data engineering Archives

Yashica Chopra
March 10, 2025
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Building a Cost Effective Data Pipeline – The Intelligent Approach

A data pipeline can bridge the gap between raw data and actionable insights by creating a comprehensive and multi-step infrastructure on-premises or cloud platforms. Here, we’ll discuss data pipelines, analyze their associated costs, and demonstrate how to construct profitable pipelines using modern data engineering techniques. Data is everything for a business, be it a startup or a multinational enterprise. Converting raw data into actionable insights helps an organization make decisions quickly and gain a competitive edge. The process of transforming data into insights happens in complex data pipelines, a system where data from multiple sources goes through various stages like cleaning, storage, transformation, formatting, analysis, and reporting. The data pipeline is vital to implement the data-driven model in an enterprise. Fortune Business Insights reports that the global data pipeline market will reach $33.87 billion by 2030 at a CAGR (compound annual growth rate) of 22.4%. Tools and technologies are an integral part of the data pipeline. According to a report by The Business Research Company, the global data pipeline tool market has grown from $11.24 billion in 2024 to $13.68 billion in 2025 at a CAGR of 21.8% and is expected to touch $29.63 billion in 2029 at a CAGR of 21.3%. The same report says that the increase in the adoption of cloud computing technologies and migration to cloud platforms contributes to the higher demand for data pipeline tools. Tech giants like Google, IBM, Microsoft, AWS, etc., are among the top companies whose data pipeline tools are used by enterprises from around the world. However, data pipelines come with a few complications, money being the biggest concern for businesses. Is your data warehousing setup draining your budget? You are not alone! Data pipelines that haven’t been optimized and managed effectively become costly over time and drain business money. In this blog, we’ll learn more about finding out if your data pipeline is expensive and how data pipeline management using cloud solutions can optimize costs. Building a Cost Effective Data Pipeline Microsoft Azure and AWS (Amazon Web Services) are the top two cloud platforms in the market, followed by Google Cloud. You can migrate your existing data pipeline and architecture to the cloud or build a new cloud-native data pipeline and optimize it to save costs from spiraling over the years. With help from data engineering companies, you can make informed decisions about how to use existing resources to maximize performance and get better results by investing in cloud solutions. Structuring the Pipeline Start with the basics. If the foundation is strong, the entire data infrastructure in your organization will be robust, scalable, and aligned with your objectives. Identify and define the goals of building the data pipeline. Set the path for data flow and check which processes can be run in parallel without consuming too many resources. Create comprehensive data security, governance, and compliance documentation to ensure no one who is not authorized can access the system or data. Parallelization Parallelization is the process of dividing data processing tasks into smaller units that can be executed in parallel or concurrently across distributed computing resources. This is done to make the data management system more effective and increase its speed. It also makes the data pipeline easier to scale as and when required. Data engineers use different techniques like parallel execution, batch processing, distributed computing, etc., to achieve the goals. Cloud platforms like Azure and AWS make parallelization simpler by allowing experts to choose the resources and programming language to set up concurrent processing. Increase the data pipeline performance without adding to the cost. Caching and Compressing Caching reduces the latency of data pipelines to promote near real-time data processing and insights. A high-performing data pipeline will use caching and compressing techniques. With caching, the data is temporarily stored in the memory. With data compression, the size of transferred data is reduced, thus limiting the load on the network. Together, the entire data processing model will be quicker and more effective while consuming fewer resources. This ultimately reduces the cost of maintaining and using the data pipeline in your organization. The data engineering team will balance the procedures to free up computational resources and allow the processing of large data volumes in quick time. Azure Spot Virtual Machines Azure data engineering services give you access to spot virtual machines (Spot VMs) which are available on an auction-based pricing model. It is cheaper than the pay-as-you-go subscription model though Azure has the right to reclaim them if other customers require the capacity. If you have non-critical workloads with flexible start and end times, a spot VM is the best place to run them. Businesses can benefit from unused Azure capacity by using it for their processes. The pricing is categorized into three models: achieve, cool, and hot. You can also automate the processes to speed up the results. Shut Down and Remove Unused Resources A common reason for increased costs is the presence of unused resources in your plan. Data engineers can identify such resources and shut them down to optimize costs. This can be easily done by using tools like Azure Advisor and Azure Cost Management. The cloud platform provides customers with numerous tools and applications for resource and cost optimization. It’s up to you to use them effectively to manage the data pipelines. Even after shutting down idle resources, they will still accumulate in your account. When you no longer require the resources, remove them and increase the storage capacity. It’s vital to know why a resource is not necessary and how removing it doesn’t affect other processes. Infrastructure as Code (IaC) AWS data engineering has a practice called IaC or infrastructure as a code. It is the process of setting up and managing the systems using code instead of manual processes. Simply put, the developer will write code for the infrastructure that will automatically be executed whenever necessary. It is similar to how a website or a mobile application works. IaC is a great choice for DevOps teams

Yashica Chopra
February 26, 2025
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Model-Based Systems Engineering: Is It for You?

MBSE is a new process that promotes the use of digital modeling and systems to enhance system lifecycle management. Here, we’ll discuss model-based systems engineering, its components, processes, tools, and benefits for enterprises in any industry in detail. Model-based systems engineering (MBSE) is a process or methodology in which different models and tools support a system’s lifecycle and track data through digital threads. It differs from traditional systems engineering, which uses text-based documentation and manual processes. In MBSE, digital modeling and simulations are used for interactions between various interfaces in the network. The global model-based systems engineering market is expected to reach $7310.9 million by the end of 2030 with a CAGR (compound annual growth rate) of 15.8%. A couple of years ago, North America led the global market with a share of 35%, followed by Asia Pacific at 30% and Europe at 20%. Another report shows that cloud-based MBSE software will be widely used compared to on-premises solutions by 2033. MBSE reduces errors, increases transparency, and improves system efficiency across the various stages of lifecycle development. It can be implemented in various industries like IT, manufacturing, healthcare (medical devices), automotive, aerospace, defense, electrical and electronics, etc. In this blog, we’ll read more about MBSE and how enterprises can benefit from partnering with data engineering consulting firms to implement model-based systems engineering in their processes. Main Components of Model-Based Systems Engineering Software MBSE makes analyzing, optimizing, and managing complex systems easier to achieve accurate designs and efficient outcomes. The MBSE framework has many components, tools, and languages. The main components are as follows: Modeling Language The modeling language is required to create the system models. Different modeling languages are available, such as SysML (systems modeling language) and UML (unified modeling language). Engineers may also use domain-specific language for better customization and accurate results. Model Management Tools Model management tools are used to create, organize, and manage the system models, view and analyze the results, set up collaborations between different team members and teams working on the project, and give engineers access to make changes to the data and system models. The model management tools allow experts to work together remotely and track developments. Simulation and Analysis Tools Simulations are a big part of MBSE. These tools allow engineers to create simulations for different combinations and record the outcomes. Then, analysis tools are used to understand the best-case scenario to optimize the system’s performance. Additionally, glitches and errors can be identified and eliminated in the early stages. Requirements Management Tools These tools are used to understand, monitor, and trace system requirements in the product lifecycle development process. Digital data sharing for system interaction is one of the model-based systems engineering fundamentals. Requirements management tools ensure data capturing and sharing are seamless and performed in real time. Integration Tools The MBSE software doesn’t exist in isolation. It has to be integrated with third-party tools and applications like a project management tool, configuration management tool, etc. The integration tools and APIs allow automated data flow between systems and create connections between interfaces to encourage better collaborations. Steps in Model-Based Systems Engineering Approach The MBSE process/ approach has a series of steps, where the enterprise or the service provider lists the requirements of the project. The last step is more of a continuous process where the MBSE consulting company provides long-term support to maintain and upgrade the tools whenever necessary. 1. Understand the Requirements Define the system requirements by identifying the needs of the stakeholders (management, employees, investors, customers, etc.). The system requirements should align with the end goal of the business. MBSE tools with built-in ‘requirements view’ can be used to sort and arrange the data for better understanding. Factors like types of resources, budget, timeline, expertise, etc., should also be factored into the requirements. Businesses should determine if they want an in-house team to work on the project or if they wish to collaborate with data engineering and top MBSE companies. 2. Design the System Based on the requirements model, the expert team will create the system design and workflow. This design has to be reliable, scalable, accurate, and cost-effective. It should also align with the long-term business objectives. For example, the design cannot be rigid or fixed. This increases costs over time as the enterprise has to start from scratch every time it needs to upgrade or enhance the model. Create a detailed flowchart with the components, required tools, and workflows. 3. Behavior Modeling For effective model-based systems engineering training, it is crucial to understand how the system will work in different scenarios. The engineers will develop a model to capture the system’s behavior in various conditions and store the data for further analysis. Having a robust data warehouse or a central data repository is essential to collect, clean, and store the data digitally. Typically, it is recommended to build a cloud-based data warehouse that’s compatible with third-party integrations and can adhere to data security regulations. 4. Analyze the Risks Risk analysis is another vital part of the MBSE process. This step should not be skipped. Here, various risks associated with the system (under development) are identified and recorded. The risks are analyzed by experts to find proper feasible solutions for enhancing the safety, accuracy, and efficiency of the system. Risk analysis helps the team to take the necessary measures in fortifying the process with proactive measures to mitigate risky scenarios. Ultimately, this increases the success rate and results in powerful systems. 5. Validate and Verify Once the models are designed, they have to be validated and verified before being implemented in the enterprise. This is done to ensure the model is accurate and aligns with the requirements, is capable of handling the workload, and can deliver the expected outcomes without affecting cost or quality. Different MBSE tools can be used in this step to create diverse environments to measure and validate the model’s performance. Factors like system requirements, model capacity, expected results, actual results, resources consumed, etc., are

Yashica Chopra
February 14, 2025
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Top MBSE Companies in 2025 : The 11 Industry Leaders

Model-based systems engineering is a modern and robust process of using digital systems and engineering models to streamline the product development lifecycle. Here, we’ll discuss the top eleven MBSE companies for enterprises to partner with in 2025. MBSE (Model-Based Systems Engineering) is an advanced system engineering process that uses intelligent digital models to document all the information about a system’s lifecycle. It uses digital and engineering domains to collect, store, and exchange various data (requirements, feedback, design information, etc.) about a system. It is different from the older static model that used analog documents and drawings, formulas, etc., which had to be stored and updated carefully. With MBSE tools, the developers working on a project have complete access to the data but cannot make changes to it on their own. This ensures that the single source of truth is undisturbed and remains secure. Systems Architect Model (SAM), Computer-Aided Design (CAD), and Computer-Aided Engineering (CAE) are used in MBSE to create digital threads that link all the data and models. It is a complex yet vital software to streamline various engineering projects. According to Global Growth Insights, the global MBSE tool market was $3,455.29 million in 2024 and is expected to reach $4,025.65 million in 2025, with a potential growth projected to touch $13,065.36 by 2033 at a CAGR (compound annual growth rate) of 16.5%. MBSE tools will play a major role in industries like aerospace, automotive, defense, telecommunications, and healthcare. While North America is a key player in the MBSE market, countries like India and China from Asia Pacific are seeing an increase in demand for MBSE tools to expand industrial capabilities. In this blog, we’ll find more about Model-Based Systems Engineering tools and the top companies that provide MBSE solutions to enterprises. About Model-Based Systems Engineering Software MBSE software is like a system of systems that helps optimize, streamline, and manage the product development cycle in industries like aerospace, automotive, healthcare, mechanical, engineering, electrical, software, etc. What is an example of an MBSE? A few helpful MBSE examples are listed below: Which companies use MBSE? Many leading global brands and government agencies use MBSE tools as a part of their internal processes. For example, Ford, BMW, the U.S. Department of Defense (DoD), etc., have been investing in MBSE technology for years. Airbus and Lockheed Martin are two other examples. Enterprises can partner with data engineering consulting firms to design their own MBSE framework or buy the Model-Based Systems Engineering software from vendors and customize it to suit their specifications. Both options can be combined to save costs and reduce risks. Hiring an experienced third-party service provider to personalize MBSE software and maintain is a cost-effective and time-saving solution for many businesses. Let’s look at the top MBSE companies to partner with! Top MBSE Companies To Partner With in 2025 DataToBiz DataToBiz is among the leading data engineering companies offering end-to-end services to startups, SMBs, MSMEs, and large enterprises from around the world. The company has ISO and SOC 2 certifications to ensure data security and compliance. It designs and maintains the MBSE framework that aligns with the client’s requirements. Be it Azure and AWS data engineering, the company’s certified experts will handle the process from start to finish and upgrade the systems in the long-term. Additionally, enterprises can benefit from customized cloud-based data warehousing services to build a central repository for better collaborations between teams. DataToBiz also customizes existing MBSE software tools provided by third-party vendors and takes care of the support and maintenance services. Siemens Siemens is a popular technology innovator with a global presence. Among various tech products and services, the company is famous for offering robust Model-Based Systems Engineering software for industries to effectively manage the product development lifecycle irrespective of its complexity. It promotes an ‘integrate and then build’ concept where manufacturers can rely on digital twins to streamline factory operations and create flexible and agile environments for better production. Additionally, Siemens and IBM have collaborated to bring together their powerful solutions and deliver greater results to businesses. The company works with large enterprises as well as SMBs to transform multi-domain development and enable cross-platform scalability. The company customizes the MBSE services based on the client’s industry and target market. IBM IBM is a global IT service provider with a presence in numerous nations. The company’s engineering lifecycle management product, Rhapsody, is a comprehensive and powerful MBSE software designed to help businesses from various sectors. It offers trustworthy modeling, seamless integrations, effortless code generation, digital thread, and simulations across different domains. IBM® Engineering Rhapsody® is great for collaborative design development and test environments. It is also effective in accelerating industry standards to improve production quality. From analyzing the project details to quickly implementing the design, supporting real-time agile engineering, and third-party integrations, Rhapsody is beneficial and must-use software for manufacturers from industries like aerospace, automotive, etc. Arcfield Arcfield is a US-based company offering services in the US and Canada with a focus on various forms of defense and space exploration. The company’s MBSE solution simplifies the complex challenges faced by industries in today’s world, be it cost, long-term efficiency, or decision-making. The platform’s innovative capabilities can empower businesses to handle volatile conditions, streamline the production lifecycle, and increase transparency. Arcfield has a team of certified experts with domain experience to use different existing MBSE platforms and integrate them to create seamless and high-fidelity digital twins in the enterprise. Its digital engineering ecosystem consists of all the required elements (from databases to analytics, visualization, and simulation) to deliver the promised results. Mercury Mercury Systems is a technology company offering services in the global aerospace and defense industries. Be it essential components or pre-integrated subsystems, the company provides innovative and scalable solutions based on clients’ requirements. It gives the utmost importance to safety certification and security. The company’s MBSE technology and services support the development lifecycle through cost-effective means. It considers MBSE as one of the four pillars of digital transformation and uses state-of-the-art technologies to provide

Yashica Chopra
January 01, 2025
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Data Engineering Consulting in UAE – 15 Industry Experts to Know

Data is vital in today’s world and has to be effectively managed to achieve business goals. Here, we’ll discuss the data engineering consulting in UAE, top industry players and the importance of investing in them to revamp the business processes. Digital transformation has brought a vital change in how businesses look at data and manage their processes. It helps enterprises shift to a digital-first approach to make data-driven decisions in real time and grab market opportunities before competitors. Data engineering solutions are integral to digital transformation and a key element of the entire process. Data engineering is designing, building, implementing, and managing systems at scale to collect, store, analyze, and share data through a secure, automated, and cloud network. According to Market Data Forecast, the global big data and data engineering market is expected to be $75.55 billion in 2024 and projected to reach $276.7 billion by 2032 at a CAGR (compound annual growth rate) of 17.6%. There has been a definite increase in the adoption of data analytics and data engineering services in the UAE and other Middle Eastern countries. A report by Imarc shows that the Middle East data analytics market is projected to grow at a CAGR of 25.21% between 2024 and 2032. In this blog, we’ll read about the top fifteen data engineering consulting companies in Dubai and the extensive services they offer to business organizations from varied industries. Top Industry Experts in Data Engineering Consulting in UAE DataToBiz DataToBiz is a leading data engineering consulting company in UAE, offering tailored and end-to-end services to startups, SMBs, MSMEs, and large enterprises. As an award-winning and ISO-certified company, it offers data warehousing as a service (DWaaS), data architecture, data pipeline, and workflow automation services for clients to streamline their internal operations, reduce the consumption of resources, and understand customer preferences. The company is a certified partner of Microsoft (Gold), Google, and AWS. It has the required expertise and domain experience to set up scalable, flexible, and agile cloud-based IT infrastructure. DataToBiz offers industry-specific solutions through consulting, managed, remote, and staff augmentation services. Businesses can hire dedicated teams to work on-premises and remotely to experience the benefits of data engineering. Usetech Usetech calls itself a blockchain laboratory offering big tech consulting services to clients in Dubai and the Middle East. The company uses cloud computing and advanced technologies to provide data engineering, data analysis, and data visualization services for businesses from varied sectors. It has an experienced team of professionals to design and build data pipelines and set up the necessary connections to create seamless data flow within the enterprise. The company also migrates existing systems from on-premises to cloud servers. When implementing the changes, Usetech considers customer behavior and data security threats. Helping businesses use customer data to understand what the target audience wants correctly gives them a definite edge in competitive markets. Techcarrot Techcarrot is a global IT service provider offering a diverse spectrum of services, digital innovations, etc. The company operates in the UAE and works with clients from diverse sectors. It has an experienced data engineering team that collaborates with organizations and helps them find simple yet unique solutions to manage data and processes effectively. The company builds robust and scalable big data architectures as per the clients’ requirements, be it on-premises or cloud servers. Techcarrot helps businesses overcome data challenges and design systems for the future. It empowers businesses to make data-driven decisions based on reliable and meaningful insights and gain a competitive edge. Anderson Lab Anderson Lab is an innovative software development company offering data engineering consulting solutions through a team of skilled professionals and efficient processes. It partners with Microsoft, Oracle, AWS, ISTQB, and other tech giants to use advanced technologies to build effective data pipelines and architecture for clients. The company believes in making a global and local impact by closely collaborating with different organizations. Anderson Lab also emphasizes sustainability and knowledge sharing. It starts by conducting an audit to understand the current business position and then provides consulting services to help them overcome various challenges. The company increases the performance and scalability of the data systems in an enterprise. It helps reduce the time to market and expenses. Intellias Intellias is a global technology partner with a client base in the UAE and other countries. The company follows a people-centric approach to convert potential client ideas into tangible products, services, and systems. It can work with any complexity and scale, making things easier for startups as well as multinational organizations. The company’s data engineering services aim to unlock the full potential of business data and turn it into a valuable asset with high ROI. Intellias offers consulting and end-to-end services for strategizing, designing, building, implementing, and upgrading data engineering models for clients. It improves the accuracy of insights to eliminate risk and creates simple procedures that can be easily adopted across the enterprise. Sysvine Technologies Sysvine Technologies is a software product engineering and data engineering consulting company with a global client base. The company has a seasoned team that provides expert services for big data, data engineering, data analytics, and more through cloud, AI, and ML technologies. It focuses on quality, performance, and standardizing the processes to increase business efficiency and ROI. The company offers iPaaS (Integrated Platform as a Service) solutions for managing complex IT infrastructure and multiple third-party integrations seamlessly. This reduces the risk of error and downtime and provides real-time access to data and insights. Sysvine Technologies also offers enterprise data management services and builds scalable data architecture models that align with clients’ specifications. VentureDive VentureDive is a technology solutions company that laser-focuses on combining technology with human ingenuity. This data warehousing company provides custom data engineering services to deliver excellence by bringing data, people, and processes together. It defines an enterprise’s data landscape and builds scalable systems for long-term use. Businesses can achieve successful data-driven transformation and derive maximum value from their data assets. VentureDive takes care of strategy, design, data landscaping, data warehousing, data

Yashica Chopra
December 27, 2024
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A Modern Approach to Scalable Data Management Pipeline

A streamlined and automated data pipeline is the core of a well-built IT infrastructure and results in proactive decision-making. Here, we’ll discuss the detailed guide into a modern approach to data management pipeline and how to build a robust data system in your enterprise. Data is the core of every business in today’s world. You can no longer ignore the importance of data and its role in running an establishment. Whether a startup or a large enterprise with a presence in multiple countries, data holds the key to insights that help make better decisions. It doesn’t matter which industry you belong to. Business and third-party data are necessary to make informed choices in all verticals. As per Statista, the total amount of data created and consumed globally was 149 zettabytes in 2024 and is expected to be over 394 zettabytes by 2028. But how will you manage large amounts of data in your enterprise? How will you store it when more data is added every day? How will you clean and organize the datasets? How will you convert raw data into actionable insights? That’s where data management and data engineering help. Data management is the process of collecting, ingesting, preparing, organizing, storing, maintaining, and securing vast datasets throughout the organization. It is a continuous and multi-stage process that requires domain expertise and knowledge. Luckily, you can hire a data engineering company to provide end-to-end services for data management. In this blog, we’ll learn more about data management’s process, tools, and pipeline and how it can benefit your business in the long run. How the Data Management Process Works? According to a report by IOT Analytics, the global data management and analytics market is predicted to grow at a CAGR (compound annual growth rate) of 16% to reach $513.3 billion by 2030. The modern data management workflow relies on various tools and applications. For example, you need a repository to store the data, APIs to connect data sources to the database, analytical tools to process the data, etc. Instead of leaving the data in individual departmental silos, the experts will collect the data and store it in a central repository. This can be a data warehouse or a data lake. Typically, these can be on-premises in physical units or cloud servers in remote locations (data centers). The necessary connections are set up for data to be sent from one source to another. These are called data pipelines. The data management process broadly includes seven stages, which are listed below. Data architecture is the IT framework designed to plan the entire data flow and management strategy in your business. The data engineer will create a blueprint and list the necessary tools, technologies, etc., to initiate the process. It provides the standards for how data is managed throughout the lifecycle to provide high-quality and reliable outcomes. Data modeling is the visual representation of how large datasets will be managed in your enterprise. It defines the relationships and connections between different applications and charts the flowchart of data movement from one department to another or within the departments. Data pipelines are workflows that are automated using advanced tools to ensure data seamlessly moves from one location to another. The pipelines include the ETL (extract, transform, load) and ELT (extract, load, transform) processes. These can be on-premises or on cloud servers. For example, you can completely build and automate the data management system on Microsoft Azure or AWS cloud. Data cataloging is the process of creating a highly detailed and comprehensive inventory of the various data assets owned by an enterprise. This includes metadata like definitions, access controls, usage, tags, lineage, etc. Data catalogs are used to optimize data use in a business and define how the datasets can be utilized for various types of analytics. Data governance is a set of frameworks and guidelines established to ensure the data used in your business is secure and adheres to global compliance regulations. This documentation has to be followed by everyone to prevent unlawful usage of data. The policies ensure proper procedures for data monitoring, data stewardship, etc. Data integration is where different software applications and systems are connected to collect data from several sources. Businesses need accurate and complete data to derive meaningful analytical reports and insights. This is possible by integrating different third-party systems into the central repository. Data integration also helps in building better collaborations between teams, departments, and businesses. Data security is a vital part of the data management pipeline and a crucial element in data engineering services. It prevents unauthorized users and outsiders from accessing confidential data in your systems. It reduces the risk of cyberattacks through well-defined policies. Data engineers recommend installing multiple security layers to prevent breaches. Data masking, encryption, redaction, etc., are some procedures to ensure data security. A Guide to Scalable Data Management Pipeline The data management pipeline is a series of steps and processes required to prepare data for analysis and share data visualizations with end users (employees) through the dashboards. It automates the data flow, increases system flexibility and scalability, improves data quality, and helps in delivering real-time insights. Steps to Building a Data Management Pipeline Define Objectives and Requirements The first step in building a data management pipeline is to know what you want to achieve. Focus on the short-term and long-term goals to build a solution that can be scaled as necessary. Discuss the details with department heads and mid-level employees to consider their input. Make a list of challenges you want to resolve by streamlining the data systems. Once done, consult a service provider to understand the requirements and timeline of the project. Aspects like metrics, budget, service provider’s expertise, etc., should be considered. Identify and List the Data Sources The next step is to identify the sources to collect the required data. These will be internal and external. Determine what type of data you want (unstructured, semi-structured, or structured), how frequently new data should be uploaded to the repository, how

Manpreet Kaur
December 24, 2024
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Inside Look at MENA’s Top 11 Data Analytics Companies (Exclusive List)

Many organizations in the Middle East and North Africa (MENA) region don’t fully use their data due to limited data analytics infrastructure. Data analytics companies are stepping in to help, offering services that allow businesses to understand their data and use it effectively. They help organizations gain valuable insights into their operations, customers, and market trends in the MENA region. “If we have data, let’s look at data. If all we have are opinions, let’s go with mine.” — Jim Barksdale. Having said that, data analytics for business has become imperative for organizations across different industries. As companies collect vast amounts of data from varied sources such as transactions, customer interactions, and market trends, it is important to analyze and interpret this information to make strategic decisions. According to IMARC the data analytics market in Middle East data is projected to grow at a CAGR of 25.21% during 2024-2032. Interestingly, the data analytics market in the MENA region is expected to grow at a CAGR of 18.2% and is projected to reach US $15,714.4 by 2030. In this blog, we’ve compiled a list of top data analytics companies in the Middle East specializing in data engineering services to help organizations transform data analytics. Why are data analytics companies important for businesses? Data analytics is important for organizations across various sectors and helps them to take strategic advantage of their data by understanding market trends and customer needs. This allows them to stay ahead of competitors. Here’s why data analytics is important: Organizations can partner with data analytics companies to identify potential risks and take measures to mitigate those risks. These data analytics companies provide organizations with data-driven insights, enabling them to make informed decisions based on factual information rather than assumptions. By identifying inefficiencies, data analytics helps organizations to optimize their processes, reduce costs, and allocate resources effectively. Analyzing customer data makes it easy to understand preferences and behaviors so that businesses can offer personalized services and enhance customer satisfaction. MENA’s Top 11 Data Analytics Companies (Exclusive List) DataToBiz DataToBiz is a data analytics company offering a rich array of data engineering services focusing on Microsoft Azure, AWS, and Google Cloud. Their team of professionals helps organizations manage, process, and analyze large volumes of data effectively. The company also offers strategic consulting to help organizations define and architect data strategies that align with their goals. Moro Hub Moro Hub, a subsidiary of Digital DEWA (Dubai Electricity and Water Authority), is a UAE-based digital data company that offers digital transformation and operational services. It offers various data analytics services designed to help organizations use their data for informed decision-making and strategic planning. Further, it helps you to make the most out of your data assets by offering data engineering consulting, integrating various data sources seamlessly, and processing them to derive actionable insights. LRB Infotech LRB Infotech specializes in Big Data Analytics, helping businesses to transform raw data into actionable insights. By offering advanced solutions for data management, integration, and analysis, the company allows organizations to optimize operations, predict trends, and make informed decisions. The team has extensive expertise in predictive, descriptive, and prescriptive analytics, helping businesses to find patterns and identify upcoming challenges, and growth opportunities. Data Semantics Data Semantics is one of the best data analytics companies that specializes in using advanced technologies to streamline business operations. It helps organizations by delivering AI-driven solutions to extract meaningful insights and increase efficiency. The company provides a comprehensive suite of data analytics solutions that come with reporting and visualization capabilities, offering real-time insights for decision-making. Clariba Consulting With a presence of more than 24 years, Clariba Consulting is a prominent provider in the list of data analytics for businesses and data engineering companies. It aims to deliver advanced solutions that help organizations to harness their data effectively. The company offers tailored analytics and business intelligence services that help clients make informed decisions. One of its flagship products includes Delfos by SEIDOR, a virtual assistant that allows interaction with data, documents, systems, and processes through conversational AI. XenonStack XenonStack is a leading data analytics company with a focus on Big Data and real-time analytics services. The company provides comprehensive consulting services that help organizations to use their data through robust analytical capabilities. Some of their solutions include automated data ingestion, real-time insights, and business intelligence powered by tools like Power BI. These solutions enable organizations to streamline operations and enhance decision-making processes through insights obtained from large datasets. Beinex Beinex is a data analytics company that offers a rich range of services such as business intelligence, advanced analytics, risk management, and competitive intelligence. The company is known for its commitment to using innovative technologies to drive business success. Its advanced analytics and data engineering services enable organizations to analyze data, find patterns and trends, identify opportunities, predict outcomes, and mitigate risks. Mobcoder Launched in 2014, Mobcoder is a technology company that offers a wide range of services, including data analytics for businesses. With over 300 applications, the company is a reliable partner for organizations looking to use technology for growth and efficiency. Its data analytics services help you gain insights and make informed decisions by transforming raw data into meaningful intelligence. Some of its analytical offerings include Big Data, data warehousing, dynamic reporting, and NLP. Accenture Accenture is a global leader in data analytics and offers comprehensive solutions that empower organizations to use their data sets effectively. With a focus on digital transformation, it integrates advanced analytics into its offering, thereby helping businesses across various industries. The company also offers data strategy consulting, data management, and architecture strategies. Some of its main services include modernizing legacy systems and developing cloud-based data architectures. Cognizant Cognizant is a prominent player in the field of data analytics and offers solutions for data ingestion, storage, advanced analytics, and AI-driven insights. Its services help organizations with advanced DataOps, automation, and AI-driven insights. The company also offers next-generation data ecosystems that democratize access to data, thereby allowing businesses to

Yashica Chopra
December 18, 2024
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Your 10 Step Guide to Data Domination in 2025

Data domination allows businesses to make informed and data-driven decisions using real-time actionable insights. Here, we’ll discuss the guide to data domination through tailored data engineering services for your business. Data domination is the process of streamlining and effectively managing datasets to benefit from the data-driven model and make proactive decisions. It is a blueprint to implement data engineering and management solutions in your enterprise. So does it mean data engineering necessary is in 2025? Absolutely! Statistics show that the global big data and data engineering market will be $75.55 billion in 2024 and expected to reach $169.9 billion by 2029 at a CAGR (compound annual growth rate) of 17.6%. It is evident data engineering services are not only necessary for 2025 but will continue to play a prominent role even afterward. Of course, data domination is easier said than done. You should consider many factors like data collection methods, data ingestion, safe and secure data storage, long-term maintenance, troubleshooting, etc. Not addressing these concerns can lead to failed data management systems. That would be counterproductive, isn’t it? Luckily, you can overcome these challenges and more by partnering with a reliable data engineering company. Hire experts from the field to mitigate risks and increase your success rate. Let’s check out the detailed guide to data domination in 2025. Before that, we’ll find out how to overcome the challenges in data engineering. Challenges for Data Domination and How to Overcome Them As per Gartner, poor data quality leads to a loss of $15 million annually for businesses around the world. Avoiding this and many other pitfalls is easy when you make informed decisions. By overcoming these challenges, you will be several steps closer to data domination and gain a competitive edge. Data Ingestion Data ingestion refers to feeding data from multiple sources into your systems. It is one of the initial steps of data engineering solutions. The data ingested is then cleaned, processed, and analyzed to derive insights. A few challenges you might face are as follows: These issues can be sorted by in-depth planning. Instead of immediately connecting the data sources to your systems, take time to identify the right sources and set up data validation and cleaning processes (ETL and ELT). Automate the process to save time and reduce the risk of human error. Determine your budget and long-term goals when deciding the data ingestion method. Migrate to cloud platforms for better infrastructure support. Data Integration Data integration depends on how well the various software solutions, applications, and tools used in your enterprise are connected to each other. Naturally, data will be in different formats and styles depending on the source. A few more challenges are listed below: For seamless data integration, you should first create a data flow blueprint. Then, identify software solutions that are not compatible with others (legacy systems) and modernize or replace them. Since you have to integrate different data types (structured, unstructured, and semi-structured), you should invest in data transformation tools. Azure data engineering services cover all these and more! Data Storage The biggest concern about data storage is scalability. With so much data being collected in real time, where will you store it? Moreover, how much can your data storage centers handle the load? What to do with old data? How hard will it be to retrieve data from the storage centers? Here are more challenges to consider: Choosing the wrong data storage model can adversely affect the entire data engineering pipeline. Migrating to cloud servers is an effective way to overcome these roadblocks. For example, Azure, AWS, or Google Cloud platforms offer flexible, scalable, and agile data warehousing solutions. You can set up a customized central data warehouse that can be upgraded whenever necessary. A data warehouse is capable of handling large datasets and can quickly respond to queries. Data Processing Traditional data processing tools cannot handle diverse data. They also cannot process large datasets quickly. Processing data from silos can lead to data duplication and reduce the accuracy of the results. There are more data processing concerns, such as: Modern problems require modern solutions. Instead of struggling with traditional tools, switch over to advanced technologies and AI-powered data processing tools. Similarly, data silos have to be replaced with a central data repository like a data warehouse or a data lake. Partnering with AWS data engineering companies will help you identify the right tools and technologies to process data in real time and share the insights with employees through customized data visualization dashboards. Data Security and Privacy Data brings more challenges with it. After all, you are using data that includes confidential information about your customers, target audiences, competitors, and others. How to ensure this data is safe from hackers? How to avoid lawsuits from others for using their data for your insights? Common data security concerns are: Data security should be included as a part of data warehousing services. Data encryption, data backup, disaster recovery management, authorized access to stakeholders, security surveillance, security patch management, and employee training (to create awareness about cyber threats), etc., are some ways to overcome these challenges. The service provider will also create a detailed data governance guide to provide the framework for regulatory compliance. 10-Step Guide to Data Domination in 2025 Step 1: Define Business Goals Always start at the beginning. Lay the foundations clearly and carefully. What do you want to achieve through data domination? How will your business improve through data engineering? What are your long-term objectives? Be detailed in defining the business goals so that your stakeholders and service providers understand the requirements. Step 2: Hiring a Data Engineering Company Data domination is not an easy task. It’s a multi-step and continuous process that requires expertise in different domains. While you can build a team from scratch by hiring data engineers, it is cost-effective and quick to hire data engineering or a data warehousing company. Make sure it offers end-to-end services and works remotely. Step 3: Create a Data Domination Strategy

Yashica Chopra
November 03, 2024
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9 Building Blocks of Data Engineering Services – The Fundamentals

Data engineering is the key for businesses to unlock the potential of their data. Here, we’ll discuss the fundamentals aka the building blocks of Data Engineering Services, and the role of data engineering in helping businesses make data-driven decisions in real time. Data engineering services are gaining demand due to digital transformation and the adoption of data-driven models in various business organizations. From startups to large enterprises, businesses in any industry can benefit from investing in data engineering to make decisions based on actionable insights derived by analyzing business data in real-time. Statistics show that the big data market is expected to reach $274.3 billion by 2026. The real-time analytics market is predicted to grow at CAGR (compound annual growth rate) of 23.8% between 2023 and 2028. The data engineering tools market is estimated to touch $89.02 billion by 2027. There’s no denying that data engineering is an essential part of business processes in today’s world and will play a vital role in the future. But what is data engineering? What are the building blocks of data engineering services? How can it help your business achieve your goals and future-proof the process? Let’s find out below. What are Data Engineering Services? Data engineering is the designing, developing, and managing of data systems, architecture, and infrastructure to collect, clean, store, transform, and process large datasets to derive meaningful insights using analytical tools. These insights are shared with employees using data visualization dashboards. Data engineers combine different technologies, tools, apps, and solutions to build, deploy, and maintain the infrastructure. Data engineering services are broadly classified into the following: Azure Data Engineering Microsoft Azure is a cloud solution with a robust ecosystem that offers the required tools, frameworks, applications, and systems to build, maintain, and upgrade the data infrastructure for a business. Data engineers use Azure’s IaaS (Infrastructure as a Service) solutions to offer the required services. Finding a certified Microsoft partner is recommended to get the maximum benefit from Azure data engineering. AWS Data Engineering AWS (Amazon Web Services) is a cloud ecosystem similar to Azure. Owned by Amazon, its IaaS tools and solutions help data engineers set up customized data architecture and streamline the infrastructure to deliver real-time analytical insights and accurate reports to employee dashboards. Hiring certified AWS data engineering services will give you direct access to the extensive applications and technologies in the AWS ecosystem. GCP Data Engineering Google Cloud Platform is the third most popular cloud platform and among the top three cloud service providers in the global market. From infrastructure development to data management, AI, and ML app development, you can use various solutions offered by GCP to migrate your business system to the cloud or build and deploy a fresh IT infrastructure on a public/ private/ hybrid cloud platform. Data Warehousing Data warehousing is an integral part of data engineering. With data warehousing services, you can eliminate the need for various data silos in each department and use a central data repository with updated and high-quality data. Data warehouses can be built on-premises or on remote cloud platforms. These are scalable, flexible, and increase data security. Data warehousing is a continuous process as you need to constantly collect, clean, store, and analyze data. Big Data Big data is a large and diverse collection of unstructured, semi-structured, and structured data that conventional data systems cannot process. Growing businesses and enterprises need to invest in big data engineering and analytics to manage massive volumes of data to detect hidden patterns, identify trends, and derive real-time insights. Advanced big data analytics require the use of artificial intelligence and machine learning models. 9 Building Blocks of Data Engineering Services Data Acquisition Data ingestion or acquisition is one of the initial stages in data engineering. You need to collect data from multiple sources, such as websites, apps, social media, internal departments, IoT devices, streaming services, databases, etc. This data can be structured or unstructured. The collected data is stored until it is further processed using ETL pipelines and transformed to derive analytical insights. Be it Azure, GCP, or AWS Data Engineering, the initial requirements remain the same. ETL Pipeline ETL (Extract, Transform, Load) is the most common pipeline used to automate a three-stage process in data engineering. For example, Azure Architecture Center offers the necessary ETL tools to streamline and automate the process. Data is retrieved in the Extract stage, then standardized in the Transform stage, and finally, saved in a new destination in the Load stage. With Azure Data Engineering, service providers use Azure Data Factory to quickly build ETL and ELT processes. These can be no-code or code-centric. ELT Pipeline ELT (Extract, Load, Transform) pipeline is similar but performs the steps in a slightly different order. The data is loaded to the destination repository and then transformed. In this method, the extracted data is sent to a data warehouse, data lake, or data lakehouse capable of storing varied types of data in large quantities. Then, the data is transformed fully or partially as required. Moreover, the transformation stage can be repeated any number of times to derive real-time analytics. ELT pipelines are more suited for big data analytics. Data Warehouse A data warehouse is a central repository that stores massive amounts of data collected from multiple sources. It is optimized for various functions like reading, querying, and aggregating datasets with structured and unstructured data. While older data warehouses could store data only tables, the modern systems are more flexible, scalable, and can support an array of formats. Data warehousing as a service is where the data engineering company builds a repository on cloud platforms and maintains it on behalf of your business. This frees up internal resources and simplifies data analytics. Data Marts A data mart is a smaller data warehouse (less than 100GB). While it is not a necessary component for startups and small businesses, large enterprises need to set up data marts alongside the central repository. These act as departmental silos but with seamless connectivity

Yashica Chopra
October 16, 2024
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Is Azure Infrastructure as a Service The Future of Cloud Computing?

Microsoft Azure is one of the top three cloud computing platforms used by various business organizations. Here, we’ll discuss the basics, use cases, benefits, and examples of Azure infrastructure being the future of cloud computing. Microsoft Azure is a popular cloud platform with an extensive ecosystem of tools, technologies, applications, storages, frameworks, etc., useful for diverse requirements. It is among the top three cloud solutions in the global market. According to statistics, Azure’s market share reached 24% in 2024, and the customer base grew by 14.2% from 2023. Since its launch in 2010, Azure has been a tough competitor. Azure, AWS (Amazon Web Services), and Google Cloud continue to be the top three cloud platforms for SaaS, PaaS, and IaaS solutions. The 2024 Azure Market Report states that Azure has 350,000 customers for cloud computing services. Azure infrastructure as a service (IaaS) can streamline business processes across all verticals and reduce the pressure of maintaining and upgrading the systems on-premises. But what are Azure infrastructure services? Where do data engineering services come into the picture? How can Azure IaaS help a business? Let’s find out in this blog. What is IaaS on Azure? Infrastructure as a service (IaaS) is a cloud computing service where the entire IT infrastructure (storage, networking, backup, applications, virtual machines, etc.) is hosted on a remote cloud server. It allows businesses to save money through the pay-on-demand pricing model. Businesses can reduce the expenses of maintaining the data silos in each department and upgrading the hardware periodically. With IaaS, organizations also gain access to real-time insights and can quickly embrace advanced technologies. Azure infrastructure as a service encourages flexibility, scalability, and reliability of the IT system in an enterprise. From a startup to an established enterprise, any business can invest in Azure IaaS and build a robust cloud-based IT infrastructure. Existing setups can be migrated to the cloud, or a new infrastructure can be built and deployed on the Azure cloud. This depends on various factors like business requirements, timeline, budget, legacy systems, long-term objectives, etc. Testing, implementation, integration, storage, data backup and recovery, web app development, etc., are a part of the services. Since it is a complex process, most organizations prefer collaborating with certified Microsoft Azure partners to handle the task. This ensures complete access to the tools and apps in the Microsoft marketplace and the necessary expertise to keep things running seamlessly. A certified partner has the necessary experience and skills to customize Azure cloud infrastructure to suit the business needs. What is Azure Data Engineering? Data engineering is the process of designing, building, and maintaining data systems to collect, store, and analyze large datasets and derive meaningful real-time insights. It combines many responsibilities and the core part of the data-driven model. Azure data engineering services are provided by certified data engineers who offer end-to-end support in managing data and data systems on the cloud. An Azure data engineer will integrate, transform, and consolidate data from multiple sources to make it possible to derive insights. From building data pipelines to handling structured, semi-structured, and unstructured data in large quantities and helping stakeholders understand the analytical reports, a data engineer has much to do. Data engineering companies also offer Azure IaaS solutions and help businesses build the data warehouse/ data lake on the cloud platform. The experts create the necessary system connections to make the insights accessible to employees through customized dashboards. This helps in making proactive data-driven decisions. Benefits of Azure Infrastructure as a Service (IaaS) Enhanced Data Security and Encryption Azure infrastructure encryption offers built-in security features and capabilities to keep the business data and systems safe from unauthorized access. It also helps organizations adhere to data privacy regulations based on geographical location and industry standards. With Azure, businesses can reduce the risk of cyber threats and protect user data. Centralized and Cloud-Based Infrastructure Maintaining individual IT systems with data scattered throughout the enterprise is not only cost-intensive but also stressful. This reduces data quality and can result in outdated or incorrect insights. With Azure infrastructure as a service, organizations can build a unified and centralized IT infrastructure that anyone in the enterprise can access. It is a simplified and efficient way to run the business processes. Fewer Hardware Maintenance Costs Maintaining legacy systems can be a costly exercise for businesses as they become outdated over the years and will no longer be compatible with new technologies. Organizations have to periodically invest in new hardware and pay for maintenance services to make sure they can access the latest tools in the market and gain a competitive edge. By switching over to Azure infrastructure as a service, most business hardware can be eliminated. Employees access the virtual machines from their devices and can work remotely. Streamlined Operations One of the biggest advantages of data engineering services and IaaS is automation. Instead of wasting time and resources on manually performing repetitive actions, businesses can automate even complex tasks. This reduces the workload on employees and minimizes the risk of human error. Additionally, the workflows are streamlined into an order that maximizes efficiency without compromising quality or control. Remote and Restricted Access Remote working has become a norm in recent times. Employees have to have access to business systems, data, tools, and dashboards irrespective of their location. At the same time, people without authorization (hackers, scammers, etc.) should not be allowed to gain control over the business processes. Azure IaaS balances these two aspects with ease. It encourages remote collaboration between teams but also provides restricted access to confidential data. Standardized Applications Azure infrastructure as a service encourages the standardization of business processes and applications by developing a unified platform to manage all tasks and systems. Furthermore, the third-party apps and tools belong to the Microsoft ecosystem and follow the same standards. This results in improving consistency in performing day-to-day activities and achieving the desired results every time. Flexibility and Scalability Another benefit of Azure infra developer is the flexibility it offers to businesses. The

Manpreet Kaur
October 14, 2024
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Modern Data Engineering 101 – Benefits, Use Cases, Examples!

This blog talks about modern data engineering 101 and how organizations are using it to their advantage to extract the full potential of their data. We’ll discuss its benefits and relevant examples of how data engineering services have transformed various industries. Data engineering plays an important role due to the large data volumes and increasing dependence on data-driven decision-making. The global big data analytics market size was valued at USD 307.51 billion in 2023 and is expected to grow from USD 348.21 billion in 2024 to USD 924.39 billion by 2032 at a CAGR of 13%. “Data as a product is very different from data as an asset. What do you do with an asset? You collect and hoard it. With a product, it’s the other way around. You share it and make the experience of that data more delightful.” – Zhamak Dehghani, author of Data Mesh, Delivering Data Value at Scale. In this blog, we’ll discuss modern data engineering and how organizations are using it to make the most out of their data. What is Modern Data Engineering? Modern data engineering includes building, managing, and optimizing scalable data pipelines to handle large volumes of data from multiple sources. It processes data in real-time and uses cloud-based architectures and tools. These tools support data integration, transformation, and storage for advanced analytics and decision-making. Importance of Modern Data Engineering Data engineering helps organizations handle and organize data so that data analysts and scientists can easily analyze it. Here’s why data engineering services are important: The main part of data engineering involves managing data pipelines and ETL (Extract, Transform, and Load) processes. Data engineers build and maintain these pipelines to ensure clean and valid data is available to data analysts. This helps teams access data easily, gain insights, and make informed decisions, enhancing business growth and output. Benefits of Modern Data Engineering Imagine you’re trying to get the most out of your data, but it’s scattered all over the place. That’s where data engineering comes in. Now let’s understand some benefits data engineering solutions bring with them. Use Cases of Modern Data Engineering Some of the potential use cases of data engineering I’ve seen are: Personalized recommendations Subscription-based streaming services such as Netflix and Amazon Prime offer personalized recommendations to their viewers. These companies collect and organize user data and use machine learning to offer personalized recommendations. Fraud detection Banks and financial institutions use data engineering to prevent fraud. They gather vast amounts of transaction data, and with the help of advanced algorithms, they can spot suspicious patterns in real-time, preventing fraud before it even takes place. Predictive maintenance Manufacturing companies use data engineering to keep machines running smoothly. The sensors on equipment collect data continuously, and engineers use these insights data to predict when a machine may fail, preventing breakdowns. Customer behavior analysis eCommerce store owners can track customer purchases, their preferences, and browsing behavior. Further, they analyze these trends with the help of data engineering to create personalized marketing campaigns to offer personalized recommendations. This is the reason why you often see ads for things you’re interested in since the companies already have relevant data to target you. Real-time data analysis Businesses can collect, clean, and verify data through automated data pipelines. This makes it easy for data analysts to centralize large volumes of data by breaking down silos and making informed and strategic decisions. Businesses can detect trends, respond to market changes, and optimize their operations for better returns. Machine learning Machine learning uses large amounts of data to train artificial intelligence (AI) models and make them more accurate. Data engineers use data pipelines to transport data across different sources, ensuring it’s clean and ready for analysis. These data models are used in various applications, from personalized recommendations to fraud detection, and much more. Skill Set of Modern Data Engineer The skill set of a modern data engineer includes the following data engineering tools, technologies, programming languages, and frameworks: Database management systems: Data processing frameworks: ETL tools: Cloud platforms: Data warehousing solutions: Programming languages: Frameworks and methodologies: How do Data Teams Implement Modern Data Engineering? Data engineers integrate all your data into models that support operations and analytics, enabling your company to extract data-driven insights. Further, they understand existing infrastructure and data needs and offer personalized solutions and services to help you make the most of your data. They use different data engineering tools to consolidate data from multiple sources to manage data efficiently. The data teams create data models and algorithms that ensure these models are fully functional and work smoothly. How Does Modern Data Engineering Work? Data engineering involves designing and building data pipelines that convert raw, unstructured data into organized datasets. These pipelines are important elements for a reliable data system, built to meet specific needs of businesses. Data engineers manage data pipelines to ensure users get accurate and reliable data. The data integration pipeline has the following steps: Best Practices for Modern Data Engineering Conclusion Data engineering is no longer optional today, it has become a necessity. By converting data into meaningful actionable insights, data engineering helps businesses to make data-driven decisions. This not only enhances operational efficiency but also helps you deliver customized experiences quickly. Data teams not only add more value but also facilitate the development of the right solutions for various problems. People Also Ask (FAQs) What is modern data engineering? Modern data engineering includes designing, building, and maintaining scalable and efficient data systems. These systems support business intelligence, analytics, and data-driven decision-making by using advanced tools and practices to process vast amounts of data from various sources in real-time. What is the latest in modern data engineering? Some trends in data engineering that are popular now and will continue include: What is the salary of a modern data engineer? According to Glassdoor, the average salary for a data engineer in the United States is $1,31,939 per year. They typically get additional cash compensation, averaging $27,346 and ranging between $20,509 and