Javascript application – Callalily Palm Springs http://callalilypalmsprings.com/ Tue, 09 Aug 2022 07:16:14 +0000 en-US hourly 1 https://wordpress.org/?v=5.9 https://callalilypalmsprings.com/wp-content/uploads/2021/10/default1.png Javascript application – Callalily Palm Springs http://callalilypalmsprings.com/ 32 32 7 Benefits of Having A Personal Loan App on your Mobile Phone https://callalilypalmsprings.com/7-benefits-of-having-a-personal-loan-app-on-your-mobile-phone/ Tue, 09 Aug 2022 07:16:11 +0000 https://callalilypalmsprings.com/?p=3323 A few years ago, applying for personal loans was a difficult job. The process was Know Your Customers (KYC) difficult and a complicated process that required a massive number of documents. If you’re looking to take out a cash loans for emergencies, there is no need to consider the phone you used to call. Many […]]]>

A few years ago, applying for personal loans was a difficult job. The process was Know Your Customers (KYC) difficult and a complicated process that required a massive number of documents. If you’re looking to take out a cash loans for emergencies, there is no need to consider the phone you used to call.

Many lenders, banks, financial institutions, and online lenders have realized the importance of technology in making life easier for their customers. They have created individual loan mobile applications accessible on the internet and are available for download on mobile devices.

Installing a mobile application on your smartphone to have instant financial protection is a wise choice. If you’re about whether or not to install the personal loan application, Here are seven reasons to download it now.

  1. You could apply for a personal loan in the event of emergency cash.

A personal loan application is equivalent to having a bank account in your pocket. If you require, you know you’ll have to go. All you have to do is go to your pocket, pull out your mobile phone, and make an application to get a loan personal via the mobile application.

The personal loan application acts as a backup that you require financial assistance.

  1. It will save you time and energy.

Instant loan applications give you all-hours access to the services. When you’re on the move in your home, at work, or even working, it is possible to apply for personal loans at the touch of the button. You needed to go to the bank’s branch to get a loan in the past.

Personal loan applications have made loan applications paper-free entirely thanks to this eKYC function that helps you save time and energy.

  1. The app is secure and secure.

Regarding mobile loan applications, you are concerned that your security and privacy are entirely acceptable. It is essential to know that mobile loan applications are completely secure and reliable. There is no chance of losing your funds, but you should protect your personal information with a safe password.

MoneyTap employs the latest encryption techniques to ensure your personal and financial data is secure.

  1. Fast approval and instant cash access within your application

Online applications for personal loans are much quicker. Online loan applications are simple and easy to use. After you have applied via an app loan decision is taken within just a few minutes, and you get a cash-based loan within your app quicker than you could ever imagine.

  1. Keep track of all transactions.

It’s simple to track the online borrowing you make. Mobile loan apps offer an excellent user experience. You can review your account details to find out the amount of debt you have and how much you’ve borrowed, and your due dates.

You can receive automated reminders of your payments, as well as email or SMS reminders so that you do not forget to make a payment.

  1. Access to all-time money and other information

You can access 24/7 cash at the touch of a button. You can perform direct transfers to your bank account anytime during the day. The loan amount you take out is available for any personal expenses you might have, at any time you’d like, and at whatever date you wish to use it.

Personal loan apps are an enormous help, particularly when traveling on business or private trips. With cash readily accessible on your smartphone that you can access any time, from any location, and at any time, you don’t need to fret about bringing cash along on your trip.

  1. A personal line of credit may be used to cover various individual costs.

Whatever your expenses are, whatever they are, you can take advantage of a personal credit line that anyone with a mobile phone can access. You can buy an iPhone through EMI or an e-marital loan, get your start-up up and running by securing a business loan or travel the world with a travel credit. A personal loan application within your pocket will go an extended way to making shopping straightforward.

Now that you understand the reasons to have an app for personal loans for your smartphone install MoneyTap, an innovative mobile application that lets you complete all of your loans quickly by pressing the button.

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Application Architect at Tipp Focus Resourcing https://callalilypalmsprings.com/application-architect-at-tipp-focus-resourcing/ Mon, 08 Aug 2022 13:51:28 +0000 https://callalilypalmsprings.com/application-architect-at-tipp-focus-resourcing/ job description Primary responsibilities and specific tasks will include the following: Define the current architecture of the application and identify the problems it contains. Recommend, develop and maintain various Deeds Registry application architecture plans Ensure application architecture is aligned with other architecture areas in support of business strategy and registry program plan. Provide advice and […]]]>

job description

Primary responsibilities and specific tasks will include the following:

Define the current architecture of the application and identify the problems it contains.

  • Recommend, develop and maintain various Deeds Registry application architecture plans
  • Ensure application architecture is aligned with other architecture areas in support of business strategy and registry program plan.
  • Provide advice and recommendations to Architecture and Planning leadership on proposed enhancements to the existing application landscape.

Refine and/or redesign application architecture to be more cost effective, including the optimal selection of technologies, practices and
application delivery skills

  • Recommend, develop and implement various activities related to architecture design, development and maintenance
  • Manage JAD sessions and interviews to define application architecture.
  • Identify and recommend appropriate technologies that provide the best return on investment in accordance with Deeds Registration’s environmental, functional and non-functional assessment.
  • Organizes meetings related to the designated project(s)/program(s) to align the application architecture according to the defined architecture roadmap.
  • Monitor industry and communities of practice to stay abreast of architecture developments.

Ensure application design(s) meet service level agreements (SLAs) or product acceptance criteria for availability and performance.

  • Liaise and build relationships with internal and external clients
  • Develop and define high-level application architecture requirements for
    facilitate the execution of the deeds registration strategy.
  • Coordinate and ensure harmonious working relationships between
    application development players.
  • Set up and manage development teams.

Document and improve architectural approaches, service design and
development processes and approaches.

  • Develop and maintain technical documentation for existing and new applications.
  • Promote knowledge sharing on the app landscape through app trainings and workshops for stakeholders and peers.
  • Ensure continuous improvement of the application architecture development and management process.
  • Contribute to improving the application development and maintenance process.

Terms:

Qualifications/certification and experience

  • National Baccalaureate or Diploma in Information Technology or Computer Science.
  • 5 years of relevant experience in an IT environment.
  • Knowledge of TOGAF and GWEA framework.
  • Progressive experience as a senior developer in large IT projects including support.
  • Previous experience as a project architect and/or team leader.
  • Database experience with Oracle, MS SQL Server.
  • Experience with Oracle’s full technology stack.
  • Development experience with CSS and XSLT.
  • Experience with SOAP/XML and REST APIs.
  • Experience with JavaScript

Desired skills:

  • Application Architect
  • JavaScript
  • TOGAF
  • Oracle
  • MS SQL server
  • GWEA framework

Find out more/Apply to this position


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How to create a decentralized application (DApp) on VeChain using Connex2 https://callalilypalmsprings.com/how-to-create-a-decentralized-application-dapp-on-vechain-using-connex2/ Fri, 05 Aug 2022 10:36:08 +0000 https://callalilypalmsprings.com/how-to-create-a-decentralized-application-dapp-on-vechain-using-connex2/ Connex2, a JavaScript library released as Sync2, could make the development of decentralized applications (DApps) on VeChain as seamless as possible. The VeChainThor blockchain houses a myriad of decentralized applications. A decentralized application (DApp) is a digital application built on a decentralized blockchain network. DApps operate in a public, open-source, and censorship-resistant environment where there […]]]>

Connex2, a JavaScript library released as Sync2, could make the development of decentralized applications (DApps) on VeChain as seamless as possible. The VeChainThor blockchain houses a myriad of decentralized applications.

A decentralized application (DApp) is a digital application built on a decentralized blockchain network. DApps operate in a public, open-source, and censorship-resistant environment where there is no interference from a single authority.

As the cryptocurrency and blockchain industry grows, more and more decentralized applications are introduced. Developers often search for the most appropriate ways to develop DApps on their favorite blockchain network.

In this article, we will explain how to use Connex2 to create a decentralized application on the VeChain blockchain.

Read also : China Adopts VeChain Toolchain for Food Safety and Traceability

Steps to create a decentralized application (dApp) on VeChain via Connex2

To connect decentralized applications to the VeChain blockchain, Connex comes in handy. Connex is the mono-repository containing the libraries needed by developers to build on VeChain.

Connect is also said to be the standard interface to connect dApps to the VeChain blockchain and users. Aiming to help developers build decentralized applications.

It should be noted that we have both Connex1 and Connex2. While Connex1 is an API built into Sync1, Connex2 is a JavaScript library released as Sync2. Developers can use Connex2 as a way to easily develop a dApp on top of the VeChain network.

Decentralized applications built on Connex2 are more independent of each other. While dApps built on Connext1 are independent of Sync1.

The first step to create a dApp on VeChain is to perform the required installations and then obtain testnet VET and VTHO tokens. A testnet wallet is therefore required to obtain these testnet tokens.

To create a testnet wallet, all you need is To download, configure and launch Sync2. Next, you can create a Sync2 testnet wallet and then claim testnet VET and VTHO from their respective partners. testnet taps.

After successful installations and acquiring testnet tokens, the second step is to install Connex2 by writing the lines of codes as shown below. Then you can start the programming process.

Source: NOWNodes

Read also : Attwood Import Export relies on VeChain to release blockchain-based security sticker

What is VeChain?

VeChain is a leading companyTier 1 smart contract and proof-of-authority platform featuring an ultra-low-carbon and highly scalable blockchain architecture.

The blockchain platform is designed to improve supply chain management and business process. VET and VTHO are the two native tokens of VeChain.

VeChainThor is the public blockchain of VeChain which derives its value from the activities of the ecosystem. DApp developers can connect to VeChain (VET) node and block explorer via blockchain-as-a-Service (BaaS) provider, NOWNodes.


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How to Optimize Laravel Application Performance https://callalilypalmsprings.com/how-to-optimize-laravel-application-performance/ Mon, 01 Aug 2022 13:22:09 +0000 https://callalilypalmsprings.com/how-to-optimize-laravel-application-performance/ With the increasing pace of technology-driven enterprises, software development is accelerating. Many new technology stacks are popping up around the world to make the development process easier, and many of these new companies use PHP as the primary framework for their applications. PHP, with its various version updates, has become popular among developers. Most PHP […]]]>

With the increasing pace of technology-driven enterprises, software development is accelerating. Many new technology stacks are popping up around the world to make the development process easier, and many of these new companies use PHP as the primary framework for their applications. PHP, with its various version updates, has become popular among developers. Most PHP developers have heard and worked with Laravel at least once. Laravel is best known for building business-oriented applications and ensuring application security. The most important thing that attracts most developers is that it allows them to make micro changes to improve website optimization.

In this article, we will see how we can increase the speed of your Laravel application. So let’s start.

Best Ways to Improve Laravel Performance

Some of the suggestions below may not improve the speed of your specific application, but you can try them all, and with trial and error you will see what works best for you. Let’s discuss each of them one by one.

Use Laravel’s Performance Monitoring Tools

Laravel’s performance monitoring tools help improve your application’s performance using metrics and error reporting. You can use these statistics to predict the behavior of your users. There are many tools available in the market to monitor Laravel applications.

Scout APM helps you get these metrics easily in a single dashboard that helps you see them quickly. You can check metrics like where users leave the app, where users spend the most time, bad API calls, etc. Business teams can review the data and suggest a relevant development path for the app.

Front End Resource Optimization with Laravel Mix

Laravel Mix is ​​used to mix different stylesheets into one set and make it into one file. Larvel Mix is ​​present by default in all Laravel applications. Laravel blending is typically used to compile different CSS files into a single file so that the application doesn’t need to call two different HTTPS APIs. Therefore, the application speed can be slightly increased. Sample code to mix two CSS files using Laravel mix is ​​given below.

1mix.styles([

2 'public/css/vendor/normalize.css',

3 'public/css/styles.css'

4 ], 'public/css/all.css');

Mixing two CSS files generally increases the size of the generated file, which mitigates the benefits obtained by mixing two CSS files. To solve this problem, we are optimizing mixed bundles and reducing the size of applications at the production level. This helps in fast app loading and faster response time.

Go back to caching as much as possible

Caching in computing means using information already produced in a previous iteration/execution cycle. In any type of web application, caching plays an important role in increasing the speed of
the website.

For example, let’s say an API is called very frequently in the application. In this case you can just reuse the API response
and use it again and again instead of calling the API again. Caching reduces your application’s API response time and the cost of database queries.

Laravel provides a very useful command for caching, which helps improve performance. It is given below:

1php artisan config:cache

You can use this command to cache the configuration file. Similarly, you can cache the route in Laravel using the following command:

1php artisan route:cache

Working with queues

Queues are crucial data structures that could be used to improve application performance. Most of the time, queues are used to send messages either to the end user or to another service in the architecture.
For example, if you want to send messages after they have logged into your application, you can place the messages in a queue and they will be sent one by one. Additionally, using a third-party solution may cause a delay
in sending notifications, but queues will send notifications immediately, giving you better user response.

Make sure you are using the latest version

The latest version of PHP is required to optimize the speed of your Laravel application. The latest version has some crucial changes from the current version of Laravel. So you should always try to install the latest version of PHP and Laravel.

Minification

Minification consists of minimizing the various components of your applications as much as possible. You can optimize various things like code, server-side configuration, and asset usage on the website. In this part, we will discuss the elements that could be minified in the Laravel application.

HTML minification

HTML minification is the process of simplifying code and breaking it into chunks to make the website load faster, minimizing API calls in the frontend. This helps to speed up code compilation and script execution. This method can significantly reduce the loading time and smoothness of the website. Also, it’s useful for debugging bugs because less code is clearer to read.

Minify CSS

CSS plays a major role in website response time. More CSS means more styling; so it would take longer for the website to load. Different types of CSS frameworks can be used to style your website. CSS minification also includes removing irrelevant styling, bad code styling, removing whitespace, etc. But while minifying CSS, you have to be very careful because not all browsers behave the same as the same CSS. Different browsers behave differently towards CSS; therefore, you should properly test your application while minimizing CSS.

Minify Javascript

Minifying JavaScript is primarily made to run scripts faster than unminified versions. In minification, you remove unused code such as API calls, variable definitions, irrelevant imports, etc. If you do the javascript minification carefully, it could dramatically improve performance. It also helps in sending data faster from the website to the servers.

Optimize the performance of your Laravel application with Scout APM

Scout APM is a modern application monitoring system for monitoring applications of almost any type. It supports many frameworks like PHP, Ruby, Python, Elixir, etc. Here we are going to talk about how we can improve the performance of a Laravel application using Scout APM. Scout APM supports all versions of Laravel above 5.5. Scout also handles the N+1 request issue, which is one of the major issues in Laravel Eloquent.

Installing Scout APM in your Laravel application is very simple; you just need to run the following command in your console,

1composer require scoutapp/scout-apm-laravel

When you run this command scout-php is installed.

After that, the next step is to configure the environment variables in the .env file. To integrate Scout into your application, you need to add the following keys:

1# Scout settings

2 

3SCOUT_MONITOR=true

4SCOUT_KEY="[AVAILABLE IN THE SCOUT UI]"

5SCOUT_NAME="A FRIENDLY NAME FOR YOUR APP"

In the case of installation via Heroku Addon, you do not need to set SCOUT_MONITOR and SCOUT_KEY explicitly; it is set automatically.

The third step is to add the config/scout_apm.php using the following
ordered.

1php artisan vendor:publish

2--provider="ScoutapmLaravelProvidersScoutApmServiceProvider"

After this step, you will need to clear and rebuild the cache, otherwise it may give unexpected results. The last step is that after making these changes, you need to deploy your application. It will take about five
minutes for your website results to appear in Scout’s dashboard.

Also, if you want to add the scoutapm PHP extension, you can also do it easily using the following command,

1sudo pecl install scoutapm

You will need to install this extension if you want tools like libcurl timing and file_get_contents.

In this way, Scout APM can help you see all
the metrics of your Laravel application. You can use these statistics to improve your Laravel applications and generate more value for your customers. You can start using Scout APM free for 14 days, even without credit
map. If you want your Laravel application to perform better, you need to start analyzing its metrics now. You can register to start your first application at Scout APM website.


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Essential web application security checklist https://callalilypalmsprings.com/essential-web-application-security-checklist/ Mon, 01 Aug 2022 13:08:12 +0000 https://callalilypalmsprings.com/essential-web-application-security-checklist/ A web application or web application is an application that runs on a remote system and is served over the Internet through a browser. The main components of a web application are application code, server, database, transport, browser, presentation logic, and users. To completely secure web applications and protect system and customer data, you must […]]]>

A web application or web application is an application that runs on a remote system and is served over the Internet through a browser.

The main components of a web application are application code, server, database, transport, browser, presentation logic, and users. To completely secure web applications and protect system and customer data, you must understand the security risk at each layer and design a strategy to fully harden each layer.

Most developers believe that implementing a security or authentication and authorization framework in an application is sufficient to ensure application security; this is an overly simplistic view of application security (AppSec) requirements. There are several additional vectors needed to secure web applications. Let’s dissect each layer and see what security risks they expose.

Application layers

Number one in the list is your application itself; this is the most critical layer. It has several key elements that play a vital role.

Security framework

A security framework performs two essential functions.

  • Prevent unauthenticated requests from accessing secure features such as web pages and corporate data.
  • Prevent authenticated requests from accessing unauthorized features such as unauthorized web pages and commercial data.

These challenges seem simple, but they are known to cause a lot of app issues. Consequently to the Top 10 OWASP APIs, broken authentication is ranked number two of frequently exploited flaws. The permission problem is nothing but a privilege escalation caused by the incorrect implementation and mapping of roles, scopes and permission to the proper resources such as web pages, internal services , etc. These well-known flaws have negatively impacted many large organizations, including behemoths like Microsoft, in breaching Microsoft Office 365, for example.

business logic

Security constraints are very common in business logic code. Separating security from code is difficult, and many developers don’t even realize how often they include security in their working code. For instance, consider Dropbox file sharing functionality. It allows you to share files in many ways, including with your friends, colleagues, groups, public group, editable group, internet public, etc. As you can see, most of these features are nothing more than security constraints most likely distributed across the codebase. . To ensure that your application does not leak commercial data to unauthorized users, you will need to test each function with security in mind.

Database access logic

The most significant application flaws over the past two decades have come from SQL, NoSQL, commands, and similar injection issues. There are a few best practices you should follow when integrating databases and similar systems.

First, use database credentials with basic privileges that support your data access needs; avoid credentials that can do more like delete tables, collections, databases, etc.

Databases are robust and feature-rich systems. They let you perform complex programming operations, including dynamic queries that can read, modify, and delete any data without proper permission checks. You should use standard best practices such as prepared statements when writing code against databases.

Application server

Application servers like Weblogic, Tomcat, IIS, etc. have played a vital role in the past. They supported critical features such as hot deployments, high availability (HA), mapping sessions, load balancing, etc. These systems were also prime targets for attack; most exploits looked for misconfigured systems or systems that did not change default credentials. With the wide adoption of containers, serverless and Kubernetes, developers are moving away from using application servers for new cloud-native workloads. The best practice is to use Kubernetes or a serverless architecture to deploy your applications.

Server infrastructure

Most applications run in virtual machines, on on-premises bare metal servers, or in the cloud. These systems are under constant attack from malicious actors trying to exploit misconfigured ports, vulnerable packages, SSH, etc. The best practice is to properly configure security groups and restrict access to ports and services to limited administrative IP addresses.

Transportation

Running non-SSL web applications was an often used and acceptable practice in the past. But it allowed for man-in-the-middle attacks and other vectors. More recently, however, this attack vector has grown significantly stronger as most browsers no longer even render non-SSL or misconfigured SSL sites, forcing developers to configure SSL correctly.

Browser/Presentation Logic

This layer contains HTML, CSS and JavaScript code. Cross-site scripting (XSS) attack is a common exploit that hackers typically deploy against this layer. The best practice to guard against this exploit is to check every user input for JavaScript code and reject such requests. Otherwise, you risk accidentally spreading the exploit code to all other unsuspecting users, executing the malicious code, and stealing user data.

Users

Brute force, stolen passwords, and stolen cookies/sessions are common account takeover exploits. The best practice to counter these exploits is to implement IP, device, and browser reconnaissance techniques, including multi-factor authentication (MFA).

Application Security Summary

Web application security is complex and requires a layered approach to address all potential vulnerabilities.

● Tested the correct implementation of authentication and authorization functions at each code change.
● Tested the correct implementation of RBAC and OAuth2.0.
● Business logic flaws are complex; every code change and introduction of new data can introduce a security bug. A comprehensive testing strategy is required to avoid data breaches.
● Test the application against injection categories using Dynamic Application Security Testing (DAST) and similar tools.
● Modernize your application servers, use container orchestration frameworks like Kubernetes and follow its best practices to ensure security.
● Proper configuration of security groups is required to restrict port and SSH access to administrative personnel.
● Follow standard SSL best practices.
● Perform bad input rejection (not just sanitization) to avoid XSS and other issues.
● Implement MFA, device, IP address, and browser awareness to avoid user account takeover issues.


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5 Rust WebAssembly frameworks for your next app https://callalilypalmsprings.com/5-rust-webassembly-frameworks-for-your-next-app/ Sat, 30 Jul 2022 11:00:00 +0000 https://callalilypalmsprings.com/5-rust-webassembly-frameworks-for-your-next-app/ WebAssembly (WASM) is a portable, low-level binary code format that runs on modern browsers just like JavaScript. In fact, WebAssembly is also interoperable with JavaScript. You can transpile most program source code to WebAssembly and run it on the browser with or without JavaScript. Rust is fast, which makes the language a viable option for […]]]>

WebAssembly (WASM) is a portable, low-level binary code format that runs on modern browsers just like JavaScript. In fact, WebAssembly is also interoperable with JavaScript. You can transpile most program source code to WebAssembly and run it on the browser with or without JavaScript.

Rust is fast, which makes the language a viable option for building WebAssembly programs. There are plenty of Rust libraries and frameworks to help you out, with support for the tools you use to build web apps.


1. Sycamore Library

Sycamore is a fast, ergonomic and intuitive SolidJS-like responsive framework. You can use it to build web apps in Rust that harness the power of WebAssembly. Sycamore provides most of the functionality you’ll need to build a web application interface in Rust, so you won’t need to write JavaScript.

Sycamore also provides router and JavaScript interoperability on Wasm-Bindgen using JS-sys or Web-Sys. The project intends to release the CSS tests and features soon.

To use Sycamore, you’ll need a recent version of Rust—the wasm32-unknown-unknown target. You will also need Trunk to create and bundle your application. Since Sycamore is new, it will be risky to use the main branch library in production unless you resort to an older version.

2. The yew frame

Yew is a Rust framework for building multi-threaded frontend web applications using WebAssembly. It lets you write Rust code and transpile your Rust code to WASM, which can run on any device that supports WASM. Yew is interoperable with JavaScript (you can use your npm packages), and the framework provides a macro to interact with HTML elements with Rust, like JSX in React.

You can get started with Yew using the Trunk or WASMPack app bundle. Check out the documentation for how to get started, interact with the HTML and DOM APIs, and transpile your Rust code to WebAssembly.

The Yew project is very popular, with over twenty thousand stars on Github and five thousand users. Yew is stable, but the project is not production ready and the codebase is changing, so you may experience errors and outages.

3. The Percy Library

Percy is a collection of Rust libraries for building WebAssembly-powered front-end web applications. Percy supports server-side instant rendering. The project excels in creating single-page applications (SPAs) suitable for search engines.

Percy provides a html! macro to generate virtual DOMs. You can render them into DOM elements in the frontend or use them for operations in your app’s backend.

Percy is still very new, and although the library is not production-ready, the project is very popular, with over two thousand stars on Github.

4. The starting frame

Plant is a WebAssembly-powered, battery-powered comprehensive framework for building fast web applications in Rust. The Seed framework provides a template system that uses macro syntax instead of Yew’s JSX-like syntax. It also has a built-in status management system to improve productivity.


Seed is new and pre-built components like date pickers are rare. Although Seed does not currently support server-side rendering, the project aims to include it soon. Otherwise, Seed is complete and you can create production-ready web applications with it. Seed also uses the Elm architecture with minimal configuration. You can build and bundle your apps using Trunk, Web Bundler, or Seeder.

You can also use Seed for the backend of your web application. Seed provides functionality to create REST or GraphQL APIs with routing and authentication support and AuthO integration.

MoonZoon is an easy-to-use, full-stack, WebAssembly-supported framework for frontend and backend applications. You can write Rust without having to write HTML, CSS, and JavaScript on the frontend or REST, GraphQL, or SQL on the backend. MoonZoon is fast, simple, scalable and SEO optimized. It provides a CLI application for creating easy-to-deploy web applications.

The philosophy of the MoonZoon project is to create a very simple tool without any particular terminology, artificial barriers or dogma. By using it, you can focus on building web applications as you want. You will need to have WASM-Pack installed to build the front end. The backend of a MoonZoon app runs on Actix-web and Warp, two popular Rust backend frameworks. MoonZoon also provides authentication functionality.

MoonZoon documentation is not hosted at this time. To use the tool, you can view the markdown files in the documents folder via project GitHub repository.

You may have interacted with WebAssembly

WebAssembly was first released in 2017, and the World Wide Web Consortium (W3C) made WebAssembly a web standard in 2019. Since 2019, companies like Cloudflare, Google, and Dropbox have used the technology in production.

Google Earth uses WebAssembly, Cloudflare uses it for Cloudflare Workers, and Dropbox uses WebAssembly for a codec on its website.


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10 Application Performance Monitoring Tools You Should Know About https://callalilypalmsprings.com/10-application-performance-monitoring-tools-you-should-know-about/ Fri, 29 Jul 2022 17:24:35 +0000 https://callalilypalmsprings.com/10-application-performance-monitoring-tools-you-should-know-about/ Development and launch are only the first stages of an application’s life cycle. When talking about apps, it is better to compare them to a living organism rather than a finished product. Apps are constantly evolving as people use them and there needs to be a way for developers to track the health of their […]]]>

Development and launch are only the first stages of an application’s life cycle. When talking about apps, it is better to compare them to a living organism rather than a finished product. Apps are constantly evolving as people use them and there needs to be a way for developers to track the health of their apps.

That’s why a powerful Application Performance Monitoring (APM) tool is an indispensable part of any coder’s toolbox. APM tools are designed to detect potential bugs and security issues and alert developers so they can quickly fix code and ensure their applications work as expected. Customers expect apps to load quickly and run smoothly. Thus, implementing an APM can help software developers ensure that their customers are getting the best experience.

Top APM Tools You Should Know

  • Stack Trace
  • Datadog
  • Operating view
  • Website24x7
  • Dynatrace
  • eG Innovations
  • Sematext APM
  • Microsoft Insights

APMs are such a popular tool that many companies have launched their own performance monitoring platforms, each with their own unique features and benefits.

Here are 10 of the most popular app performance monitoring tools and how they help developers optimize their apps.

APM tools

Stackify Retrace allows users to track the performance of their products from development to launch. | Image: Stack

Stack Trace

Price: $960 per year.

Stack Trace is a lifecycle application performance monitoring tool, which means users can track the performance of their products from the development phase to launch. This APM allows users to consolidate their logs in one central location, making it easier for users to compare logs side-by-side and spot bugs faster, according to its website. The biggest advantage of Stackify Retrace is its centralized dashboard view, which can be integrated with other tools like Azure, Oracle, and My SQL.

Learn more about analyticsGoogle Analytics 4: what you need to know now

A screenshot of Datadog's Application Performance Monitoring Tool.
Datadog is a SaaS application performance tool that lets users choose the tools they need. | Image: Datadog

Datadog

Pricing: Free starting price, $23 per host per month for enterprise option.

Datadog is a SaaS application performance tool that connects users to monitoring and security services at a discount price starting at $15 per month per host, according to its website. Datadog users can choose the tools they want from a portfolio that includes incident management, network monitoring, log management, and cloud security management. Personalization allows users to pay only for what they need.

A screenshot of Opsview's Application Performance Monitoring tool.
Opsview offers various plugins compatible with commonly used interfaces. | Image: OpsView

Operating view

Pricing: Starting at $9 per month per host.

Operating view is an APM tool that has been implemented by developers in the software, finance, and media industries, as well as government entities and educational organizations. It offers APM packages and plugins compatible with VmWare, Microsoft Azure, Amazon Web Services, and a variety of other commonly used interfaces. Those curious about Opsview can set up a custom live demo to get a walkthrough of its tools and see if it meets their needs, according to the platform’s site.

A screenshot of Site24X7's Application Performance Monitoring Tool.
Site24x7 is a cloud-based APM tool that uses AI technology to automatically analyze application behavior and provide real-time insights. | Image: Site24X7

Website24x7

Price: The Enterprise option is $225 per month.

Website24x7 is a cloud-based APM tool that uses AI technology to automatically analyze application behavior and provide real-time insights, according to its website. The platform gives users the ability to manage their logs like other interfaces, but also provides cloud cost insights to help them better manage their budget expenditures and reduce unnecessary cloud-related expenses.

A screenshot of Dynatrace's Application Performance Monitoring Tool.
Dynatrace’s APM tool allows its users to monitor the user experience of their sites and make changes based on that data. | Image: Dynatrace

Dynatrace

Price: $74 per month per host for full stack monitoring.

Dynatrace is an APM tool that gives users the ability to see how their product performance is affecting their customers’ experiences and allows them to make changes based on that data. Dynatrace users can monitor their application infrastructure, maintain security standards, build their cloud automation tools, and deepen their business analytics. Some of Dynatrace’s most high-profile clients include Dell Technologies, Experian, UHaul and Kroger, according to its site.

A screenshot of Stackify's Application Performance Monitoring Tool.
EG Innovations’ APM tool is capable of monitoring a wide range of applications. | Image: EG Innovations

eG Innovations

Pricing: Based on deployment method, subscription starts at $100 per month.

EG Innovations The big advantage is its wide suite of services, which can be used to monitor more than 200 applications, including AWS, Java, .NET and Office 365, according to its site. The platform can be integrated with Slack, WhatsApp, Zendesk as well as other communication platforms. In addition, it received a Gold Award from the Tech Genix site. In addition to an APM, eG Innovations also produces tools for digital workspace monitoring, IT infrastructure monitoring, and hybrid cloud monitoring.

A screenshot of Sematext's Application Performance Monitoring Tool.
Sematext’s APM tool offers true user tracking to make changes quickly. | Image: Sematext

Sematext APM

Price: $50 per month

Sematext APM is an end-to-end monitoring platform that gives users insight into application functions and slow or malfunctioning SQL statements, according to its site. One of its key features is its true user monitoring, which allows customers to view real-time customer experience and satisfaction data so they can make adjustments quickly and fix slow page loading issues. .

A diagram showing the data processed by the Microsoft Insights APM tool.
Microsoft Insights can highlight customer behavior so teams can improve their most popular features. | Picture: Microsoft

Microsoft Insights

Price: $2.76 per GB, pay-as-you-go option.

Launched under the Microsoft 365 umbrella and a feature of Azure Monitor, Overview of Microsoft apps is capable of analyzing application performance through Ruby, Python, JavaScript, and a number of other commonly used frameworks. The documentation and monitoring tool can diagnose performance issues and show what customers use apps most often for, so developers can improve their most popular features and increase customer satisfaction and loyalty, according to its site.

A screenshot of NewRelic's Application Performance Monitoring Tool.
New Relic APM is a comprehensive monitoring tool that can be used to track errors, monitor infrastructure, and explore customer information. | Image: New Relic

New APM Relic

Pricing: $0.30 per GB per month.

New APM Relic is a comprehensive monitoring tool that can be used to track errors, monitor infrastructure, and explore customer information. While businesses may need to pay to use the platform, individuals can use New Relic APM for free to work on test projects. On Gartner Peer Insightsa review said that New Relic One “includes a variety of features such as monitoring, warning, and distributed tracking”, which “allows us to maintain very high uptime, which leads to higher satisfaction customer and increased productivity”.

learn more about Cloud DevOpsTools to manage resource orchestration in your DevOps pipeline

A screenshot of Appdynamics' Application Performance Monitoring Tool.
AppDynamics automatically sends alerts when major issues occur with an app. | Image: AppDynamics

AppDynamics

Price: $90 per month per host business option.

AppDynamics is a comprehensive performance monitoring platform that gives development and IT teams visibility into the health and status of their applications. The platform’s enterprise option is more expensive, at $90 per month per processor, but AppDynamics also provides a wide range of tools to measure things like business metrics, application security, and compliance. user experience. AppDynamics also automatically sends alerts when major issues with an app arise, so developers don’t miss any crucial bug fixes, according to its site.


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Combination of Static Application Security Testing (SAST) and Software Composition Analysis (SCA) tools https://callalilypalmsprings.com/combination-of-static-application-security-testing-sast-and-software-composition-analysis-sca-tools/ Tue, 26 Jul 2022 15:43:42 +0000 https://callalilypalmsprings.com/combination-of-static-application-security-testing-sast-and-software-composition-analysis-sca-tools/ When building, testing, and deploying software, many development companies now use proprietary software and free software (OSS). Proprietary software, also known as closed-source or non-free software, includes applications for which the publisher or another person reserves license rights to modify, use, or share the modifications. Examples include Adobe Flash Player, Adobe Photoshop, macOS, Microsoft Windows, […]]]>

When building, testing, and deploying software, many development companies now use proprietary software and free software (OSS).

Proprietary software, also known as closed-source or non-free software, includes applications for which the publisher or another person reserves license rights to modify, use, or share the modifications. Examples include Adobe Flash Player, Adobe Photoshop, macOS, Microsoft Windows, and iTunes.

In contrast, OSS grants users the ability to use, modify, study, and distribute the software and its source code to anyone on the Internet. Consequently, anyone can participate in the development of the software. Examples include MongoDB, LibreOffice, Apache HTTP Server, and the GNU/Linux operating system.

This means that many organizations use third-party code and modules for their OSS. While these additions are incredibly useful for many applications, they can also put organizations at risk. According 2022 State of the Revenera Software Supply Chain Report64% of organizations have been impacted by software supply chain attacks caused by vulnerabilities in OSS dependencies.

Although OSS can put organizations at risk, it is impractical to avoid OSS software and its dependencies. OSS software and its dependencies now play a vital role in development. This is especially the case for JavaScript, Ruby, and PHP application frameworks, which tend to use multiple OSS components.

Since software vendors cannot realistically avoid using OSS, cybersecurity teams must avoid vulnerabilities associated with OSS by using Software Composition Analysis (SCA) tools. Additionally, they must combine SCA with static application security testing (SAST), as proprietary software such as Microsoft Windows and Adobe Acrobat are also used.

Read to learn more about SAST and SCA. This article also explains how cybersecurity teams can combine SAST and SCA into a comprehensive cybersecurity strategy.

What is SAST?

SAST is a code analysis program that examines proprietary code and application sources to detect cybersecurity weaknesses and bugs. Also known as white box testing, SAST is considered a static approach because it analyzes code without running the application itself. Because they only read code line by line and do not execute the program, SAST platforms are extremely effective at eliminating security vulnerabilities at every page of the software product development lifecycle (SDLC), especially during the first stages of development.

Specifically, SAST programs can help teams:

  • Find common vulnerabilities, such as buffer overflow, cross-site scripting, and SQL injection
  • Verify that development teams have complied with development standards
  • Eliminate breaches and intentional acts, such as supply chain attacks
  • Spot weaknesses before code goes into production and creates vulnerabilities
  • Analyze all possible states and paths for proprietary software bugs that development teams were unaware of
  • Implement a proactive security approach by reducing issues early in the SDLC

SAST plays a vital role in software development. By giving development teams real-time feedback as they code, SAST can help teams troubleshoot and eliminate issues before moving on to the next phase of the SDLC. This prevents bugs and vulnerabilities from piling up.

What is SCA?

SCA is a code analysis tool that inspects source code, package managers, container images, binaries and lists them in an inventory of known vulnerabilities called Bill of Materials (BOM). The software then compares the nomenclature with databases containing information on common and known vulnerabilities, such as the US National Vulnerability Database (NVD). The comparison allows cybersecurity teams to spot critical legal and security vulnerabilities and remediate them.

Some SCA tools can also compare their inventory of known vulnerabilities to discover licenses related to open source code. Advanced SCAs may also be able to:

  • Analyze overall code quality (i.e. contribution history and version control)
  • Automate the entire process of working with OSS modules, including selecting and blocking them from the IT environment as needed
  • Provide ongoing alerting and monitoring of reported vulnerabilities after an organization deploys an application
  • Detect and map known OSS vulnerabilities that cannot be found through other tools
  • Map legal compliance risks associated with OSS dependencies by identifying licenses in open source packages
  • Monitor new vulnerabilities

Every software development organization should consider getting SCA for legal and security compliance. Secure, reliable and efficient, SCA enables teams to track open source code with just a few mouse clicks. Without SCA, teams must manually track open source code, a nearly impossible feat due to the sheer number of OSS dependencies.

How to use SAST and SCA to mitigate vulnerabilities

Using SAST and SCA to mitigate vulnerabilities isn’t as easy as it sounds. Indeed, using SAST and SCA involves much more than just pressing buttons on a screen. Successful implementation of SAST and SCA requires IT and cybersecurity teams to establish and follow a security program across the organization, an undertaking that can be challenging.

Fortunately, there are several ways to do this:

1. Use the DevSecOps model

Short for development, security, and operations, DevSecOps is an approach to platform design, culture, and automation that makes security a shared responsibility at every phase of the software development lifecycle. This contrasts with traditional cybersecurity approaches that employ a separate security team and quality assurance (QA) team to harden software security late in the development cycle.

Cybersecurity teams can follow the DevSecOps model when using SAST and SCA to mitigate vulnerabilities by implementing both tools and approaches at each phase of the software development lifecycle. To get started, they should introduce SAST and SCA tools into the DevSecOps pipeline as early as possible in the build cycle. Specifically, they must introduce the tools during the coding phase, during which the program code is written. This will ensure that:

  • Security is not just an afterthought
  • The team has an unbiased way to weed out bugs and vulnerabilities before they reach critical mass

While it can be difficult to convince teams to adopt two security tools at once, it is possible to do so with a lot of planning and discussion. However, if teams prefer to use only one tool for their DevSecOps model, they can consider the alternatives below.

2. Integrate SAST and SCA into the CI/CD pipeline

Another way to use SAST and SCA together is to integrate them into the CI/CD pipeline.

Short for continuous integration, CI refers to an approach to software development in which developers combine code changes into a centralized hub multiple times a day. CD, which stands for Continuous Delivery, then automates the software release process.

Essentially, a CI/CD pipeline is a pipeline that builds code, runs tests (CI), and safely deploys a new version of the application (CD). It’s a series of steps that developers must perform to create a new version of an application. Without a CI/CD pipeline, computer engineers would have to do everything manually, which would reduce productivity.

The CI/CD pipeline consists of the following steps:

  1. Source. Developers start running the pipeline by modifying code in the source code repository, using other pipelines, and auto-scheduled workflows.
  2. To build. The development team creates an executable instance of the application for end users.
  3. Test. Cybersecurity and development teams run automated tests to validate code correctness and catch bugs. This is where organizations need to integrate SAST and SCA analysis.
  4. Deploy. Once the correctness of the code has been verified, the team is ready to deploy it. They can deploy the application in multiple environments, including a staging environment for the product team and a production environment for end users.
3. Create a consolidated workflow with SAST and SCA.

Finally, teams can use SAST and SCA together by creating a consolidated workflow.

To do this, they can purchase state-of-the-art cybersecurity tools that allow teams to perform SAST and SCA scans at the same time and with the same tool. This will help developers and IT and cybersecurity teams save a lot of time and energy.

Discover the Kiuwan difference

With so many SAST and SCA tools on the market, it can be difficult for businesses to choose the right tools for their IT environments. This is especially true if they have limited experience with SAST and SCA tools.

This is where Kiuwan comes in. A global organization that designs tools to help teams detect vulnerabilities, Kiuwan offers Code Security (SAST) as well as Insights Open Source (SCA).

Kiuwan Code Security (SAST) can enable teams to:

  • Analyze IT environments and share results in the cloud
  • Detect and fix vulnerabilities in a collaborative environment
  • Generate custom reports using industry standard security ratings so teams can better understand risk
  • Create automatic action plans to manage debt and technology weaknesses
  • Empower teams to choose from a set of coding rules to customize the importance of various vulnerabilities to their IT environment

Kiuwan Insights Open Source (SCA) can help companies:

  • Manage and analyze open source components
  • Automate code management so teams can use OSS with confidence
  • Integrates seamlessly into their current SDLC and toolkit

Want to know more about Kiuwan products? Obtain demos of Kiuwan security solutions today. Developers will see how easy it is to initiate a scan, navigate our seamless user interface, create a remediation action plan, and manage internal and third-party code risks.

Content provided by Kiuwan.


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How to Configure Passport Authentication in a Postgres Node and Application https://callalilypalmsprings.com/how-to-configure-passport-authentication-in-a-postgres-node-and-application/ Mon, 25 Jul 2022 11:00:00 +0000 https://callalilypalmsprings.com/how-to-configure-passport-authentication-in-a-postgres-node-and-application/ As a developer, it is your responsibility to protect your users’ data through authentication. You can use Passport.js to authenticate users in a Node and Postgres application. Start by creating a Node server with endpoints for registering, logging in, and logging out users. You can let Passport handle authentication to restrict unauthorized access to your […]]]>

As a developer, it is your responsibility to protect your users’ data through authentication. You can use Passport.js to authenticate users in a Node and Postgres application.

Start by creating a Node server with endpoints for registering, logging in, and logging out users. You can let Passport handle authentication to restrict unauthorized access to your app.

Creating a user table

For user authentication, you will use an email and password. This means that the users table must contain an email and a password field. In the psql command prompt, create a new database called nodeapp:

CREATE DATABASE nodeapp;

Next, create a table to store the users:

CREATE TABLE users (
id INT GENERATED ALWAYS AS IDENTITY PRIMARY KEY,
email CHAR(128),
password CHAR(60)
);

This code will create a new table containing the email address, password, and an auto-generated login field.

Creating a Node Server

Node.js is a server-side JavaScript runtime environment that allows us to quickly build HTTP servers. To simplify the process of creating the server and the various HTTP routes, you can use Express, a Node.js web framework.

Run this command to create a new folder called postgres-auth:

mkdir postgres-auth

Next, initialize npm:

npm init -y

Finally, install Express:

npm install express

You can now create the Node web server.

In a new file named index.jsadd the following:

const express = require("express");
const app = express();
app.use(express.json());
app.use(express.urlencoded({ extended: true }));
app.listen(3000, () => console.log("Listening on port 3000"));

Running this code will start the server and log the following to the console:

Listening on port 3000

Connection to PostgreSQL

To connect to PostgreSQL, use node-postgres. node-postgres is a login driver that provides an interface between Node and Postgres.

Run the following command to install node-postrges via npm:

npm install pg

Once you have installed this library, create a new file called db.js and connect it to the database:

const { Client } = require("pg");
const { user, host, database, password, port } = require("./dbConfig");

const client = new Client({
user,
host,
database,
password,
port,
});

client.connect();
module.exports = client;

The node-postgres client method takes the details of the database you are connecting to. This program imports its login details from a file called dbConfig. Therefore, create this file and add the following code to it:

module.exports = {
user: "postgres",
host: "localhost",
database: "nodeapp",
password: "yourPassword",
port: 5432,
};

Create database helper functions

It is always recommended to use individual functions to interact with the database. They make it easier to write unit tests and improve reuse. For the registration endpoint, you need to create two functions:

  1. To check if the email is already registered.
  2. To create the user.

The goal is to register a user only if it does not exist in the database.

Create a new file called helper.js and import the database client from db.js:

const client = require("./db.js")

Next, add a new function called emailExists():

const emailExists = async (email) => {
const data = await client.query("SELECT * FROM users WHERE email=$1", [
email,
]);

if (data.rowCount == 0) return false;
return data.rows[0];
};

This function takes an email and checks if it is already in use. It does this by using the SELECT clause which returns a row containing an email field that matches the value provided by the registering user. If the email does not exist, it returns false.

To create a function that creates the user, add a function called createUser() to helper.js:

const createUser = async (email, password) => {
const salt = await bcrypt.genSalt(10);
const hash = await bcrypt.hash(password, salt);

const data = await client.query(
"INSERT INTO users(email, password) VALUES ($1, $2) RETURNING id, email, password",
[email, hash]
);

if (data.rowCount == 0) return false;
return data.rows[0];
};

This function takes the values ​​of email and password. It uses the INSERT clause to create a new row with these details and if successful returns the newly created user. Note that before storing the password, you must hash it using bcrypt. It’s never a good idea to store passwords as plain text. If hackers had access to your user database, they could easily gain access to sensitive information.

Install bcryptjs to start using it:

npm install bcryptjs

In helper.js, import bcryptjs:

const bcrypt = require("bcryptjs")

By using Bcryptjs, the database only stores the encrypted password. Therefore, when logging in, you will need to compare the plaintext password given by the user and the hashed password in the database. For this, you can use the comparison method provided by Bcryptjs.

Create a function called matchPassword():

const matchPassword = async (password, hashPassword) => {
const match = await bcrypt.compare(password, hashPassword);
return match
};

It receives the cleartext password and the hash, then uses Bcrypt.compare() to determine if the supplied password is correct. If so, it returns true otherwise, it returns false.

These are all the functions we will use to interact with the database. Be sure to export them all at the end:


module.exports = { emailExists, createUser, matchPassword };

Configure Passport

Passport is a Node authentication middleware that provides over 500 authentication strategies such as social login, JSON Web Tokens (JWT), and email authentication. We will use the latter which the passport-local strategy provides.

Use the following command to install passport and passport-local:

npm install passport
npm install passport-local

Next, configure Passport to connect existing users and register new users.

Start by creating a new file passportConfig.js. Next, import the local Passport policy and database helper functions you just created:

const LocalStrategy = require("passport-local");
const { emailExists, createUser, matchPassword } = require("./helper");

In the same file, add the following to configure user registration:

module.exports = (passport) => {
passport.use(
"local-signup",
new LocalStrategy(
{
usernameField: "email",
passwordField: "password",
},
async (email, password, done) => {
try {
const userExists = await emailExists(email)

if (userExists) {
return done(null, false);
}

const user = await createUser(email, password);
return done(null, user);
} catch (error) {
done(error);
}
}
)
);
}

Since passport-local expects a username and password, and you are using email, set the username field to email. The user or rather the front end of this app will send the email and password in the request body. However, you don’t need to extract the values ​​yourself as Passport will take care of that in the background.

This program first checks if the email is already taken using the emailExists() function of helper.js. If the email does not exist in the database, it creates a new user with the createUser() function. Finally, it returns the user object.

To connect users, add the following to passportConfig.js:

module.exports = (passport) => {
passport.use(
"local-signup",
new LocalStrategy(
)
);
passport.use(
"local-login",
new LocalStrategy(
{
usernameField: "email",
passwordField: "password",
},
async (email, password, done) => {
try {
const user = await emailExists(email);
if (!user) return done(null, false);
const isMatch = await matchPassword(password, user.password);
if (!isMatch) return done(null, false);
return done(null, {id: user.id, email: user.email});
} catch (error) {
return done(error, false);
}
}
)
);
};

Here the program first checks if the email is registered. Otherwise, it returns false. If it finds the e-mail, it compares its password with that of the request. If the passwords match, it logs the user in and returns the user object.

The last step is to create the API endpoints:

  • POST /auth/registration
  • POST /auth/login

Both of these endpoints will receive an email and password in the request body. They will also include the passport authentication middleware functions we just configured.

Import and configure Passport in a new file named server.js:

const passport = require("passport");
require("./passportConfig")(passport);

Then add the following routes:

app.post(
"/auth/signup",
passport.authenticate("local-signup", { session: false }),
(req, res, next) => {
res.json({
user: req.user,
});
}
);
app.post(
"/auth/login",
passport.authenticate("local-login", { session: false }),
(req, res, next) => {
res.json({ user: req.user });
}
);

Both of these routes return a JSON object containing the user if successful.

Verify your API using unit tests

You can use Passport to authenticate a Node application using a PostgreSQL application. You have created API endpoints to register and log in users.

Although you can use REST clients like Postman to test whether an API is working, writing unit tests is much easier. Unit tests allow you to test different parts of your application. This way, even if an endpoint fails, you can identify the exact point of failure. One of the tools you can use to test Node applications is Jest.


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Application Architect (Full Stack) at Datafin Recruitment – Western Cape Cape Town https://callalilypalmsprings.com/application-architect-full-stack-at-datafin-recruitment-western-cape-cape-town/ Fri, 22 Jul 2022 18:32:30 +0000 https://callalilypalmsprings.com/application-architect-full-stack-at-datafin-recruitment-western-cape-cape-town/ ENVIRONMENT: LEAD the architecture, design, development and maintenance of cloud-based solutions for a global software technology company seeking your technical expertise to be its next Application Architect (Full Stack). You will also be expected to perform design and source code reviews, work on new product incubation while accelerating development efforts across the product line. You […]]]>

ENVIRONMENT:

LEAD the architecture, design, development and maintenance of cloud-based solutions for a global software technology company seeking your technical expertise to be its next Application Architect (Full Stack). You will also be expected to perform design and source code reviews, work on new product incubation while accelerating development efforts across the product line. You must have a 3-year computer science degree/diploma, have 7+ years of solid industry experience designing and building software applications using C#.Net and .Net Core, proficiency in ‘Entity Framework Core, ASP.Net Core, Git, Azure, HTML, CSS, JavaScript, Angular, Vue/React, SOAP, REST. All applicants must be South African citizens or hold a valid work permit.

FUNCTIONS:

  • Work within a team, following Agile and Lean development methodologies.
  • Work alongside like-minded people, with a wealth of knowledge at all levels.
  • Work to incubate new products, drive research for innovative technologies, and accelerate development efforts across the entire product line.
  • Lead the architecture, design, development and maintenance of cloud-based solutions – back-end, front-end (web/mobile) and cloud infrastructure.
  • Develop software solutions and strategies to achieve architectural goals, as well as monitor and manage solutions.
  • Perform design and source code reviews.
  • Ensure proper documentation of software design and development processes is in place.
  • Follow software engineering best practices.
  • Coach and develop the skills of technical talents.
  • Apply your mind to being creative and innovative.

TERMS:

Skills –

  • Computer science degree or diploma related to computer programming of at least 3 years.

Experience/Skills –

  • 7+ years of solid industry experience designing and building software applications using C#, .Net and .Net Core.
  • Experience in .NET, Entity Framework Core, ASP. Sharp core.
  • Design, build, deploy, host and troubleshoot web solutions.
  • Experience designing and implementing secure database systems.
  • Exposure to containerization technologies.
  • Exposure to being part of an Agile development team is required.
  • Solid hands-on experience developing web applications, servers and cloud-based technologies.
  • Must have proven experience in web development (HTML, CSS, JavaScript).
  • Typescript with JavaScript frameworks like Angular, Vue or React.
  • Experience with back-end web technologies (e.g. SOAP, REST).
  • Must have experience in Microsoft Azure.
  • Git.
  • Must be a South African citizen or hold a valid work permit.

Advantageous –

  • Exposure to OAuth.
  • Exposure to Micro Service and Micro Front-end architectures.
  • GitHub and GitHub Actions.
  • Experience in mobile and cross-platform development.

ATTRIBUTES:

  • Willingness to learn and research modern technologies and be up to date with current practices.
  • Ability to present ideas to different levels of the organization.
  • Must be a brave team player.
  • Tenacious problem solver, with strong analytical and logical reasoning.

Although we would love to respond to every application, if you are not contacted for this position within 10 business days, please consider your application unsuccessful.

COMMENTS:

When applying for a job, make sure you meet the minimum job requirements. OnlySouth African citizens will be considered for this role. If you are not at the stated location of any of the jobs, please note your relocation plans in all job applications and correspondence. Please email a word copy of your CV to [Email Address Removed] and mention the reference numbers of the works. We have a job listing on [URL Removed] Datafin IT Recruitment – Jobs in Cape Town.

Desired skills:

  • Application
  • Architect
  • Full

Find out more/Apply to this position


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