Google Assistant

Third Rock Techkno endeavors to be in sync with emerging and trending technologies. Our knowledge and expertise in the latest in voice technology make us a top-ranked company in voice app development. With expertise in Google home action development, we specialize in building google assistant actions like facial recognition, business applications, and home automation. Thus we cater to a variety of clients and businesses ranging from education, healthcare, entertainment, etc.

Google Assistant was launched in 2016. Google Assistant made it very simple to create reminders, integrating flight dates and timings, finding hotels, etc. with its voice features. Google’s assistant’s voice feature is compatible with smart speakers. Globally, the number of installation smart speakers is expected to reach 200 million by the end of 2019. In the USA, the smart speaker installation rate went from 60.2 million in 2018 to 87.8 million in 2019. In China, the growth was from 22.5 million in 2018 to 59.9 million in 2019.

Our Google Action Services

  • 1. Custom Action Development
  • 2. Mobile App Integration
  • 3. Integration with ERP System
  • 4. Google action testing
  • 5. Multilingual Support

Our Existing Clients

We cater to a diverse clientele spanning across various industries.

Why Choose Us As Your Google Assistant Development Company

Experienced Developers

Our highly-qualified Google Assistant Development experts specialize in building customized, creative and highly-interactive web and mobile applications. Whether you are a startup or an SME, our experts will get the job done.

Trusted Delivery Methods

We employ an agile methodology to keep you in the loop. Throughout AR development and mobile development, we focus on delivering solutions that meet your business goals, timeline, and budget.

Competitive Rates

Whether it is AR development or mobile development, we offer the most competitive rates on the market. Our personalized services meet different budget needs of our clients from across the globe.

Transparent Work Approach

Our AR development company ensures complete project visibility right from the time you approach us with your needs. We use email, phone, Skype, Slack, and other mediums for regular communication with our clients.

Customer Satisfaction

Our designers, developers, quality analysts, and a project manager – all strive for customer satisfaction. We deliver Google actions development services that align with our clients’ needs.

Client Testimonials

Our WORK speaks louder than our WORD. Find out how we helped clients overcome challenges and succeed.


Very good communication at all stages. Always prompt to reply. Excellent quality of work. The team at Third Rock Techkno was communicative, responsive, and accommodating as they produced high-quality work.

Jonathan Wood, Smoovr


It was a pleasure working with the TRT team. Prior to contracting this group, I had a system created that was absolutely terrible and poorly developed. I also worked with a few freelancers that couldnt cut it either. TRT was actually able to execute on our concept and have built a truly solid system for our company.

Karl Pierre, Ontime

Features Of Google Assistant

Open Apps

Users can use this command to open apps, including third-party apps. e.g. 'OK, Google, open Gmail' and users are directed to their Gmail inbox.

Image Search

You can ask the search engine to look up any objects, animals, cars, bikes etc. by voice.

Play Music

Google’s Assistant enabled users to use it for playing music. Google Voice Assistant also supports apps such as Google Play Music, YouTube, Gaana, Saavn, etc.


Google Assistant is supported in Android smartphones running Android Marshmallow or Nougat, Android wear, Android TV, Android Auto, and Google Pixelbook.

Smart Display

Smart displays have support for Google Duo video calls, YouTube videos, Google Maps directions, Google Calendar agenda, viewing of smart camera footage, in addition to services that work with Google Home devices.

Locate Places

Google Assistant can help users find places using its Nearby feature. Users can find restaurants, hotels, dance classes, most visited places, historical places, etc.

Recent Google Assistant Development Blogs

29 Jul 2020 | 8 Min Read
Complete HIPAA Compliance Checklist For Software Development

HIPAA is short for Health Insurance Portability and Accountability Act. [] Passed in 1996, the act outlines a number of rules and regulations for the protection of patient health data in any form. Applicable only to the US territory, the act protects the patients and their data security. If an organization fails to comply with these rules, they have to pay hefty sums of money as penalties. Hence, if you are a company that is planning to build a healthcare software solution, ensure that you understand and adhere to the complete HIPAA compliance checklist for software development. HIPAA Compliance Rules and Requirements HIPAA rules apply to the collection, storage, use, transfer, disclosure and destruction of medical data by all the stakeholders. Before you go on to read the rules, let’s first understand the legal terminology associated with HIPAA requirements. 1. What is Protected Health Information in HIPAA? The subject matter of HIPAA is Protected Health Information or PHI. The main purpose of the act is to protect PHI. PHI of patients includes their personal details like contact numbers and addresses as well as their medical records. 2. Who are the covered entities according to the HIPAA Act? A covered entity is anyone who works in the healthcare industry and/or can access PHI. In that sense, hospital admin staff, medical staff, or insurance agents, can be covered entities under the HIPAA. 3.  Who are Business Associates under the HIPAA Act? Business associates are those who do not work in the medical field directly but closely function with the covered entities. Examples include IT specialists and lawyers. Since they collaborate with medical institutions, they also have access to the PHI. The complete HIPAA compliance checklist for software development is majorly useful to this category of stakeholders. HIPAA Compliance Rules For Software Development Today, electronic PHI storage solutions have replaced traditional paper-based methods. However, the same electronic modes pose additional risks of data breach [,sensitive%20medical%20data%2C%20like%20diagnoses.] . Most often, PHI data breaches result in financial loss irrespective of the number of records stolen. Hackers steal private information with the intention of selling it for money. Although, unauthorized exposure of data is only one of the risks involved. Modifications in the classified data is not an uncommon threat. Moreover, changes made in a patient's medical records and certain diagnoses can mislead the course of treatment. Such situations put the patients at a greater risk of personal damage and can even prove to be fatal for them. To avoid all the above risks and disasters, the HIPAA defines 5 major rules that all healthcare software applications must follow: 1. The HIPAA Privacy Rule As per the latest update, the HIPAA Privacy Rule constitutes the requirements regarding PHI protection. Therefore, clinical history, payments for healthcare treatment, and any other medical information must be secure and inaccessible to third-parties. Additionally, the rule describes those certain situations under which certain people can access PHI without patient authorization. It also defines the limitations and rights of the patients. Under this rule, the patients can examine their personal medical records and request copies of the same. In case of a mismatch or an error, the patients may also request corrections. 2. The HIPAA Security Rule The HIPAA Security Rule lays down conditions for PHI security. It includes specific recommendations and limitations regarding health information security. Essentially, this rule helps in identifying, correcting and preventing future security risks [] . The rule dictates that the covered entities are required to conduct a periodic data breach risk analysis in order to ascertain reliable PHI protection. 3. The HIPAA Enforcement Rule The HIPAA Enforcement Rule clarifies the investigation provisions and financial penalties in situations of a data breach. However, the penalty amount varies with the number of medical records exposed and the frequency of data breaches in an organization. Generally, a first-time breach can cost an organization from $100 t0 $50,000 but the subsequent breaches can cost as high as $1.5 million. 4. The Breach Notification Rule According to this rule, if the data breach has affected less than 500 individuals, then the organization must send a notification to all those individuals within 60 days of the discovery of the breach. The company must also inform the Office For Civil Rights of the US Health and Human Services within 60 days of the start of a new calendar year. If more than 500 individuals are affected by a data breach then the organization is obliged to notify the media as well. 5. The Omnibus Rule The Omnibus Rule was added in January 2013 and adds to the above-mentioned rules. Typically, this rule extends the obligations of business associates to comply with the HIPAA rules while dealing with PHI. Complete HIPAA Compliance Checklist for Software Development Building web or mobile applications for healthcare providers is a serious business. Naturally, it comes with its fair share of repercussions if the app breaches any provisions of HIPAA compliance. Therefore, it’s essential to have a clear understanding of how to make a healthcare software application HIPAA compliant. The Security Rule of the HIPAA lays down certain requirements as a foundation for data safety in all software tools. To help you develop secure solutions, we’ve come up with a complete HIPAA compliance checklist for software development. 1. User Authorization The US government classifies the degree of identity assurance in software applications into four levels. The lowest levels employ only a single-factor authentication. Thus, if a user is able to freely access the system with only a password, the level of security is the lowest. Higher levels make use of multi-factor authentications wherein users need to verify their mobile phones, email addresses, etc. To make your software HIPAA-compliant, you need to include at least two of the below-mentioned factors: Knowledge: A visitor is required to enter a unique data, the knowledge of which is held only by the legit user. Example: PIN or password. Possession: The users are provided with additional data, like security code, by the platform. Thus, the visitor needs to enter that data so as to ensure legal possession of the information. Inherence: A biometric scan is used to verify an inherent characteristic of the user that can't be copied or modified. Location: Allowing access only if the user is located in a particular location at the time of access. A HIPAA-compliant software solution must remember its users. Moreover, it should allow doctors to access patient data without having to follow the complex protocol every time they need vital information. 2. Remediation Plan The remediation plan is a security plan that details the measures taken by the business associates for patient data protection. So it documents safety best practices, including the following aspects: * A list of all the tasks that will be undertaken to ensure data security * Clear identification of each team member’s responsibility for the same * Plan of action to overcome challenges in future Hence, the remediation plan is the main document that you need for HIPAA compliance in terms of safe software development practices. However, the main challenge here is to figure out the exact tasks that your organization needs to fulfill security compliance. So a combination of medical and software expertise is essential for composing an all-encompassing remediation plan for HIPAA compliant software. 3. Emergency Mode An emergency mode plan guides an organization's plan of action during an attack. It specifies the methods, tasks, and practices to keep the records of the patients safe during an emergency. Therefore, this emergency plan of your HIPAA compliant healthcare app must contain the following information: * A complete list of all the team members along with their roles, contact, and responsibilities. * Details of all the digital healthcare systems that the organization uses * A step-by-step procedure for implementing the plan (how, when, by whom) * Recovery procedures In this plan, business associates must clearly specify the possible risks and characterize the emergencies in which the plan can be effectively used. This helps in performing better threat assessments and be prepared for an actual crisis. 4. Authorization Monitoring The app developers and owners should check the efficiency and safety of the access algorithms at regular intervals of time. So the following authorization precautionary measures are a vital part of the complete HIPAA compliance checklist for software development: Activity logs and audit controls Employ an automated system of risk detection in order to easily identify any suspicious attempts made to enter the system. By keeping a track of the activity logs of all the users, you must be able to learn the patterns of interactions with the app. Automatic log-offs Any healthcare software should be designed in such a way that a user automatically logs-out from the system as soon as their shift is over. Thus, you can reduce the chances of profile penetration. Access control in emergency situations The system must have an option to let the organization access the user’s profile in a case of emergency, even if those team members aren’t physically present. 5. Data Backup According to this provision of the HIPAA, all the electronic protected health information (ePHI) must be duplicated on another dependable data storage. This implies that you must create a backup of the patient details, records, images, etc, regularly. It is important for the organization to concentrate on the following aspects to make their software HIPAA-compliant: Redundancy: The data on your system must be copied at least three times. Additionally, you must store it on at least two different storage at different locations. Encryption: Data encryption is an easier and faster method for the protection of data. The applications should use a 256-bit AES protocol and two-factor authentication for maximum data security. Transfers: In the event of a transfer to public services or cloud providers, the data must be encrypted with a 256-bit AES protocol. This ensures that even if a file is leaked on the server, its contents are not revealed. Monitoring: In an unfortunate event of backup system failure, the system must be immediately able to alert the organization’s team. A great advantage of consistently backing up the data is the fact that even if the initial file copy is jeopardized, its contents will remain safe. Moreover, you can easily recover original data from the secondary copies by the organization. HIPAA Compliance Software Certification The federal governing body for monitoring HIPAA compliance is the Office of Civil Rights (OCR). It falls under the purview of the Department of Health and Human Services in the US. They do not give out any certifications for HIPAA compliance. Moreover, they do not endorse or encourage any other organization claiming to give HIPAA compliance certification. So there is no certificate that you can get for your HIPAA compliant software. Instead, just follow the complete HIPAA compliance checklist for software development to ensure patient data. Choose Trusted Development Agencies to build HIPAA Compliant Software Solutions Now you have a comprehensive HIPAA compliance checklist at your disposal. So the next step is to onboard a team with in-depth knowledge and expertise in healthcare applications. It requires years of technological experience to build the right software solution for healthcare organizations. At Third Rock Techkno [], we build software solutions that meet all the security standards applicable globally. Over the past 7 years, we have put together the best development, design and testing teams that leverage industry-leading trends to deliver top-notch solutions to our clients. If you have a healthcare app idea, our expert developers [], best development practices and time tested processes can turn it into a market-ready and lucrative web or mobile application.

17 Jul 2020 | 10 Min Read
How to Measure and Improve Productivity of Your Software Development Team

Software development is quite a volatile job that requires constant efforts from the entire team in order to succeed. There is tremendous competition in the industry and all development teams are working rigorously to outperform their competitors. In such a dynamic and competitive environment, how do you accurately measure and improve the productivity of your development team?  We spoke to experts from the industry and have compiled a list of key metrics to measure developer productivity. Before we discuss the metrics, let’s first understand the term productivity in the context of software development. Defining developer productivity In general terms, productivity is defined as an individual’s ability to produce goods or services. But when it comes to software development, the word ‘productivity’ encompasses much more than that. Each part of the process of software development must be taken into account to reflect the effectiveness of the team. Besides the developers, a modern-day software development team often involves personnel such as business analysts and front-end graphic designers. Thus, a team with a multi-disciplinary skillset requires a progressive guideline, must be flexible, and have an open mind. This dynamic complicates the decision of defining a universal metric or KPI that accurately represents productivity. However, it is a common notion that the success of a business is defined by its customers. In that sense, a software project is successful when the product is ultimately approved and appraised by the targeted audience or users. Therefore, your team is productive when: * It can recognize the progress made and determine where it stands at a given point of time during a project. * It delivers performance in accordance with the expected result for a user or a customer. Challenges in measuring developer productivity The world is not a perfect place and the pieces don’t just fall into the right places, at the right time. Working on a software development project can be very challenging and sophisticated. While some project management tools are of great benefit [] for the successful completion of projects, they don’t necessarily provide insights into the individual developer’s productivity. This raises some serious concerns while trying to estimate the working efficiency of developers. Some of the issues are as follows: Vague documentation Sometimes the developers are handed a substandard specification of the project in question. This raises a bunch of questions in the mind of the developers and they are often confused about the design and build phase. They’re left with no other option but to work things out on their own and refine the requirements. In such a situation, the overall build phase takes a longer time than expected, forcing the developers to cause a delay in other projects. Environmental configuration There are some projects that require developers to create interfaces for trading information across multiple environments. For such assignments, it becomes essential to configure firewalls and supply credentials. Since the developers have to wait for several permissions, they are unable to start working immediately. This adversely affects overall productivity. Many development teams are globally distributed With the kind of advanced technology available, it has become very easy for businesses to outsource their work across different continents. However, this particular business model makes it harder to measure developer productivity. This is because of the developers operating in different time-zones and with distinct user stories. Integration A developer may successfully execute functionality that has been tested and works perfectly in their developer environment. But it further needs to be integrated with another developers’ class library or functionality. An enterprise-level implementation can be particularly complex and drawn-out. The sheer volume of conference calls, emails, or instant messaging sessions, carried out to clear the doubts and put forward suggestions, can shrink overall morale. Key metrics to measure the productivity of your software development team The aforementioned challenges infer that a single metric cannot cover all the aspects of measuring developer productivity. Each developer has unique talents and skill sets and it will be unfair to judge all developers on one common parameter. However, we still need to track how things are going in a particular format. > “As dev leaders, we spend most of our time translating between two groups of people in two parallel universes. Most CEOs and board members come from the business side (sales, marketing, finance) and while they enjoy the outcomes of engineering, they don’t fully understand how we work. At the same time, many engineers don’t fully understand the business side of the organization. This is the background of most dev leaders. The right software metrics can help provide a common language between dev leaders and business executives.” - Dan Lines, COO, LinearB [] Thus, despite the limitations of rigid metrics, software development teams do need metrics to make data-driven decisions. So what are the ideal metrics that you should use to measure a development team’s effectiveness or productivity? > “As an engineering leader myself, I've come up with the formula that's been working well for a long time: reasonable goals multiplied by the team's overall happiness equal a productive and efficient development process. Thus, the most powerful software metrics to track revolve around the cycle time and the way your team collaborates.” - Alex Sokolov, Senior Software Engineering Manager, iTechArt Group [] Having said that, there are certain key metrics that can be used to assess the effectiveness and productivity of developers: 1. Sprint Burndown Reports [] These reports are a key element in the agile scrum methodology [] . In software development terminology, sprints are time-boxed periods (1 week – 1 month) during which developers have to work on and complete planned projects. At the end of a sprint, developers update the manager with the progress they have made. Using this data, the managers create a sprint burndown report that reflects the performance of each team member. These reports offer important insights such as: * Consistent early sprint finishes indicate that the work allocated to the team members is less than the acceptable standard. * Constantly missed deadlines signify that the workload allocated is too much as compared to the given time frame. A gradual reduction in the ‘remaining values’ is better than a dramatic drop as the latter phenomenon shows that the work was not assigned in granular pieces. 2. Team Velocity [,Velocity,all%20fully%20completed%20User%20Stories.] The team velocity metric tracks the ‘amount’ of work completed during a specified sprint. It is calculated in terms of story points or hours. This metric is extremely useful for the estimation and planning of work for future sprints. It helps the managers in: * Setting realistic sprint forecasts and delivery expectations. * Point out unforeseen challenges that were unknown during the planning phase. * Evaluate if the changes in the process have produced any results (stable/increased velocity) 3. Throughput [] This metric is used to track the exact number of tasks completed during a sprint. In other words, it measures the total value-added work output of the team in a given time period. It is crucial to align the results of this metric with the business goals as it shows the real-time performance of the team. Throughput metric assists in: * Detecting whenever the team is blocked. * Learning if the team is overloaded. This can be done by comparing the average throughput with the current workload. 4. Cycle Time [] Cycle Time refers to the total time taken by the team for the completion of a task. It also helps in estimating the speed with which a team can deliver new features to the users and whether it can manage multiple issues. Consistently recording and analyzing the cycle time helps in identifying the bottlenecks in the process and setting more accurate user expectations. 5. Bug Rates [] This metric is used to track the number of bugs generated as new features are deployed. A developer team may release a product or an update quickly, but it is good-for-nothing if the code is bug-ridden [] . Bug Rates metric helps you in determining whether a product is of value or not. You can measure bugs in two aspects: (a) Severity of the bug (b) The number of bugs. A team can record the number of bugs shipped during each sprint and set a limit for acceptable bugs. Also, the severity of bugs should not be in the range of Medium to High. Using developer productivity metrics the right way How do you make the best out of these metrics and what are some of the mistakes team leads, project managers and CTOs should avoid? Let’s hear what these experts have to say. Learn the art and science of software estimation > “The metrics we use are based on estimation. Software estimation is both an art and a science. On any project, developers provide estimates for building a software application. These estimates are then tracked to determine how well a team and team member are doing against an estimate. When tasks require more than the estimated time, developers request more time and provide a reason. Ideally, in retrospect, you would go through all the tasks and see what can be learned from the tasks that went over budget to use for the next estimation effort.” - Michael Daoud, Founder & CEO, Visus LLC [] Not all metrics apply to each team > “Different teams have different goals, and it doesn't work to try to force one productivity metric on everyone. Instead, let each team come up with the measures they want to be evaluated on. A team that builds a website might want to be measured on fast turnaround time. A team that builds critical backend systems might want to be measured on high availability and low bug count. The only thing the leader needs to do is to ensure that every measure has a counterbalancing measure to avoid the risk of a team gaming the system. If a low bug count is the only measure, the team might never deliver any new functionality. Once you have agreed with each team on their measures, challenge them to improve them, and agree on a reward for a given improvement.” - Sten Vesterli, IT Consultant, More Than Code [] Learn from the insights and keep adapting > “Enforcing these metrics at a management level is not enough. The team has to adapt and use it as well. These metrics can provide great insights into the efficiency of the team but are of no use if you don’t understand where the process is lacking and make the necessary adjustments. This isn’t a unilateral process. You need to have a discussion with the team to figure out the best way to implement those changes.” - Deepu Prakash, SVP - Process & Technology Innovation, Fingent [] Don’t let numbers deceive you > “The most common mistake done by managers is to measure work done in absolute numbers. Depending on your task, you may take days to figure out how to even get started. Although doing highly valuable work, it is misrepresented on your git log and might even affect how your developer does things, with the mindset that thinking = working.” - Mauricio Giordano, CTO, InEvent [] How to improve the performance of a software development team As we have mentioned earlier in this post, the insights you get from these metrics will serve as a cue as to what needs to be improved. In addition to that, certain basic measures like providing developers with a noise-free, pleasant workstation and conducting regular training sessions go a long way in enhancing productivity. Lastly, clarity in objectives, motivation, and boosting developer expertise are keys to improving your development team’s productivity. Encourage them to keep learning > “You can help your team be productive by supporting and boosting their expertise. Give them a chance to use their skills to improve their performance. Guide them to learn new techniques that will provide desirable results.” - Dennis Bell, Founder & CEO, Byblos Coffee [] Have your own definition of performance > “It’s key to define what performance means to you and your team. For us, it is developing what the user actually needs. Doing that in a high-quality manner, and as fast as possible - while keeping our automation up to date. Then you'd need to set up specific goals & key results and create an environment to help your teams focus on those goals. As soon as the goal is not clear enough, or there is too much noise with other stuff - it gets difficult to achieve it.” - Atanas Georgiev, CTO, Enterprise League [] Don’t ignore the importance of code reviews > “If you deploy often, a risk is not QA'ing the code properly, which could lead to lots of bugs and time spent fixing them. If the goal is to reduce that time, that pushes the team to automate testing, integrate QA effectively, and set up monitoring that rapidly pinpoints issues. Combined, we believe this creates a rapid and high performing team that has the side benefit of being very productive.” - Neal Taparia, CEO, Solitaired [] Daily reports are the key to long term growth > “I request regular reports from a team on progress. I want to physically see what they have accomplished or changed and what problems have come up since our last check-in. Keep the communication open. Trust your team enough to allow them to work as independently as possible but be there as back up for when they need you." > - Sarah Franklin, Co-founder, Blue Tree AI [] [] The Bottom Line In a nutshell, improving your development team’s productivity first requires you to define productivity and performance for your team. Even though metrics won’t necessarily give you the most accurate insights for individual developers, you need this data for a collective understanding of how things are going at your organization. When it comes to improving your team’s productivity, motivation, one on one meetings and relevant training sessions can do wonders for you.

16 Jun 2020 | 9 Min Read
Why Use Angular For Web Development: Top Features & Benefits

Angular is a massively popular instrument for software development today. Launched in 2010, it has remained the most established name in the world of front end JavaScript frameworks. According to Stack Overflow Survey 2019 [], the Angular framework is the most used web framework after jQuery. What makes Angular so likable to so many web developers? In this blog, we explore the top features of Angular and when Angular for web development is a smart choice. Angular For Web Development: History and Overview Angular is an open-source JavaScript framework for front end development of web applications. Two Google engineers, Misko Hevery and Adam Abrons, had developed the first version of Angular in 2009. It was known as AngularJS and it was primarily meant for the company’s internal uses. Soon, Google officially launched AngularJS as an open-source framework in 2010. AngularJS AngularJS was no less than a revolution in the web development industry. It quickly gained traction as a full-fledged front end framework soon after its launch. The major advantage of AngularJS was that it let developers translate static HTML documents into dynamic content. With robust tools and MVC architecture, AngualrJS became a top choice for web apps, especially single-page applications. Many top companies like PayPal, Upwork, The Guardian chose the AngularJS framework for building their websites. Source: Stack Overflow [] However, the framework could not meet the evolving demands that surfaced with changing web development trends. So, the team decided to improve the original framework and launch a completely new version called Angular. Angular (2+) The Angular team rewrote the entire code and filled up the revised framework with modern features. [] They dropped the suffix JS and launched Angular 2. With this release, they provided the framework with component-based architecture and an efficient command-line interface. We will learn more about Angular in the next section. Google has consistently enhanced the performance of Angular by implementing period improvements. From Angular 2 to Angular 9 [], here is a brief timeline of the release of Angular versions: Companies like Forbes and Xbox [] have built their websites using different versions of Angular. Why Use Angular For Web Development Choosing the right technology stack for web development [] requires you to consider building a custom stack or pick one from the commonly used stacks. Angular has remained a part of popular web development stacks like MEAN for the ease of development it brings to the front end developers. As a leading web app development company [], we specialize in building robust apps using the Angular framework. Our Angular developers [] have worked with it long enough to understand it inside out. Here is a detailed look at the top features of Angular and how it benefits the web development process and performance. 1. Modular structure The angular framework has a modular structure wherein it organizes the application code into different buckets (modules). So all the components, pipes, directives, and services are neatly organized into separate buckets as and when you build them. As a result, you can segregate the overall functionality of the application into exclusive features and reusable chunks of code. This, in turn, also makes it incredibly easy for you to divide the labor amongst Angular developers. Secondly, this modular structure of Angular enables web applications to perform lazy loading. With lazy loading, the browser loads different features of the application in the background. Due to this, users can instantly see and use those features as soon as they reach the viewpoint. Web applications with lazy loading are more likely to be liked by users compared to the ones without lazy loading. 2. Component-based architecture While using Angular for web development, you get the ease of development that comes with its component-based architecture. The Angular framework divides the user interface of the application into independent logical components. These components are organized like a tree and follow a strict hierarchy. You can compress elements with similar functionalities into well-defined components. Since these components are independent, you can reuse the same components for every part of the UI that needs similar functionality. Moreover, the components in Angular are loosely coupled. So you can easily decouple the components you don’t want and easily replace them with other components. This also makes Angular app maintenance very easy and less time-consuming. Lastly, because of the independence of all the components, you can test even the smallest parts of the application in a more organized and easy manner. In essence, the component-based architecture of Angular facilitates easy code reusability, app maintenance, and unit testing. Also, the new developers joining the project won’t find it hard to navigate and understand the application code. 3. Angular CLI Angular’s efficient CLI (Command Line Interface) is one of the major advantages of Angular for web development. With simple, quick commands, Angular CLI [] automates processes like app initialization and configuration. This automation simplifies the whole Angular web development process and enhances the code quality as well. Using Angular CLI, you can create new projects and add or remove functionalities just by running a couple of simple commands. Additionally, it also enables you to run unit tests as well as end-to-end tests for the application quickly. With the release of Angular 6. the Angular CLI has come up with the NG update <package> command. This facilitates a quick upgrade from one major version of Angular to another. Considering how the ecosystem loved this command, the Angular team released unified location services with the release of Angular 8. This has made the migration from AngularJS to Angular super simple and quick. 4. Dependency Injection Dependency injection [] refers to a design pattern in which one object supplies dependency on another. When you use Angular for web development, it runs the dependencies parallelly to their components so that the classes derive dependency from an external source instead of possessing them within. This creates a tree of dependency injectors that you can alter without reconfiguring its components. Isn’t that a boon particularly while building enterprise-scale applications with Angular? This hierarchical structure of dependency injection also defines specific connections between all the elements and organizes them into different classes. As a result, there is a clear relationship defining how changes in one element impact the functionality of the others. This enhances the quality of the application code, makes it more readable and easily maintainable. The dependency injection in Angular is a major boost to application performance and also makes the development process faster. 5. Ivy Renderer A renderer is an engine that translates the code written in TypeScript and HTML into standard JavaScript instructions that a browser can interpret. In short, a renderer makes the components and templates of your web application understandable to browsers so that they can display them. Launched in Angular 6, Ivy renderer [] is the third revised renderer that Angular has released after compiler and renderer 2. The distinguishing advantage of ivy renderer is its tree shacking technique. When the components are at the rendering stage, ivy renderer identifies and removes the unused chunks of code. This makes web applications smaller and much faster to load. Also, Ivy renderer is complemented by an ahead of time compiler which renders your app in the right way during the actual build time. So Ivy renderer not only reduces the size of the Angular framework but also makes it bundle size smaller. Lastly, Ivy renderer facilitates backward compatibility. After an update, you can render your existing Angular application with Ivy without any extra efforts. 6. TypeScript The code in Angular web development is written using TypeScript, a superscript for JavaScript. The main advantage of using TypeScript is you can spot and correct errors in code while actually writing it. It also supports types like primitives and interfaces which ensures higher security of the application. Unlike other newer languages like DART, TypeScript is not a standalone language. It is backward compatible so you can add functionalities to the code using ES5 or any latest ECMA script. TypeScript comes with auto-injection libraries built-in, so it makes the code more predictable and maintainable. It has many more advanced tools that equip Angular applications with seamless navigation and easy refactoring. While the majority of the development community prefers Angular because of TypeScript, many developers avoid using it for the same. TypeScript has a steep learning curve and it adds to the burden of learning one more language. Most Angular developers would agree it is worth the effort considering the benefits of TypeScript. However, if you don’t want to learn TypeScript, Angular also allows you to build web apps using JavaScript. 7. Declarative UI One of the main advantages of using Angular for web development is its declarative UI. In Angular, you don’t have to use JavaScript to define the UI of your web application. Instead, you can do it using HTML which is far less complex than JavaScript. HTML also brings in declarative and intuitive properties to the UI components of Angular applications. This means you don’t have to create program flows manually. Just define the page layout and where the data goes, Angular’s declarative UI will automatically load components as per the layout. This way, Angular saves you a huge chunk of front end development effort and time. 8. Angular Universal With the Angular Universal [] service, Angular enables you to render your web application on the server-side instead of the client-side. This is very beneficial to web applications, especially in terms of improving its SEO performance. Angular Universal provides your app with web crawlers that contribute to your application’s search engine rankings. It also has a significant role to play in decreasing the load time of your web app pages while also enhancing its mobile performance. Overall, Angular Universal is great for making your web application more appealing and easy to use for the users. 9. Angular Material You must be aware of how useful the design guidelines of Google are while designing the UI of applications. Angular recognized the usefulness of these guidelines too and updated the framework using Material Design components. Angular Material [] is one of the most widely used UI frameworks for Angular. [] It is an exhaustive library of aesthetically pleasing and easy to navigate reusable UI components. Angular Material boasts of an efficient flex grid layout and numerous theming options along with a comprehensive collection of buttons, form controls, data tables, and more. Angular Material is a complete UI solution that you can use to create a fully functional, consistent, and beautiful UI. 10. Detailed documentation and support from Google Google officially declared long term support for Angular in the ng conference 2017. For most developers, Google’s support towards Angular for web development is proof enough of the stability of the framework. In addition to that, Google equips the Angular community with detailed documentation of how to use various tools of Angular to build functionalities and resolve issues. Whenever you face any issue, there will always be an answer available either in the documentation or in the online community forums. This gives Angular an advantage over other newer front end frameworks like Vue.js. [] 11. Huge ecosystem Since Angular has been around for so many years, there is a huge ecosystem of third-party integrations for Angular. You can take a look at Angular resources [] for a variety of tools, plugins, packages, and add-ons that are very useful for the easy development of advanced features. These include IDEs, analytics tools, data libraries, and cross-platform development tools. This pool of tools and integration options go a long way in lifting some burden off the development team Should you use Angular for your next web development project?. Because of the component-based architecture, Angular is a great choice for building enterprise-scale applications. Its dependency injection makes it an ideal framework for dynamic single-page applications too. However, if you are planning to build lightweight or static apps, avoid using Angular as it will only add to the unnecessary technical debt. We specialize in building robust, modern applications with Angular and AngularJS. If you have an app idea in mind, our experts would love to take you through each technical aspect. Schedule a free consultation call with our team here. []

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