The combination has also grown to become a favorite of applications dealing in real-time events and unstructured pool of data, like in the case of Machine Learning based applications. 

A database that has emerged as an ideal name in the combination category is Aerospike database.

The enterprise grade database solves a series of challenges: The inconsistency of traditional NoSQL, Relational systems not having enough performance, and Mainframe being too costly and difficult to reach the internet scale.

In order to know how these advantages would translate into business benefits, it’s first imperative to understand what In-memory NoSQL means.  

What is an in-memory NoSQL database?

Let us divide the concept into two parts: In-memory and NoSQL database for a better understanding. 

What is NoSQL?

There are two database types: SQL and NoSQL. SQL databases are table based and work with a predefined schema. Meaning, developers have to feed in data in the form of a table (rows and columns) in the database. Additionally, a predefined schema (layout) has to be maintained. 

The structure comes in extremely handy when the entities and the kind of data that they work with is static. Example: in case of Uber and Instagram, the information related to users and businesses are devised in a static format, thus relying on SQL. 

While practical in a variety of conditions, they come with limitations, mainly around the need to follow set guidelines and layouts in terms of data input. 

NoSQL was introduced to solve these issues. 

They are anything but table based: key-value pairs, document based, or graph databases. They work around unstructured data. Meaning, nothing has to be predefined by the developers as queries for the database. Any form of data – image based, paragraphs, etc can be used. 

It is devised for multiple operational needs –  real-time apps which interface with the customers or extend support to APIs in microservice pattern, and is heavily used in big data analytics. NoSQL enables high-performance, agile information processing at massive scale: a key feature for new class of operational databases. Apart from Aerospike, HBase and Caasandra are two of the best NoSQL databases. 

What is in-memory?

There are two types of databases: One that relies on disks and SSDs for saving data and another that uses memory or RAM to save the data. In-memory databases are the latter. These databases are used in cases where the data has to be fetched in real-time (a feature that their counterpart doesn’t offer). 

But since the data is stored on memory, there’s always a chance that the data might get lost when the server fails or faces a downtime. To handle such situations, the majority of in-memory databases persist data on disks by saving operations in a log or through screenshots. 

Now that we have looked into what in-memory NoSQL databases stand for, let us get our attention to Aerospike. 

Aerospike Database Explained

It is a scalable, distributed database. The Aerospike NoSQL database architecture is devised to fulfill three primary objectives: 

• Creation of a scalable, flexible platform for the development of web-scale applications.
• Offer the reliability and robustness (as in ACID), which is expected from the traditional databases.
• Offer operational efficiency with minimum manual need.

Aerospike Architecture

There are a number of elements and features which separates Aerospike database structure from other NoSQL databases. But, one key differentiator that makes it the first choice of world’s top companies is Aerospike’s hybrid memory architecture (HMA). 

The index in case of HMA is saved in-memory while the data is stored in a persistent SSD and read from the disk. This, in turn, saves the space occupied in RAM, while keeping the data securely stored in the SSD.

The HMA in backend database in Aerospike architecture offers sub-millisecond latency and high performance with very less hardware spend. This results in lowering the total cost of ownership, enabling massive scaleup at low cost than pure RAM. This helps in the creation of rich and compelling UX which are key to determining success in the digital age. 

Benefits of Aerospike Database for Business

Replaces Cache 

One of the key aerospike database advantage lies in high throughput and low latency makes it an ideal cache replacement platform. Cache is best suited when you work with static data. But, if the data is constantly changing, you will either have to deal with differences in database and cache or overwhelm database with writes.

Compared to Redis and Memcache, Aerospike data model comes with a built-in clustering which uses high performance SSDs. It also comes with the functionality of automatic cluster and transparent resharding, done through the mode of Aerospike Management Console (AMC). 

User Profile Store

When developing a marketing or advertisement app, you will have to store the users’ profiles. These profiles will come with information on recent user behaviours, partner cookies, segments loaded from analytics system, and a plethora of other data. The data in this category is usually between 1 to 10 KB. But, additionally, you will also require other frontend data such as – campaign budget, cookie matching, and status.

Optimized for Flash, user profile storage becomes one of the primal Aerospike use cases. It has helped form the user store for a number of popular advertising agencies such as Nielsen, AppNexus, Adform, and The Trade Desk. It is also much cheaper to operate Aerospike with large-terabyte scale compared to other databases. 

Recommendation Engine

For a recommendation engine to work right, you would need to use innovative mathematical formulas along with domain based knowledge for increasing the online engagement. If you are planning to develop one from scratch, you would require a fast data layer – one that supports various requests for every recommendation. It will also have to be flexible for you’d either need greater throughput or greater data as the system would evolve. 

Aerospike in-memory database, with its following features makes up for an excellent database:

• Large lists for recording behaviour efficiently
• An optimized Flash support for handling datasets to petabytes from terabytes 
• Aggregations and queries for real-time reporting
• Strong language support for Go and Python. 

Fraud Detection 

Detecting fraud is every business’s goal, especially when it is their users money or private information is at stake. 

Ideally, an application gets 750 milliseconds to decide whether or not an event or transaction is fraudulent. Within this time span, a user profile and the transaction made has to be validated according to the rules set by data scientists. A single request more often than not leads to several database lookups. In such a situation, latency is the key. 

When working on advanced algorithms that fraud detection requires, the tech stack is generally made of advanced libraries: ones that cannot easily push compute in databases which use SQL. Aerospike, with its low latency and NoSQL become an ideal database for such use cases. 

Messaging and Chat 

Messaging has become ubiquitous to mobile app usage. The definition of an ideal chat platform development is one that is available 24*7*365, have zero downtime, carry the functionality to share multiple data types, provide the option to save the chat history, all the while keeping it secure. 

The fact that you can feed in different data types in Aerospike makes it fit for the job. But, it also comes with other benefits, such as:

• Predictable performance against large transaction volumes 
• Industry-topping uptime and availability 
• Scalability with lower latency for handling increasing loads
• Significantly low TCO
• The Aerospike backup and restore function for cluster data

Internet of Things 

In the IoT environment, the IT system of an organization must collect and respond to over millions of inter-dependent processing events every single day coming in from thousands of devices, sensors, and apps. 

The input types might include temperature, location, health, fingerprint, vibration, pH, flow, or even facial recognition. These inputs are even interconnected for providing enhanced monitoring, controlling, and feedback purposes. 

The system latency, which collects this data should be extremely low (only a few milliseconds) for making the data available to the IoT app.

For the IoT trends 2020 to actually come true, it will be of prime importance that low latency is maintained and there is little to zero downtime, even if it is in the name of maintenance. Aerospike for big data analytics comes with the feature set to meet the low latency, high uptime and performance need of IoT. 

FAQs

1. What are the limitations of Aerospike?

While Aerospike has come far in terms of solving its challenges and setbacks, there are a few challenges that remain. They have highlighted the Aerospike’s known limitations, here.

2. Is Aerospike distributed?

Yes, Aerospike is a NoSQL distributed database that comes with a horizontally scalable, high-speed, lightweight data layer.

3. Is Aerospike open source?

Yes, Aerospike is an open-source database.

4. Aerospike vs Sql server: What separates them?

Aerospike is a NoSQL database, which is known to work around unstructured data, unlike SQL servers which require a certain type of data entry. Aerospike is also open source, while SQL is commercial. The former doesn’t support XML, while the latter does.

5. Which are the companies using Aerospike NoSQL Database?

There are a number of data centric brands that have taken their business to Aerospike – Adobe, Snapdeal, PayPal, Signal, etc.

The post The Business Benefits of Choosing Aerospike Database appeared first on Appinventiv.

Right from private solutions to public-facing services apps and partner integrations, it is present everywhere.

They are helping developers in creating apps that cater to a diverse set of customer needs. They are transforming the architectural patterns with a much sophisticated approach of mobile application development.

Because of this prominent presence, everyone is looking to tune to the best API development guides and use the insights to provide an ultra-advanced and seamless experience to their target audience.

But, is it that simple?

Well, if you thought creating an API is difficult, managing one is worse. What makes it easier though, is using open-source API management platforms. 

Let us look into the list of top API management tools and platforms. 

20 Open-Source API Management Platforms to Consider in 2021 (& Beyond)

1. API Umbrella

API Umbrella is a leading open source api management platform for managing APIs and microservices. It enables multiple organizations to operate under the same umbrella by empowering varying admin permissions for different domains.

The platform also provides facilities like Rate limiting, API keys, caching, real-time analytics, and availability of an admin web interface.

2. Gravitee.io

Gravitee.io is an open-source platform for managing APIs that is flexible and light-weight in nature. It offers out-of-the-box features such as Rate limiting, IP filtering, Cross-origin resource sharing, plug-and-play options, open source API developer portal with OAuth2 and JSON web tokens policies, load balancing, and more.

However, the keynote feature of this API management tool is its ability to build fine-grained reports to comprehend the usage data of your APIs.

3. APIman.io

Introduced by Red Hat, APIman.io is one of the top API management platforms to consider while choosing the best technology stack for your app.

The platform, easily available in the GitHub repository, gives ample opportunities to developers in the backend development phase. This includes:-

• Quick Runtimes,
• Policy-based governance with a detachable policy engine,
• Asynchronous capability, 
• Enhanced billing and analytics options,
• Availability of a REST API for management, 
• Rate limiting, and much more.

4. WSO2 API Manager

WSO2 API Manager is a full lifecycle API management platform that can run anywhere and anytime. It enables developers to enjoy the possibility of API distribution and deployment on both on-premise and private clouds.

Apart from this, it brings various other opportunities on board. A few of which are:-

• Higher customization,
• Ease of governing policies,
• Possibility of Designing and Prototyping for SOAP or RESTful APIs,
• Better access control and monetization facilities, etc.

5. Kong Enterprise

Kong is a widely-adopted open-source microservice API tool that enables developers to manage everything quickly, easily, and securely. Its Enterprise Edition comes loaded with features and functionalities, such as:-

• Availability of open-source plugins,
• Ease of One-Click operations,
• Common Language Infrastructure Capability,
• Great Visualization for Monitoring,
• Regular software Health Checks, 
• Introspection of OAuth2.0, and
• Wider Community Support.

6. Tyk.io

Written in the Go programming language, Tyk.io is also a recognized open source API gateway to watch out for.

It comes with an open source API developer portal, a detailed documentation, dashboard for API analytics, rate limiting for APIs, authentication, and various other such specifications that helps organizations focus on microservices environments and containerization.

However, its commercial-based services are available for paid versions only.

7. Fusio

Fusio is one of the popular open source API management tools that lets developers create and maintain REST APIs from different data types. It comes with efficient lifecycle management features like backend dashboard for admin control, detailed documentation, JSON validation for incoming requests, and scope handling to meet user permissions.

What’s more, this APIM platform automatically generates OAI and RAML requirements and creates a customized client SDK as per the defined schema.

8. Apigility

Designed and maintained by Zend framework, Apigility is the next open-source framework to consider for API management. 

The platform encourages established mobile app development companies to create and exhibit JSON representations for their codes. It also provides them with different versioning options, along with an ease of authentication with OAuth2 and documentation to embrace the API Blueprint.

9. SwaggerHub

Considered by 40+ organizations for managing APIs, SwaggerHub is also one of the best open-source API management solutions to rely on. 

The platform renders a wide range of options to the designers and developers in the backend development domain. It provides them a robust and intuitive editor that delivers higher efficiency and speed while preserving design consistency. 

Also, it avails the opportunity of smart error feedback, syntax autocompletion, and availability of multiple style validators.

10. API Axle

Backed by Exicon, API Axle is another open-source, simple and lightweight proxy that provides development agencies with ample benefits like:-

• Real-time analytics 
• Robust Authentication,
• Logging of API traffic for statistics and reporting,
• Ease of creating and managing API keys, and
• Support for REST API design and use of Go, PHP, and Node.js libraries.

11. IBM Bluemix API

This API management tool enables developers to use more than 200 software and middleware patterns to build portable and compatible apps for the hybrid cloud. It also offers various pre-built services and a robust mechanism for regulating API access, governing multiple API versions, maintaining rate limits, and keeping a track of performance metrics and analytics of every API involved.

12. Repose

Repose is an open-source RESTful middleware platform that plays a pivotal role in the changing anatomy of API market. The platform provides organizations with various API processing facilities, including authentication, API validation, rate limiting, and HTTP Request logging.

This API management platform works with an aim to provide downstream services for trusting incoming requests when well-formed and validated. And, it is highly extensible and scalable in nature, which means developers can easily employ it as per the growing demands and requirements.

13. SnapLogic Enterprise Integration Cloud

SnapLogic is an impressive Integration Platform as a Service (iPaaS) tool that helps organizations in acquiring, sustaining, and growing their customer base. The characteristics that make this possible are:-

• It is fast, multi-point, and comes with the option to flexibly address both batch-oriented and real-time app data integration needs.
• It has a scalable architecture that operates like web servers, but also provide an option to embrace versatility. 
• It also comes with innovative data flow solutions that encourage organizations to add reputed SaaS applications like SugarCRM and Salesforce into their traditional processes.

14. DreamFactory

DreamFactory API Management platform is also one of the best free and open-source tools to consider for your next project. And the set of reasons behind its popularity are:-

• It gives developers an escape from hand-coding APIs for mobile app development. It enables them to integrate any SQL/NoSQL database, external HTTP/SOAP service, or file storage system into DreamFactory environment, and get a comprehensive, flexible, fully documented, and ready-to-use REST API automatically.
• The platform also provides a detailed REST API for SQL databases, in addition to access to API parameters for pagination, complex filters, virtual foreign keys, related table joins, and more.
• Another distinct feature of DreamFactory API Management platform is that it instantly converts the JSON request into SOAP, and vice versa.
• Also, this platform provides highly secure experience in the form of ease of User Management, SSO Authentication, CORS, JSON Web Tokens, SAML integration, Role-Based Access Control on API endpoints, OAuth, and LDAP.

15. 3Scale

Last but not least, 3Scale is a notable addition to this list of API management tools.

Owned by Red Hat, the API management tool lets both small and large enterprises securely manage their APIs effortlessly with features, such as:-

• It employs a distributed cloud layer that centralizes the API program’s control. That makes it easier to keep control of analytics, accessibility, developer workflows, monetization, etc.
• Since it hosts on a distributed cloud-hosted layer, it is highly flexible and scalable to use.
• The OpenShift Integration feature of 3Scale API enables you to run high-performance apps in an automated and contained manner.
• This full lifecycle API management platform empowers developers to plan, design, apply, publish, manage, analyze, optimize, and retire your APIs anytime to deliver an exceptional experience.
• It comes with the power to share your organization data, services, and content through the web or mobile applications easily.
• Above all, the 3scale API management platform provides you an opportunity to instill a wide range of encryption, authentication, and authorization protocols into the development environment. This empowers backend software development services to deliver a highly-secure mobile app experience fit for their target user base.

16. Gloo Edge

Gloo Edge is a next generation cloud-native API gateway that supports legacy apps, microservices as well as serverless. It integrates with your environment, allowing you to choose your favorite tools for scheduling, persistence, and security. The API gateway handles ingress and egress, as it’s the entry point for inbound connections and responses. Gloo Edge also employs top open-source projects such as GraphQL, gRPC, OpenTracing, NATS and more, to provide high-quality features. 

17. Akana

Akana is another best open source API gateway. It provides an end-to-end API management platform. You can design, secure, implement, monitor, and publish APIs using this platform. It can be deployed on-premise or in the cloud.

Some of the notable features of this API platform are:

• Threat protection,
• Leading open source api management platform,
• Microservices management and DevOps,
• Helps in traffic management,
• It provides application security by detecting vulnerabilities in the code or during run-time,
• It offers open-source support.

18. Mashery

Mashery delivers market-leading full lifecycle API management capabilities for enterprises adopting cloud-native development and deployment practices, such as DevOps, Microservices, and Containers. Its rich set of capabilities includes API creation, productization, security, and analytics of your API program and community of developers.

Some of the notable features of Mashery include:

• Supports import of Swagger 2.0 specification,
• Supports integration with API Fortress to provide extended API testing capabilities,
• Enables on-premise control of SSL termination and secrets management.

19. Azure

Microsoft Azure offers end-to-end API management in cloud, on-premises, or hybrid. You can manage the API management programmatically through REST API and SDK. You can also import the web services description language (WSDL) of their SOAP service, and Azure will create a SOAP front-end. They offer all the standard features, including monetization. You can also increase the discoverability and usability of the microservices in your organization by leveraging the principles of API management.

20. KrakenD

KrakenD is the best open source API Gateway. Its core functionality is to create an API that acts as an aggregator of many microservices into single endpoints, doing the heavy-lifting automatically for you – aggregate, transform, filter, decode, throttle, auth, and more. It offers a declarative way to create the endpoints. It is well structured and layered and open to extending its functionality using plug-and-play middleware developed by the community or in-house.

All the API management solution and tools shared above are open-sourced and are poised to be a beneficial addition to the tech stack. But, to ensure that you choose the best fit for your business app needs, we will be covering a few tips on selecting an API management tool next.

How to Pick the Right Open-Source API Management Platform?

1. Features

When it comes to finding an answer to ‘how do you choose the best API management (APIM) solution’, the foremost factor to consider is the features of API management platforms.

Every open-source API management tool has specific requirements and implementation limitations. So, performing an API management platform comparison in terms of your technical and non-technical requirements can be really helpful.

2. Deployment Complexity

When it comes to deployment, some gateways require a single node while others run on multiple types of nodes for setting up a database. Besides, some gateways operate with many databases, which can be a complicated thing to manage.

So, focusing upon the deployment complexity can also help you with finding the right API management open source tool.

3. On-Premise vs Cloud hosted

On-Premise tools, as depicted from the name, are located within the physical premises of a company. One can add more time to the deployment and maintenance process. 

But, in the case of Cloud-hosted, the API management open source tools are located at a virtual location and its services are made available via Cloud computing. They can introduce more latency due to the extra hop and even lower down the availability of your service when the vendor goes down.

So, analyzing the pros and cons of both the options to determine which open-source API management tool to embrace can also be a profitable idea.

4. Community Support

Last but not least, having an idea of the type of community support each API management open source tool  needs also helps in choosing the right one. The larger and active a community is, the higher are the chances of receiving updates and solutions to your queries; ultimately resulting in a better experience.

With this, we have gone through the list of 20 best Open-source API management platforms and the approach to find the best one. The next step is to actually put this information into practical solutions, aka, employ an open-source API management tool into your mobile project. Which in turn, means bringing the best mobile app developers on board.

So, what are you waiting for? Contact the best mobile app development company today! A reputed mobile application development company will offer you the best mobile app development services and guide you through the entire mobile app builder process.

The post 20 Open-Source API Management Platforms to Add in Your Tech Stack appeared first on Appinventiv.

Every detail of an app that provides an effortless experience is incomplete without the mention of its efficient mobile app backend architecture. In that context, read this article as a guide to what makes Backend development so important, what are the software stacks that make its backend architecture for mobile app, and the tools that help develop a strong backend process.

For those who are here just for the tools, we will come to the tools part, but only after a few scrolls.

Let’s start with what Backend server for mobile apps mean and how it is different from Frontend development?

Frontend VS Backend Development

If you ask a developer how frontend and backend development is different, the reply that you will get is that frontend uses codes to make an app look pretty and the backend writes codes to make it work.

{Also read: Complete Guide on JavaScript Frameworks for Frontend Development}

But there are a number of underlying things that both the app development processes are based on –

Basically, applications that are installed from the Play Store or App Store on your smartphone are frontend applications. Be it Instagram, Facebook, or Calculator each application on your smartphone is a frontend mobile application. How? Frontend applications permit you to connect directly through buttons, text fields, flips, and so on. Since they work on mobile phones), they are mobile applications, too.

A Front-end developer is accountable for translating app’s designs to a code which is required to display it properly on the browser.
The job grew more meticulous with the introduction of responsive web design.
The person not only needs to ensure that the look is supporting all the current browsers’ and mobile platforms, but should also note how the design is looking in other computer resolutions and browser widths.

While you have known about the frontend developer, now let’s know what the backend developers does –

In a layman’s language you can assume the backend as an extra application for your mobile application i.e. the backend section works differently. It is a piece of software that runs on machines called servers. Backend development for mobile applications empowers the main working of the application. It incorporates things like servers, databases, middleware, and so on.

A back-end developer is accountable for the mobile app server connecting the content one sees on the site to the CMS and develop the logic needed to make everything work as supposed to.
On the design front, they are responsible for converting the designs and the front-end development process in the CMS setup, giving the clients an intuitive method to handle their app content.
If they make the mobile app backend architecture very simple, chances are that the clients will not have control. And if they make it complex, the possibility that clients’ get lost in the design becomes high.

Here is a visual to show the difference between a Frontend and Backend Developer.

Now that you know the difference in Frontend and Backend development, let us understand about backend development of mobile app functions:

Mobile Application Functions That Are Provided With Backend Development

There are many things you need to ensure prior to incorporating a mobile backend for app development. The most basic function to utilize while creating mobile applications are:

Cloud server – Today everybody can afford having cloud servers that come with various sizes and are stored in a protected location. The most popular cloud servers are Google App Engine and Amazon AWS, they are ordinarily utilized by large organizations and are reliable.

Custom server – You can generally make your own server for your mobile application, or you can also ask a software development company like Appinventiv about SaaS. It can have its IP address and store explicit data. In such a manner you will consistently have full control over a custom server but will require additional time on monitoring.

MBaaS – Mobile Backend as a Service (MBaaS). If you prefer not to write your own backend servers or put resources into a cloud-based server, that is your option. These days there are numerous independent MBaaS providers that offer incredible functionality and an analytics framework to monitor your applications.

After knowing about mobile app backend development functions, let us now move on to how backend architecture and mobile app server actually works.

Architecture and Server- Working

Gear up, we are now going to delve into the technicalities of custom backend development and prepare you for your next backend developer job and to have a discussion with your development team before you start working on that next big app project of yours.

In layman terms, backend development is preparing your mobile application to work as it was intended to. Now to make it possible, there are some concepts which form the server or Backend’s side ‘Software Stack’.

Before I get into that, I will take another minute of yours to tell you that the look of the backend varies from application to application. The points of differentiation can be counted down to use of data warehouse, cloud based servers, containerization, BaaS providers or usage of APIs to replace complex processing.

With that out in the open, let me take you back to the mechanics of the Backend.

Breaking Down Backend’s Software Stack

Instead of taking you down the rabbit hole, let me simplify and break the backend’s technology stack in its four components – database, server, software, and operating system.

Here are the details on the components –

Servers

Whether your backend is in the cloud or on-site, a backend server for mobile app is the life vein of the network. These provide resources (shared) that the networks need to operate and work as a mobile app hosting platform as well. These shared resources might include – encryption and security, file storage, email, database, and web services.

Now, these servers use virtualization to get the provision to house various apps. Another term used in relation to servers is Containerization, which is the way server provision the operating system out to contain compartmentalized applications.

Database

Database is what makes an application or website dynamic. Any time a user makes a request from the app, the database is supposed to accept the query, fetch the data, and give it to the app user.

Along with getting the information to a user, database is also responsible to accept new and edit the old data, as and when the user wishes.

Middleware

Middleware is a software that works on the server which connects an application’s frontend to its backend. It enables connectivity between the client and server. It can be organized in various layers – both business and presentation layers.

It lets the on premise apps and cloud apps interact and offer services such as error handling, and data integration.
An efficient middleware can enhance business process management, user engagement, authentication, content, content management, etc.

To start with, these three are the main components that lay the basis of Backend Development.

Now for those still with us, let me now tell you of the best mobile app backend technology, the reason in calling them the best is because they have been used on a mass scale for a number of varying projects of all sizes.

Here goes the list (After the scrolls)

1. Web server tools

• NGINX

We use this open source software to do web serving, caching, reverse proxying, media streaming, and load balancing, among other things. It also functions as the proxy server to email (POP3, IMAP, and SMTP) and as a load balancer and reverse proxy for TCP, UDP, and HTTP servers.

• Apache

Another open source software, Apache is used by over 50.1% of the world’s apps. The mobile app hosting platform has proven its reliability in the web server industry.

2. Databases tool

• MySQL

The relational database, MySQL is an open source platform which is easy to setup, scales fast, and is free. Because of reasons like these, we have placed our trust in MySQL for all the database requirements.

• MongoDB

The tool saves all the data in binary JSON format that makes it easier to pass the data between server and client. The tool is also a free open source NoSQL database system.

3. Git clients

• SourceTree

The tool simplifies how the developers interact with the Mercurial and Git repositories. It makes managing repositories more intuitive, giving people time to focus on coding.

• GitHub client

The tool is used to write cross platform desktop apps that uses HTML, CSS, and JavaScript. It gives the developers a unified cross platform experience which is 100% open source.

{Bonus: Best 10 Cross-Platform App Frameworks to Consider in 2020}

4. Microservice platform tools

• Kubernetes

The open source platform used for container cluster management aims at providing a space for scaling, automating deployment, and for operation of application containers across the cluster of different hosts.

• Docker

Docker puts microservices in the picture by offering developers easy to use and fast packaging, deployment mechanism, and distribution to build compartmentalized apps. It also provides an ecosystem of tools like registry service, native clustering, and cloud service.

5. Local development environment

• WampServer

The open source development environment tool allows mobile app development companies to make web applications using PHP, Apache, and the MySQL database. It comes in a package with SQLite and PhpMyAdmin to help in managing databases.

• XAMPP

The open source web server solution stack comes with Apache distribution which consists of PHP, Perl, and MariaDB integrated together in one downloadable file. The XAMPP package has been designed in such a way that is extremely easy to setup and use.

6. Collaboration service tools

• Slack

The famous cloud based collaboration and messaging app has been revolutionizing the enterprise communication since some time now. Popular because of its fun interface and rapidly expanding community of users, Slack continues to make developers’ lives pleasant and productive.

• Jira

The web based project management tool uses Scrum and Kanban to manage projects. The tool was made famous by Toyota back in the 1980s for supply chain management.

7. App performance test tool

• Apache JMeter

The tool can be loaded in the server to check the app performance and its speed under different conditions. Earlier, it was only used to test web apps but it is now even used for testing the app performances.

• AppLoader

Another tool that we swear by is used to test the application by creating the exact same user experience from all the access points. The tool lets you test the complete business flow without having to add plugin or the need to write code.

Advantages of Backend Development

Role of the backend in app development service provides lots of advantages of stages of app development that you will get from MBaaS, which are as follows.

1. Quick Development Speed
2. Cost Efficient
3. Focus on core business
4. Better output in less time
5. Reduced time to market
6. An expanded app feature set
7. Outsourcing of cloud infrastructure
8. Continuous delivery and integration
9. Performance and Security
10. Privacy requirements like GDPR

A Quick Summary

We started with how Frontend is different from Backend and continued to the backend app development process. Next, we saw the components that lay the basis of Backend development and finally moved on the tools that makes it all possible.

Now, bringing an end to the guide, let’s touch base on APIs – the backend technology stack without which it is impossible to do Backend development.

APIs – The crucial part of Backend Programming

It is impossible to talk about Backend development, without a mention of APIs. It is through API that it connects applications, software, database, and services seamlessly. API has an indispensable role in the building of server side software architectures, allowing the software to interact and for the data to be transferred.

With this, we bring the guide to an end. Hope it imparted value to you. For any query you can contact us as we serve across the globe with our mobile application development company in USA, Europe, and Asia to help our customers and clients achieve their goals.

The post A Quick guide on Mobile App Backend Development for Busy People appeared first on Appinventiv.