to make it easier for users. To make the framework even simpler, new features and improvements such as server-side rendering and app support have been added. Advantages of AngularJS Global community support: AngularJS enjoys global community support that makes it among the best frameworks in the world. Through community contribution and collaboration, AngularJS has continued to gain high reliability and credibility. Developers prefer because it is a full-fledged framework: As a fully-fledged framework, AngularJS can operate on any platform or browser. When compared to ReactJS, the framework remains consistent, has a lot of ready-made tools, diverse ng components, and it is more mature. It has a 2-way data bind: This is perhaps the most important feature because it diffuses the implications of small data changes thereby doing away with an additional need for extra effort in data synching in model and view. Provides a very robust template designing solutions: Using the special binding expressions in HTML attributes, a developer can define the templating functionality. In particular, AngularJS provides a deeper understanding of Document Object Model while the carefully designed templates reduce the overall task required for coding. Utilizes a separate data binding system: When a developer is designing fields in HTML documents, every rendered field comes with separate data binding. Angular checks every individual bound file on HTML pages and applies changes before rendering. There is a limitation in data modeling: By ensuring that developers can only use small data models, the coding is easy to implement and test for better results. Disadvantages of AngularJS If your pages contain very many interactive components, there is a risk of AngularJS becoming slow. Like other client-rendering applications in JavaScript, developers have to put a lot of emphasis on security for safety and reliability of the apps. However, the introduction of Angular Universal has helped to defuse the problem with pre-rendering. Though AngularJS scopes are relatively easy to use but very hard to debug. ReactJS Like AngularJS, ReactJS is an open source JS library used for creating performance user interface that is powered by Facebook. The focus of ReactJS is providing top notch rendering performance. The main objective is “V” specifically in the Model View Controller design. ReactJS helps to solve the common issues in other JS frameworks especially inefficiency in rendering big data sets. Advantages of ReactJS Utilizes JSX: JSX is a unique syntax that allows HTML quotes and application of HTML tag syntax for rendering subcomponents. This helps to promote building machine-readable codes while making it possible to compound components in a single time verified file. Faster rendering: This is the most recognizable feature of ReactJS that gives it a slight competitive edge over AngularJS. ReactJS only renders what has been changed in a file using a virtual DOM (Document Object Model) as opposed to the entire file. If you have a list of 5000 components but updated 500, only the 500 with changes will be updated while the rest remain the same. ReactJS is JS-Centric: Unlike Angular that is HTML-Centric, being JS-Centric is more beneficial because JavaScript is more vigorous. This makes ReactJS simple and focused. Though there is a little dependency, ReactJS makes it easy to import components. Very good for JS debugging Cons of react.js ReactJS is not a fully-fledged framework: Because of this, a developer will require deeper programming understanding to integrate user interface library into MVC framework. Many developers view it to be in its infancy compared to AngularJS. Requires application of Flux when adding architecture and structure to any ReactJS app: This is a major challenge to new programmers because of the absence of structured documentation. Less support from the community: Because ReactJS is relatively new and mainly supported by Facebook, the developer community is relatively small. When to use AngularJS or ReactJS Deciding the framework involves narrowing to specific app need versus strength of the framework. Though the two applications have a lot in common, they are released under permissive licensure and design SPAs using MVC patterns. If you are creating a core skeleton for a business front-end app, it is better to go for AngularJS. However, ReactJS is better when working on improving various features/parts of an app. Today, AngularJS is more popular compared to ReactJS. It is the preferred option for developers working on complex projects because it serves as a one-stop-shop for most components such as rendering and designing templates for other activities. Though AngularJS requires longer to learn and is heavier, its features are more developed and, therefore, suitable for developers working on long term projects. For developers and users who are interested in gradually modernizing their existing code bases, the best choice should be ReactJS. It is lighter, easy to use, and highly effective in rendering. As it is evident from these developer and end-user operations, there is no specific winner between ReactJS and AngularJS. Ensure to evaluate your project from all perspectives including maturity, dependencies, size, features, and interoperability among others to pick the right choice. References https://hackernoon.com/reactjs-vs-angular-comparison-which-is-better-805c0b8091b1 https://www.sitepoint.com/react-vs-angular/ https://www.airpair.com/angularjs/posts/angular-vs-react-the-tie-breaker https://rubygarage.org/blog/react-vs-angularjs https://www.cleveroad.com/blog/react-vs-angular-ultimate-performance-research-2017 The Best Ever Node.Js 8 Updates For Top Performance Node.Js 8 Updates The new features and improvements on the new NodeJS 8 are probably the best in enabling workflow for developers so far. The main updates and features include async hooks, Node.js API, util.Promisify, zero-filling buffers, and JS binding among others. The Nodejs 8 release replaces the previous version 7 and will become the Node.js Long Term Support (LTS) later in October this year. LTS line targets security and stability and is considered best for developers seeking stability during upgrades or when applying NodeJS in an enterprise. If you have a very complex production system, it is advisable to wait for NodeJS 8 to shift to LTS prior to upgrading. The following are the key node 8 updates. A boost to the native modular ecosystem One of the main Node 8 changes is the much hyped N-API. Node.js API is being added on an experimental basis and will run behind the flag. The feature will assist to eliminate breakages that occur between main releases and native modules. Though the native modules form a very small portion of the entire ecosystem, more than 1/3 of modules rely on native modules. The V8 5.8 update The Node.js 8.0 and nmp 5.0 are two projects coupled together to give JavaScript developers one of the most outstanding performance enhancements. The Node.js 8.0 is a speed accelerator drawn from adding version 5.8 of Google’s V8 engine. The ultimate objective is taking node 8 unit to V8 5.9/6.0 after all the updates are confirmed to be stable. Enhanced buffer operation NodeJS 8 release comes with a new buffer (num) that is added by default. This means that developers can now enjoy two buffers to enhance their Node 8 performance; the zero filling buffer and the new buffer. The additional buffer helps to enhance security and lower risk of info leaks. However, it has a major downside; people who use it have to take performance hits. Full shift to WHATWG URL parsel WHATWG URL parser was adopted in an experimental model during the previous version. However, it is now fully supported in the new NodeJS 8 release. The new URL parser is more compatible with many browsers including Safari, Firefox, Edge, and Chrome to allow code sharing in different environments. Node 8 async_hook updates One notable update in the Node JS 8 is the async_hook. In the previous version, it was referred as async_wrap. This update is targeted at helping developers working on diagnostic software to peel back and peep into what is taking place in the event list of Node. Therefore, the developer can tap into the entire lifecycle by designing and installing hooks into the best systems. NodeJS use in real-time applications today When it comes to real-time applications, NodeJS rules! It operates best in many web operations that use push technologies compared to web sockets. Here, think of real time application such as Gmail. NodeJS is a result of more than 20 years of stateless web development where the client and server can initiate communication. It is a complete shift of the common web response paradigm where it was the client only who initiated communication. NodeJS operates on a web-based stack (JS, CSS and HTML) functioning on the standard port 80. NodeJS utilizes non-blocking I/O to remain very light and highly effective even when applied in data-intensive real-time operations. However, it does not target dominating the web but only operates perfectly to accomplish specific need. Unlike with the previous versions and conventional web-serving methods that spawn new threads when a request is initiated (resulting in RAM consumption); NodeJS works on a single thread. This makes it possible to support thousands of concurrent connection within the event loop. The main NodeJS frameworks To comprehensively understand NodeJS and its operations, one cannot omit the built-in frameworks package utilizing NPM. The frameworks are installed in every Node.js by default. (i) Express: Express.js is a unique Sinatra-inspired framework for on Node.js. It is also the standard for most nodejs apps today. (ii) Connect: This is an extensible HTTP server framework for nodejs. It provides a wide range of middleware (high-performance plugins) and serves as the base for Express. (iii) Hapi: Hapi.js framework is used to develop application programs interfaces (APIs) as well as other apps. It is loaded with great plugin ecosystem and has great features including error handling, logging, input validation and key features among others. (iv) Sockjs and Socket.io: These are important server-side components of two common web sockets in the market today. (v) Forever: This is perhaps the commonest utility that ensures every node in a node script operates continuously. This means that Nodejs production process is always running even when unexpected failures are reported. (vi) Mongojs and MongoDB: MongoDB wrappers provide the MongoDB object data base with API in Nodejs. (vii) Sails: This is one of the common NodeJS frameworks for building apps. It provides a unique model-view controlled pattern for implementation of APIs. It is the most preferred when building chat interfaces. (viii) Bluebird: This is a complete promise/A+ implementation with top performance (ix) Moment: One of the lightweight JavaScript data libraries that help to parse, validate, manipulate, and format dates. Why NodeJS is more popular in the market today NodeJS popularity is growing very fast in its communities, versatility, and opportunities. As a runtime that comes with diverse features allowing people to craft bare-borne web-servers, it also allows the developer to include a lot of functionalities (more than 450 every day). With this in mind, NodeJS popularity can be viewed in three benchmarks; The fast growing developer community: The energy behind NodeJS is monumental. Starting with engagement on the key Stack Overflow to the Express, the numbers are breathtaking. NodeJS opportunities and roles: When you mention the large companies using Node, the magnitude of the application becomes very clear. Top companies starting with PayPal, Uber, NetFlix, and LinkedIn are all on Node and the list keeps growing. Because of NodeJS flexibility, lightness and efficiency in push technologies, the popularity is expected to keep growing. Where should you apply NodeJS? The popularity of NodeJS goes hand in hand with specific applications. Where exactly is Node JS applied in organization operations? (i) Chats: It is perhaps the commonest and the best real-time multi-user application based on NodeJS. Though a very light in weight NodeJS application, it handles high traffic, data intensive applications on distributed devices. (ii) Data streaming: In many online platforms, HTTP requests and responses are handled separately (isolated events). However, they are streams. NodeJS makes it possible to process the files when they are getting uploaded (the data gets through as it comes in the form of a stream when being accessed in an online mode). (iii) Proxies: NodeJS is employed in some instances as a server-side proxy to help handle multiple connections without blocking. It is particularly helpful when a developer or company wants to proxy various services with different response times (such as different time zones) or when gathering data from different sources. NodeJS is targeted at replacing other languages in apps development. It is, therefore, a great tool for software development and is expected to hold the lead position in the next two decades. Already there is a great promise from NodeJS on the Internet of Things applications on web and mobile based systems. (iv) API applications on object databases: While NodeJS does very well when applied in the real-time application; it fits very well when considering exposing data from specific object databases. For example, JSON stored info allows Node to operate without data conversion and impedance. Other major areas of NodeJS applications include artificial intelligence and big data management. On artificial intelligence, developers can create their own learning bots that can listen, talk, and remember conversations with clients. When not to use NodeJS (i) Heavy server side computation Though NodeJS has many evolving applications, you have to be extra careful when dealing with heavy computation. Well, if you try to run any CPU intensive operations, there is a risk of undoing all the benefits that come from NodeJS. This is because NodeJS runs on single-threads and utilizes only one CPU core. Therefore, CPU intensive operations can easily cluster the module and risk blocking incoming requests. It is strongly recommended that if clustering is unavoidable, all heavy computations should be offloaded to the background processing. Indeed, though such background processing can still operate on the same server with NodeJS, the risk for scalability remains high. (ii) Server side web applications When NodeJS is compared to Ruby on Rails in dealing with relational databases, the latter is preferable. NodeJS relational database tools are still in their infancy and developers cannot expect to achieve much with them. NodeJS lacks lack database schema migration support tools and other developments that make it less preferable to key competitors. A comparison of NodeJS with other platforms When developing applications, the platform you pick is very critical. Every platform has something unique for the user and it is up to him to pick the best. Here is our comparison of NodeJS with these other platforms; Ease of development: One thing that users enjoy about NodeJS is its ease of development. No matter whether you are coming from Go, PHP, or Ruby on Rail, getting into Node programming is very easy. However, a nodejs developer will need to first learn a lot of things such as channels, coroutines, and strict typing if transitioning to Go and other platforms. Error handling: Though error handling in NodeJS was inconsistent in many previous versions, the latest NodeJS V8 has cleared the issue using unique throw mechanisms. However, other platforms such as Go require users to manually check errors that make troubleshooting lengthy and cumbersome. Language options: Because many languages can easily be cross-compiled to operate in JavaScript when working on NodeJS, it is preferred by most developers compared to PHP and Ruby on Rails. For example, NodeJS developers can opt for the common languages such as Lisp, C#, Java, Haskell, and Scala among others. Complexity of closure: While NodeJS idiosyncracies can be stressful to some developers, it is a more modern language with the latest syntax and useful components such as closures. Therefore, NodeJS makes it easy to configure and extend powerful libraries like JQuery which is a monumental task in other platforms such as Python and Ruby on Rails. Performance: NodeJS is superb in performance compared to Python and Java because it can handle concurrent requests with little or no limitations. Database management: On relational database management, Ruby on Rails stands taller while NodeJS follows closely. For example, Ruby on Rails has database schema migration support for enhanced management that is absent in NodeJS. From this comparison, though NodeJS is far from being perfect, it stands tall compared to its peers such as Python, Ruby on Rails and Go. One unique characteristic that makes NodeJS rush fast past others is the fast rate of new updates release. The developers are fast to note new loops and rectify them promptly with regular updates. It is because of this that NodeJS is poised to become the undisputed leader in the next decade. NodeJS improvement over time NodeJS was introduced in 2009 (about 13 years after 1st server-side JavaScript) by Ryan Dahl. The pre 1.o versions (v0.8, v0.10, v0.11, v0.12): These releases were only working on Mac OS X and Linux. The versions combined a low-level I/O API, event loop, and Google’s V8 JavaScript Engine. Converged Node.js (version 1 –version 3): The converged nodejs made it easy for developers to publish and share codes through the Node.js libraries. They also simplified installation, updates, and operation of the libraries. NodeJS v4: This version brought many bonuses in 2015 compared to the previous versions. It came with many features including block scoping, typed arrays, classes, template strings symbols, collections, arrow functions, and generators among others that were activated by default after installation. Other notable changes included the timers, util, V8, child_process, and NPM. Nodel v5: This version was released in 2015 a few months after the release of V4. It brought great changes including new buffers that removed the raws and raw. It also introduced console values that are reported by console.time. Other notable changes included fs.readFile, HTTP, tls, src, and node. NodeJS V6: It was introduced only 6 months after the release of V5. It delivered great improvements on reliability, performance, security, and usability. NodeJS V7: This version was introduced in October 2016 and brought key changes including 98% coverage on ES6 language features. It also brought a new experimental URL parser (built on WHATWG standard) and enhanced performance. NodeJS V8: This version was released in June this year and has been labeled the best nodejs for enhancing developers’ performance. It has some great features including async hooks and zero-filling buffers. Alexa Breaks the Ceiling with Home Smart Camera Control Amazon’s Alexa has broken the ceiling with the latest Home smart camera control. It is built on the highly advanced Super Extended Technologies (SXT) to make it possible to control smart cameras with Amazon Echo Show. The new Amazon Echo Show will hit the shelves by the end of June for 229.99 US dollars. The launch of the new camera has received amazing support from major smart home camera companies including IC Realtime, Ring Logitech, Amcrest, August, and Nest. Their cameras will work with Amazon Echo Show so that you only need to say “Alexa, show me the balcony” or “Alexa sow me the kitchen” to access the camera feed. Alexa edges a notch higher so that even Echo Devices that do not have the latest 7-inch screen can still tap audio feeds from the cameras. The new cameras are fitted with eight microphones, an improvement from seven in the previous model. Now, you can simply tap audio feeds on the Echo Show from the compatible camera installed in different sections of the home. The Alexa smart home cameras use the latest combination of FPGA processors Alexa developers were keen to maintain the pace of their previous inventions. The sensors utilize advanced color management to drive unprecedented control. This delivers extra freedom for the camera use such as in filmmaking and security. The smart home camera control has taken artificial intelligence a notch higher for home, office and even business operations. It is expected that once the home smart camera update is fully implemented, the next step will be making it possible to do common searches online. Using the Alexa enabled devices such Amazon Echo and smartphones with Smart Home Skills API, the developers made it possible to take full control of the camera. Now, you can use the camera and give voice command through the Amazon Echo, to adjust the air conditioner, change music settings, control lighting in the house, or carry vehicle diagnostics. It is the ultimate update that people have been waiting for to make their homes really smart. The core advantage of Alexa cameras is its high image quality and efficient workflows that set the gold standard attached to Alexa. Just like previous features for Alexa developers, the new smart home camera control will be limited to the UK, the US, and Germany developers. With the smart home camera update being one of the major rafts of progressive improvements, users can anticipate much more.  References https://www.theverge.com/2017/6/22/-/amazon-alexa-show-nest-ring-smart-home-camera-support https://venturebeat.com/2017/06/22/alexa-gets-smart-camera-control-ahead-of-echo-show-release/ https://www.theverge.com/circuitbreaker/2017/5/9/-/amazon-echo-show-touchscreen-price-release-date