These big changes include using VR (virtual reality) and AR (augmented reality) for more realistic game experiences, using smart technology to make game worlds that change based on what players do, making games that everyone can play together no matter what device they’re using, making it easier for people to play games without needing expensive equipment, and making sure games tell stories that include everyone. By paying attention to these trends, game creators can make games that are exciting and new for players.

The Dawn of a New Era in Gaming

The gaming industry is experiencing a significant transformation, driven by technological progress that surpasses the conventional boundaries of gaming. Virtual Reality (VR), Augmented Reality (AR), Artificial Intelligence (AI), and the Internet of Things (IoT) are more than trendy terms; they are the foundation of a new phase in gaming. These technologies empower developers to craft more engaging and interactive experiences, diminishing the distinction between virtual and actual realities.

Virtual and Augmented Realities: Immersion Redefined

VR and AR technologies are leading the change in how we experience games. Unanimous Technologies is at the cutting edge, creating games that use VR and AR to take players into worlds that are rich in detail and interaction. These technologies have a huge potential to make stories more engaging and to draw players in like never before, offering an unmatched level of immersion. 

As we move into 2024, we anticipate a surge in VR and AR gaming experiences, driven by advancements in hardware and software that make these technologies more accessible and compelling.

Artificial Intelligence: The Backbone of Dynamic Gameplay

AI is changing the way games are made, introducing innovative methods to craft game environments that are dynamic and react to players. At Unanimous Technologies, we use AI to create stories that adapt to player choices, smart non-player character (NPC) actions, and gaming experiences that are tailored to each player.

AI’s impact goes further than just what happens in the game; it also helps in analyzing data, predicting how players will act, and automatically creating game content. This doesn’t just make games more enjoyable to play; it also makes them easier to develop, leading to games that are more complex and engaging.

The Rise of Cross-Platform Play

The lines between different gaming platforms are fading. Players now expect to be able to play games across multiple devices without issues, highlighting the importance of creating games that work smoothly on any device. Unanimous Technologies is leading this trend by making games that let players come together, compete, and work with each other, no matter what platform they’re using. This strategy doesn’t just attract more people to our games; it also helps build a gaming community that welcomes everyone.

Leveraging Analytics for Player-Centric Development

Knowing how players act and what they like is key to making games that really connect with them. Unanimous Technologies uses advanced analytics to learn about how players interact with games, what they prefer, and what problems they encounter. This approach, based on data, allows us to adjust how games play, set the right difficulty levels, and customize content for different groups of players. This way, we can keep players more engaged and make sure they keep coming back.

Ethical Monetization Strategies

In a field sometimes known for pushy ways of making money, Unanimous Technologies supports fair monetization strategies that take care of players’ experiences while also maintaining the company’s health. We opt for things like purchases, battle passes, or optional subscriptions, aiming to give players real value in ways that make them want to spend without hurting the quality of the game.

Cloud Gaming: A Gateway to Universal Access

Cloud gaming is changing the game in terms of how video games are shared and played, aiming to make gaming accessible to everyone. With cloud gaming, games are streamed straight to devices, allowing players to enjoy top-notch gaming without needing costly equipment. Unanimous Technologies is looking into how cloud gaming can help our games reach more people, breaking down the usual obstacles that stop people from getting into gaming and making the gaming community larger.

Nurturing a Vibrant Gaming Community

The gaming industry revolves around its community. Unanimous Technologies sees gaming as a powerful way to unite people, bridging distances and cultural differences. We make a point of connecting with our community by including player suggestions in our game development, backing esports, and applauding content made by users. This cooperative spirit doesn’t just improve our games; it also tightens the connections within the gaming community.

Conclusion: Shaping the Future of Gaming

As we look towards the future of making games, the advice from experts at Unanimous Technologies shows us a way forward that’s all about new ideas, including everyone, and really valuing the player’s experience. By welcoming new tech, making games that work across all platforms, using data to focus on what players want, choosing fairways to make money, seeing what cloud gaming can do, and keeping our gaming community lively, we’re not just getting ready for the future—we’re helping to create it.

The road ahead will have its ups and downs, but with our strong dedication to expanding what games can be, Unanimous Technologies is ready to lead. The future of gaming is full of endless possibilities, and together with our players and partners, we’re on a mission to explore, create, and change the gaming world. Come with us on this exciting adventure as we pave new ways and craft experiences that thrill, motivate, and bring us together.

In this documentation, we’ll be deploying our application frontend code which is in our GitHub repository using two services of GCP (Google Cloud Platform), first is Google Cloud Run and then further we will be configuring a trigger using Google Cloud Build service so that whenever a code is pushed in the repository in the branch defined with trigger it will automatically update the application running on the internet.

Google Cloud Run 

Google Cloud Run is a serverless computing platform powered by Google Cloud Platform (GCP) that allows developers to easily deploy and manage containerized applications without the need to manage servers or infrastructure. With Cloud Run, developers can package applications in Docker containers, deploy quickly, and automatically measure as they’re delivered. Key features of Google Cloud Run include auto-scaling, pay-as-you-go pricing, and support for popular programming languages and frameworks. Designed for microservices-based architectures, this software allows developers to easily build and run applications by focusing on writing code rather than managing processes. Google Cloud Run simplifies the deployment and scaling of containerized applications, making it simple and efficient for a variety of applications.

Google Cloud Build

Google Cloud Build is a continuous integration/continuous deployment (CI/CD) service provided by Google Cloud Platform (GCP). It automates and simplifies the software development process by allowing developers to create, test, and distribute their code consistently. Cloud Build; It is designed to work seamlessly with popular version control systems such as Git, GitHub, and Bitbucket, and supports multiple programming languages ​​and development tools. Key features include build pipelines, autoscaling for faster execution, and integration with other GCP services such as Kubernetes Engine and App Engine. Cloud Build’s development team improves performance, improves code quality, and accelerates the delivery of software applications, making a valuable contribution to everyday software development.

Steps to implement:

1. Create a GitHub repository:

Create a Git repository and push your code for the frontend of your application there.

2. Now go to GCP console by visiting https://cloud.google.com and log in into your account and select the project where you need to deploy the application.

3. Now type Cloud Run in the search box of your GCP console and click on it. It will open the cloud run service window.

4. The Cloud Run console will look like this:

5. Now click on CREATE SERVICE. This will open the service configuration window for Cloud Run.

1. Now click on TEST WITH A SAMPLE CONTAINER option for the first time so that it will automatically select the hello image which is default provided by the cloud run to test the service. After that Give a suitable Service Name for your deployment and select the region in which you want to deploy your Cloud Run deployment.

2. Select the CPU is only allocated during request processing in the CPU allocation and pricing section.

3. Under the free tier of GCP First 180,000 vCPU-seconds/month, First 360,000 GiB-seconds/month and 2 million requests/month won’t be chargeable to the user.

4. In the AUTOSCALING section keep the keep the minimum number of instances to 0 and maximum number of instances to 100.

5. In the Ingress control section select the ALL option so that your service is accessible over internet.

6. Now in the Authentication section select the Allow unauthenticated invocations and select this option only if you wish to make your API public or a public website

7. Now click on the Container, Networking, Security section and here you can select the Container Port, Capacity of the container, max timeout and concurrent request per second. By default they are set as max timeout 300 seconds and 80 concurrent request per second.

8. Now in the Execution Environment section select the default option.

9. Once the service is created using the default hello container image you will see a dashboard for this cloud run service.

10. Now here we can see a auto-generated url from this clous run service if we click on this URL it will redirect to the hello container and display its successful deployment message on our browser.

11. Now for using the Cloud Build  service click on the SETUP THE CONTINOUS DEPLOYMENT option.

12. The SETUP with CLOUD BUILD dialog box will open where you can authenticate your GitHub account and then select your repository and the branch from which you want your deployment to be picked whenever a push is made to the code from this branch. And once created a trigger will be attached to this Cloud Run service.

6. Now type Cloud Build in the search option of your GCP console and click on it.

7. Once the CLOUD BUILD is open go to TRIGGERS and click on them.

8. Select the trigger associated to your CLOUD RUN services and click on EDIT option.

It will open the Edit Trigger dialog box you will be able to se the short description of your trigger and from which repository it is linked.

9. Now create a cloudbuild.yaml which will instruct the cloudbuild while reading your repository that what instructions should be followed in order to build this code ands deploy it to cloud run.

steps:

  # Build the Docker image

  – name: ‘gcr.io/cloud-builders/docker’

    args: [

      ‘build’, 

      ‘-t’, ‘gcr.io/$PROJECT_ID/<yourcloudrunservicename>$SHORT_SHA’, 

      ‘–build-arg’, ‘GENERATE_SOURCE_MAP=${_GENERATE_SOURCE_MAP}’,

      ‘–build-arg’, ‘REACT_APP_MODULE_NAME=${_REACT_APP_MODULE_NAME}’,

      ‘–build-arg’, ‘REACT_APP_API_URL=${_REACT_APP_API_URL}’,

      ‘–build-arg’, ‘SKIP_PREFLIGHT_CHECK=${_SKIP_PREFLIGHT_CHECK}’,

      ‘.’

    ]

  # Push the Docker image to Google Container Registry

  – name: ‘gcr.io/cloud-builders/docker’

    args: [‘push’, ‘gcr.io/$PROJECT_ID/<yourcloudrunservicename>:$SHORT_SHA’]

  # Deploy to Cloud Run

  – name: ‘gcr.io/cloud-builders/gcloud’

    args: [‘run’, ‘deploy’, ‘<yourcloudrunservicename>’, ‘–image’, ‘gcr.io/$PROJECT_ID/<yourcloudrunservicename>:$SHORT_SHA’, ‘–platform’, ‘managed’, ‘–region’, ‘<your-region>’, ‘–allow-unauthenticated’, ‘–port’, ‘8080’, ‘–timeout’ , ‘900’]

And save this file as cloudbuild.yaml and push this file to your remote repository and comeback to your edit trigger option and scroll down to the Configuration option and select type as cloudbuild configuration file and Location as Repository

10. Now scroll down to the Environment variables section and add the variables that are required for your application and click on save.
11. Now you have successfully configured the continuous deployment setup and whenever a code will be pushed it will automatically fetch the changes the from your source repository build it and deploy it to your cloud run.

12.  Once the build is completed you can visit your cloud run autogenerated url and now when you click on it you will be able to see your application’s frontend is deployed and accessible through your Cloud Run service URL.

So, in this documentation we deployed our application’s frontend using the Cloud Run and Cloud Build services of GCP (Google Cloud Platform).

These certificates integrate with numerous GCP services, undergo automatic renewal to prevent outages, and prove highly beneficial. Configuring SSL/TLS encryption is straightforward and offers easy accessibility, even for users without a background in security.

Basically, Googlemanaged SSL certificates on GCP to simplify and improve website security while simplifying the certificate management process to ensure a good and reliable experience.

1. You should be owning own your domain in order to point the load balancer to your hosting name.
2. Reserve an External IP address in VPC 
3. Go to VPC Services and click on “IP Address”.

2. Now click on Reserve External IP address 

3. Type a name for this IP and provide a little description.
4. Select Global in TYPE secation and click on reserve. 

Now, assign this IP to your subdomain by creating an A record in your DNS zone. Use your desired domain name and point the Reserved External IP to this domain.

4. Go to the GKE cluster and connect through the cloud shell by typing the gcloud cli command for authenticating into your GKE cluster.

gcloud container clusters get-credentials <your-cluster-name> –region <your-cluster-region> –project <your-project-name>

5. Now create a managed certificate yaml manifest file in order to create  a SSL certificate using any text editor.

apiVersion: networking.gke.io/v1

kind: ManagedCertificate

metadata:

  name: managed-cert

spec:

  domains:

    – <your-hosting-domain>

Save this file as managed-cert.yaml

6. Now execute this yaml file by using “kubectl” command:

Kubectl apply -f managed-cert.yaml

Now wait for some time to get this certificate provisioned and the status to turn to Active.

7. To check whether the certificate is active or not, type the following command:

kubectl get managedcertificate <your-cert-name> -n <your-namespace>

8. Now create an ingress file and name it “managed-cert-ingress.yaml” and its content and structure should be like this:

apiVersion: networking.k8s.io/v1

kind: Ingress

metadata:

  name: joyscore-ingress

  namespace: joyscore

  annotations:

    networking.gke.io/managed-certificates: “<your-cert-name>”

    kubernetes.io/ingress.global-static-ip-name: “<your-reserved-static-external-ip-name>”

spec:

  rules:

    – host: stgapi.joyscore.dev

      http:

        paths:

          – path: /

            pathType: Prefix

            backend:

              service:

                name: exp-gateway

                port:

                  number: 8080

9. Now execute it using “kubectl” command:

Kubectl apply -f managed-cert-ingress.yaml

10. Now check the description of the services through the following command:

1. For check the managed certificate 

kubectl describe managedcertificate -n <your-namespace>

2. For checking the ingress controller service

kubectl describe ingress <ingress-name> -n joyscore

3. For checking the ingress 

kubectl get ingress -n <your-namespace> 

Now if you go to the browser and hit the URL that you have hosted to point this ingress, it will display the page with valid https ssl certificate.

So, in this blog, we have learned how to use Google-Managed SSL Certificate for the GKE Ingress Controller.

What is Remote Patient Monitoring?

Remote Patient Monitoring (Often abbreviated as RPM) is a useful computer program to track and analyze patients’ health conditions at a distance. These gadgets gather patient data information and send it to a practitioner, helping them deliver cures promptly and precisely in an effective manner.

Key Benefits of Remote Patient Monitoring System

Simple access to medical assistance: With these technologies, people may communicate with healthcare professionals without leaving their homes and without having to go to a facility.

Enhanced Patient Engagement: With the aid of these applications, patients can keep in constant communication with their care providers, and they also have more control over their health since they often receive reminders to stick to their schedules and adhere to their treatment plans.

Early Symptom Detection and Timely Intervention: RPM enables patients to maintain a balanced health condition throughout the whole care cycle, from newly emerging problems through rapid treatment to post-discharge recovery.

Better medical resources: RPM can shorten hospital stays and admission times for less serious patients. As a result, healthcare professionals can make optimal use of medical resources including personnel, drugs, and equipment.

Types of Remote Patient Monitoring Solutions

There are a number of RPM solutions for patients, doctors, and nurses, such as:

loT medical applications: This type of RPM solution collects data from wearable devices, like smartwatches. These applications are useful because they provide real-time alerts and notifications that make it simple for users to keep track of their symptoms and medical issues.

Live video conferencing: These RPM applications are among the most well-liked since they let doctors have in-the-moment video conversations with their patients.

Software based on questionnaires: These applications function like surveys, asking users about their medical issues. The most prevalent type of digital therapy is this one. Here, the patients are questioned by the physicians on their symptoms and problems. The patients respond to the questions depending on the findings, and the doctors then start the therapy as a result.

Mobile healthcare: These smart gadgets & software programs are designed to support ongoing healthcare. Medical alert systems, heart rate monitors, electrocardiography devices, respiratory rate monitors, pulse oximeters, and continuous glucose monitoring are a few examples of mobile healthcare systems.

Precision Care Apps: These apps collect data for medical research purposes; however, it doesn’t include the interactions between healthcare providers & patients.

How does a Remote Patient Monitoring System work?

Data Collection and Exchange: The provider finds out the patient’s situation to be remotely looked up and runs a remote patient monitoring program to avail RPM service. Then, with the patient’s consent, they are provided devices to collect health data, like loT devices, sensors, and wearables. When the devices are set up properly, health information is gathered & sent largely electronically from patient to physician utilizing a cloud server. To enable transfer, your device needs a Wi-Fi or LTE adaptor. The cost-effective RPM devices even enable the transfer of medical data to many mobile apps through Bluetooth.

Transmission: As the patient’s data from RPM is collected in a database, the clinic’s software (using advanced data management & analytics) can turn the data into actionable information and automatically pick the course of action. The physicians will then review the results and identify any potential problems. The systems analyze data using artificial intelligence and immediately notify patients.

Evaluation and Distribution: Information gathered by RPM systems is broadcast online to healthcare practitioners. RPM with audio & video conference capabilities simplifies communication between doctors and patients. You can change a simple RPM system into a complete telemedicine platform by adding ample communication functions.

Notifications: Special emergency services send alerts to contact patients and immediately get the treatment procedure started if needed. However, note that HIPAA doesn’t permit patients’ information to be counted in the notifications.

Essential Features of RPM software:

Data Tracking: The doctors work on the patient data every day, where they manually collect and analyze all the data can take up lots of resources. Due to this technology, healthcare workers get to speed up data tracking & analytics. The Remote patient monitoring software took up different health information from blood pressure and pulse to glucose level and oxygen saturation.

Data Exchange: RPM devices collects medical data via sensors to easily share the information with healthcare providers through a cloud server. The device needs to have an LTE adapter or Wi-Fi for the transfer. There are inexpensive RPM devices that enable Bluetooth medical data streaming to smartphone applications.

Decision Support: The integration of RPM solutions and computing systems allows data management & analytics. As the patient data comes from an RPM device in the database, the hospital software automatically turns that into actionable insights and decides what to do next.

Security of patient data: It is generally known that hackers frequently target the healthcare industry. The RPM app must be HIPAA compliant on both the patient and hospital sides. The system must also adhere to all applicable laws and requirements.

Online Communication: An RPM app with audio & video conferencing functionalities helps make communication smooth between doctors and patients. You can turn a basic RPM app into a full-fledged telemedicine platform by adding communication functionality. Patients can opt for online consultations for their issues and even easily involve the caretaker and family if required.

Alerts & Notifications: Another important remote patient monitoring devices feature is reminders that allow the users to improve their treatment & medical adherence. It is easy to share essential alerts regarding changes in health parameters and medication via in-app notifications—emails, SMS, and voice call to patients & caretakers.

Security of patient data: It is generally known that hackers frequently target the healthcare industry. According to the HIPAA 2019 Healthcare Data Breach Report, more than 41000 medical records were stolen in 2019. For each incident, the HIPAA statute carries penalties ranging from $100 to $50,000. Because of this, the HIPAA requirements for the RPM app must be met on both the hospital and patient sides. The system must also adhere to all applicable laws and requirements.

Online communication: RPM software with audio and video conference features makes it easier for patients and physicians to communicate. You can turn a basic RPM app into a full-fledged telemedicine platform by adding communication functionality. Patients can choose online consultations for their problems and, if necessary, readily engage their families and caregivers.

Reminders: It helps users better adhere to their treatment and medical regimens is another crucial component of RPM. It is easy to share essential alerts regarding changes in health parameters and medication via in-app notifications—emails, SMS, and voice call to patients & caretakers.

What is the cost to develop RPM software?

It might take a lot of your resources and a lot of time to create a remote patient monitoring system. However, your efforts will swiftly pay off given the market’s need for RPM software. Considering the success created by Optimize.health, an RPM startup from Seattle raised $15.6 million in 2020. Then more than 800% more income than it did in 2019 after that. The following variables all have an impact on how much the app will ultimately cost to develop:

Number of features incorporated in the app
The complexity of the platforms
Size of the development team
Location of the development

It is difficult to estimate the precise cost of developing an RPM app. However, we can estimate that simple RPM software would cost between $25,000 and $30,000, and an app with extensive features created for the Android and iOS platforms will cost between $5000 and $600,000.

In present scenario, we can witness an impressive surge in the landscape of dating mobile apps. The expansion of dating apps such as Tinder, Happn not only renew the way people used to take while finding someone but had also left the societies spellbound by the remarkable success rates achieved by them.

Therefore, it is clear that more and more businesses are ready to jump into the business of developing dating mobile apps. So, we have here acquired very useful information in the preceding perspective. The post will take you to the basic framework of app, advanced features of an app like Tinder, cost of development and the team strength required for developing the apps.

Thus, if you are looking for similar solutions, you have arrived on the right post at the right time.

User Panel:

Registration:

Well, registration or login is the basic category of an app. Users can sign-in with their Facebook or Google account authorization.

Real Time Notification

Users are informed on real time basis in case the person is detected nearby based on them as per their desired criteria’s.

Tracking and Navigation

Based on their desires, choices users can find the nearby persons and can begin the gossip in a very easy and interpreted way.

Send Request

According to their concern, users can send the request for communication as well as for meeting purposes.

Profile builder

Under this option they can build and operate their profiles by uploading photographs, stickers, quotes or something resonating with their personality.

Profile views

Users can also check the people, who explore their profiles. This way they can evaluate the people who are interested so as to begin the conversation.

Private albums

The users while on a chat can create the secret albums as well. These albums are completely encoded and no third party can access them.

Winks:

Users can use these impressions for making the conversation even more interesting. They can send the symbols of affection or greetings so as convey their thoughts in a fascinating way.

Accept/decline request

According to their interests, preferences, location criteria’s and preferred domains users can accept or decline the request.

Admin Panel:

Membership level management

All the members that are linked with the app are managed by the admin. Security related concepts are also evaluate in order to keep the spams at a bay.

Revenue tracking

All the revenue generated through the in-app purchases or through the subscription baggage the admin can check the fund captured on the weekly or monthly basis.

Multilingual support

Under this section, the admin can check all the languages that are being assist by the app. According to the physical location of the users, admin can add or delete languages as needed.

Feature management

All the features that are accustom with the app, their loading time, value graphs and other details are handled and supervised by the admin.

Screen Management

Under this section, all the app screens are supervised by the admin. The displays of the screen, features impacted on them are managed plus all the provisions for extemporization are made by the admin.

CMS

Static content pages such as FAQs, About Us, Contact Us, App privacy guidelines and much more are managed and upgraded by admin.

 Few More Important Features:

In-app purchases

In case you are seeking for developing a highly exceptional dating mobile app like tinder, In-app purchases comes as a most embossed feature.

The users can appeal for some more features by paying a slight extra. This way users do not have to bother for removing the ads or something more useful as they find it all of them in your app therefore, they are not at all captivated for downloading any other dating app.

Matching Algorithms

Well, exhibit the matches that are most endorsed by the users is the only concept of a steady dating app. Based on their location, choices and according to the else profile information, the app serve them the most suitable matches. Users just love such thought as they do not have to invest hours for searching the suitable person.

Virtual Gifts

Users can send the virtual gift and the things that are liked by their special ones via this feature. They can create the virtual images of such items through this innate feature. This works great in making the conversation more efficacious and convenient.

Gamification

The functional criteria of dating mobile app is boost by this feature. Interactive images, graphical aspect, statistics and many more can be used for magnetizing the users. This feature helps the people in completing the goals and allows the user to select the desired person with a handy approach.

User Anonymity

User anonymity is the major element that must be considered. This feature allows the users to select the facts to be shared. All the other essential data is kept absolutely safe and hidden. The users can hide their integrity and can change the settings as well for not allowing the general public for exploring their profile.

Template customization

Users are permitted to make their profile more attractive and fascinating through the template customizations. With help of template design and interactive themes users can make the overall profile layout more attractive. There are thousands of templates served for making the app as well as the conservation sessions more intuitive.

Advertisements

Showing appropriate advertisements can help the app to generate massive revenues. Displaying the ads attuned with the app core idea and thought is a great way of keeping the users aware about your mobile app. Ads must be handled with a brilliant planning and approach as the number of app downloads directly proportionate with the revenue generated.

Advanced features to make your app standout:

Cloud-flare integration

Rises up the speed, security and efficacy of your dating mobile app.

Discovery settings

This feature helps the people to explore the persons according to their preferences and interests.

Push Notifications

It notifies the people about the nearby users, alerts them about the new request, new proposals, subscription packages and much more to keep them accommodated with the app.

Facebook/Instagram

This feature retrieves the user data that is uploaded on their profiles and accordingly proved the appropriate matches when the app finds the person nearby.

Match making

This feature allows the users to analyze the reliable persons as per their requirement and preferences.

User search

With proximity is for identifying the location of the user on the real time basis thus helping them to identify the people in a very convenient way.

Rewind buttons

Favor the user to change the location, tracking the likes are some of the features that can be added in a dating mobile app, so as to make it more spontaneous and attractive.

The technology explored during the development of dating app

Well, the users can only see the aspect that are present on the app and the design features used for developing the dating app. But other than this, a lot of effort goes into developing a superior app. Here only the proper technology can help in building such an app. So, find them out.

For generating the web and the admin panel CSS3 and Bootstrap can be used for front end although Python, Javascript or AngularJS can be used for developing the backend but we recommend React.js as framework for UI backed with MEAN stack api.

Well, for the developing the mobile app, although many developer will suggest using native code for iOS & android but we recommend use of Flutter.io & React Native to cater Native experience in cross-platform code base.

The Geolocation can be said as the core of a dating mobile app. After all, the main approach of a dating mobile app is to allow the users to identify the persons that are close or within the same city. Mostly smart phone’s GPS is used to determine the location. However, Google Maps or the Apple Maps are also help-full for tracking the user location.

Amazon data servers or the Google Cloud storage for be used by the app developer for safely storing the data.

SMS, Voice, and Phone Verification – For validity and for keeping spam bots at bay. Facebook SDK or Google sign in can be use by developer. Twilio can be used for push notifications. & Amazon SES or sendmail for SMTP gateway.

Database – For storing the data in coordinated the app developer can choose the options like MongoDB, HBase, Cassandra, Postgres, MySQL, etc.

 Actual requirement for developing an amazing dating app are

1.) Team Structure-

Well, generating a dating app is not easy and in case you are looking for tinder like app then it is really very crucial to find the right Mobile App Development group, but other than app development team you are also required to explore talented pool of skilled managers, mobile app developers, creators, designers and testers. Definitely, finding them is an annoying task, but once you find them, for sure your will be able to launch the high-quality dating app, and who know it might get popular more than other dating app such as Tinder or Happn.

Project Manager: Should be armed with the managerial skills and must be brilliant enough to identify the best in the mobile app industry landscape.

Developers: Back-end App Developers, Android App Developer, IOS App Developer.

Designers: Graphic Designer, Expert UX/UI designers.

Testers: A team of efficient and skilled QA experts for delivering a smooth and a rich experience to users.

2.) Simplicity:

Simplicity is the basic attribute of a mobile app. The simpler your app is, the more users it will attract. Make your app such that the users are not enforced to invest huge time in operating the app. Developing it in perceptive way with clean UI/UX designs is a great way of entertaining the users. Thus, a dating app custom made with the comprehended concepts, images contents come out to be clear winner and reaps out chunks of revenues.

3.) Quality

This cannot be missed while creating an app. An app full of bugs is abandoned by the users without a second thought. Therefore, it becomes excessively important that you select the suitable testers that owe high command over the testing approach. An app bear quality and matching the user demands definitely sustain the seat ahead in this hyper competitive market place.

Cost Estimation of developing dating app:

Developing a dating app is an expensive affair as it involves complicated infrastructure and the development methods are really elongated. Even creating a basic app will also require over 1000+ hours.

Let’s estimate the time and cost for developing the major segments of an app.

App development (Cross Platform, Android/IOS)

Time Consumed: 1000 hours

Cost Acquired: $15000

Backend Development

Time Consumed: 300 hours

Cost Acquired: $4500

App designing

Time Consumed: Near 100 hours

Cost Acquired: $ 1000 and $2000 for Android and iOS respectively

App Testing

Time Consumed: Near to 150 hours

At Unanimous Studio we believe put our entire team to test the alpha & beta version of app and we include it in our development cost.

Now if we wrap the cost:

A basic dating app with simple element will cost around $8000-$15000

An app for both iOS and Android platform with tinder based features can cost around $20000.

Components is base and essential part of React application development.
To create your React.js web application you need to install react app generator which is written in node.js and available though node package manager.

npm install -g create-react-app

or

npm i -g create-react-app

Now lets create an quick react app using create-react-app generator via terminal on mac or linux or command Prompt on windows

/>create-react-app hello-world-react

It shall look like this

Now run following commands

cd hello-world-react

  npm start

It will launch the react app on http://localhost:3000/ , as you make changes in source file those are reloaded in web-browser instantly.

Now lets create a HelloWorld.jsx file in source folder and add the following code

import React, { Component } from “react”;

class HelloWord extends Component{

render() {

return <h1>Hello Word Componenet</h1>;

}} export default HelloWord;

In your app.js or index.js you can import your component like

import HelloWorld from “./HelloWorld”;

//and  in render method add it

<HelloWorld />

Please check below codesandbox preview of the HelloWorldCode

Few this worth noticing are

• It is important to import React in order to write JSX code
• JSX syntax look similar to HTML
• The above type of components are called class component and is defined in React.Component.
• Any html component used in JSX will have same tag e.g <div/> <p/> etc
• class in html is written as className in JSX rest all html attribute will be written in same format
• for attributes with – like tab-index font-size etc will be converted to camelCase like tabIndex fontSize etc.

In next tutorial I will write about using style sheets in react.

Two of the games which are based on two desert species  :-

Camel

Godawan Great Indian bustard.

Are under development at our game  studio.

The Great Indian Bustard or Indian bustard is a bustard found on the Indian subcontinent. A large bird with a horizontal body and long bare legs, giving it an ostrich like appearance, this bird is among the heaviest of the flying birds. This bird is an endangered species and govt is trying best to make sure they survive and nourish in Rajasthan.

Flappy Godawan

Flappy Godawan is a 2.5D side scrolling game with tap to move & platform style game play. This game features a 3D musket of Godawan bird and developed using unity3d game engine

Camel Racing

Every year different desert festivals take place in Rajasthan state and camel race is one of its key feature. Camel is one of the official animal of Rajasthan.
This game will soon  be live on app store & play store, this game is developed using unity3d game engine.

Even though the term ‘Augmented Reality’ was coined in 1990 by Tim Caudell, the concept of embedding computer-generated videos and images into user environment has been around since 1968. Considering the fact that the AR market worldwide is all set to top $56 billion by the year 2020, industry insiders believe that this technology is likely to dominate both Google Play and App Store through 2018 and beyond.

Initially, AR powered headsets and because it came with a number of vulnerabilities, companies were hesitant to invest in this new technology. However, everything changed when Pokémon Go got more than fifty million downloads within only nineteen days!

Augmented Reality is Changing the Gaming Industry

Augmented Reality or AR is regarded as one of the greatest technological innovation, which has significantly affected the world of mobile app development, especially the gaming industry.

With the use of AR, game developers can add virtual elements to the physical environment either through a head mounted display or a smartphone device. Thanks to this technology, developers are able to make use of real backdrops and fill it in with game characters that are able to interact with the gamers.

The best part about AR technology is that players can play games from anywhere and the experience is always going to be different!

Following the ready acceptance of AR by ardent game lovers, Microsoft is all set to roll out its proprietary HoloLens. This is expected to provide users with a much more enhanced and fluent experience in the physical space around you. Their headset is opined to be superior and advanced than anything else in the market at the moment. Even Google has announced ARCore, which is an AR platform exclusively for Android devices.

With the different operating systems embracing AR technology, it is making game development and mobile game development easier and maximizing the potential of the mobile gaming industry.

How is AR Transforming the Mobile Gaming Arena?

Augmented Reality makes use of computer vision and track through a smartphone’s camera in order to anchor a virtual object with a physical point in your environment. So, the way you move the camera or whenever you move closer or farther away, the object is able to maintain its location and you get a view of the real world in the virtual world. Some of the popular frameworks that developers are using in game development and mobile game development are given below:

• ARCore (Android): Brand new AR experiences are being shaped by Android’s ARCore. This framework can seamlessly alter and harmonize with the virtual and physical worlds. This development ecosystem blends in the real world with the virtual content and shows it to the users, via their mobile devices with the help of light estimation, motion tracking and an in-depth understanding of the environment.
• Vuforia (Unity 3D): Unity developers are able to develop games having engaging, immersive AR experiences thanks to Vuforia. The technology is redefining gaming experience in new perspectives and ways. With the help of Vuforia, it is easier to create AR-enabled games that are compatible with a wide range of handheld and head-worn devices running on both iOS and Android
• ARKit (iOS): ARKit comes with iOS 11, which is a framework that enables developers to create unmatched AR experiences for iPhone and iPad. Utilizing the ARKit, gamers can definitely push their gaming experience to immersive and beautiful places.

In the gaming industry, AR is getting implemented deeply in different categories, such as:

• Shooting games
• Strategy-based games
• Sports games
• Geo-located based games
• RPG games
• Table and card games
• Casino gambling games
• Quest games

With the implementation of AR technology in game development, users are able to enjoy playing virtual games, which feel very much like real-life games. Since the lines between virtual and physical world is blurred in AR, gamers get a much more engaging and interesting experience. From creating strategies to fighting with enemies, building cities to scoring goals, AR allows gamers to feel like they are live in action and not just a mere spectator.

What are the Benefits of Augmented Reality for Games?

• AR provides developers the perfect opportunity to push their creativity levels and create best-in-class gaming experiences.
• The technology provides unparalleled reliability.
• Advanced vision is generated thanks to the advanced technology.
• Different varieties of 2D, as well as, 3D models and games are supported thanks to the AR technology.
• Offers a completely different and captivating gaming experience that has the potential to even attract non-gamers into the trend.

At the rate that AR technology is growing, it would be a shame for game developers to not make use of this technology. Industry experts have predicted that by 2021, the global AR gaming market is going to increase by approximately 151.4%.

Even though AR was introduced some years ago and it is still in a developing stage, it continues to create ripples across the gaming industry in the world. Not just gaming, but AR can be implemented in all aspects of life. If reports are to be believed, even Facebook is working on a platform that will offer support to AR games with location-enabled features.

It is believed that AR will change the way smartphones are used forever. This technology alone has the potential to enhance the potential of mobile gaming. As mobile developers inch closer to making better use of AR, the possibilities of gaming applications becomes even bigger. Anybody wanting to make their name in the mobile gaming market can do so by utilizing this technology. Even the drabbest games can be brought to life by implementing Augmented Reality. So, if you have an idea for a game and wish to explore more, speak to mobile game developers and find the best way to utilize the AR technology. Do your due diligence and carry out a market survey before commencing the development process.