Serverless Data Warehousing in AWS: A Deep Dive for Advanced Users

Data warehouses have an older design, which becomes stifling in a world where information and data escalate at an exponential pace. Just try to picture hundreds of hours dedicated to managing infrastructure, fine-tuning the clusters to address the workload variance, and dealing with significant upfront costs before you get a chance to analyze the data.

Unfortunately, this is the best that one can expect out of traditional data warehousing methodologies. For data architects, engineers, and scientists, these burdens become a thorn in their side, reducing innovation by 30% and slowing the process of gaining insights from increasingly large data sets by up to 50%.

Serverless Data Warehousing: A Revolution for the Modern Data Master

But what if there was a better way? Serverless data warehousing is a new concept, and it provides a revolutionary solution away from the chaining constraints that come with managing complex infrastructure.  Think about the future, where servers are self-provisioning and can scale up or down based on the load. A world where one pays only for the resources consumed or needed, excluding hefty charges and data investments.

Serverless data warehousing opens up this very possibility. By leveraging the power of the cloud, data engineers or scientists can focus on what truly matters: turning collected information into insights from which organizations can make relevant decisions and gain benefits.

Building a B2B Serverless Data Warehouse on AWS: Recommended Design Patterns

As data architects and engineers, we need to see the importance of proper data pipelines for solid B2B analytics and insights. In this case, serverless data warehousing on AWS remains a suitable solution due to its flexibility and affordability. Now, let us explore the proposed design patterns for creating your B2B serverless data warehousing architecture.

Data Ingestion Pipeline

The building block is to create a proper data ingestion process that feeds into the ‘real-time’ layer. Here, the AWS Kinesis Firehose stands out. It is a fully managed service that can integrate streaming data in real-time from B2B sources like your CRM or ERP system. Firehose consumes the data and directs it to storage layer S3, which is a low-cost storage layer for storing raw and processed data.

Data Transformation and Orchestration

In most cases, transformations are made when extracting value from raw data. Enter AWS Glue as the serverless ETL (extract, transform, load) solution. Glue allows you to fulfill data transformations with Python scripts and, at the same time, manage all the stages of data ingestion. This helps in the proper flow of data from B2B sources to the data warehouse without any hitches.

Data Storage and Catalog

Amazon S3 can be considered the foundation of your data store or data lake. This fast-scaled-out object storage service is an economical solution to store all the B2B data, both in its raw and transformed forms. Also, manage and use the AWS Glue Data Catalog effectively. This centralized metadata repository reduces the problem of finding your data by making data search easy by presenting a list of the data stored in S3 in a catalog.

To Know More, Read Full Article @ 

Related Articles -

celebrating women's contribution to the IT industry

Rise of Deepfake Technology

Trending Category - Mobile Fitness/Health Apps/ Fitness wearables

Real-time Analytics: Business Success with Streaming Data

As the business world revolves around globalization and faster results, top executives, data analysts, and even marketing managers look forward to real-time analytics. It enables them to harness the power of streaming data in their business and gain a vast amount of valuable information that can inspire the growth of the business.

A manufacturing giant takes global production to the next level by leveraging real-time analytics to predict equipment breakdowns before they happen, boosting productivity across all departments. This is the power of real-time analytics and this is where the real potential for any business is hidden: the potential to turn into the industry leader.

Real-time analytics enables you to possess the flexibility and vision to trump your rivals while building toward stable revenue decades ahead.

What is Real-time analytics and streaming data?

Real-time analytics could be defined as data analysis that takes place with maximum efficiency, and within a short period, which will allow businesses to constantly adapt to events and make the correct decisions based on that data.

Real-time analytics uses streaming data as its primary source for feeding data into the analysis process. It is a stream of data that emanates from numerous sources, such as sensors, social sites, customers, and monetary transactions, for example. While the traditional batch method has a rigid approach that analyzes data at fixed intervals, streaming data analysis occurs on the spot from time to time.

This blog is your roadmap to making sense of real-time analytics, streaming data, and what’s next. Here, we will discuss and give evidence of the benefits that users will realize from this technology, review the enabling technologies required for real-time analytics, and explain, in detail, the different elements that are required to achieve reliable big data real-time analytics within organizations.

Real-time Analytics and Streaming Data in Depth

The ability to digest information as it is received and not wait longer is very useful in today’s information society. This is where real-time analytics comes in.

It elaborates on the results being acquired instantly, which allows for a flexible and immediate response to the needs of the business.

What is Real-time Analytics?

Real-time analytics is a way of getting insights from data as soon as it arrives. Real-time, in the context of big data, refers to analytics that are provided once the data has been processed, but without the delays of traditional batch processing.

Real-time data visibility helps businesses respond to events in real-time, make timely decisions, and formulate strategies, especially when they notice deviations from the normal trend.

To Know More, Read Full Article @ 

Related Articles -

Data Literacy in the Digital Age

AI-Powered Wearables in Healthcare sector

Trending Category - IOT Smart Cloud

How AI Augmentation Will Reshape the Future of Marketing

Marketing organizations are increasingly adopting artificial intelligence to help analyze data, uncover insights, and deliver efficiency gains, all in the pursuit of optimizing their campaigns. The era of AI augmentation to assist marketing professionals will continue to gain momentum for at least the next decade. As AI becomes more pervasive, this shift will inevitably reshape the makeup and focus for marketing teams everywhere.

Humans will retain control of the marketing strategy and vision, but the operational role of machines will increase each year. By 2025, it is projected that 70% of lower-level administrative duties will largely disappear as artificial intelligence tools become more deeply entwined in the operations of marketing departments. Similarly, many analytical positions will become redundant, with smart chatbots expected to assume up to 60% of daily responsibilities.

However, the jobs forecast is not all doom and gloom because the demand for data scientists will explode. The ability to aggregate and analyze massive amounts of data will become one of the most sought-after skillsets for the rest of this decade. By 2028, the number of data science positions is expected to grow by 30%, remaining immune to economic pressures. These roles will be less susceptible to budget cuts, highlighting the critical importance of data analysis in the evolving marketing landscape.

Effects of the AI Rollout on Marketing Functions

As generative AI design tools are increasingly adopted, one thorny issue involves copyright protection. Many new AI solutions scrape visual content without being subjected to any legal or financial consequences. In the year ahead, a lot of energy and effort will be focused on finding a solution to the copyright problem by clarifying ownership and setting out boundaries for AI image creation. This development will drive precious cost and time savings by allowing marketing teams to embrace AI design tools more confidently, without the fear of falling into legal traps.

In addition, AI will become more pivotal as marketing teams struggle to scale efforts for customer personalization. The gathered intelligence from improved segmentation will enable marketing executives to generate more customized experiences. In addition, the technology will optimize targeted advertising and marketing strategies to achieve higher engagement and conversion levels.

By the end of 2024, most customer emails will be AI-generated. Brands will increasingly use generative AI engines to produce first drafts of copy for humans to review and approve. However, marketing teams will have to train large language models (LLMs) to fully automate customer content as a way of differentiating their brands. By 2026, this practice will be commonplace, enabling teams to shift their focus to campaign management and optimization.

To Know More, Read Full Article @ 

Related Articles -

Future of QA Engineering

Mental Healthcare with Artificial Intelligence

Trending Category - IOT Smart Cloud

Unlock the Power of Artificial Intelligence With Product Management Certifications

Today, in the field of technology, product management is rapidly changing because of artificial intelligence (AI) and machine learning (ML). With these quick advancements in technology and the ever-growing reliance on data-driven decision-making, product managers find themselves at odds; they must forget old ways to learn new ones that fit into this digital age.

Rather than simply managing cutting-edge products or services developed by others, a product manager in today’s IT organization should be viewed as someone who can transform everything about them using any new technique or technology available while also engaging stakeholders like never before.

This article gives an overview of what the digital world means for you as a product manager and some popular certifications in this area.

The Role of Product Managers in the Digital World

Product managers should know the different technologies that are currently being used to process data, understand what each one does best, and how they can be applied.They need not only technical skills but also business acumen to identify many areas where innovation is possible within an organization through the use of data-driven strategies. These strategies will then guide them towards coming up with insights that will push for invention around those areas, leading to the successful launch of new products or services under their control.

Data Analysis and Interpretation

Product managers need to analyze large and complex datasets and identify trends, patterns, and insights to make informed decisions on product development optimization. They also need to collaborate with data scientists to develop product models, perform necessary statistical analysis, and conduct A/B testing.

Product Vision and Strategy

The PM needs to work closely with different teams, which include business stakeholders, data scientists, and software engineers, to identify the product vision and roadmap. Along with that, PM needs to develop business cases to create a data-driven presentation and communicate the product vision and strategy to their stakeholders.

User Experience and Design

Collaboration with UI and UX designers to create user-friendly and intuitive interfaces that enable customers to interact with data-driven services and products. The product managers need to conduct user research and usability testing to comprehend the customer’s needs and preferences and develop user personas and journey maps to inform product development and optimize UX. Let’s use an understanding of the top four trending product management certification courses that product managers can consider to build a strong portfolio in the competitive market.

To Know More, Read Full Article @ 

Related Articles -
Democratized Generative AI

Top 5 Data Science Certifications

Trending Categories - AI Identity and access management

Can Leaders Leverage Digital Technology to Drive Environmental Sustainability?

We are well aware that in recent times, climate change has impacted the economic, social, and environmental systems across the planet, and unfortunately, its consequences are expected to continue in the future.

It has been witnessed that cities in the United States, Philippines, China, and Madagascar are facing warmer, drier, and wetter climates, resulting in natural hazards; these extreme weather events have affected 145,000 human fatalities across cities, as they invite seasonal diseases, drought, famine, and even death.

Therefore, with these adversities in mind, meteorological departments and governments across the country have started taking advantage of technologies such as artificial intelligence (AI) and machine learning (ML) that have the potential to protect the environment.

Air Quality Monitoring

The precise real-time air quality assessments are based on data analysis from smart sensors, enabling scientists and engineers to take prompt action in areas with high pollution levels. The ML models also come in handy for forecasting potential pollution levels based on various factors and, thus, taking proactive actions to mitigate air pollution.

Read about The Convergence of Artificial Intelligence and Sustainability in the IT Industry

Industry Leaders’ Perspectives on AI and Environment Sustainability

When it comes to introducing AI-driven sustainability initiatives, leaders should ensure that all stakeholders are on board with the idea and must collaborate and think about this issue as a collective thing.

Having a long-term vision is essential, as companies sometimes focus on immediate benefits that will help increase profit in the next quarter. But when companies start incorporating environmental, societal, and financial variables, it will help C-suites get a clear picture and give thought to the long-term implementation of sustainability and technology.

For any environmental and sustainability initiative, the C-suites must have a strategic vision with robust leadership and stakeholders’ commitment to developing a more resistant and structured plan that will help in creating sustainable business with improved outcomes for the customer and society.

Read about The Role of CTOs in Integrating the Environmental, Social, and Governance Journey

The role of AI in environmental sustainability will have a wide role in the future, as it will not only involve handling and analyzing more complex datasets but also enabling environmental prediction.

Similarly, the integration of smart technology with the Internet of Things (IoT) will allow organizations to collect data and focus on enhancing environmental monitoring and resource management. To accelerate the development and adoption of AI-based solutions for environmental challenges, enterprises need to collaborate with every government, business, academia, and NGO at both local and global levels, as their expertise and knowledge will help in fostering innovation and investing smartly in tailored environmental applications.

Ultimately, the implementation of AI in addressing environmental challenges is just one part of the effort to transition to a more sustainable society.

 To Know More, Read Full Article @ 

Related Articles -

Spatial Computing Future of Tech

collaborative robots in healthcare

Trending Categories - Mobile Fitness/Health Apps/ Fitness wearables

Top 5 Data Science Certifications to Boost Your Skills

As we have stepped into the digital world, data science is one of the most emerging technologies in the IT industry, as it aids in creating models that are trained on past data and are used to make data-driven decisions for the business.

With time, IT companies can understand the importance of data literacy and security and are eager to hire data professionals who can help them develop strategies for data collection, analysis, and segregation. So learning the appropriate data science skills is equally important for budding and seasoned data scientists to earn a handsome salary and also stay on top of the competition.

In this article, we will explore the top 10 data science certifications that are essential for budding or seasoned data scientists to build a strong foundation in this field.

Data Science Council of America (DASCA) Senior Data Scientist (SDS)

The Data Science Council of America’s (DASCA) Senior Data Scientist (SDS) certification program is designed for data scientists with five or more years of professional experience in data research and analytics. The program focuses on qualified knowledge of databases, spreadsheets, statistical analytics, SPSS/SAS, R, quantitative methods, and the fundamentals of object-oriented programming and RDBMS. This data science program has five trackers that will rank the candidates and track their requirements in terms of their educational and professional degree levels.

IBM Data Science Professional Certificate

The IBM Data Science Professional Certificate is an ideal program for data scientists who started their careers in the data science field. This certification consists of a series of nine courses that will help you acquire skills such as data science, open source tools, data science methodology, Python, databases and SQL, data analysis, data visualization, and machine learning (ML). By the end of the program, the candidates will have numerous assignments and projects to showcase their skills and enhance their resumes.

Open Certified Data Scientist (Open CDS)

The Open Group Professional Certification Program for the Data Scientist Professional (Open CDS) is an experienced certification program for candidates who are looking for an upgrade in their data science skills. The programs have three main levels: level one is to become a Certified Data Scientist; level two is to acquire a Master’s Certified Data Scientist; and the third level is to become a Distinguished Certified. This course will allow data scientists to earn their certificates and stay updated about new data trends.

Earning a certification in data science courses and programs is an excellent way to kickstart your career in data science and stand out from the competition. However, before selecting the correct course, it is best to consider which certification type is appropriate according to your education and job goals.

To Know More, Read Full Article @ 

Related Articles -

Deep Learning in Big Data Analytics

Explainable AI Is Important for IT

Explore Category - AI Identity and access management

Beyond Numbers: Unveiling the Power of Data Literacy in the Digital Age

As we have entered the digital era, data and analytics strategies (D&A) have become important, as these technologies can transform any business during a massive data spike. According to global research, it was observed that around 2.5 quintillion bytes of data are produced by IT companies every day; therefore, to understand the importance of data, every employee must be data literate.

For a better understanding of data, the Chief Data Officers (CDOs) play an important role in making every employee data literate, i.e., able to understand, share, and have meaningful insight into data.  

With this mindset, organizations can seamlessly adopt emerging and existing technologies and transform their business outcomes across all departments while fostering quality decision-making, innovation, and a better customer experience. The CDOs

In this exclusive AI TechPark article, we will discuss the evolution of data literacy and how it can transform any organization into a data-literate one.

Read more about The Value of the Chief Data Officer in the Data Governance Framework

The Evolution of Data Literacy in the Technological Era

In the past few decades, data literacy has experienced a significant transformation with the introduction of new technologies and the explosion of data. This shift has ignited from traditional data analysis to a modern era of big data that has redefined the way organizations can make data-driven decisions.

To analyze data, data scientists and analysts were confined to basic statistics and simple datasets. Even to analyze the data, data professionals needed more tools, narrow, small-scale datasets, and internal data sources. However, in the late 20th century, there were a lot of technological advancements, such as the introduction of data storage, big data, and cloud computing. This helped data scientists collect and process massive amounts of data from complex, unstructured datasets that could be further analyzed for deeper insight.

Read more about Navigating the Future With the Integration of Deep Learning in Big Data Analytics

As a result of these technological advancements, the power of data has become a center point for developing strategic planning and seamlessly operating business efficiency in the IT industry. Thus, data literacy becomes equally important to developing a data-literate workforce and ensuring that professionals harness the full potential of data for competitive advantage in the data-driven landscape.

Data is necessary, empowering at both individual and organizational levels by creating a pathway to harness real-world data-driven decision-making and data-driven organizational strategy.

In an era where artificial intelligence, data analysis, machine learning, and big data are driving critical business decisions and the ability to steer through complex datasets and extract business insights, data literacy is the epitome of enhancing employability, making informed business decisions, driving innovation, and gaining a competitive edge.

To Know More, Read Full Article @ 

Visit Related Categories

IOT Smart Cloud

Threat Intelligence & Incident Response

News - Marvell launches products, technology and partnerships at OFC 2024

AITech Interview with Chris Conant, Chief Executive Officer at Zennify

Chris, could you start by introducing yourself and your role at Zennify and sharing a little about your background in the finance and technology sectors?

I joined Zennify in April 2023 as Chief Executive Officer. I’m a customer success and IT services veteran with over 15 years of experience in the Salesforce ecosystem and 30 years in technology.

Most recently, I was the Senior Vice President of Customer Success at Salesforce. I led the North American Success team responsible for ensuring the retention and growth of the $15B customer base. Before that, I was the COO of Model Metrics (acquired by Salesforce in 2011) and was a board advisor to Silverline and 7Summits, services firms within the Salesforce ecosystem. I was privileged to advise them on scaling and company growth.

We have a fantastic opportunity at Zennify to push boundaries and change the way consulting is done, using AI and tools to accelerate implementations and customer time to value. We strive to be the top boutique Salesforce and nCino consultancy for financial services firms. I’m proud to be here at Zennify and to continue upholding our reputation as one of the go-to partners for financial institutions that want to see accelerated outcomes.

Why financial institutions should ban AI at their own risk:

Chris, you’ve raised the idea that financial institutions should not ban AI at their own risk. Could you elaborate on why you believe AI is crucial for the financial sector’s future and what potential risks they face by not embracing it?

AI has and will continue to impact the breadth, depth, and quality of products and services offered by financial institutions. There are multiple use cases for AI – and a lot of them focus on increased efficiencies. For example, teams can use AI to better predict and assess loan risks, improve fraud detection, provide better and faster customer support through smarter personalization, and analyze data in unstructured ways – all while reducing costs. These are use cases that would have typically taken more time and have more room for errors. Understanding and implementing AI thoughtfully leads to sustainable business growth and staying ahead of your competitors.

To Know More, Read Full Interview @

Read Related Articles:

Hadoop for Beginners

Information Security and the C-suite

Empowering Data-Driven Decisions: How AI Supercharges Business Intelligence

We are living in an era of change, where industries are changing their traditional way of managing and streamlining organizational goals. SMEs and SMBs are gradually gaining market share and developing well-known brands, eliminating the term monopoly, as any business with an appropriate data strategy can create its own space in this competitive landscape.

To stay competitive, businesses are attracted to two potential technologies: artificial intelligence (AI) and business intelligence (BI). Combined, they offer a powerful tool that transforms raw data into implementable insight by making data accessible to BI managers. This collaboration between AI and BI enables companies to steer large-scale data efficiently and make quick business decisions.

This article provides an overview of the current landscape of AI and BI, highlighting the evolution of BI systems after integrating artificial intelligence. 

The Synergy Between BI and AI

The partnership between artificial intelligence and business intelligence has become the backbone of the modern business world.

In this competitive market, businesses across all industries strive to drive innovation and automation as an integrated strategy that reshapes organizations from a mindset of data and data-driven decision-making.

When BI managers integrate AI into BI systems in businesses, it harnesses big data’s power, providing previously inaccessible insights.

Traditionally, BI systems were focused on historical data analysis, which was collected and analyzed manually with the help of a data team, which tends to be a tedious job, and businesses often face data bias.

However, AI-powered BI systems have become a dynamic tool that uses predictive analysis and real-time decision-making skills to identify market patterns and predict future trends, providing a more holistic view of business operations and allowing your organization to make informed decisions.

The current landscape of AI-driven BI is a combination of big data analytics, machine learning (ML) algorithms, and AI in traditional BI systems, leading to a more sophisticated tool that provides spontaneous and automated analytical results.

As the AI field diversifies, the BI system will mature continuously, posing an integral role in shaping the future of business strategies across various industries.

Artificial intelligence is transforming business intelligence in numerous ways by making it a powerful tool for BI managers and their teams to work efficiently and effectively and have access to a wider range of customers. Even small businesses and enterprises are trying their hands at AI-powered BI software, intending to automate the maximum work of data analytics to make quick decisions.

In the coming years, we can expect more potential use cases of AI-powered business intelligence software and tools, helping businesses solve the greatest challenges and reach new heights.

To Know More, Read Full Article @

Read Related Articles:

Edge Computing TrendsImportance of AI Ethics

AI-Powered Exploration for Breakthrough Ideas

In the current business landscape, artificial intelligence (AI) is revolutionizing the way companies conduct experiments across the organization. This transformative approach is not just about automating processes through robotics, but redefining the very essence of experimentation. AI’s capabilities in designing experiments, learning from outcomes, and moving beyond traditional A/B testing are opening new frontiers for businesses as it allows them to identify previously unavailable opportunities and drive innovation.

Expanding Beyond Traditional A/B Testing

The evolution of experiments with AI extends beyond the limits of conventional A/B testing, where singular outcomes are manually analyzed. AI enables the exploration of a myriad of micro-changes, each potentially leading to significant insights.

Unlike traditional methods where experiments are often binary, AI can test a multitude of variations simultaneously. This capability allows businesses to explore a vast array of options quickly. In the context of website optimization, instead of just testing two versions of a webpage, AI can simultaneously test hundreds of variations, analyzing how minute changes in design, content, or layout affect user engagement.

AI’s ability to test numerous variations also comes with the capacity to analyze and extract meaningful insights from these tests. This is crucial in environments where small changes can have significant impacts. For instance, in financial services, AI can test numerous investment strategies over vast data sets, quickly identifying approaches that yield the best returns under different market conditions.

Another critical aspect of AI-driven experimentation is its capability for real-time analysis and adaptation. Traditional experiments are often static with analysis occurring post-experiment. AI, however, can analyze data in real-time, adapting the experiment as it progresses. This is especially beneficial in fast-changing environments like social media, where consumer preferences can shift rapidly.

The integration of AI into experimental processes marks a paradigm shift in how businesses approach innovation and problem-solving. By assisting in designing experiments, learning from outcomes, and moving beyond traditional A/B testing, AI is enabling companies to explore a broader spectrum of possibilities.

To Know More, Read Full Article @

Read Related Articles:

Diversity and Inclusivity in AIImportance of AI Ethics

seers cmp badge