Got Data, but No AI? Why Your Data Architecture Might Be the Problem

Got Data, but No AI? Why Your Data Architecture Might Be the Problem

 

Are you facing this too?


It’s more common than you think.

A company kicks off an AI project.
The budget’s approved. The latest tools are in place. A smart, capable data team is ready to roll.

Everyone’s excited—AI will predict problems, streamline decisions, and cut costs.
But a few months in… things start to stall.
The ideas looked great on paper—but in practice? Nothing really works.

So, what went wrong?

It’s not the people.
It’s not the tools.
It’s not the money.

The real roadblock? The data.
It’s messy. Disconnected. Spread across silos.
And that makes it nearly impossible for AI to deliver real results.

Having Data Isn’t the Same as Using Data

These days, most companies have plenty of data. Sales records, customer details, machine logs, website clicks the list goes on. But here’s the problem: that data often lives in different systems. The sales team can’t easily see what the operations team has. The finance data is stored separately. Different formats, different rules, no easy way to connect it all.

So, when you try to use AI, it struggles. It either can’t find what it needs, or it ends up working with bad, confusing data. And that means the insights it produces don’t help the business move forward.

 

Why Your Data Structure Matters So Much

Think of your data like building blocks. If they don’t fit together properly, you can’t build anything strong no matter how advanced your AI tools are.

Here’s a simple comparison that shows what a weak setup looks like versus a strong one that’s ready for AI:

Weak Data Setup
Strong Data Setup

Data stuck in silos, hard to combine

Data connected across teams and systems

Outdated or messy data

Clean, consistent, high-quality data

Slow, manual preparation

Automated data flows ready for AI

Hard to get current info

Real-time data availability

Risk of compliance issues

Strong governance and secure practices

When your data is structured well, AI can deliver the insights, predictions, and automation you want.

 

The Hidden Costs of a Weak Data Setup

When companies don’t focus on fixing their data structure, they end up paying for it in other ways. Teams spend too much time just cleaning and organizing data instead of building AI models. The insights that come out of AI often aren’t useful because the data is messy. And delays pile up — months go by before the business sees any value from its AI efforts. All of this creates frustration across teams and wastes valuable time, energy, and budget.

 

What You Can Do

The good news is this can be fixed. The first step is to stop thinking of data as just an IT issue. Data is a core part of the business plan; it powers the decisions you want AI to help you make. That means planning your data setup with your AI goals in mind. Companies that succeed here often rethink how their data is connected, explore modern ways to manage and govern it, and make sure the data is accurate, safe, and up to date.

When the foundation is solid, AI can finally do what it’s supposed to help your business grow smarter, faster, and stronger.

 

The Big Takeaway

Having data is just the start.

If AI isn’t delivering the value you hoped for, take a closer look at how your data is structured. Fix that, and you’ll unlock the real power of AI.

Data Silos and How They’re Holding Back AI

DATA SILOS ARE HOLDING BACK YOUR AI. HERE’S WHAT TO DO ABOUT IT.

 

Everyone’s Investing in AI. But Few Are Ready for It.

I’ve been doing some research lately—talking to teams, reading up on AI use cases, and honestly just observing what’s working (and what’s not) in real-world scenarios.

There’s a pattern I keep seeing.

Everyone’s excited about AI. Companies are investing in platforms, training models, and talking a lot about what’s possible. But when it comes time to use AI to solve real problems?

They hit a wall.

And often, that wall is data silos.

What Exactly Are Data Silos?

Data silos happen when information is scattered across tools, teams, or platforms—and no one’s sharing. It might not seem like a big deal at first. After all, each team knows their data, right?

But when your sales, finance, marketing, and ops data are living in separate worlds, disconnected and unaligned, your AI doesn’t stand a chance.

Even if your organization has all the right inputs, it’s like trying to build a puzzle with pieces from different sets.

 

Why Silos Kill AI Potential

AI isn’t magic. It needs clean, consistent, and connected data to work well.

When your data is fragmented:

  • AI models start guessing based on partial info.
  • Insights get buried in disconnected systems.
  • Decision-making becomes slower and less confident.

Silos make it nearly impossible for AI to see the full picture. And when that happens, trust in AI outcomes erodes quickly across the organization.

 

The Fix? You Don’t Need to Start Over

Here’s the good news: solving this doesn’t mean ripping out your current systems.

The smarter approach is to build a unified data layer—a way to connect your existing sources without forcing everything into one giant warehouse. Tools like SAP Business Data Cloud do exactly this. They let your data stay where it is, but make it visible, governable, and usable across functions.

This kind of setup means your AI can finally pull from the full context—not just fragments.

 

Get Clear on Ownership and Definitions

Tech alone doesn’t fix the problem. You need clarity on who owns what data, how it’s maintained, and how it’s defined.

Something as simple as the word “customer” can mean five different things across teams—and that kind of inconsistency can throw off everything from sales forecasting to churn prediction.

Building shared definitions and clear ownership ensures your AI models are working with reality, not assumptions.

 

Bring AI Into the Business, Not Just the Lab

AI can’t sit on the sidelines. To create impact, it needs to be embedded directly into your workflows—supporting things like planning, demand forecasting, pricing, or customer retention.

This shift from AI as an experiment to AI as a core part of business operations is where real ROI begins to show up.

 

You Don’t Need More Data. You Need Better Data.

Most companies already have plenty of data. But it’s not about volume—it’s about how that data connects and flows.

That’s the real unlock for AI.

When your data is silo-free, your AI can move faster, learn faster, and deliver smarter insights that drive results.

 

Let’s Build a Smarter Foundation

At Tek Analytics, we help businesses go from siloed and stuck to smart and scalable—using data platforms that are built for AI success.

If your team is exploring how to make your data AI-ready, let’s have a conversation.

Because the best AI strategy? Starts with the right data foundation.

What Is Gen AI and Why Care

By – Sai Srinija Potnuru
 
What Is Generative AI and Why Should Organizations Care?

Let’s face it—we’re living in a world where AI isn’t just a sci-fi buzzword anymore. It’s real, it’s here, and it’s already changing how businesses operate—fast.

And at the heart of this shift? Generative AI (or GenAI, as we like to call it).

But what *is* it really? And more importantly—why should your organization care?

 
So… What Is GenAI?

GenAI is a type of artificial intelligence that doesn’t just analyze data—it *creates*. We’re talking text, images, code, video, audio, even 3D models. It’s the engine behind tools like ChatGPT, DALL·E, GitHub Copilot, and more.

Instead of just answering questions, GenAI collaborates. It learns from massive datasets and responds in human-like ways—drafting emails, summarizing reports, writing code, and generating ideas that honestly feel… creative.

In short? GenAI is a productivity booster that helps people get more done—faster, smarter, and with more impact.

 
Why Should Your Org Care?

Because GenAI isn’t just another tech trend. It’s a fundamental business shift. And if your competitors aren’t already testing it out… they will be soon.

Here’s what GenAI is bringing to the table:

1. Things Get Done—Way Faster GenAI cuts hours off repetitive tasks. Instead of manually formatting that 20-page report? Let AI do the heavy lifting, so your team can focus on the good stuff—like strategy and innovation.

2. Creativity Gets a Major Upgrade Need a dozen ad copy variations? Personalized emails for different customer segments? A fresh product description that actually stands out?

Done, done, and done. GenAI acts like a creative partner—not a replacement—but a powerful one.

3. Personalization at Scale This is where GenAI really shines. It helps you deliver customized experiences to thousands of people—without losing the human touch. Smarter bots, adaptive learning, AI-curated recommendations… even at enterprise scale, your users will feel like you’re speaking directly to them.

 
Real-World Use Cases (That Aren’t Just Hype)

Still feels a bit abstract? Let’s talk about what this looks like in the real world:

  • Retail: Personalized promotions, 24/7 human-sounding support, auto-generated product descriptions
  • Finance: AI-driven risk summaries, plain-language policy explanations, market trend recaps
  • Manufacturing: Auto-generated manuals, predictive maintenance alerts, real-time scenario planning

This isn’t “someday” stuff. It’s happening *right now*—and it’s working.

 
So… What’s the Catch?

With great power comes—yep, you guessed it—responsibility.

GenAI is powerful, but it needs strong governance. Ethics, bias monitoring, data privacy, transparency… these aren’t optional. They’re essential for building trust and staying compliant.

That’s why leading orgs are investing in AI Centers of Excellence, building responsible AI frameworks, and upskilling their teams to lead the charge.

 
Our Take? You Don’t Have to Be First—But You Can’t Be Last

GenAI isn’t a passing trend. It’s a tectonic shift in how work gets done.

Organizations that start exploring now will shape the future. The ones that wait? They’ll be catching up in a world that’s already moved on.

Whether you’re just curious or ready to scale, now’s the time to start asking the big questions about how GenAI can support your business.

Because the real question isn’t *if* you’ll use GenAI… it’s *how soon* you’ll make it work for you.

An Initial Take: SAP Business Data Cloud

An Initial Take: SAP Business Data Cloud

Curious about SAP’s Business Data Cloud announcement and what might it mean to you?  We were curious too!  We dove in a bit and thought we’d share our initial observations with you. 

In case you missed the announcement, Business Data Cloud (BDC) is a new SaaS offering from SAP.  It unifies analytics, data management, and AI-driven automation into a single integrated solution.  In short it pulls together existing SAP products that are data focused into this new offering.   This product leverages Datasphere for comprehensive data warehousing, SAP Analytics Cloud (SAC) for planning and analytics, and integrates Databricks to enhance machine learning (ML) and artificial intelligence (AI) use cases—all while preserving business context.

At a high level, the following diagram illustrates the overall high-level conceptual architecture.

Our initial observations about BDC can be categorized into three buckets: the impact on your data, new opportunities that BDC provides, and the impact to existing Datasphere customers.

Impact on SAP Customers’ Data

One of the biggest challenges SAP customers face today is the need to copy business data into data lakes, a lakehouse, or other cost-effective storage solutions to support ML, AI, and other advanced analytics. This data movement often leads to:

  • Loss of business context, making it difficult to interpret data correctly.
  • Performance degradation of core SAP applications.

With Business Data Cloud and Databricks integration, customers can now access and process their data directly within the SAP ecosystem without extracting it, ensuring:

  • Seamless AI/ML capabilities within SAP without data duplication.
  • Optimized performance of SAP applications.
  • Preservation of business context, allowing accurate and relevant insights.

New Opportunities

  • Customers using SAC for planning can now integrate with Databricks and Data Builder for more advanced analytics.
  • Script logics for planning that were previously handled within SAC can now be processed in Data Builder, improving efficiency.
  • Predictive modeling and ML-based forecasts on planning data can be executed seamlessly within Databricks while remaining connected to SAP.

What It Means for Existing Datasphere and SAC Customers

  • Datasphere remains foundational and is not being replaced.
  • Existing customers can continue using Datasphere and SAC without disruption.
  • SAP has committed to a smooth transition plan for customers migrating to Business Data Cloud.
  • The migration is expected to be technical in nature rather than a complete overhaul, ensuring that no existing functionalities are lost.

Conclusion

From our initial look, Business Data Cloud holds the promise of eliminating the complexity of data movement, making AI, ML, and analytics more efficient and business context aware. By integrating Datasphere, SAC, and Databricks, SAP has created a robust ecosystem that enables advanced data-driven decision-making while maintaining seamless connectivity and performance.

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Leveraging SAP Analytics Cloud for Tariff Impact Analysis in the Automotive Industry

Leveraging SAP Analytics Cloud for Tariff Impact Analysis in the Automotive Industry

In today’s volatile global trade environment, automotive companies are facing the challenge of managing and predicting the impact of tariffs on their operations. There are immediate questions to be answered, such as, what impact will there be to the bottom line if we don’t pass this on to the consumer? What is the projected impact to demand if we do? Along with other questions, such as, what happens if we move the manufacturing or assembly of this product to a different location? With legacy planning methods such as spreadsheets or other manual approaches, this quickly becomes an overwhelming, slow, and potentially error prone exercise. Certainly, not an approach that creates analysis timely enough to keep up with the changing external forces. At Tek, we have been delivering planning solutions to leaders in the automotive industry for a while now. We have seen first-hand how an industry leading solution in planning and analytics (SAP Analytics Cloud) can provide the perfect tool for organizations to leverage in times like these. This article explores how SAP Analytics Cloud’s (SAC) advanced planning functionality can help automotive organizations conduct sophisticated what-if scenario analyses to model and prepare for various tariff scenarios, enabling more informed strategic decision-making and an optimized response to the situation.


The Tariff Challenge in the Automotive Industry

As you are probably aware, the automotive industry is experiencing significant disruption due to evolving trade policies and tariff implementations. Recent developments have shown that tariffs may substantially impact on the industry. We have seen estimates indicating that a 25% tariff on imported vehicles and parts could increase vehicle prices by $3,500 to $12,000 per unit. These changes have far-reaching implications across the entire automotive value chain, affecting everything from supply chain decisions to pricing strategies, incentive plans, and market competitiveness. The complexity of automotive supply chains, where components often cross borders multiple times before final assembly, makes tariff impact analysis particularly challenging. (Perhaps not quite as challenging as predicting the impact of a major volcanic eruption on distant locales, but close!) This complexity necessitates sophisticated planning tools that can model multiple scenarios and provide actionable insights for strategic decision-making.


A Comprehensive Solution for Tariff Impact Analysis

The nice thing about SAP Analytics Cloud (SAC), is it is a bit of a one stop shop in situations like this! It offers a unified platform that combines planning, analysis, and predictive capabilities, making it ideal for companies seeking to understand and prepare for tariff impacts. The platform’s integration capabilities allow organizations to connect various data sources, providing a comprehensive view of their operations and enabling more accurate scenario modeling.

Advanced Scenario Modeling Features

The driver-based planning functionality in SAC enables automotive companies to model scenarios based on key business drivers, including raw material costs, component pricing, labor costs, and transportation expenses. This allows organizations to understand how changes in these variables affect their overall business performance and financial outcomes. Robust what-if analysis features empower users to simulate different tariff scenarios and their impact on costs, while simultaneously modeling supply chain alternatives to minimize tariff exposure. Organizations can analyze potential market responses to price adjustments and evaluate the financial implications of relocating production or assembly facilities, all within a single integrated environment.

Real-Time Data Integration and Analysis

SAC’s ability to provide real-time data access and analysis ensures that scenario modeling is based on the most current information available. This capability is particularly valuable in the rapidly changing trade environment, where tariff policies can shift quickly and require immediate response planning. The integration with various data sources enables automotive companies to maintain a comprehensive view of their operations and make data-driven decisions with confidence.


Practical Applications for Automotive Companies

Strategic Planning and Risk Management: Automotive companies utilizing SAP SAC can develop comprehensive tariff impact scenarios while identifying potential risks and opportunities. The platform enables organizations to create detailed contingency plans for various tariff implementations, optimize their supply chain configurations, and model alternative sourcing strategies. This comprehensive approach to strategic planning ensures that companies are well-prepared for various tariff scenarios.

Financial Impact Analysis: The platform facilitates detailed financial modeling of tariff impacts through comprehensive cost structure analysis, margin impact assessment, and revenue forecasting under different scenarios. Organizations can model price elasticity and project working capital requirements, providing a complete picture of the financial implications of various tariff scenarios.


Conclusion

In an era of increasing trade complexity and tariff uncertainty, SAC provides automotive companies with the tools needed to model, analyze, and prepare for various tariff scenarios. The platform’s combination of real-time data access, sophisticated scenario modeling, and integrated planning capabilities makes it an essential tool for automotive industry executives seeking to navigate the complexities of international trade and tariff policies. As the automotive industry continues to face trade-related challenges, the ability to conduct detailed what-if analyses and make data-driven decisions becomes increasingly crucial for maintaining competitive advantage and ensuring long-term success. SAP Analytics Cloud stands as a powerful solution for organizations seeking to transform their approach to tariff impact analysis and strategic planning.

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How to Make Gen AI Work for You

By -Srinija Potnuru

Hey!

Srinija here—I’m part of the team at Tek Analytics. Lately, I’ve been diving deep into Generative AI—reading up, watching demos, and, honestly, the coolest part? Seeing it come to life in the work we’re doing with our clients. Between helping businesses get started and watching my team work their magic, I’ve learned a lot.

It’s everywhere right now, right? Feels like everyone’s talking about how AI is going to change business forever. And from what I’ve seen—it’s not just talk.

And honestly? It’s true. AI is changing the game. I’ve seen it firsthand.
But… (and this is a big but), getting AI to work in your business? That part’s not always so simple.

I’ve had many conversations where people tell me:
“Srinija, we know we need AI, but we don’t know where to start.”
Or, “We tried a small AI project, and it kind of worked… but now what?”
And, of course, “How do we make sure we don’t screw up the security or break some compliance rule?”

If any of this sounds familiar—you are not alone. I see it all the time.

 

What I’ve Noticed – The Real Struggles with Generative AI

From everything I’ve read, watched, and experienced through my work, I’ve noticed that most businesses run into the same roadblocks when it comes to AI.

The first is just figuring out what to do with it.
AI is this big, exciting thing, and everyone’s talking about it. But when it’s time to apply it to your business, you can get stuck. It’s like, “Okay, cool… but what problem is AI actually going to solve for us?” I’ve seen companies go all-in on AI tools without a plan, and they end up frustrated because it didn’t really make a difference.

Then, there’s the part where you try AI in one area, and it works… kind of.
Maybe you automate a task here or streamline a process there. It’s great—but it’s just that one thing. I’ve seen businesses get stuck in this “pilot phase” where AI is only helping in one corner of the company. They want to scale it up, but connecting AI to all their systems—especially the older ones—feels like trying to mix oil and water.

And honestly? Data and security worries are huge.
This one comes up in every single meeting. “How do we protect our data? What if we accidentally share something sensitive? Are we even allowed to do this under our industry rules?” I’ve seen businesses hesitate to move forward with AI just because they’re nervous about getting it wrong—and I don’t blame them.

 

How We Make AI Actually Work – What We Do at Tek Analytics

This is exactly why, at Tek Analytics, we’ve built a way to help businesses get AI working—without the confusion or guesswork.

We don’t just throw some AI tools at you and say, “Good luck!” We collaborate with you, side by side.

The first thing we always do is sit down and talk—really talk. We call it our AI Innovation Clinic, but honestly, it’s more like a brainstorming session. We dig into what’s working in your business, what’s not, and where AI can help. I’ve had so many of those “Oh, we didn’t even think of that!” moments in these chats.

Once we know what’s right for you, we help you get started—properly.
I’ve seen businesses rush into AI, skip the basics, and hit roadblocks later. That’s why we created AI Jump Start—to set up secure, compliant AI solutions that work with your team and systems, from day one.

And when you’re ready to scale? We’ve got you.
With AI Elevate, we help you move from a few small wins to AI powering your business. We will automate more, fine-tune your models, and make sure AI is driving real, long-term value—without the headaches.

Oh, and this is the part we’re really excited about—we’ve just launched our Rapid Deployment Solutions!
Sometimes you need AI up and running fast. We get that. These solutions are designed to get you started quickly, so you can see results in weeks—not months—without cutting corners on security or quality. We have already seen how much of a game-changer this can be, and I can’t wait to see what it does for more businesses like yours.

 

Why I Think We’re Different

One thing I’ve noticed that really sets us apart at Tek Analytics is that we don’t do this cookie-cutter, one-size-fits-all AI stuff.
Every business is different, and we get that. We make sure whatever AI solution we’re helping you with fits into your business, with your people, and your systems.

Plus—this is a big one—we take governance and security seriously. We’re not just excited about AI; we’re also the people making sure you’re staying compliant and not putting your data at risk.
I’ve seen businesses underestimate this part, and it can cause major headaches later. We make sure you don’t have to worry about that.

 

Let’s Chat?

So yeah, AI can be overwhelming—I get it. But it doesn’t have to be.
With the right approach (and the right partner), it can be pretty smooth—and, honestly, kind of exciting.

If you’re curious, or even if you’re just feeling stuck and want to bounce around some ideas, let’s talk. I’m always happy to share what I’ve seen work.

And if you want to check out more about how we help businesses with Generative AI, here’s the link:
Tek Analytics Generative AI Services

Embedded Data Lake

Mastering SAP HANA Cloud Development with HDI Containers and SAP Datasphere

Introduction

It has become apparent that organizations need to store and analyze both their transactional data and their “big data” (unstructured text, video, and so on) together. However, historically, this has been a challenge as there were different types of repositories required depending on which type of data was being processed. Fortunately, solutions to this historic challenge are starting to become a reality. Thus, the integration of enterprise data with big data has become a pivotal strategy for organizations seeking to derive actionable insights. SAP introduced an embedded data lake to SAP Datasphere specifically to address this challenge. This blog delves into the potential of the Embedded Data Lake within SAP Datasphere, addressing common data integration challenges and unlocking the potential for added business value.

The Challenge

Across industries, enterprises grapple with the complexities of integrating SAP transactional data with other types of data. This challenge is rooted in the historical evolution of data repositories. Until relatively recently, there have been different types of repositories required depending on which type of data was being processed. Data Warehouses do a great job as a repository for transactional data. Data Lakes do a good job as a repository for raw, unstructured and semi-structured data. But they stand as separate silos, the implications of this include the following:

  • Complexity of Data Analysis: It is a challenge to manage, integrate, and analyze data across multiple repositories. The data is not in one unified environment which can be challenging for business users to navigate creating extra overhead and inefficiencies.
  • Cost Implications: With multiple repositories, organizations face additional expenditures on software, hardware, licensing, and appropriately skilled resources.
  • Operational Overheads: Solutions for items such as data tiering and archiving need to be designed for each repository, creating additional operational overhead.


Meeting the Challenge: Embedded Data Lake in SAP Datasphere

In a strategic move to address these challenges head-on, SAP unveiled SAP Datasphere, the evolutionary successor to SAP Data Warehouse Cloud, on March 8, 2023. A cornerstone of this innovative offering is the integration of an Embedded Data Lake, providing a seamless and unified data management experience within the SAP ecosystem.

Understanding the Embedded Data Lake

What is a Data Lake?

Before exploring the specifics of the Embedded Data Lake, it’s essential to understand the concept of a data lake. A data lake is a centralized repository that allows organizations to store all their structured and unstructured data at any scale. Unlike traditional data storage systems, data lakes can retain data in its raw format, enabling advanced analytics and deriving valuable insights from diverse data sources.

Embedded Data Lake in SAP Datasphere

An embedded data lake in SAP Datasphere integrates the powerful data lake functionality directly within the SAP environment. This integration provides users with a unified platform where they can store, manage, and analyze their data, leveraging SAP’s advanced analytics tools and applications. By embedding a data lake within SAP Datasphere, organizations can streamline their data management processes and unlock new possibilities for data-driven decision-making.
Benefits of Embedded Data Lake in SAP Datasphere

Unified Data Management

The Embedded Data Lake facilitates seamless integration of data within a single platform, streamlining data management processes and reducing operational complexity. The centralized nature of the data lake ensures that all relevant data is readily available, empowering users to make informed choices based on the most up-to-date information.

Scalability and Cost Efficiency

By leveraging the cost-effective data storage options within SAP Datasphere, and eliminating the costs of multiple repository solutions, organizations can optimize their data management costs. By eliminating the need for separate data integration solutions and infrastructure, the Embedded Data Lake drives cost efficiencies and maximizes ROI for businesses.

Data Tiering Scenarios: Cold-to-Hot and Hot-to-Cold

Effective data management often requires balancing performance and cost, which is where data tiering comes into play. The Embedded Data Lake in SAP Datasphere supports two data tiering scenarios to optimize your data storage strategy.

  • Cold-to-Hot: In a Cold-to-Hot tiering scenario, data that is initially stored in a cold tier (less frequently accessed and lower cost) is moved to a hot tier (frequently accessed and higher cost) as it becomes more relevant for real-time analysis. This ensures that critical data is readily available when needed, without incurring high storage costs for less frequently accessed data.
  • Hot-to-Cold: Conversely, in a Hot-to-Cold tiering scenario, data that starts in a hot tier (frequently accessed) is moved to a cold tier (less frequently accessed) as its relevance decreases over time. This helps manage storage costs by keeping only the most relevant data in the more expensive, high-performance storage tier.


Real-Time Analytics

With SAP Datasphere’s real-time processing capabilities, organizations can derive actionable insights from data in real-time, enabling agile decision-making.

In Conclusion – A Point of View

The Embedded Data Lake in SAP Datasphere represents a paradigm shift. By leveraging the full power SAP Datasphere, it paves the way for a future where data-driven decision-making is not just a possibility but a reality. As we look towards the future, the Embedded Data Lake stands poised to revolutionize the way we harness the power of data, ushering in a new era of innovation and growth. Feel free to reach out to us with questions or to schedule a free live demonstration of the SAP Datasphere embedded data lake.

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HDI Containers

Mastering SAP HANA Cloud Development with HDI Containers and SAP Datasphere

What Are HDI Containers?

Before we get into the nitty-gritty, let’s demystify HDI containers. HDI stands for SAP HANA Deployment Infrastructure, a key service that helps you deploy database development artifacts into containers. Think of them as specialized storage units for your database artifacts. These artifacts include:

  • Tables
  • Views
  • Procedures
  • Advanced Artifacts: Calculation views, flowgraphs, replication tasks

The beauty of HDI is that it maintains a consistent set of design-time artifacts that describe the target state of SAP HANA database features, streamlining both development and deployment processes.

Integrating HDI Containers with SAP Datasphere

SAP Datasphere allows the assignment of built HDI containers to its spaces, providing immediate bi-directional access between HDI containers and Datasphere spaces without requiring data movement. This integration enhances flexibility and efficiency in data management and modeling processes.

  • Deploy HDI Containers: Use SAP Business Application Studio (BAS) to create and deploy HDI containers in the underlying SAP HANA Cloud database.
  • Assign Containers to Spaces: In SAP Datasphere, enable HDI Container access and assign the deployed HDI containers to specific spaces to access their objects and content immediately.
  • Refine Models in SAP Datasphere: Use the Data Builder in SAP Datasphere to create and refine models within your HDI containers. You can combine these models with others in Datasphere, ensuring seamless integration.
  • Refine Models in HDI Containers: Allow models and datasets from SAP Datasphere’s space schema to be utilized within your HDI containers, enabling a two-way interaction.

Business Use Cases for HDI Containers within SAP Datasphere

HDI container-based developments support a wide range of scenarios, including:

  • Migration from HANA Enterprise Data Mart to SAP Datasphere: Organizations can leverage multi-model analytics capabilities while migrating from HANA Enterprise Data Mart to SAP Datasphere. This transition allows for advanced data analytics and modeling within a modern, integrated environment.
  • Migration from SAP BW to SAP Datasphere: By utilizing native HANA developments, companies migrating from SAP BW to SAP Datasphere can maintain their existing data processes and enhance their data warehousing capabilities with the advanced features of SAP HANA Cloud.
  • External OData Consumption or Web API Exposure: SAP Datasphere enables the publication of space objects as external OData services or Web APIs. This capability facilitates seamless data sharing and integration with external applications and services.
  • Complex On-Prem Use Cases: Handle complex on-prem scenarios with limitations in adopting Datasphere.
  • Complex DB Procedures for Actionable Functionality: Develop and manage complex database procedures to implement actionable functionalities.
  • HANA Sidecar Phased Retirement: Gradually retire HANA sidecar systems by integrating with SAP Datasphere.
  • Migrate PAL and APL Use Cases: Migrate Predictive Analysis Library (PAL) and Automated Predictive Library (APL) use cases from on-premises to HANA Cloud.
  • Leverage Machine Learning Capabilities: Utilize embedded machine learning and advanced analytics within SAP Datasphere without data extraction.
  • Data Science Enrichment: Use existing Python or R environments to trigger calculations in SAP Datasphere, train ML models, and store prediction results in HDI container tables.
  Benefits of HDI Containers in SAP Datasphere

The integration of HDI containers within SAP Datasphere offers several significant advantages:

  • Immediate Access: Objects and content of HDI containers are instantly accessible within SAP Datasphere spaces without the need for data movement.
  • Seamless Workflow: Users can harness SAP HANA Cloud’s advanced features while enjoying a user-friendly environment in SAP Datasphere.
  • Advanced Data Modelling: HDI containers support complex developments and provide advanced functionalities that complement the user-oriented features of SAP Datasphere.
  • Git Versioning: HDI introduces the usage of versioning tools like Git, which helps in conflict resolution and allows many developers to develop in parallel without interference. This supports modern development styles and accelerates development cycles on the database.
  • Life Cycle Management: Supports automated CI/CD pipelines for efficient life cycle management.
  • Higher Parallelism: HDI supports higher parallelism with no singleton deployment, allowing for more efficient and faster deployment processes.
  • Debugging and Performance Optimization: HDI provides robust debugging and performance optimization capabilities, leveraging SAP HANA optimization techniques such as pruning and parallelization to ensure high performance.
  Conclusion

Combining the development strengths of HDI containers with the user-friendly features of SAP Datasphere offers the best of both worlds. This hybrid approach supports advanced and complex data developments while ensuring ease of use and maintainability. For large projects with multiple developers, the choice between HANA and Datasphere will depend on specific requirements, such as the need for version control and Git integration.

By leveraging HDI containers in SAP Datasphere, organizations can achieve seamless data management and complex data modeling capabilities, ultimately enhancing their data warehousing solutions.

For more detailed guidance on implementing HDI container-based developments in SAP Datasphere, refer to the comprehensive resources available on the SAP Community.

Feel free to contact us with questions or to schedule a demonstration of this capability.

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Analytics 101: Understanding the Basics and Importance of Analytics

Analytics 101: Understanding the Basics and Importance of Analytics

Welcome to the world of analytics – where data becomes insights and decision-making becomes more informed. Analytics is the process of using data to gain insights and make informed decisions. In today’s data-driven world, analytics is becoming increasingly essential for businesses of all sizes and industries. In this article, we will explore the basics of analytics and its importance in the modern business landscape.

What is Analytics?

Analytics is the process of collecting, storing, and analyzing data to identify patterns, relationships, and trends that can inform decision-making. Analytics can help businesses uncover insights that they might not have otherwise seen, and make data-driven decisions that are based on facts and figures rather than gut feelings or intuition.

Types of Analytics

There are several types of analytics, including:

Descriptive analytics: This type of analytics describes what has happened in the past. It involves collecting and analyzing historical data to identify patterns and trends.
Diagnostic analytics: This type of analytics explains why something happened. It involves analyzing data to understand the root cause of a problem or opportunity.
Predictive analytics: This type of analytics predicts what will happen in the future. It involves using statistical models and machine learning algorithms to forecast future trends and behaviors.
Prescriptive analytics: This type of analytics recommends what actions to take. It involves using data and models to identify the best course of action to achieve a specific goal.

Importance of Analytics

Analytics can be applied in various industries, such as finance, healthcare, marketing, and sports. It can help businesses improve their efficiency, reduce costs, and increase revenue. Analytics allows businesses to:

Gain insights: Analytics provides businesses with insights that they might not have otherwise seen, which can help them make informed decisions.
Identify opportunities: Analytics can help businesses identify new opportunities that they might not have otherwise seen, such as new markets or products.
Make data-driven decisions: By using analytics, businesses can make data-driven decisions that are based on facts and figures rather than gut feelings or intuition.
Improve efficiency: Analytics can help businesses identify areas where they can improve their efficiency and reduce costs.
Increase revenue: By identifying new opportunities and making data-driven decisions, businesses can increase revenue and gain a competitive advantage in their industry.

Conclusion

In conclusion, analytics is a powerful tool that can help businesses make data-driven decisions and gain a competitive advantage in their industry. By leveraging analytics, organizations can gain insights, identify opportunities, and make informed decisions that improve their performance. If you’re interested in leveraging the power of analytics for your business, consider partnering with a team of experts who can help you collect, store, and analyze data effectively. Contact us today to learn more!

The SAP DWC Bridge: Easing the Journey to the Cloud for SAP BW Customers

The SAP Datasphere BW Bridge: Easing the Journey to the Cloud for SAP BW Customers

If you have an existing SAP BW or BW/4HANA on premise data warehouse, you are likely well aware that it didn’t just appear overnight fully loaded with data and analytics solutions but rather was developed with lots of thought, care, and attention.  With the advent of all things cloud, including data warehouses, what does it mean to all the accretive knowledge, business logic, and code that is encompassed in our existing solutions?

With the marketing and media attention on the cloud, we are bombarded with all the benefits that a cloud solution can bring.   SAP has delivered a top-notch, long-term cloud data warehouse and analytics solution set in SAP Datasphere (SAP DSP) and SAP Analytics Cloud (SAP SAC).  This solution set provides a business focused, innovative, and fully cloud based BI solution.  SAP DWC is the strategic, target solution for all data warehouse uses in SAPs statement of direction. And while that all sounds like a wonderful panacea, it can be a bit daunting to think about how to get from point a (our on-prem solution) to point b (a cloud DW solution).

The Bridge Concept

Fortunately, SAP has come up with a practical and innovative solution to make it much easier for their customers to start their cloud journey to the SAP DSP solution:  the SAP DSP Bridge.   At the heart of it, the bridge is a tool that customers can leverage to 1) move at their own pace to the cloud and 2) at the same time leverage their existing BW base in the cloud quickly.

There are some key guiding principles that the SAP DSP Bridge solution embodies:

  • Reuse. Reduce, reuse, recycle!  SAP has recognized that redoing work that has already been done is not a fan favorite.  After all, there was a lot of effort put into carefully crafting all the current SAP BW and SAP BW/4HANA data warehouses out there. 
  • Connect to data sources with confidence and in a familiar manner.
  • Innovate! Leverage the benefits of the cloud to innovate sooner rather than later with our existing SAP BW assets.

What the Bridge Does

The SAP BW Bridge transfers key elements of an existing BW environment into a custom space inside SAP DSP so departments can share access to critical data.  With SAP BW Bridge, key content, data, staging, customization and connectivity is transferred to a purpose-built space inside of data warehouse cloud, where it can now be leveraged by other data users as if it was any other data space inside of the DSP environment.

  • Reuse, not rebuild data models, transformations; and customizations to protect investments
  • Accelerate time-to-value with 70-80% reuse of existing BW artifacts with transfer tools
  • Capitalize on your existing expertise with access to a familiar modeling and development environment

Unlike other cloud solutions, this preserves the use of most customizations and custom data objects from BW.

What the Bridge Enables

Once the bridge to the DSP is enabled for your BW solution, you gain new abilities to work with your data assets including:

  • Retain familiar connectivity to SAP data and semantics efficiently with ABAP-level extractors, staging area and understanding of SAP data and relationships 
  • Extend your data reach easily to new data sources and take advantage of the Data Marketplace to combine SAP and external data for broader insights
  • Connect data efficiently across clouds and hybrid landscapes without unnecessary data movement – unmatched data virtualization across multiple clouds

This makes it easier to transition your workflows to leverage the power of new technologies such as SAP’s upcoming Data Marketplace.

To summarize, SAP BW Bridge allows you to retain much of the power of your original BW environment inside SAP DSP quickly.  You can start reaping the benefits of the DSP cloud platform even before fully migrating to it.  The bridge tool allows you to chart your own journey and timeline to migrate to the cloud without forcing you into a big bang cutover.

This tool will help us all in our mission to breakdown business silos and empower users with the latest information, all running on the proven HANA database management system, designed specifically to take on today’s most challenging, multi-model analytics problems. 

With SAP BW Bridge, you gain the power of bringing your systems together as part of SAP’s Business Technology Platform. This powerful platform was engineered by SAP not only to meet the critical needs of today’s processing but to grow with you to meet your business’s challenges for years to come. 

If you’d like to know more or would like a bit of help charting your journey with the SAP BW Bridge and SAP DSP, we’d love to help.  Contact us using the form below.

– By Merri Beckfield