By using Maker.js you can draw using geometry and drafting. Initially designated for CNC and laser cutters, Maker.js can also help you programmatically draw shapes for any purpose. It runs on both Node.js and web browsers.

paths — The primitive elements of a drawing are lines, arcs, and circles.

models — Groups of paths to compose a shape.

layers — Organization of models, such as by color or tool type.

chains — A series of lines and arcs that connect end-to-end continuously.

In Node.js or React you can install Maker.js by using this code.

npm install makerjs --save
// Include it on our program.
var makerjs = require('makerjs');

In Paths, you can draw a line, circle, or arc by using these codes which require us to pass some default parameters. For example, when drawing a line, there's a start-point and end-point; for drawing a circle, there must be a radius or a diameter and an origin of the circle. Similarly, while drawing an arc, there is a start-point and end-point of an arc, radius. The arc is clockwise and the large arc is anti-clockwise.

var line = { 
  type: 'line', 
  origin: [0, 0], 
  end: [1, 1] 
 };

var circle = { 
  type: 'circle', 
  origin: [0, 0],
  radius: 1
 };


var arc = { 
  type: 'arc', 
  origin: [0, 0],
  radius: 1,
  startAngle: 0,
  endAngle: 45
 };

For more reference:https://maker.js.org/docs/basic-drawing/#content

We can also draw a dashed circle by using this code.

const div = 360/50; // 50 is total dashed lines in circle
const span = div * 0.70; // distance b/w dashed line
const paths=[];
for(var i = 1; i < 51;i++){
const start = i * div;
paths.push(new makerjs.paths.Arc(origin,radius,start,start+span));
}
return paths;

For a dashed line, you can use the following code.

const count = 30; //Total count of lines
const ratio = 0.6; //Distance b/w 2 lines
const paths = [];
const line = new makerjs.paths.Line(startPoint,endPoint);
const length = makerjs.measure.pathLength(line);
const totalDashLength = length * ratio;
const totalGapLength = length — totalDashLength;
const dashLength = totalDashLength / count;
const gapLength = totalGapLength / (count — 1);
const normal = makerjs.point.subtract(line.end, line.origin);
const dash = new makerjs.paths.Line([0, 0], makerjs.point.scale(normal, dashLength / length));
const gap = makerjs.point.scale(normal, gapLength / length);
var origin = line.origin;
for (var i = 0; i < count; i++) {
const d = makerjs.$(dash)
.clone()
.move(origin)
.addTo(line,i)
.$result;
origin = makerjs.point.add(d.end, gap);
paths.push(d);
}
return paths;

In Models, we can draw a Bolt circle, Star, Bezier Curve, Ellipse, Round Rectangle Etc.

var makerjs = require('makerjs');

var model = {
  models: {
    ring1: new makerjs.models.Ring(40, 100),
    bc1: new makerjs.models.BoltCircle(90, 4, 10),
    bc2: new makerjs.models.BoltCircle(55, 7, 6, 30)
  }
};

var svg = makerjs.exporter.toSVG(model);

document.write(svg);

For more reference:https://maker.js.org/docs/basic-drawing/#Models

We can also find the intersection point of paths by,

var makerjs = require('makerjs');

var model = {
    paths: {
        line1: new makerjs.paths.Line([0, 0], [20, 10]),
        line2: new makerjs.paths.Line([2, 10], [50, 2])
    }
};

var int = makerjs.path.intersection(model.paths.line1, model.paths.line2);
console.log(int);
var svg = makerjs.exporter.toSVG(model);

document.write(svg);


You can also draw a small or big line or circle,

Let's take a look at the code for small and big dashed lines,

The code for small and big dashed arcs in a circle is,

UX/UI design is a multidisciplinary field that combines creativity, empathy, and problem-solving to craft exceptional digital experiences. Figma is a cloud-based design and prototyping tool that allows designers, teams, and stakeholders to collaborate in real time. From working on design systems to building components, from building layouts to branding, every team needs faster collaboration and an easy-to-go flow to work on. Figma brings here new features, which surely help to bridge the gap between the developers and designers to a vast extent by introducing many such features like developer mode, advanced auto layout, and prototyping.  

Variables are reusable definitions like style which can be assigned to various design attributes like colors, numbers, strings, and boolean. Variables can be different things like colors, numbers, or words. They can have different values in different modes. These definitions can easily unlock the ability to localize and preview different UI copies in different languages. It also supports light and dark modes, or you can even create your own themes. Variables can be used as tokens to make design systems better, let's sum it up in a few simple steps. 

(i)Add your entire color palette as a "Primitives" or "Foundation" Collection. 

(ii)Prepare a collection of semantic colors (backgrounds, strokes, text, etc.) as values using references from the Primitives collection.

(iii)At this point, you may also add a mode to make tokens for "Light" & "Dark" themes. 

(iv)If you want to add the final layer to your design system, define the collection of components. It will also include Light & Dark modes. Add variables for "button-background," "modal-stroke," etc., and put references to semantic tokens as values. 

It even allows to add modes for specific device breakpoints. Depending on your project requirements, add the default for desktop, then tablet, and mobile options.

Figma brings new auto layout features which include wrapping of texts and setting max/min height and width.

Apart from horizontal and vertical direction new auto layout features include wrap features that allow objects to wrap in new lines. Here you can specify horizontal as well as vertical gaps you want to apply. You can achieve space between by typing in “Auto” into the fields or by double clicking on the auto layout grid. It also has a truncate text setting with allows you to set a maximum number of lines to text truncate by. This can be achieved by enabling the text truncation option in the text panel. 

The canvas stacking allows us to change the direction of the auto layout children stack to control how items will overlap with each other, also you can rearrange those stack items. It has also the option to add stroke values to the layout itself.

You can set the maximum/minimum width/height property to ensure consistent component sizes. This can be useful while making responsive cards or other product design requirements. Auto layout frames and components nested within auto layout frames can respond to resizing as well. The nested components are set to fill the container and will scale to fit available space along with their content.

This was a huge update from Figma as 30% of Figma users are developers and understanding developer's requirements and critical needs is vital for any project. Developer mode allows you to switch into developer mode, turn your design into code faster and organize files for production. You can switch to developer mode by toggle option placed in the upper right corner.

(i) Inspector: You can set the maximum/minimum width/height property to ensure consistent component sizes. This can be useful while making responsive cards or other product design requirements. Auto layout frames and components nested within auto layout frames can respond to resizing as well. The nested components are set to fill the container and will scale to fit available space along with their content.

(ii) Design statuses and change comparison: Developers can now see what’s ready for development with section labels. Also, side-by-side and overlay comparisons for changes between versions of a frame are available. Even the smallest differences in visuals and specs are easy to spot. With the version change, it becomes easy for developers to spot and compare the changes made to the file.

(iii) Integrated tools:  You can also integrate plugins like Jira, and GitHub on Figma and can add custom plugins for your organization with view access. Now Figma also has VS code extension, which allows developers to view the inspect properties directly in the VS code without ever having to leave the coding environment.

Figma now has new prototyping experience. The new features make creating prototypes simple, with fewer steps, frames, and connections. Less work for everyone and the ability to have more iterations. No tangled wires anymore!

(i) Prototyping with variables and expressions:

Expressions are operations (mathematical functions) involving values (variable or literal), which can be used to generate dynamic variables. In prototyping, expressions can be used with the “Set Variable” action if the selected variable is a number, string, or boolean type. Expressions can be written inside the fields of the Interaction modal using supported syntax rules, or you can use the dropdown selection picker to choose from suggested variables and operators. Expressions can be used with string, number, and boolean variables.

By creating and assigning number variables, we can now bring our prototypes to life with expressive animations in a single frame. We can use expressions like adding and subtracting to our design.

Prototyping actions have triggers. New updates bring conditional logic, variables, expressions, and modes. Conditional logic allows us to give different outputs based on the user input, for e.g., enabling a button only if all the fields are filled. We can now create interactions with conditional logic to create more customizable flows.

Develop the best experienced website with our services in UX/UI design

Exploring Figma's Latest Innovations: Everything you need to know about Figma’s latest updates from Config 2023

We’re experiencing a renaissance of amazing web platforms and responsive designs. Responsive user interfaces have mostly been implemented with libraries like Bootstrap, Foundation, Bulma, or good old-fashioned media queries.

We have used these UI kits with ease to implement directives to achieve the exact UI and proper responsiveness we require with less code. But the big question is, have we really been doing it right?

What if there was a way to achieve responsive UI without being bound by the rules of any UI kit? Is there a way to achieve responsiveness and still keep our custom user interface designs? Well, let’s find out.

Tailwind CSS has recently benefited from an upwards trend of popularity and there is an increasing amount of front-end developers who choose to stick with the new CSS Framework as a new alternative. In this article, I want to explore the differences between Tailwind and Bootstrap and give you as much insight as possible on this topic.

The initial release of Bootstrap happened on August 19, 2011, nearly 9 years ago. Fun fact is that it was created during a hackathon by the Twitter development team and later it was developed and maintained by Mark Otto, Jacob Thornton, and a small group of core developers.

Shortly it became one of the most popular CSS Frameworks out there and it currently is the sixth-most-starred project on GitHub and it is currently being used by millions of developers worldwide.

According to the project’s Github contributor list, the project was originally developed by Adam Wathan and the first release dates back to October 22, 2019. It is described as a utility-first CSS framework and they claim that development is faster with this new method.

Having introduced some basic facts about the two frameworks I would like to layout the comparison benchmarks that we will delve into in this article. We will talk about the development process, the number of components, performance, and community.

A utility-first library simply means that unlike Bootstrap, Tailwind doesn’t give us automatically prestyled components. Rather, it gives us utility classes that help us style our component in certain ways and allows us to build our own classes using these utility classes. Let’s explain this further using two simple examples.

From above the example, we can see how easy is it to implement button component with Tailwind CSS

In this case, I must say that Bootstrap has a clear advantage because of its wide set of components including cards, modals, accordions, nav tabs, and so on. Tailwind CSS has only a handful of components according to their documentation, the full list being:

This compared to Bootstrap’s 21 sets of components. However, Tailwind CSS does have a lot more utility classes than Bootstrap does, and using them you can create any type of component you want.

Is there a performance advantage to using Tailwind CSS?

The default Tailwind configuration comes with 36.4kb minified and g-zipped. Compare this to Bootstrap at 22.1kb — Tailwind is 14.3kb heavier. You might be thinking, Is this really the way to go in terms of performance?

The reason for this is simple: Tailwind comes prepacked with a lot of options and styles for users to choose from, and it packs all these variations to reduce the tendency to write your own CSS. Fortunately, Tailwind comes with a few strategies you can use to keep your generated CSS small and performant.

Due to the fact that all the built-in utility modules in Tailwind use the plugin system under the hood, it is possible to delete a ton of code and make the plugin system the way new classes are registered inside Tailwind.

This makes it possible to have only code we actually need in projects while ignoring everything else — unlike Bootstrap, in which there is a lot of overhead code. This upgrade feature shortens the build time from 158s to 8s.

We can get the exact amount of color variations we need in a project, like so:

// ...module.exports = {
  // ...  textColors: {
    'black': colors['black'],
    'grey-darker': colors['grey-darker'],
    'grey-dark': colors['grey-dark'],
    'red-dark': colors['red-dark'],
    'red': colors['red'],
    'blue-dark': colors['blue-dark'],
    'blue': colors['blue'],
    // ...
  }
}

Tailwind also removes unused CSS with PurgeCSS, a tool for removing unused CSS from your project. It does this by simply comparing the CSS class names available in your template against the class names used and then removing the unused CSS.

Bootstrap has now been around for more than 9 years and being the most popular CSS Framework, it has a large community of developers, forums, tools, and so on. You can find countless Stackoverflow threads answering just about any question you might have about certain situations.

In the case of Tailwind CSS, there is still much room to grow in terms of its community, however, it is growing day by day and the number of tools and websites related to it are also increasing.

Working with Tailwind CSS is using a set of utility classes that lets you work with exactly what you need. In my opinion, this is a neat way to create user interfaces that are more flexible to developers’ creativity.

Another advantage I really appreciate — and I am sure every front-end developer would also appreciate — is never having to worry about changes to one element affecting another related element. No more tabbing back and forth between HTML and style sheets in your editor, no more going back to check and see what you named that other element. In my opinion, this is the future.

Tailwind CSS vs Bootstrap: Which one of these is going to last in the future?

Integrating Storybook with Vue.js allows developers to create a separate environment for developing and showcasing UI components in isolation. Storybook is a powerful tool that helps streamline UI development by providing a playground where developers can build, test, and document individual components outside of the main application.

         1. Add Vue CLI globally on your system using the following command.

         2. Add Vue CLI Service globally using the following. 

         4. Setting up the Storybook with our project.

         5. Install CSS-related NPM packages to load CSS styles inside your Storybook stories by issuing this command.

         6. Finally, create an npm script that lets you start and run Storybook easily. Under the scripts section of your package.json file, add the following:

         7. Configuring Storybook with Vue.

         8. To use any third-party libraries or UI component library, you can configure it in preview.js in the .storybook directory.

         9. Creating Stories from Storybook.

Storybook lets us interactively develop and test user interface components without having to run an application. Because Storybook acts as a component library with its own Webpack configuration, we can develop in isolation without worrying about project dependencies and requirements.

You can access its official documentation here. In this blog, we are going to learn how to integrate Storybook into a Vue.js project.

1. Add Vue CLI globally on your system using the following command.

npm install -g @vue/cli
OR
yarn global add @vue/cli

2. Add Vue CLI Service globally using the following.

npm install -g @vue/cli @vue/cli-service-global
OR
yarn global add @vue/cli @vue/cli-service-global

4. Setting up the Storybook with our project

The command above will make the following changes to your local environment:

🛠 Set up the necessary scripts to run and build Storybook.

🛠 Add the default Storybook configuration.

📝 Add some boilerplate stories to get you started.

5. Install CSS-related NPM packages to load CSS styles inside your Storybook stories by issuing this command.

yarn add vue-loader babel-loader babel-preset-vue
yarn add css-loader style-loader

6. Finally, create an npm script that lets you start and run Storybook easily. Under the scripts section of your package.json file, add the following:

“storybook”: “start-storybook -p 6006 -c .storybook”

The -p command argument specifies the port where Storybook is going to run locally: in this case 6006. The -c command argument tells Storybook to look for a .storybook directory for configuration settings.

Within the .storybook directory, create a main.js file to hold all the configuration settings.

The main configuration file, main.js controls the behavior of the Storybook server.

Stories — an array of globs that describe the location of your story files, relative to main.js. This makes the maintenance of the main.js file much easier by keeping it highly focused on the configuration of Storybook rather than its implementation. You can require as many stories as you need.

Add-ons — a list of all the add-ons you are using (we will be describing what add-ons are, as we go).

Note: You must always restart the Storybook’s process when you modify the main.js to update it.

8. To use any third-party libraries or UI component library, you can configure it in preview.js in the .storybook directory

import Buefy from "buefy";
import VueMoment from 'vue-moment';
import "@fortawesome/fontawesome-free/css/fontawesome.css";Vue.use(VueMoment);

Here, I have used Buefy for UI Components and VueMoment for utilizing different filters of Moment.js.

Configuring Recoil.js in your React project involves setting up the state management library Recoil to manage the state of your application. Recoil offers a flexible and efficient way to manage the global state and makes it easy to share and update data across components. Here's a step-by-step summary of how to configure Recoil.js in your React project:

         2. How are they different from each other?

recoil.js is the state management library for React. Hence it can be used instead of usestate in your React Project.

2. How are they different from each other?

It seems like React ( global version of useState)

It has very simple concepts like atom and selector.

So basically there are two concepts introduced in Recoil i.e. atom and selectors.

import React from 'react';
import { RecoilRoot } from 'recoil';

const App = () => {
  return (
    <RecoilRoot>
      <Component1/>
      <Component2/>
      //...
    </RecoilRoot>
  );
}

An atom represents a piece of state. Atoms can be understood as something that can be read from and written to from any component.
Components that are associated with this atom will automatically be re-rendered once the atom is updated.

const someState = atom({
  key: 'someUniquekey', // unique for recoil internal reasons
  default: '', // initial value of state/atom
});

A selector represents a piece of derived state. You can think of this as the output of passing state to a function that modifies the given state in some way.

const charCountState = selector({
  key: 'charCountState', // Have to Be Unique
  get: ({get}) => {
    const text = get(someState); //pass a atom in this function
    return text.length;
  },
});

There are two ways to get the declared state into our components. i.e. by useRecoilState or useSetRecoilState, useRecoilValue.

Whenever you want to use the value of the state but don’t want to update it in the whole component.

import { useRecoilValue } from 'recoil';
const CharacterCount = () => {
    const count = useRecoilValue(charCountState);
    //Name of the Atom or selector
    return <>Character Count: {count}</>;
}

Whenever you want to use the value of the state and also want to update it globally through the component itself.

import { useRecoilState } from 'recoil';
const TextInput = () => {
    const [text, setText] = useRecoilState(someState);

    const onChange = (event) => {
        setText(event.target.value);
    };

    return (
        <div>
            <input type="text" value={text} onChange={onChange} />
            <br />
      Value of the state : {text}
        </div>
    );
}

Returns a setter function that can be used asynchronously to change the state. The setter may either be passed a new value or an updater function that receives the previous value as an argument.

import { useSetRecoilState } from 'recoil';
const TextInput = () => {
    const setText = useSetRecoilState(someState); //CHANGE HERE

    const onChange = (event) => {
        setText(event.target.value);
    };

    return (
        <>
          //OTHER LOGIC
        </>
    );
}

We have successfully implemented the global state using Recoil. Although this was a small part, it is enough to use it in your projects. It is a developing project with many changes being present explicitly in syntax or under the hood. So I wouldn’t really suggest using it in big projects. One can always try new things and in my opinion, if you like Hooks then you would love using Recoil.

Configure recoil.js to your React project

Google Maps integration with polylines in an Angular app involves creating a web application that utilizes the Google Maps JavaScript API to display maps and draw polylines. Polylines are lines drawn on the map to represent routes, paths, or any connected sequence of points. Here's a concise summary of the process:

Hello there, so I needed to use Google Maps in my Angular App and found a couple of Third Party Libraries which were really good, an example of that would be Angular Google Maps (AGM).

         2. Markers & polylines on destinations.

Installing Angular CLI 10: npm install -g @angular/cli

Creating your Angular 10 Project: ng new angular-example

Now, I’m assuming you already have your Angular application set up and your google maps API key. If not, go do that quickly and come back here.

https://developers.google.com/maps/documentation/javascript/get-api-key

First, import the Google Maps SDK in your index.html.You must include your API Key in the script tag as shown below.

Next, install Google Maps & AGM packages.

npm i @angular/google-mapsnpm i @agm/corenpm i @types/googlemaps

That’s it for the setup, now let’s get to the cool stuff.

Okay, create a wrapper for the map in your component’s HTML file.

OR you can directly place <google-map> tag and give it any height according to your requirement.

<google-map #mapel height="50%" width="100%" [zoom]="zoom" [center]="center"></google-map>

You can assign zoom any integer value according to your convenience.

Finally, do the magic in the component’s TS file.

To create a class variable that we can use to access the map instance,

map: google.maps.Map;
@ViewChild('mapel', {static: false}) googlemaps: map;

To create an element reference to the map wrapper in the HTML file,

ngAfterViewInit() {  
this.initializeMap();
}

I’m sure you’re familiar with angular’s ngAfterViewInit() function or lifecycle hook, which is a callback method of angular’s AfterViewInit abstract class that is invoked immediately after Angular has completed the initialization of a component’s view. It is invoked only once when the view is instantiated. So the function initializeMap() is called when the component’s view has been initialized.

So let’s demystify the initializeMap() function.

const bounds = new google.maps.LatLngBounds();

This will bring Google Maps on your screen.

Now to get to the current position and add a marker on it,

navigator.geolocation.getCurrentPosition((position) => {  
const center = {                                        
lat: position.coords.latitude,                    
lng: position.coords.longitude,
};
this.googleMapService.currentLocation.next(center);
this.addMarker(position.coords.latitude, position.coords.longitude);
});

Load this function on ngOnInit() of the component and give this center position to attribute in the center in the google-map component. HTML will show the current location as soon as the component gets loaded.

<google-map #mapel height="50%" width="100%" [zoom]="zoom" [center]="center">
<map-marker *ngFor="let marker of markers" [position]="marker.position" [label]="marker.label" [title]="marker.title"[options]="marker.options"></map-marker>
</google-map>

As you add the destinations from the input shown above, it keeps pushing it into the array which will contain each marker with its coordinates of the latitude & longitude.

To connect the lines joining each marker we use <map-polyline> which has the options attribute. Here we have defined options as,

polylineOptions = {
path: [],
strokeColor: '#32a1d0',
strokeOpacity: 1.0,
strokeWeight: 2,
};

We can assign values to strokeColor, strokeOpacity, and strokeWeight as per convenience. Path property is an array that has all the positions of markers. Using it, the map-polyline tag draws the lines joining each destination added. We have to place it inside google-map like it has been shown below. This is how your final google-map component HTML looks like.

<google-map #mapel height="50%" width="100%" [zoom]="zoom" [center]="center">
 <map-marker *ngFor="let marker of markers" [position]="marker.position" [label]="marker.label" [title]="marker.title"   [options]="marker.options"> </map-marker> <map-polyline [options]="polylineOptions">
 </map-polyline> 
</google-map> 

In conclusion, integrating Google Maps with polylines in an Angular app allows you to create interactive and visually appealing maps that display routes, paths, or any connected sequence of points. By leveraging the power of the Google Maps JavaScript API and Angular's components, you can provide users with an engaging experience while visualizing geographical data.

Google Map Integration with Polylines in Angular App

According to industry analysts, and a research and consulting firm Gartner, a strategic technology trend has the potential for substantial disruption. A strategic technology trend is one that is beginning to break out of an emerging state into a broader impact and use.

I’ve explained briefly the top strategic technology trends which would take place in 2021 as listed by Gartner.

“When we talk about the strategic technology trends, we actually have them grouped into three different themes, which is people centricity, location independence, and resilient delivery,”

         3. Privacy-enhancing computation 

         7. Intelligent composable business

The Internet of behaviors (IoB) is emerging as many technologies capture and use the “digital dust” of peoples’ daily lives.

Technologies that use facial recognition, location tracking, big data, and connect the resulting data to associated behavioral events, such as cash purchases or device usage, are growing. Organizations use this data to influence human behavior.

For example, to monitor compliance with health protocols during the ongoing pandemic, organizations might leverage the IoB via computer vision to see whether employees are wearing masks, or via thermal imaging to identify those with a fever. Another example is for commercial vehicles, where IoB technology can monitor driving behaviors like sudden braking and aggressive turns that companies can use to improve driver performance, routing, and safety.

The IoB can gather, combine, and process data from many sources, including commercial customer data, citizen data processed by the public sector and government agencies, social media, and location tracking. The increasing innovation of the technologies that process this data has enabled this trend to flourish in 2021. However, it is key to note that privacy laws, which can vary greatly depending on geography, will impact the adoption and scale of the IoB.

Gartner predicts that by year-end 2025, over half of the world’s population will be subject to at least one IoB program, whether it be private, commercial, or governmental.

Total experience combines customer experience, user experience, employee experience, and ultimately multi-experience to impact and transform business outcomes. The overlap in these experiences can be improved with technology, and it enables companies to take advantage of disruptive aspects of the current pandemic such as distributed customers, remote work, and virtual and mobile.

One of the use cases is how a telecommunications company transformed its entire customer experience to improve safety and satisfaction. The company deployed an appointment system via an existing app so when customers arrived for their appointment and came within 75 feet of the store, they received a notification to guide them through the check-in process and an alert letting them know how long it would be before they could safely enter. The company also adjusted its service to include more digital kiosks and enabled employees to use their own tablets to co-browse customers’ devices without having to physically touch the hardware.

Gartner said the result was “a safer, more seamless, and integrated overall experience” for customers and employees.

Having a total experience will enable organizations in 2021 to capitalize on COVID-19 disrupters including remote work, mobile, virtual, and distributed customers.

Privacy-enhancing computation focuses on three technologies that safeguard data while it is used. The first provides a trusted environment in which sensitive data can be analyzed and processed. The second performs analytics and processing in a decentralized fashion. The third encrypts data and algorithms before analytics or processing.

This trend allows organizations to collaborate on research securely across regions and with competitors without sacrificing confidentiality. This approach is designed specifically for the increasing need to share data while maintaining privacy or security.

Also by 2025, half of the large organizations will implement privacy-enhancing computation for processing data in untrusted environments and multiparty data analytics use cases. Organizations should start identifying candidates for privacy-enhancing computation by assessing data processing activities that require transfers of personal data, data monetization, fraud analytics, and other use cases for highly sensitive data.

The distributed cloud refers to cloud services being distributed to different physical locations, while the operation, governance, and evolution continue to be the responsibility of the public cloud provider.

By having these organizations’ services physically closer, latency is reduced, as are the costs of data, helping to ensure compliance with laws that dictate data must remain in a specific geographical region.

Anywhere operations refer to an IT operating model designed to support customers everywhere, enable employees everywhere, and manage the deployment of business services across distributed infrastructures.

It is more than simply working from home or interacting with customers virtually.
It also delivers unique value-add experiences across five core areas: collaboration and productivity, secure remote access, cloud, and edge infrastructure, quantification of the digital experience, and automation to support remote operations.

By the end of 2023, 40% of organizations will have applied anywhere operations to deliver optimized and blended virtual and physical customer and employee experiences.

The cybersecurity mesh enables anyone to access any digital asset securely, no matter where the asset or person is located. It decouples policy enforcement from policy decision-making via a cloud delivery model and allows identity to become the security perimeter.

The threat landscape expands with a remote workforce, and the cybersecurity mesh offers enhanced security to help with this new reality. Cybersecurity mesh allows the identity of a person or thing to define the security perimeter. Centralized policy orchestration and policy enforcement facilitate a more responsive security approach.

By 2025, the cybersecurity mesh will support over half of digital access control requests.

An intelligent composable business radically re-engineers decision-making by accessing better information and responding more nimbly to it.

For example, machines will enhance decision-making in the future, enabled by a rich fabric of data and insights. The intelligent composable business will pave the way for redesigned digital business moments, new business models, autonomous operations, and new products, services, and channels.

The top strategic technology trends for 2021

Grow your business by using emerging technologies to deliver high-performing, reliable and feature reach solutions. Industry expertise in delivering reliable software solutions & app development powered by the latest business technology and digital trends led by a team of leaders and innovators.

We take the pain out of hiring and managing top notch software engineers. Set up a dedicated software development team in short span of time and integrate new resources into your in-house team as if they were full-time, on-site employees.

ABOUT

SERVICES

BLOGS

CAREER

CONTACT

ABOUT

SERVICES

BLOGS

CAREER

CONTACT

Home>
Blogs

Home>

Blogs

Maker.Js for CNC and laser cutters

Salot Jay in

Tue Sep 05 2023

Recent Articles

Exploring Figma's Latest Innovations: Everything you need to know about Figma’s latest updates from Config 2023

Yatri Patel in Design

Wed Jul 26 2023

Tailwind CSS vs Bootstrap: Which one of these is going to last in the future?

Viral Prajapati in Development

Thu Feb 23 2023

Integrate Storybook with VueJS

Virti Shah in Development

Thu Feb 23 2023

Seeking Innovative Web Development Solutions?

Are you Struggling with Building your Dream Web or Mobile Application?

Looking for career opportunity ?

Regarding us

Reach us out

Follow us on

ABOUT

SERVICES

BLOGS

CAREER

CONTACT

ABOUT

SERVICES

BLOGS

CAREER

CONTACT

Home>Blogs

Home>

Blogs

Maker.Js for CNC and laser cutters

Salot Jay in

Tue Sep 05 2023

Recent Articles

Exploring Figma's Latest Innovations: Everything you need to know about Figma’s latest updates from Config 2023

Yatri Patel in Design

Wed Jul 26 2023

Tailwind CSS vs Bootstrap: Which one of these is going to last in the future?

Viral Prajapati in Development

Thu Feb 23 2023

Integrate Storybook with VueJS

Virti Shah in Development

Thu Feb 23 2023

Seeking Innovative Web Development Solutions?

Are you Struggling with Building your Dream Web or Mobile Application?

Looking for career opportunity ?

Regarding us

Reach us out

Follow us on

Home>
Blogs