Adobe Experience Manager and Platform (AEM AEP) Developer with JavaScript Salary in 2024
How statistics are calculated
We count how many offers each candidate received and for what salary. For example, if a Adobe Experience Manager and Platform (AEM AEP) developer with JavaScript with a salary of $4,500 received 10 offers, then we would count him 10 times. If there were no offers, then he would not get into the statistics either.
The graph column is the total number of offers. This is not the number of vacancies, but an indicator of the level of demand. The more offers there are, the more companies try to hire such a specialist. 5k+ includes candidates with salaries >= $5,000 and < $5,500.
Median Salary Expectation – the weighted average of the market offer in the selected specialization, that is, the most frequent job offers for the selected specialization received by candidates. We do not count accepted or rejected offers.
Trending Adobe Experience Manager and Platform (AEM AEP) tech & tools in 2024
Adobe Experience Manager and Platform (AEM AEP)
What is AEP(Adobe Experience Platform)
In AEP you have a data lake above where they are using multiple sources of data and fed into this lake which will be used further to create profile data of a customer. In other words, AEP = RCP + AI&ML + OE.
What are all the various data sets defined in AEP?
AEP has various data sets:
- Attributes: Characters like customer name, email, gender etc.
- Identities: Unique identity info like ECID(experience cloud id), Email, membership id, phone no etc.
- Segments : Online shopper, Gender, Location [e.g. use case: these segments can be exported to use in an email campaign.]
- Behaviors: Like login to the website, installed appication, added an item to cart etc.
What AEP Solves?
AEP solves below concerns:
- Disconnected identities.
- Slow and vulnerable data transfer.
- AI & ML operates in silos usually.
- Extraction of data is tough in such cases.
- Data governance is not enforced usually(CCPA, GDPR etc)
- Centralization of multiple features.
Capabilities or major AEP Features:
- Create actionable, real-time intelligent customer profiles.
- Enrich data and derive more insights with AI, ML, and data queries (SQL).
- Innovate with open and composable components (Open APIs, etc.).
- Enhance delivery through Adobe Experience Manager Assets, ensuring that all digital content is easily accessible and optimized for engagement.
- Prioritize privacy and data protection with a robust privacy framework, consent offering, and security measures.
AEP integration into other Adobe Cloud Applications
- Applications inside Adobe Experince cloud (Marketing cloud, Analytics cloud, Advertising cloud, commerce cloud) can be easily brough into AEP.
- All customer attributes are fed into AEP from different applications.
- Adobe Analytics sends data (whenever an event and or property data point is fired, this data goes directly into AEP),
- Adobe Target sends data (it might be a decision made, surfacing of an experience, type of data), Audience (sends trace and audience), Campaign (sends profile and event data) can all easily gravitate into AEP via launch.
- AEP uses Launch & websdk to import data directly into AEP from various applications.
How AEM or Forms utilizes AEP?
- AEM can use this AEP data to personalize content on pages or forms.
Various AEP Implementation Phases & Roles responsible for.
Lead and an enterprise architect will plan hierarchy referring business goals and also define KPIs.
- Plan: Lead and an enterprise Architect will plan hierarchy referring business goals and also define KPIs.
- Implement: Data architects and engineers will start to create data lakes (create model, schemas) and prepare the availability of the data. Ensure data integrity: Query services from all sources should be included to ensure complete accuracy.
- Use: Marketrs, Data Analysts, Data Scientists(query service), Application Developer(interact with UI & start working towards integrating with other adobe applications(campaign,target, analytics))
- Grow: People adds the first set of team (Enterprise architects, company lead etc) to the initial set of teams.
Basic architecture of AEP Source
The controls native to AEP are Access control:
- Specific permission rights to data & users
- Data governance: to ensure data integrity
- Experience data model systems: common data model, which cn be extended based on needs SQL service for queries to access the data (it can be queried;
- Query serice: connectors are made so that other sql tools can connect to this SQL service, basically).
- Data science workspace: allows data scientists to create data models build train and deploy.
- AI services: pretrained models that work on your data, from smart attribution models to customer models.
- Segmentation capabilities: for categorization. it includes streams and batches
Application Services
- Customer journey analytics Bring in all data from every possible touchpoint. Provides an analysis workspace/ interface on top of AEP and helps to visualise and explore all data from your data lake.
- Real time customer data platform (CDP): rich real time customer profiles, actionable insights, data governance. A CDP can do segmentation.
- Journey orchestration: enables orchestration of triggered interactions like registration confirmations, location based information
- Intelligent Services: Utilizing the AI & ML Capabilities to intelligently predict customer behavior.
- Offer decisioning: Build offer, apply decisioning & then deploy the right offer.
Use cases of AEP
- Real-time customer data platform – Stitch known and unknown data to activatre customer profiles.
- Customer journey intelligence – leverage data driven methodologies, best practices AI ML to make real time decisions and actions to plan customer journey events.
- Digital and cross-channel delivery – the ability to support consistent and personalised experiences across all channels with the Platform and Experience Cloud products.
- Experience application development – AEP provides an open and extensible platform for high-velocity access to profiles decisions and insights to create new customer experience applications.
What is Adobe Experience Manager (AEM)?
Adobe Experience Manager (AEM), also known as AEM Sites, is a content management system for websites and mobile apps that combines web content management, digital asset management, form and document management, and community connection management capabilities. It efficiently organizes and delivers digital files, ensuring that all content is easily accessible and properly managed.
Competition in the Internet Economy
Competition is fierce in the internet economy; if you want to keep up, your website has to have a content management system. AEM is your ticket to the dance – you can optimize the online experience and content to the exact needs of your clients. It was built to complement the Adobe Marketing Cloud portfolio: Marketo Engage; Adobe Analytics, Adobe Target, and Adobe Audience Manager.
It’s no wonder that AEM is a favorite CMS system for enterprise users: all the bells and whistles for the consumer to take advantage of mean they can build a website for customers, a social media page for user engagement with the brand, or a blog with endless articles about the company. With its robust content management solutions, AEM empowers organizations to create, manage, and optimize diverse digital experiences effectively.
AEM Sites Chart Design
Key Components
| AEM Sites | AEM Assets | AEM Forms | Learning Manager | Digital Guides |
|---|---|---|---|---|
| AEM Sites: An experience and content management platform for delivering digital cross-channel customer experiences. | AEM Assets: A cloud-native Digital Asset Management (DAM) system. | AEM Forms: An easy-to-use form solution. | Learning Manager: An LMS with an LCMS built-in. | Digital Guides: A DITA-ready component content management system (CCMS). |
Key Features
Adobe Experience Manager (AEM), for instance, refers to the tool as a unified CMS and DAM. Here are some of AEM’s features:
- Single Unified Solution: AEM is a single unified solution for both a CMS and a DAM.
- Content Management System (CMS): AEM Sites is a component-based CMS.
- Digital Asset Management (DAM): Manage all your digital assets in a single central repository.
- Project Dashboard: With AEM, you have a single dashboard where you can view all the details of your projects at a glance.
- Works with other Adobe Products and Third-Party Solutions: This feature helps you get a better grip on your workflow and use resources more effectively.
- Easy User Interface: It has an easy user interface so no technical user required.
- Robust Workflow Management: With AEM you can easily automate the content lifecycle.
- Personalization: AEM lets you provide personalized experiences to your customers.
So, to conclude, AEM is a useful content creation tool that can help you better manage your digital assets and content. It offers a suite of features to help you streamline your workflow, make your work quicker, and enhance your customers’ experience.
History of AEM
In October 2010, the software company Adobe Systems acquired Day Software in a 240 million dollars all-cash transaction. After the acquisition, the product was renamed Adobe CQ, and two versions of this new brand were released: Adobe CQ 5.4 in 2011, and Adobe CQ 5.5 in 2012.
It was subsequently rebranded again and the final product was sold under the label Adobe Experience Manager. AEM was rolled out in various versions, starting from AEM 5.6 in 2013 and ending with AEM 6.5 in 2019.
In 2020, Adobe released yet another incarnation of AEM – AEM as a Cloud Service (AEM aaCS). As per Adobe, it’s a solution for complex, mid-size companies with volatile business models that need a leaner and more agile content manager.
Today, Adobe’s Experience Manager is widely considered one of the most feature-rich, out-of-the-box-ready DXP applications. It offers a unified solution for digital asset and content management and has been adopted by many businesses to help them achieve real-time, relevant, and personalized digital experiences, all seamlessly integrated within Adobe’s cloud ecosystem.
Some Examples of AEM Integrations
Adobe Experience Manager (AEM) integrates with other Adobe Experience Cloud products and other third-party services: For example, AEM:
| AEM Integrations | Description |
|---|---|
| AEM: | Content activity tracking and analytics from anywhere in the customer journey. Adobe Analytics integration enables you to use your existing Adobe Analytics behavioural event data – that you are already capturing and streaming into Adobe Experience Platform – to trigger real-time journeys and automate customer experiences, and also to create audiences to engage with via Journey Optimizer. |
| Adobe Acrobat Sign: | AEM has an integration with Adobe Acrobat Sign to build e-signature workflows for adaptive forms. This integration will help you enhance workflows to process documents for legal, sales, payroll, HR, and many other areas. Additionally, with the commerce integration framework, you can streamline data capture and transactions, using adaptive forms to collect data and present autogenerated Documents of Record (DoR) to collect signatures efficiently. |
| Adobe Commerce: | AEM integrates with Adobe Commerce so you can create and manage an online store, delivering personalised and immersive experiences that can scale seamlessly across brands, channels and geographies. |
| Adobe Experience Platform tags: | AEM integrates with Adobe Experience Platform tags, the next generation of tag management capabilities from Adobe. Tags provide a simple way for the customer to deploy and manage all of the analytics, marketing, and advertising tags required to deliver personalised customer experiences. |
| Adobe Journey Optimiser: | Making connections with customers is now possible through integrating AEM with Adobe Journey Optimiser, which powers connected, contextual and personalised experiences. Through this, businesses can efficiently and effectively determine the next best experience at scale, speed and with flexibility throughout the entire customer journey. |
| AEM integrates with Workfront: | AEM integrates with Workfront to accelerate content velocity and time-to-market by natively associating work and digital asset management on a single platform. With this integration, your teams can quickly review and approve drafts, deliver assets from Workfront to Experience Manager, and publish finished products, all while maintaining automation such as metadata updates. |
AEM Services
Adobe Experience Manager (AEM) is a complete solution for building websites, mobile applications and forms by providing users the following services:
- AEM as a Cloud Service: The latest member of the AEM portfolio, AEM as a Cloud Service delivers cloud native agility to help you accelerate time to value and extend personalisation to meet your unique business needs. It enables you to scale your roadmap with DevOps efforts through Cloud Manager, deliver content faster and smarter on a global scale, leverage a dynamic architecture for auto-scaling, and stay ahead of threats and security risk.
- Managed Services: Take advantage of the scale and expertise of running hundreds of Adobe Experience Manager customers in the cloud to get cloud agility, faster ROI and lowers cost of ownership.
- Experience Manager Sites: A service for creating, managing, optimising and delivering digital experiences across channels, this SaaS solution allows marketers and developers to use a suite of composable content services with a high level of ease.
- Experience Manager Assets: A digital asset management system that provides you with automation and tools to source and adapt your assets fast for target audiences and channels.
- Experience Manager Forms: A complete digital document experience that lets you build responsive forms that your customers can fill out and e-sign with ease. It helps to engage customers, drive sales, train partners, and develop employee skills. Learning Manager offers this service.
These services enable you to deliver the right content at the right time in the right place, taking the customer along the whole journey from acquisition to retention.
System Requirements for AEM
Adobe Experience Manager (AEM) runs on Microsoft Windows Server 2012 R2 and Red Hat Linux 7 and 6 operating systems. It needs Java Development Kit Oracle SE 11 JRE 11.x or Oracle SE 8 JRE 1.8.x, and the recommended browser for web browsing is Google Chrome. The installation directory needs to have at least 5 GB of free disk space and at least 2 GB of memory (with an additional 15 GB of temporary space for the AEM Forms add-on package). These specifications, along with its core components, ensure that AEM runs smoothly and efficiently on your system.
Architecture of AEM
Adobe Experience Manager (AEM) has a decoupled. Modular architecture. Here is its architecture:
- AEM as a Cloud Service: AEM Cloud Service is container-based, automatically provisioned and fully managed by Adobe on an orchestration engine (Kubernetes) that scales up and down as necessary according to the actual traffic and activity. It also typically contains an author cluster out of the box, which means it doesn’t have to go down during maintenance activities. AEM Cloud Service changes how content is replicated, how assets are processed, and how deployments happen.
- AEM Sites: The main strength of AEM as a typical CMS is in it being decoupled. Decoupled means that the process of content authoring and the process of content delivering are two independent processes. Content managers work in a console and craft reusable pieces of content that are stored in a content repository. AEM Sites uses Apache Jackrabbit Oak as the underlying content repository. Jackrabbit Oak provides the solid storage and retrieval for the repository. The repository supports versioning, permissions, and access control mechanisms for storing and retrieving secure content. AEM Sites rely on OSGi (Open Service Gateway Initiative) modules for modular development and extendibility.
- AEM Assets: The architecture of AEM Assets as a Cloud Service is built to optimise the performance of working with Assets. A client (for example, a browser) sends an upload request to Adobe Experience Manager, then directly uploads the binary asset to cloud storage. AEM Assets is a Digital Asset Management (DAM) tool, part of the Experience Manager platform and enables your enterprise to manage and distribute digital assets.
- AEM Forms: The AEM Forms architecture includes AEM’s core services, specialised forms services, web layer to build and render forms, REST APIs for integration and multiple deployment options. AEM Forms includes a customizable Forms Portal to ensure that customers find and use forms across the web and mobile channels. AEM Forms includes forms management tools so that you can manage adaptive forms, XFA forms, PDF forms and other assets.
You create a Program in the Cloud Manager application, which is effectively an AEM application materialised in your AEM Program. That Program is what gives you the ability to control the name and configuration of the associated AEM application and the permissions assigned to it in the context of a project. - AEM Environments: When program is created using the AEM Sites, AEM Assets, or AEM Forms solutions, the respective AEM instances for those solutions will be represented as the AEM environments in this program. There are 4 types of AEM environments – Production, Stage, Development and Security – that are supported with AEM as a Cloud Service.
- AEM Dispatcher: Dispatcher is Adobe Experience Manager’s caching and load-balancing tool for an enterprise-class web server. It is the final step that brings the vision of a dynamic, yet fast, environment to fruition. Dispatcher works as a static HTML server (Apache, in this instance) that caches (or ‘stores’, in Dispatcher terminology) as much of the site content as possible, basically treating the site like a static site, with access to the layout engine as little as possible.
- AEM Load Balancer: Load Balancing is about sharing the site’s computational load across several instances of AEM. You get more processing power. In reality, more processing power means that the Dispatcher shares document requests across several instances of AEM.
Where is JavaScript used?
Browser Boss Level: Enhancing Web Interactivity
- Gives life to web pages by making them twerk, wiggle, and dance to user actions — because static is so '90s.
Backend Bonanza: Node.js Revolution
- Blurs the frontend-backend line by enabling devs to speak one language and code in their sleep – pajama coders unite!
Mobile Mayhem: React Native Madness
- Whips up mobile apps like a street magician pulling rabbits out of hats – same JavaScript, different party tricks.
Game Glory: Three.js Fantasy
- Transforms dull lines of code into epic 3D web games that make you forget you have a job—you're welcome, procrastinators!
JavaScript Alternatives
TypeScript
TypeScript is a strongly typed superset of JavaScript that compiles to plain JavaScript. It provides optional static typing, enhanced IDE support, and better scalability for large codebases.
// TypeScript Code Example:
function greet(name: string) {
console.log('Hello, ' + name.toUpperCase() + '!!');
}
greet('Developer');
- Enhances code quality and understandability.
- Ideal for large-scale applications.
- Requires compilation step.
- Some learning curve for JS developers.
- Rich IDE support with autocompletion.
Dart
Dart is a scalable language optimized for building UI, with a reactive framework like Flutter for crafting natively compiled apps for mobile, web, and desktop.
// Dart Code Example:
void main() {
print('Hello, Dart!');
}
- Highly performant on multiple platforms.
- Steeper learning curve for non-Java/C# devs.
- Favors expressive and robust applications.
- Less popular than JavaScript in the web domain.
- Strong ecosystem with Flutter for UI development.
CoffeeScript
CoffeeScript is a little language that compiles into JavaScript. It provides syntactic sugar inspired by Ruby, Python and Haskell to enhance JavaScript's brevity and readability.
# CoffeeScript Code Example:
greet = (name) -> console.log "Hello, #{name}!"
greet 'World'
- Clearer and more concise syntax than JavaScript.
- Limited community and resources.
- Improves code readability and writability.
- Additional compile step can slow down development.
- Less verbose and reduced boilerplate code.
Quick Facts about JavaScript
Conceived in a Hurry: The Birth of JavaScript
Imagine cooking up a programming language in just 10 days! That's what Brendan Eich did back in 1995. As if he was on a TV cooking contest, he whipped up JavaScript for Netscape, giving birth to a language that would soon be everywhere like glitter at a craft fair. At first, it was called Mocha, which sounds more like a Starbucks order, but soon morphed into JavaScript, a marketing move to mooch off Java's fame. And just like that, an internet rockstar was born!
From Vanilla to Full-Flavored ECMAScript
JavaScript is like a cheese that keeps maturing. What started out as a simple scripting language is now governed by ECMAScript standards, which sounds like a council of wizards deciding the fate of code. From ES1 in 1997 to the recent ES2020, JavaScript has been pulling rabbits out of hats with promises, async/await, and spread operators, making coders’ lives more magical.
// From callbacks to the magic of async/await
async function getTheGoodStuff(url) {
let treasureChest = await fetch(url);
let gold = await treasureChest.json();
console.log(gold);
}
Not Just for Browsers Anymore
Some techies thought JavaScript was just a browser’s one-trick pony, but boy, were they wrong! Node.js galloped in and changed the game in 2009. This environment enabled JavaScript to sprint outside the browser and onto servers, which was like teaching a fish to ride a bicycle. Now it's not just web pages that JavaScript can animate, but whole servers that dance to its tune!
// JavaScript taking over the server side
const http = require('http');
http.createServer((req, res) => {
res.writeHead(200, {'Content-Type': 'text/plain'});
res.end('Look ma, I can server!');
}).listen(1337, '127.0.0.1');
What is the difference between Junior, Middle, Senior and Expert JavaScript developer?
| Seniority Name | Years of Experience | Responsibilities & Activities | Average Salary (USD/year) |
|---|---|---|---|
| Junior Developer | 0-2 years |
| $50,000 - $70,000 |
| Middle Developer | 2-5 years |
| $70,000 - $100,000 |
| Senior Developer | 5+ years |
| $100,000 - $140,000 |
| Expert/Team Lead | 8+ years |
| $140,000 - $180,000+ |
Top 10 JavaScript Related Tech
JavaScript (The Mother Tongue)
In the realm of coding, JavaScript sits on the throne, lording over the web like a digital king. It’s the scripting language that makes web pages tickle your eyeballs with interactivity. It’s everywhere - like a ninja, but less stealthy and more in-your-face with pop-ups.
// Classic 'Hello, World!' in JavaScript
console.log('Hello, World!');
Node.js (The Backend Magician)
Ah, Node.js, the Swiss Army knife of JavaScript runtimes. It’s how JS flipped the script from a front-end only diva to a full stack rockstar. With Node.js, you can schmooze with databases and servers, whisper sweet nothings to APIs, and do all sorts of backend wizardry.
// A simple Node.js server that says 'Hello World'
const http = require('http');
http.createServer((req, res) => {
res.write('Hello World!');
res.end();
}).listen(3000);
React (The UI Artiste)
Imagine a painter, but instead of brushes, they wield components. React takes building user interfaces to a fine art. It’s like Lego for adults – you can snap together bits of UI and make an app that looks good without your users wanting to gouge their eyes out.
// An appetizer of React: A simple component
class HelloMessage extends React.Component {
render() {
return <div>Hello {this.props.name}!</div>;
}
}
ReactDOM.render(<HelloMessage name="Taylor" />, document.getElementById('root'));
Vue.js (The Progressive Framework)
It’s the new kid on the block compared to Angular and React, but Vue.js is like that charming friend who gets along with everyone. Its progressive nature means you can be as committed as you want; start small with a sprinkle of reactivity on a page or go full SPA (Single Page Application) – Vue’s got your back.
// A Vue.js instance controlling a simple #app element
new Vue({
el: '#app',
data: {
message: 'Hello Vue.js!'
}
});
Angular (The Full-Blown SPA Architect)
For those who like their apps like they like their coffee – robust and full-bodied – Angular is the go-to. It’s an all-in-one solution for building complex web apps that can probably do your taxes and fold your laundry. Take that, React!
// A taste of Angular: a basic component
import { Component } from '@angular/core';
@Component({
selector: 'app-root',
template: `<h1>Hello {{title}}!</h1>`,
})
export class AppComponent {
title = 'world';
}
Webpack (The Bundling Bandit)
Because nobody likes to wait for a million files to load, Webpack takes all your precious code and assets and smushes them into tidy little packages. It might feel like overkill for your cat blog, but when you need to scale, Webpack’s your bundling bouncer, keeping load times on a tight leash.
// Webpack config snippet to give you a taste
module.exports = {
entry: './src/index.js',
output: {
filename: 'bundle.js'
}
};
Redux (The State Sultan)
When your app’s state management resembles a spaghetti monster, Redux enters the stage. It’s the source of truth that stores your state in one place and allows you to manage it like a zen master, untangling that vicious noodle monster into a neatly organized bento box.
// Redux in a nutshell: Reducer function
function counter(state = 0, action) {
switch (action.type) {
case 'INCREMENT':
return state + 1;
case 'DECREMENT':
return state - 1;
default:
return state;
}
}
TypeScript (The JavaScript Whisperer)
TypeScript is JavaScript's bigger, smarter sibling. It's like having a grammar-obsessed friend proofread your code. It adds types to JS to keep your code from acting like a clumsy oaf, tripping over undefined variables and unexpected types.
// TypeScript: JavaScript with superpowers
function greet(person: string, date: Date): string {
return `Hello ${person}, today is ${date.toDateString()}!`;
}
greet("Brendan Eich", new Date());
ES6+ (The Evolving Specification)
ES6 brought JavaScript out of the stone age with new syntax and features like arrow functions, classes, and template strings. It’s like going from flip phone text messaging to sending iMessages with tap-backs and confetti. It’s still the same language but with more spice.
// ES6+ arrow functions are the bee's knees
const add = (a, b) => a + b;
console.log(add(2, 3)); // Outputs: 5
Jest (The Testing Jester)
Writing tests isn’t just for the paranoid. Jest makes it a party! It’s a delightful JavaScript testing framework that runs your tests with the speed of a gazelle chased by a cheetah. Jest ensures that your code doesn't break like a cookie in a toddler’s hand.
// A simple Jest test to check if truth is truthy
test('the truth', () => {
expect(true).toBeTruthy();
});