#data analytics services

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No One Will Ever Teach You About Data Analytics in a Very Simple Way with Real-Time Examples

In today's modern digital world, data is all around us. Every time you use your smartphone, buy something online, or share something on social media, you're creating data. But why is data important, and how can we use it to make better decisions? That's where data analytics comes into play, and in this blog, we'll explain it in simple terms.

What is data analytics?

At its core, data analytics is like a detective for the digital world. It's the process of looking closely at data, cleaning it up, changing it into useful information, and figuring out what it tells us. This information helps people and organisations make smart choices, solve problems, and even guess what might happen in the future.

How does data analytics work?

Imagine you run a small ice cream shop in your neighborhood. You sell different flavours, from classic chocolate to unique mango. To run your shop well, you need to make good choices about which flavours to have and when to offer them. That's where data analytics can help, and I'll show you how it works using a simple example.

Data Collection

Every day, you keep a record of which ice cream flavours you sell and keep an eye on the weather. You also note whether it's a regular weekday or a fun weekend.

Data Analysis

After a few months, you have a pile of notebooks filled with sales data. You use a special computer programme to look at all this information.

Descriptive Analytics: You make graphs and charts to see which flavours are liked the most. For instance, you notice that chocolate sells well all year.

Diagnostic Analytics: Digging deeper, you discover patterns, like mango ice cream being a hit on hot weekends and vanilla being popular on weekdays.

Predictive Analytics

Here's where it gets exciting. Using past data, your analytics tool can make guesses. It tells you that the next weekend will be very hot. So, you decide to order more mango ice cream to be ready for the extra demand.

Prescriptive Analytics

Now, it's not just about guessing. You also get advice on what to do. Your analytics tool suggests that during the weekdays, you could offer a discount on vanilla to bring in more customers.

Implementing Changes

You follow the advice and give discounts on vanilla during the weekdays. You also make sure to have plenty of mango ice cream for the upcoming hot weekend.

Seeing Results

When the hot weekend comes, customers are happy to see lots of mango ice cream, and sales go up. On weekdays, the discount on vanilla brings in more customers and boosts sales.

This process keeps going, and you continue using data analytics to make good choices about flavours, discounts, and how much ice cream to have in stock. Your ice cream shop becomes more successful because you're using data to understand what customers like and how the weather affects sales.

In short, data analytics is like having a crystal ball for your business. It helps you understand what happened in the past (descriptive), why it happened (diagnostic), guess what might happen in the future (predictive), and suggest what you should do about it (prescriptive). Whether you run an ice cream shop or a big company, data analytics helps you make smarter decisions in real-time.

If you want to learn more about data analytics or need help using it in your business, you can talk to experts or take specialised courses. For example, ACTE Institute offers comprehensive data analytics training programmes that can give you the knowledge and skills you need, including job placement and certification. So, get ready to learn, explore the tools, and start turning data into valuable insights!

[vuelitics]

HOW DO YOU CREATE A MARKET BASKET ANALYSIS IN TABLEAU - By Vuelitics. Tableau is a premium BI tool, that delivers powerful insights about your data through in-depth analysis and vivid visualizations. It is a unique software compared to its competitors as it provides high-quality analytics and visualizations allowing its users to derive the maximum insights from their data. - Setting up of a simple analysis in Tableau.

[oliviatechguide]

Retail Has Enough Dashboards. Business Intelligence Services Should Do More.

Most retail dashboards never change a decision. Here’s what business intelligence services do differently when they are built to act.

Let’s be honest about retail analytics. Most teams are not short on dashboards. They are short on decisions.

You can see sales by store, stock by SKU, and customers by segment in seconds. Then a real call comes up — reorder or wait, mark down or hold — and the room goes back to opinions and a spreadsheet.

That is the gap business intelligence services are meant to close. No more charts. A clear path from data to a decision someone owns. Here is what that takes in retail, and where most setups fall short.

Why don’t all those retail dashboards lead to decisions?

A dashboard tells you what happened. It rarely tells you what to do, who does it, or by when.

Three things usually get in the way.

First, the data is scattered. Stores, e-commerce, supply chain, and loyalty each track things their own way, so two reports stop showing the same number and people stop trusting them. Pulling those touchpoints into one view is the whole reason omnichannel analytics matters.

Second, no one owns the action. A chart shows a number, but nobody decided what that number should trigger.

Third, the data is too slow. A nightly refresh cannot support a call you have to make by lunch.

The bill for this is large. McKinsey reckons retailers that fully use their data can grow operating margin by over 60%. Dashboards do not capture that. Decisions do.

What do business intelligence services actually cover?

Everything from raw data to a decision someone can act on, not just a dashboard tool.

Think of it as a stack.

At the bottom, a data plan and pipelines bring point-of-sale, online, inventory, and loyalty data into one place. A semantic layer then locks in one definition of margin and sell-through, so two reports stop showing different numbers.

On top of that sit dashboards, forecasting and pricing models, and the governance that keeps people trusting the output.

Most tools only handle the top layer. That is why so much retail analytics ends up ignored. The teams that win treat the right data analytics services as responsible for the whole stack, because the value lives in the parts no one sees in a demo.

How do you let teams self-serve without making a mess?

Self-service analytics lets people answer their own questions. Skip the guardrails and it just creates more confusion.

The upside is speed: merchandisers, marketers, and store managers stop waiting on the analytics queue. The downside shows up fast. With no shared rules, everyone builds their own version of a metric, and meetings turn into arguments over which number is real.

Four simple guardrails fix it:

Build on certified, documented datasets, not raw tables.

Keep metric definitions in the semantic layer so they cannot drift.

Use role-based access so sensitive data stays locked down.

Give one team the job of approving reports and killing duplicates.

Do that, and self-service analytics becomes the part of the stack people trust most.

What makes decision intelligence different from a dashboard?

A dashboard reports the past. Decision intelligence hands you the next move, the owner, and the deadline.

Gartner calls decision intelligence a discipline that ties decision modeling, analytics, and AI together to support, boost, or automate the decisions a retailer makes. In retail it gets very concrete.

A buyer sees a reorder already drafted, quantity and approval included. A category manager gets a markdown to sign off, margin impact attached. Operations gets an exception flagging the exact stores and units at risk.

The point is simple. Insight that sits in a dashboard does nothing. Insight that triggers an action changes the business. The goal is to predict and act, not predict and report.

Where should retail start?

Pick one decision. Ship it in about 90 days. Judge it by whether people use it.

Do not try to do everything at once. Pick one decision — markdown, replenishment, or allocation — and nail down who makes it and from what data.

Build only the pipeline and semantic layer that decision needs. Ship a focused view in roughly 90 days, then track usage every week. Once people trust the numbers, add forecasting and decision intelligence. Then do the next decision. Small wins compound: retailers that lean on these models can lift inventory turnover by around 23%. The teams that win are not the ones with the biggest plan. They are the ones who make one good decision, then the next.

Bottom line

More dashboards will not fix a decision problem. One decision will. Pick it, prove it pays off in a quarter, and reuse what works across your retail business. Build for the decision, and everything above it suddenly matters.

[oliviatechguide]

Business Intelligence Services Retail Leaders Actually Use

Dashboards everywhere, but decisions still slow? Business intelligence services give retail teams decision-ready insights. Learn what to bui

Dashboards everywhere, but decisions still slow? Business intelligence services give retail teams decision-ready insights. Learn what to build first.

[oliviatechguide]

Predictive Analytics Services in Banking, Explained Without the Jargon

Every time a bank approves a loan in seconds, flags a payment as risky, or sends a customer the right offer, there is a prediction running behind it. That prediction comes from predictive analytics services: data plus machine learning, working out what a customer or loan is likely to do next.

It sounds complex. The core idea is simple. Here is how it actually works, without the jargon.

What Are Predictive Analytics Services, Really?

They are tools that turn a bank's data into a forecast with a probability attached.

Think of analytics in three steps. Descriptive analytics tells you what happened, like a customer spending more last month. Diagnostic analytics explains why. Predictive analytics services go further and estimate what comes next, such as the chance a borrower defaults or a customer leaves. That forward look is the whole point.

What Data Goes Into the Model?

More than your credit score, and that is a good thing.

Older lending leaned on a single static score. Modern models read far more: transaction history, spending patterns, repayment behavior, cash-flow stability, and account activity. Open banking adds a direct view of how money actually moves. Some models weigh hundreds of variables, not five.

This matters for access. By reading alternative data like rent and utility payments, banks can fairly assess people with little or no credit history, opening responsible lending to customers the old system rejected.

How Does the Model Turn Data Into a Risk Score?

It learns patterns from the past, then applies them to new cases.

The model studies historical examples, who repaid, who defaulted, who left, and finds the patterns that separated them. Techniques range from regression to decision trees and neural networks, but the job is the same: spot the signals that predict an outcome, then score a new customer against them.

Credit risk analytics uses this to estimate repayment. Churn prediction uses it to flag customers who are likely to leave. The output is a probability that a team can act on, not a guess.

Why Is Real-Time Data Such a Big Deal?

Because risk does not stay still after the application.

A static score captures a borrower at one moment. Real systems keep updating as behavior changes. As one industry expert told FinTech Magazine, models that keep learning from live transaction and behavior data can spot problems within seconds. That means a bank can catch an early sign of trouble, like a balance repeatedly dipping below zero, and act before a default, instead of reacting weeks later.

What Makes These Predictions Trustworthy?

Clean data and clear explanations. Always.

Two things decide whether a prediction is worth using. First, the data has to be good. Fragmented or outdated inputs produce unreliable scores no matter how advanced the model. Strong data analytics services give models a clean, unified view to learn from. Second, the decision has to be explainable, because a bank must tell a rejected applicant why, and a regulator can ask too. Explainable custom AI solutions keep scores accurate, fair, and auditable over time.

So, Does It Actually Work?

Yes, when the basics are right.

Used well, predictive analytics services help banks approve good borrowers faster, catch risk earlier, and keep more customers, across banking and financial services. The technology is not the hard part anymore. The banks that succeed are the ones that feed their models clean data and keep every decision explainable.

So next time a loan clears in seconds, or a fraud alert lands before you notice anything wrong, you know what is happening behind the screen. It is a prediction, built on data, doing its job.

[oliviatechguide]

Predictive Analytics Services in Banking and Lending Risk

Predictive analytics services help banks forecast credit risk, churn, and defaults, but only clean data modeling makes the numbers reliable.

Predictive analytics services help banks forecast credit risk, churn, and defaults, but only clean data modeling makes the numbers reliable.

[ltm12]

Beyond Data: Building Trust for Effective AI and Decision-Making

Trust is not a one-time initiative; it is the foundation of every intelligent enterprise. In the AI-first world, organizations such as LTM must build trust into their data systems, governance processes, and decision-making layers so that AI can deliver reliable outcomes. When data is incomplete, inconsistent, or biased, even the most advanced models can produce weak or misleading results. That is why companies must outcreate their traditional approach to data management and design systems that are accurate, secure, and explainable. A strong data foundation also helps a business creativity partner deliver scalable AI solutions that support transformation rather than experimentation.

The Chain of Trust Across the Data Lifecycle

Trust begins at data ingestion and continues through transformation, governance, and consumption. During acquisition, enterprises need strong validation, security, and scalable data fabric architectures to ensure that clean and reliable information enters the system. As data moves into transformation, organizations must remove duplication, enforce quality controls, and maintain lineage so that every record remains dependable. At the consumption stage, AI models, data analytics services, and business leaders must receive current and accurate information because stale or flawed data can damage confidence in dashboards, models, and business outcomes. This is where LTM can outcreate value by turning fragmented data pipelines into intelligent, trusted workflows.

[ltm12]

Snowflake Data Migration with Informatica IDMC Solutions

A leading property services provider with a broad portfolio across residential and commercial markets needed a more agile, transparent, and scalable data environment. In a highly competitive and regulation-driven industry, the company depended on trusted information to make faster decisions, strengthen compliance, and improve visibility across operations.  To support future analytics and AI initiatives, the organization partnered with LTM to modernize its data foundation and create a more resilient digital ecosystem. As a business creativity partner, LTM helped transform legacy systems into a cloud-ready architecture designed to support smarter decisions and long-term growth. This initiative also reflected the company’s goal to outcreate operational limits through modern digital engineering services and intelligent automation.