تمت ترقية تابلو إلى اصدار 2021.3: دع الاحتفالات تستمر من الربع الأخير

Tableau Cloud Manager

Tableau Cloud Manager is an enhancement to Tableau Cloud that allows customers to create and manage multiple Tableau sites with centralized management of licenses and users. Tableau Cloud Manager simplifies the expansion and administration of your cloud analytics environment, helps ensure you meet governance and data residency requirements and introduces new administrative efficiencies. The highlights of Tableau Cloud Manager are: 1. Expand analytics across your organization with multiple Tableau Cloud sites Tableau Cloud Manager enables Tableau Cloud customers to create and manage multiple sites in a single deployment. Additionally, Tableau Cloud Admins can deploy these sites in the regions of their choice. This functionality is particularly beneficial for global organizations with geographically dispersed teams. By allowing for the establishment of region-specific sites, Tableau Cloud Manager enables tailored analytics experiences that cater to the unique needs and compliance requirements of every team in your organization. Your Tableau Cloud edition determines site limits: • Tableau Cloud (standard): up to 3 sites • Tableau Cloud Enterprise: up to 10 sites • Tableau+: up to 50 sites 2. Effectively manage multi-site deployments Tableau Cloud Manager acts as a layer atop your Tableau Cloud sites, offering centralized management features that help you scale your analytics operations. Customers who deploy multiple sites can manage sites and license users in one place, including granting users access to multiple sites without requiring distinct licenses for each site. 3. Enhance governance with a new Cloud Admin role Tableau Cloud Manager also introduces a new Cloud Admin role, a level above the traditional Site Admin. This allows for more flexibility in how your organization manages and governs your analytics environment based on your unique needs. A smaller organization may employ the same person as a Cloud Admin and a Site Admin. For larger organizations, your Cloud Admin could be someone in IT using higher-level administrative capabilities to implement more control and coordination across your Tableau Cloud sites.

Multiple External Identity Providers on a Site

You can now enable up to 20 identity providers on a single Tableau Cloud site. This feature allows administrators to offer secure access to external users, internal users, and partners. By using multiple identity providers, you can achieve site consolidation and simplify access for both internal and external users throughout the organization.

Table Viz Extension

Transform traditional reporting into visual analytics while addressing your users' needs. Tables are essential visualizations for analysts, allowing them to examine data as text and convey detailed information at a granular level. The Table Viz Extension, developed and maintained by Tableau, enables you to incorporate detailed tables and grid views into your dashboards for users who favor traditional reporting formats. You can load this new visualization type into your marks card, configure new columns by dragging fields onto the card, and interact with the table directly for customization.

Spatial Parameters

Tableau 2024.3 introduces the full Tableau experience for geospatial data with the support of Spatial Parameters. In addition to the standard parameter types (such as string and integer), authors can now choose a “Spatial” type. These parameters create rich, interactive dashboards that allow you to ask and answer questions about geospatial information. The Spatial type enables the parameter to capture spatial geometries—points, lines, and polygons representing locations, paths, and regions. With Spatial Parameters, end users can select individual points, which are then passed as input into calculations, facilitating dynamic behavior based on their selections. This functionality is similar to existing parameter behavior but is now extended to include spatial objects. Read more about spatial parameters: https://beinex.com/topics/spatial-parameters-enhancing-geospatial-analysis-and-adding-interactivity-to-your-maps/

Display Data Model for Published Data Sources

Gain a visual understanding of how tables within your data model are related to Published Data Sources. You can view the relationships between tables and fields in Tableau by simply clicking on the Data Source pane in a Tableau workbook. By enabling analysts to see and comprehend how tables in the data model are interconnected in Published Data Sources, they can confidently create accurate visualizations with a clear understanding of the data model's semantics.

Tableau Cloud App for Microsoft Teams

The new Tableau Cloud App for Microsoft Teams allows users to seamlessly integrate data-driven insights into their daily workflows, resulting in faster and more efficient decision-making. This integration enables real-time data sharing, making it easy for users to share their favorite Tableau dashboards and Pulse metrics without leaving Teams—in personal apps, messages, channels, and meetings. From there, they can analyze and share their insights in a message or channel. Pinned channel content is also available to explore in Teams meetings, providing a fully interactive experience. This promotes a more data-driven culture by ensuring everyone can collaborate effectively with access to the same data and analytics. Image source: https://www.tableau.com/products/new-features

How Beinex Can Assist You

Beinex, a premier Tableau partner, offers sustainable analytics solutions to organizations and enhances their internal data visualization capabilities through customized training programs. Our team of Tableau-certified consultants consists of experienced Tableau business users who are passionate about the platform and committed to delivering an exceptional experience. Connect with us to embrace transformation: https://www.beinex.com/free-tableau-software/

Snowflake summit 'The World of Data Collaboration' was held in Las Vegas, Nevada, June 13-16, 2022. It featured the first look at innovations coming to the Data Cloud. Over 200 lectures, practical labs, certification possibilities, and more than 200 Basecamp partners were included in the four-day data Snowflake Summit. Thousands of Snowflake's partners, clients, and industry colleagues were there to network, cooperate, and learn crucial information about Snowflake and new Data Cloud trends.

Here are the four most exciting of Snowflake's latest offerings:

1.Innovative data capabilities that save time and resources

The release of Snowpark for Python, which is currently in public preview, was one of the statements that received the most attention at the summit. Both streaming ingestions using the new Snowpipe Streaming and streaming pipelines with the launch of Materialised Tables generated a lot of interest. These new features demonstrate Snowflake's product philosophy, which strongly emphasises simplicity for partners and customers while delivering value. The declarative model is excellent since it only requires describing the change; Snowflake will handle the rest. They anticipate less data lag, more real-time features, and quicker decision-making.

A new workload, Unistore, that enables users to work seamlessly with transactional and analytical data together in a single platform stirred curiosity in the audience. Unistore can save time and effort in moving data from operational systems and help with low-latency machine learning (ML) inference scenarios. It provides snappy user interfaces, allowing teams to create real-time analytical queries on their transactional data and build transactional business applications directly on Snowflake and offers a unified approach to security and governance.

2.Creating, monetising, and using apps on the Data Cloud

The most intriguing news is the potential of the Snowflake Native Application Framework, which is now in private preview. Anyone may now create applications using the well-known Snowflake core functionality, share and earn money from them through Snowflake Marketplace, and deploy them directly inside a customer's Snowflake account. Customers may keep their data centralised and greatly simplify application acquisition and maintenance. In contrast, application suppliers will have quick visibility to thousands of Snowflake customers globally across the three major clouds. It was a piece of ground-breaking information for all parties.

Bidirectional and multi-source native apps developed by Informatica allow users to combine data from various cloud and enterprise platforms, including IBM, Microsoft, Salesforce, and SAP. So, Snowflake partners and customers can concentrate more on what to build and less on how to build it; Snowflake wants to make the building process more straightforward. Snowflake may not be able to foresee the entire extent of value creation and innovation that would result from this.

3.More options and cloud compatibility

As a customer-focused business, Snowflake constantly strive to strike a balance between giving our consumers options, streamlining processes, and lowering complexity. Providing a consistent user experience and simple governance for data housed in any of the three significant clouds is a crucial objective (AWS, Azure, and Google Cloud). With the help of the Snowflake platform, businesses may create their applications once and deploy them across several major cloud vendors' regions. Companies can migrate data—and now applications—easily between regions or clouds thanks to Snowflake's cross-cloud capabilities. You can use transactional consistency for failover and failback. For both customers and partners, Snowflake is offering a way to make the construction of cross-regional and cross-cloud experiences simpler.

Snowflake's ability to develop an app once and have it function flawlessly across various clouds and locations is a game changer. By enabling the Data Cloud to process data from S3-compatible storage systems, such as on-premises storage providers, Snowflake has also improved choice (currently in development). It also supports interoperability and open file formats as agents of choice. To that aim, Snowflake unveiled the presently under story Apache Iceberg Tables, which will let users select Iceberg as the persistence table type and Parquet as the file format, table by table.

4.Rich data experiences without sacrificing readability for data governance or security

Clients of Snowflake value the data governance and security provided by Snowflake as well as the release of numerous new features and enhancements are appreciated. For instance, with the assistance of Snowflake's new workload Cybersecurity, cybersecurity teams can easily break down data silos, resulting in improved visibility into security incidents, risks, and threats. In short, clients want to create reliable data products and openly share data without relinquishing control of or re-siloing their data. Snowflake accelerates the economic value cycle for partners, clients, and, quite honestly, by doing away with the trade-off.

Snowflake has planned to offer more services connected with data sharing, collaboration with clean data rooms, and Native Applications Framework.

Beinex's partnership with Snowflake

Beinex's partnership with Snowflake enables it to offer clients advanced features like automated tuning and elastic compute with unlimited decoupled computing capability, along with the analytics modernisation services, to help organisations realise exponential Return on Investment. We keep innovating for all our clients and to support businesses around the world to create more possibilities and quality services.

Key Trends in GenAI: Be Always in the Know

The latest GenAI trends can take your business by storm, bringing significant transformations, improvements, and competitive advantages powerfully as follows:

1. Hyper-personalized marketing: Marketing That Knows You Better

Imagine a world where every ad you see feels made just for you. Generative AI is making that happen by analyzing tons of data to understand your likes and dislikes. Businesses can now tailor their campaigns so perfectly that it’s almost spooky—in a good way! For example, AI can track your browsing history and suggest exactly the product you didn’t know you needed. It’s like having a personal shopper in your pocket. Plus, in education, platforms use AI to adapt lessons based on how well students do, making learning more effective and fun.

2. AI-driven automation: Getting Stuff Done Automatically

Let’s face it: no one likes spending hours on repetitive tasks. That’s where generative AI comes in. By 2025, it’s expected to automate up to 30% of business operations. Think about supply chain processes, scheduling, or managing employee requests—AI can handle everything. For instance, companies are already using AI to speed up inventory management or even predict what products will be in demand. And customer service? AI-powered bots can answer questions faster and better than ever.

3. Conversational AI: Chatbots That Understand You

If you’ve ever had to deal with a clunky chatbot, you know how frustrating it can be. But conversational AI is leveling up. By 2028, virtual assistants and chatbots will feel more like talking to a helpful human than a robot. They’ll be able to understand complex questions, respond in natural language, and even handle customer complaints like pros. Industries like healthcare and banking are already using this to make their customer service faster and more efficient. No more waiting on hold for hours!

4. Multi-Modal GenAI: AI That Gets All the Details

Generative AI is becoming more intelligent by combining different types of data—text, images, video, and even sound. This is called multi-modal AI, and it’s a big deal. Why? Because it can look at all these inputs together to give a complete picture. For example, retail companies use this technology to analyze how customers behave online and in-store. It helps them precisely recommend what customers want, whether a new outfit or a better grocery deal.

5. AI & Healthcare: A Big Boost for Healthcare

Generative AI is saving lives. Seriously. It’s helping doctors create personalized treatment plans by analyzing patient data, medical history, and test results. AI is also speeding up research, making discovering new drugs and treatments easier. More than 75% of healthcare companies are exploring AI. This means faster diagnoses, fewer errors, and more time for doctors to focus on their patients.

6. AI and Cybersecurity: Fighting Cybercrime Like a Pro

With the rise of digital threats, cybersecurity has become a top priority. Generative AI is stepping in to help by detecting suspicious activity before it becomes a full-blown attack. By 2027, AI-powered systems will drastically reduce false alarms, making it easier for companies to stay safe.

7. Ethics and Regulation: Keeping AI Ethical

As AI gets smarter, questions about how to use it responsibly are growing louder. Governments and companies are working to create rules that ensure AI is fair, safe, and doesn’t harm anyone. For example, the EU focuses on making AI ethical and transparent, while the U.S. takes a more flexible approach to encourage innovation. If you’re a business owner, now’s the time to ensure your AI practices are legal and ethical.

8. Decentralized AI: Better Privacy

What if you could use AI without worrying about your data being misused? That’s what decentralized AI aims to do. Using blockchain technology keeps your data private and secure, giving you more control over its use. This is especially important in sensitive industries like healthcare and finance.

9. GenAI and Business: Bringing Big Wins

In the business world, the true potential of generative AI lies in fine-tuning models to meet specific needs. By 2025, enterprises will hold the reins of AI, leveraging it to drive innovation. Success won't come from simply having vast amounts of data. It will hinge on adapting AI models to work seamlessly with that data. Customized multimodal LLM fine-tuning and evaluation datasets customized to specific use cases enable precise model training. This empowers businesses to unlock the full value of their data and maintain a competitive edge with AI.

10. Open-source models: Pushing Boundaries

This year marks a breakthrough for open-source AI models like Meta’s Llama, Mistral, and Google’s Gemma, offering affordability and accessibility that empower developers and small businesses to innovate. Open-source models like "Llama 3" enable companies to integrate AI seamlessly, transforming businesses of all sizes into AI-driven operations. Open-source fuels innovation and adoption, while closed-source models push AI's boundaries—both are vital for progress.

11. Human-in-the-Loop (HITL): Trend

Human-in-the-loop (HITL) is a key trend, emphasizing the integration of human feedback into Generative AI. This ensures that AI models align with ethical standards, cultural nuances, and real-world needs. HITL improves AI accuracy and fosters collaboration between human expertise and AI. By using HITL, organizations can harness the power of AI while maintaining control over outcomes. Our research also highlights how LLMs can generate inaccurate results without proper human oversight.

12. Agentic AI: Latest Addition

Agentic AI just popped up in mid-2024, the hottest topic for 2025. What's so special about it? This new kind of AI can operate independently, making decisions and acting without needing us to guide it at every step. This is quite different from older AI, which only did what we told it to. These AI agents are especially useful in customer service, where they can handle tasks more efficiently, saving time and increasing productivity, or in finance, where they quickly analyze data and offer recommendations.

13. AI in the Creative Industry: Taking the Lead

Generative AI isn’t just about data and numbers—it’s getting creative too! It’s used to design clothes, create digital art, and even compose music. Imagine a fashion brand using AI to develop the next big trend or a filmmaker creating a blockbuster script with AI’s help. It’s opening up endless media, entertainment, and advertising possibilities.

14. AI in Gaming: Immersive than Ever

If you’re a gamer, get ready for some serious fun. Generative AI creates immersive games by creating dynamic characters, realistic environments, and engaging storylines. Imagine playing a game where the plot changes based on your decisions—AI makes that possible.

Wrapping It Up: The AI Revolution Is Here

Generative AI is more than a tool; it’s a game-changer. From personalized shopping experiences to groundbreaking medical discoveries, it’s transforming every part of our lives. The best part? We’re just getting started. As businesses and individuals, now’s the time to embrace this exciting technology. Whether you’re an entrepreneur, a tech enthusiast, or just someone curious about the future, there’s much to look forward to. So, what are you waiting for? The AI revolution isn’t coming; it’s already here. Let’s make the most of it!

Many businesses make a concerted effort to create work cultures that increase job happiness, encourage people to find meaning and satisfaction in their work, reward and recognize employees for their actions, and foster both personal and professional growth.

While many tactics are adopted for the company’s benefit and to considerably increase retention, leaders cannot rely only on them. They must face the uncomfortable reality that they will eventually lose significant talent if they do not keep an open mind and a realistic outlook on the future. Influential leaders act daily to safeguard themselves, their teams, and their companies from the risk of attrition because wishful retention thinking is not a viable business strategy.

Is it possible to foresee attrition so that it only impacts the business a little less, given that it is impossible to stop employees from leaving? Well, with the help of technology, it is possible. The churn model, among others, can help in this situation. Are you wondering how? Through an employee churn prediction model, we can make it happen. After understanding which employees are on the verge of leaving using the churn model, it is possible to reach out to them and understand their grievances.

Employee Churn Prediction Model

It's a predictive model that calculates the likelihood (or vulnerability) of each employee leaving. It tells us how likely we will lose employees or a specific employee in the future at any given time. It classifies employees into two groups (classes): those who quit and those who don't. It will typically tell us the probability of the employee belonging to which of the groups in addition to placing them in one of the two groups. Thus, a churn model can be used to estimate the chances of resignation.

Explaining the Model

Modern churn models frequently draw their foundation from machine learning, more specifically from binary classification methods. There are several of these algorithms; therefore, it's important to test which one works best in each circumstance. Here we have made use of four machine learning models:

Random Forest

Supervised machine learning algorithms like random forest are frequently employed in classification and regression issues. On various samples, it constructs decision trees and uses their average for classification and majority vote for regression.

The Random Forest Algorithm's ability to handle data sets with both continuous variables, as in regression, and categorical variables, as in classification, is one of its most crucial qualities. In terms of classification issues, it delivers superior outcomes.

KNN

One of the simplest machine learning algorithms, based on the supervised learning method, is K-Nearest Neighbour. The K-NN algorithm assumes that the new case and the existing cases are comparable, and it places the latest instance in the category that is most like the existing categories.

A new data point is classified using the K-NN algorithm based on the similarities after storing all the existing data. This means new data can be quickly and accurately sorted into a suitable category using the K-NN method. Although the K-NN approach is most frequently employed for classification problems, it can also be used for regression.

Decision Tree

The supervised learning algorithms family includes the decision tree algorithm. The decision tree technique, in contrast to other supervised learning methods, can handle classification and regression issues.

By learning straightforward decision rules derived from previous data, a Decision Tree is used to build a training model that may be used to predict the class or value of the target variable (training data).

Support Vector Machine

One of the most well-liked supervised learning algorithms, Support Vector Machine, or SVM, is used to solve Classification and Regression problems. However, it is employed mainly in Machine Learning Classification issues.

The SVM algorithm's objective is to establish the best line or decision boundary that can divide n-dimensional space into classes, allowing us to quickly classify new data points in the future. A hyperplane is a name given to this optimal decision boundary.

SVM selects the extreme vectors and points that aid in creating the hyperplane. Support vectors representing these extreme instances form the basis for the SVM method.

A Step-By-Step View of the Process

Step 1: Loading data to databricks

In the initial stage, CSV data collected are loaded to the churn model. Any type of data sets can be employed here depending on the situation.

Step 2: Transformation: converting to the requisite format

While uploading, objective data sets are transformed into integers.

Step 3: Feature selection

There are four feature selection algorithms from which we take the best one to filter out undesired features. The selection of filtering features differs for each type of data based on the algorithm.

Step 4: Splitting the data

After the feature selection, the next step is to split the data for training and testing—then divide the data into a 7:3 ratio. In the training set, we train our model with data to understand the attrition patterns and later test it with data in the testing set.

Step 5: Standardisation

In this step, data is converted into a standard format that allows for large-scale analytics.

Step 6: Model selection

During model selection, datasets are provided to the machine algorithms like Random Forest, KNN, Decision tree and Support vector machine. Each algorithm produces its own sets of accuracy values; from that, the most accurate predictions are selected. Using the same procedure, we can categorize the employees into groups, for example, those who are planning to resign and those who are not.

Step 7: Result generation

The result is built on how each machine learning model performs with the dataset. The accuracy value depends on the performance of each model—the higher the accuracy, the higher the probability of accurately predicting the outcomes for each employee.