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Business Intelligence Data Analytics

8 Questions You Need to Ask Before Building a Data Warehouse

Does your business need a data warehouse? On one hand, they accommodate complex modeling, improve workflows, and ultimately increase profits. On the other hand, data warehouses can be resource-intensive and expensive, rendering them impractical in certain situations. 

1. How Long Have You Been Collecting Data?

Are you sitting on a pile of customer data? If not, you might not be ready for a warehouse just yet. Startups may find that capital is better spent securing personnel, building infrastructure, branding, and marketing. However, if you’re sitting on mounds of information ripe for analyzing, investing in data warehousing could be the game-changer to your bottom line.

2. Do You Have a Lot of Reporting Systems?

Is your current reporting environment a patchwork of different systems held together by a fraying thread? If so, why not streamline and house everything under a single data warehousing umbrella. Not only will it improve workflow, but you’ll be better able to investigate historical data and compare it to recent trends.

3. Do You Have Custom Reporting Systems?

Custom reporting is the backbone of many businesses. If your company relies on specialized reports created in the corporate dark ages, it’s probably time to update, and moving to a data warehousing model may be ideal. Querying becomes infinitely easier with a centralized system as opposed to a siloed setup.

4. In What Formats Is Your Data Stored?

Data comes in a variety of forms. If over the years, you’ve switched management systems, legacy data may be in formats that no longer work with your current setup. By investing in a data warehousing system, you’ll be able to create a digital ecosystem that accommodates multiple formats, which are normalized at the extract, transform, and load — aka ETL — stage.

5. Are Your Modeling Efforts Complex?

The more complex data and reporting needs are, the more helpful a data warehouse can be. Plus, having a streamlined system may illuminate new metrics that can be studied and leveraged.

6. Are You Frustrated by Reporting Performance Issues?

When reporting against operational systems, data can become volatile. Information sets can morph into forms, like a substance changing from ice to gas. When it happens, your reporting can become filled with errors. However, data warehousing mechanisms, which are typically optimized for read-access only, often eliminate the querying and processing kinks, resulting in fewer output headaches.

7. Do You Need to Perform Multi-Year Data Transformations?

Businesses with multi-generational data frequently benefit from a data warehouse. Insightful and profitable realizations can be mined with a powerful querying system.

8. What Resources Are at Your Disposal?

Though often worth it in the long run, developing a data warehousing system can be a costly and extensive process, especially if you attempt to build one without the help of advanced tools. The return on investment isn’t always immediately evident. So if the money isn’t readily available, it may not be time. After all, a poorly executed data warehouse can waste time and productivity. Wait till you have the resources to get it done correctly or enlist the help of AI-powered tools.

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Business Intelligence Data Visualization

What is Data Storytelling?

What is Data Storytelling?

How do you tell a GREAT story with data? 

Everyone likes hearing a good story. However, being asked to “tell a story” using data and visualization is often a big source of anxiety for analysts of all backgrounds.

An informal Twitter poll returned the following responses to the question “When I’m asked to show the data, I feel….”

Frustrated, because I don’t think I’ll tell the story effectively, and might miss important parts.

I feel pressure, pressured to make it clear for everyone, and what if people don’t like my story?

Inadequate, because I’m sure there are questions people will have that I haven’t anticipated.

Being able to tell stories with data is a skill that’s becoming ever more important in our world of increasing data and the desire for data‐driven decision-making. As more and more data visualizations are produced, they start to become a commodity and their quality suffers. This turns off viewers and people begin to rethink their investments. However, great Visual Storytelling can send the effectiveness and reach of your analysis through the roof and produce significant business influence, value, and career rewards.

Have a look at the graphic below. What story do you get from it? 

 

Here’s what most people see:

  1. The average surface temperature is trending higher.
  2. Multiple independent data sources all show the same trend, which lends further credibility.
  3. Temps were trending lower at one point, but that reversed and has started growing in lockstep with the rise of industrialization.

Even though it’s little more than a few words, numbers, and some colored lines, it tells a very compelling story, with strong supporting evidence, and makes its key points very persuasive.

Storytelling with data is no different than regular storytelling. Storytelling is by far the longest-running and most effective method of human-to-human knowledge transfer. The reason storytelling is so effective is that it engages emotions along with cognition (ability to learn). Emotion keeps you interested while you learn. 

  • Build Characters: First and foremost, stories involve characters. Without humanized characters, there’s nothing for the viewer to relate to; It’s not a story. Think about it. Every story you’ve ever read has human-like characters for you to relate to. Even movies and stories about animals and inanimate objects impart human characteristics to those characters: they talk, they react, they have expressions and emotions, they act human. In data, the character(s) can be you, or the reader, or named people, or people in a certain role, customers, employees. e.g. “Our Sales managers wanted to know how to ….” “I sought to uncover why ….” “Our CEO, Mike, asked me to investigate why ….” or even, “My daughter asked me about our company, and she wondered why X product was so successful….” A great way to introduce characters visually is with earlier Survey Results. The survey results let you introduce and describe characters, “Male employees, under 40, working in our US Offices had the following to say in a recent survey:” and also give them a voice.
  • “Use the Force, Luke”. The next thing that is required is some kind of goal, challenge, or objective. This line from Star Wars was Obi-Wan’s way of challenging Luke to learn the Jedi way and set out his hero’s journey. The characters must want or need to do something. That’s the hook. That’s what gets the reader to go along with the character, to put themselves in their shoes. In data, a great one here is answering a difficult question or solving a business problem. Even better would be showing how your insights and answers resulted in a measurable improvement. So give your characters a challenge to overcome. The bigger the challenge, the more interesting the story becomes because….. 
  • ….“Never Tell Me The Odds”: Give the character some stakes, some consequences of complete failure. Optional: Let the character fail, but use it to illustrate what they learned. Failure makes the stakes seem real and pulls the reader in even further. This is called “rising action”. Just don’t lay it on too thick.
  • Have a Point!“: Every story needs a climax, a point where the action peaks. This should involve being the main message you’re trying to communicate. It should always involve your character(s) achieving or exceeding their goal. For example, if your “challenge” was to use analysis in order to create a plan to change something, you can include a Gantt chart or Change Roadmap here as the deliverable of that analytics journey. You could also phase shift this slightly to show a visualization of what the Outcome of that Change was.
  • “Falling Action.” Now that you’ve made your main point, you can use this part to tie up loose ends, resolve other challenges or conflicts besides the main one, describe what happened to the characters after the story, or even use it to tease a sequel. You can also use this part as a “Call to Action” for the viewer if you want them to do something, such as give feedback or share your dashboard with others. 

Now that you have the main foundations of Data Storytelling under your belt, give it a try. The best way to master it is to practice it often. Learn what works best for your data and your audience. A-B test different approaches and get feedback on what worked. Look back over earlier work from yourself and others and list out the things you might have done differently now that you have this new knowledge. Hopefully having a structure like this to start with will give you confidence in choosing and arranging your next visual exercise to maximize its message and persuasiveness. How will you know you’ve succeeded? People will tell you. People know good storytelling when they experience it. Good luck!

Categories
Big Data Data Preparation

Indexing & Metadata: How to Deal with Video and Unstructured Data

Solutions for Unstructured Data That Includes Video

If you’ve landed on this page, there’s a good chance you’re sitting on a mountain of unstructured data, specifically an abundance of video files. Your goal is to parse, organize, and distribute the information in such a way that makes it the most useful to the greatest number of people in your organization. But unstructured data can be as unruly and difficult to manage as a bag of snakes. So the question becomes: How can you tame it?

What’s the Problem With Unstructured Video Data?

So what’s the problem with unstructured data? As is the case with a tangle of wires, the hurdle with unstructured data is that it’s difficult to classify, manage, organize, and distribute. And ultimately, what’s the use of collecting loads of information if you can’t do anything with it? When videos are tossed into the mix, things become even more complicated because they’re not easily searchable in text-based database systems. 

But before you can develop a plan to sort out the mess, you must define the data goals. Ask yourself a few key questions such as:

  • Who needs access to the information? 
  • For what are they using it? 
  • How does the intended data use support the company’s overarching goals? 

Unstructured Video Data: Indexing

Indexing is a database optimization technique, which preprocesses information and allows for faster querying. It’s an advanced database administration skill that requires the programmer to account for many options, like missing values and form errors. 

When videos are in the data mix, indexing is even more complicated. However, by setting up a simple save-and-catalog function, it’s manageable. So how do you do it?

First, save the video file on the network. Make sure it’s somewhere accessible to the people who will need it. Also, ensure that people can’t change file names easily. If they do, it can “break” the database. Then, catalog each A/V file by including GUID keys that point to where they sit on the network. 

If greater specificity is needed, make a record — and corresponding line item — for each video frame. Yes, it’s time and labor-intensive, but the effort is often worth it to mine intelligent data.

Unstructured Video Data: Metadata

After creating the index, the next step is gathering, storing, and linking the appropriate metadata, which may include the date, length format, EXIF info, and source. Cataloging the metadata is vital because it provides a searchable and filterable field for the video file line item.

Sometimes, you may want to write some metadata to the file name as a backup. You can achieve this by structuring the file names like [DATE]_[GUID].mp4. By doing so, team members can quickly determine to which record the line item is tied.

Let’s Discuss Your Unstructured Data Needs

Outsourcing database logistics to a third party can be the ideal solution because it frees up internal resources for profit-generating activities. Plus, partnering with database experts can decrease costs associated with employment. 

Inzata Analytics’s team has considerable experience empowering businesses, non-profits, schools, and government entities to maintain their unstructured databases. Reach out today. Let’s start the conversation.

Categories
Big Data Data Quality

How to Master Modern Data Governance

Data governance, though often overlooked, offers businesses a host of benefits. Keeping data up-to-date, accurate and complete often poses challenges for many business leaders. Thankfully, with the proper knowledge, tools, and patience, data and analytics leaders can build a team and utilize various available support systems to overcome these barriers and master data governance within their organization. 

What Is Data Governance and Why Is It Important?

At its core, data governance focuses on the following: 

  • Keeping data accurate and updated as needed
  • Controlling how, where, when, and by whom data is used within a company
  • Managing data integrity
  • Detecting, deleting, and merging duplicate data files within the file system
  • Ensuring all data reports are correct for compliance and regulatory purposes

Therefore, it’s obvious why data governance is an essential part of most workplace operations. Many businesses heavily rely on storing and retrieving information for future use. For this reason, duplicate information, customer profiles, and disorganized data tracking can lead to significant issues. Without correctly managed data, numerous departments can struggle to perform their jobs correctly. These issues can result in a loss of productivity, increased costs, and even impact long-term customer retention. 

Finally, it’s also important to note that storing data correctly and carefully monitoring how, when, where, and who uses stored data is also essential. Several regulatory agencies require companies to report on how they store and use consumer data. Others monitor data use and enforce transparency regarding certain types of information. Though, monitoring and governing data then become fundamentals to remaining in compliance with these regulatory agencies. 

How Can Companies Master Data Governance?

Mastering data governance is no easy task, but it is critical to most businesses, no matter the size. Thankfully, through the help of available tools and the assistance of data and analytics professionals, data governance becomes a manageable task. Here are a few key strategies organizations use to organize, analyze and maintain data integrity successfully. 

Determine the needs of the organization and align them with data governance solutions. This step serves as the stepping stone for all data governance plans. Many companies find themselves frustrated with the way data is managed across the departments, as governance practices are often mistakenly data-based rather than business-based. Determining how employees use data, how often it is retrieved and accessed, and who can make permanent changes to records allows organizations to manage their information effectively. 

Determine key performance indicators. During this phase, data and analytics leaders should also consider outlining and implementing key performance indicators, or KPIs, for managing their data. KPIs allow businesses to use measurable metrics to determine the overall success of their data governance practices. Over time, organizations can use these KPIs to make adjustments to their data governance plans. By measuring KPIs, data governance becomes a practice of using data to align with business needs and moves away from the traditional expectations of data storage. 

Develop risk management and security measures for stored data. Finally, many governing agencies require companies who store data to remain accountable and transparent regarding data security. Therefore, modern data governance plans include a variety of layers of protection. Companies should consider the following when developing their risk management programs: 

  • Who is interacting with private information regularly, and have they received the required compliance training?
  • When do individuals need to access stored data, and when can they change it?
  • What measures are in place to protect outsiders from accessing private information?

This step often involves working alongside your cyber security and legal teams to determine the appropriate action steps for data security. 

Who Should Understand Data Governance?

Ultimately, any individual within an organization who may access, store or update data used by a company should receive training on data governance. Once you’ve developed a high-quality governance plan, ensuring each individual within your company who interacts with stored data understands the organization’s data governance practices is essential. 

Furthermore, ensuring data integrity and accuracy may involve revisiting certain practices, changing methodologies, updating information, and providing additional company-wide training. Therefore, mastering modern data governance requires organization-wide cooperation and consistent monitoring to keep data consistent and error-free.

Categories
Business Intelligence Data Visualization

3 Powerful Steps to Data Storytelling

In the digital economy, data is mana. It’s the fuel that keeps the tech and marketing sectors churning. But when using data as a sales or education tool, plain old stats and facts just aren’t enough. Massaging data into a compelling story is key to onboarding clients, securing investors, and training employees.

Human brains are wired for stories. As evidence, a Stanford Business School study revealed that 62% of participants remembered stories while only five percent remembered straight statistics. That’s an immense difference, and the results should have every business asking: How can we transform our data into engaging narratives that sell, convince, and teach?

What is Data Storytelling?

Without framing, data can come across as flat, bland, and vulnerable to interpretation. Businesses wanting to burnish their brands in the brains of target audiences must carefully craft their messaging and bolster it with supporting data.

Why is Storytelling So Effective?

Storytelling is how cave people evolved into modern individuals. It’s a linguistic tradition hard coded into our DNA; it’s how civilizations passed down survival skills and traditions. Storytelling remains an integral part of how we process and retain information.

Read more: Data Storytelling: The Essential Skill for the Future of Analytics

What is the Goal of Storytelling?

The goal of data storytelling is to engage audiences. You can highlight insights that will stick, convince, and stimulate the desired action by packaging narratives in digestible and engaging bites of information.

As a presenter, your job is to focus people’s attention on the most salient and engaging points. Think of yourself as the Degas of data — someone who paints beautiful pictures using stats and trends. By framing the mundane in gilded casings, you’re heightening the audience’s emotional response, which leads to better retention of the material.

Three Steps of Effective Data Storytelling

We’ve discussed why data storytelling works. Now let’s dig into the “how” of the matter.

Become Intimate With the Data

Before crafting data stories, familiarize yourself with the information. Don’t manipulate the data to suit your needs. People instinctively pick up on phony or inflated stats — and that diminishes trust. Instead, become intimate with the facts and figures and find the actual statistical trends hidden within. They’re more impactful than jerry-rigged half-truths.

Understand Your Audience

The next step is getting to know your audience. What makes them tick? What do they care about? What’s their worldview? How does your data connect to their goals? The answers to these questions will shape a story that connects with your targets emotionally. Once you tap into their zeitgeists, you can more readily sell the vision.

Remember that one size does not fit all when it comes to data narratives. The tale you tell to a room full of mid-level managers will differ from the one you tell executives.

Choosing the Right Data and Presentation Style

Visuals matter — a lot. They help clarify, connect, compare, and provide context. Effective visualizations include information about the most compelling data as well as highlight the best parts. While it’s almost always better to have professionals design presentations, here are a few DIY pointers:

  • Comparisons: If you want to highlight comparisons, use bar, line, and circular charts.
  • Composition Statistics: Showing data composition statistics is best done with pie charts.
  • Distribution of Data: Line distribution charts work for displaying data distribution points and trends.
  • KISS: When creating charts and graphs, adhere to the adage “keep it simple, silly.” Leave the 3D renderings and drop shadows to game developers. They only mess up business presentation aesthetics and may come across as outdated.
  • Color Consciousness: Data presentations are not the time to express your inner Rainbow Brite! Choose a pleasant color palette and use complementary colors; they’re easier to understand at a glance than a hodge-podge of hues.
  • Language: Use words and phrases that your audience understands. Don’t try to “sound smart.” It never works and can reflect a lack of confidence and communication.
  • Layout: Each slide should have a call to action, a header, and a short narrative summary. People’s attention wanders during presentations. Combat this by keeping things clear and concise!

Crafting effective data narratives that speak to people’s desires and emotions is a skill that takes time to develop. Professionals understand how to mold micro and macro elements into engaging stories. It’s no question that data storytelling is an invaluable tool. And when done correctly, profits follow.

Categories
Big Data Data Analytics

7 Data Analytics Mistakes Digital Marketers Make

It’s no question that a marketing campaign can gather tremendous amounts of data, however, if the data is not correctly interpreted the value may only be a fraction of its potential. According to a recent Gartner survey, marketers sensed their companies did not fully understand how to effectively leverage data analytics. Let’s dive into the common challenges and mistakes marketers face when it comes to their data analytics.

The 7 Most Commons Mistakes Digital Marketers Make

1. Confusing Data Metrics and Visualizations

A clear understanding of what metrics actually are rather than what they are “perceived’ to be is essential to any marketing campaign. Marketers should have a clear understanding of what the metric means, not purely what is presented in a visualization. For example, unless there is a precise understanding of what “views” represent as opposed to “visits”, analytical data can be easily misconstrued. 

Depending on training and expertise, some marketers may not necessarily be data experts. This highlights the need for strong background information when it comes to dashboards and data visualizations. Without proper context, it can be overwhelming when determining the correct course of action. It is imperative to not choose a visualization based upon the flashiest dashboard design but to understand the data behind the visual, this will ensure proper decision making and evaluation.

2. Relying on a Single Data Set

Data analytics requires collecting data and often there may be more than one tracking source for the data collection. Oftentimes different data tracking mechanisms may generate various data metrics from the same data collection. It is vital to work with numerous tracking sources for increased visibility across target audiences and campaign performance, whether they be internal or external. Aim to collect both qualitative and quantitative data for the most accurate and informative visibility.

3. Incorporating Data Too Late into the Creative Process

The marketer’s creative process should be the end result of the primary marketing objective. Though, the creative process can be more powerful when incorporating analytical data elements. 

Being able to drill down into your audience’s preferences and demographics is a winning process in creative production. Some key takeaways from incorporating data early in the creative process are:

 1. The earlier you can incorporate data analytics in the creative process, the better.

 2. Utilize the collected information to clearly define your key audience.

 3. Leverage data to create a road map of how to reach your targeted audience.

4. Concentrating Heavily on Vanity Metrics

A marketer understands many elements go into creating captivating content and copy. Though, the positive feedback for a video or campaign generating thousands of comments, likes, followers, or other vanity metrics may lead to a false sense of success. 

The key question and focus should continue to be towards quantifiable conversions and investment in the customer lifetime value. Access if the marketing efforts ultimately lead to loyal customers evangelizing the brand. The focus should remain on generating leads, then conversions, and sequentially creating loyal customers.

5. Not Asking Questions

Data analytics is very efficient in creating a comprehensive set of data, and studying a report or spreadsheet to form a clear picture can be daunting. The trick is to have an explicit focus on your end goals and intentions, asking questions is key to narrowing down the data points required to formulate a winning conclusion.

For example, when studying the data, the question may not be to see “how the website is performing” but rather asking “how much has our social traffic increased?” When questions are asked about specific data points, the answers should guide you to more productive conclusions.

6. Ignoring the Importance of Data Culture

Buy-in across the organization is critical to any successful analytics strategy. Commonly, few on the team have a clear understanding of the importance of being data-driven. High-level goals that data analytics will be a cornerstone for the marketing process should be known and understood across all levels of the organization. Try implementing an objective to embrace data analysis by defining obtainable goals and gradually increase awareness through training and workshops.

7. Failure to Create Actionable Insights

Actionable insights require looking beyond the surface level of standard metrics and KPIs. While not all conclusions may be useful, particularly without fully comprehending what they indicate, not diving deeper into analytical conclusions may lead to lost opportunities. Make sure to analyze the metrics in-depth for patterns and unique insights. By diving deeper into insights and taking an exploratory approach, successful strategies may begin to form. 

Categories
Big Data Data Analytics Data Modeling

Data Lake vs. Data Warehouse: What’s the Difference?

What is the Difference Between a Data Lake and Data Warehouse?

To begin, the two offer similar functions for business reporting and analysis. But they have different use cases depending on the needs of your organization. 

A data lake acts as a pool, storing massive amounts of data kept in a raw state. This can be used to store structured, semi-structured, and unstructured data from a variety of sources such as IoT devices, mobile apps, social media channels, and website activity. 

A data warehouse, on the other hand, is more structured unifying data from multiple sources that have already been cleansed through an ETL process prior to entry. Data warehouses pull data from sources such as transactional systems, line of business apps, and other operational databases. Another principal difference between the two is how each makes use of schema. A data warehouse utilizes a schema-on-write, while a data lake makes use of schema-on-read. 

When it comes to users, a data warehouse is typically used by a broader range of roles such as business analysts using curated data, along with data scientists and developers who focus on driving insights from the raw data to obtain more customized results.

Who Benefits From Each Type? 

Depending on your organization, you can actually benefit from both types of data storage solutions. A combination of one or both can benefit your business depending on your data stack and requirements for data analysis and reporting. 

Historically, data lakes are used with companies that have a dedicated support team to create, customize, and maintain the data lake. The time and resources needed to create the data lake can be extensive, but there is also a wide selection of open source technologies available to expedite the process. If you need to handle large amounts of raw data as well as flexibility, this may be a good solution for you. 

If you need a solution that’s ready to go, a data warehouse platform provides you with a structured setup that can be a good option for analytics teams. Data warehouses typically cost more than data lakes, particularly if the warehouse needs to be designed and engineered from the ground up. Though AI-powered tools and platforms can drastically advance the building timeline and minimize expenses, some companies still take the in-house approach. Overall, data warehouses can be vital to companies that need a centralized location for data from disparate sources and accessible ad-hoc reporting.

Why Should You Use a Data Lake or Data Warehouse? 

Advanced tools make data warehouse design simple to set up and get started. These are typically offered as an integrated and managed data solution with pre-selected features and support. These can be a great option for a data analytics team due to their quick querying features and flexible access. If you need a solution that offers a robust support system for data-driven insights, a data warehouse may be right for you. 

If you prefer a quicker DIY method, a data lake might be a better solution. Data lakes can be customized at all levels such as the storage, metadata, and computing technologies based on the needs of your business. This can be helpful if your data team needs a customized solution, along with the support of data engineers to fine-tune and support it. 

What Should Be Considered When Selecting a Solution? 

At the end of the day, your business may need one or both of these solutions in order to gain high-level visibility across your operations. This holistic approach has led to the development of newer solutions that combine the vital features of both. The data lake house takes advantage of the more common data analytical tools along with added agents such as machine learning. 

Another factor to consider is the amount of support that your analytic teams currently have. A data lake typically needs a dedicated team of data engineers, which may not be possible in a smaller organization, but as time goes on, data lake solutions are becoming more user-friendly and require less support. 

Before selecting one of the two, take a look at who your core users will be. You should also consider the data goals of your company to understand the current and future analytics needs. What may work for one company may not work for yours, and by taking a closer look, you can find a data solution that best meets the needs of your business.

Categories
Big Data Business Intelligence Data Analytics

How to Drive Growth & ROI with Marketing Analytics

What is Marketing Analytics?

Analytics, at its core, is the study of numbers. Numbers provide valuable data and insight into any given marketing strategy by making performance quantifiable. With marketing analytics specifically, the numbers help to track, identify, and understand user behavior. 

Understanding your audience is critical to making sound marketing decisions that deliver the best ROI and drive positive growth. 

In a simplistic breakdown, marketing analytics are intended to perform in two ways: 

1. Measure the effectiveness of marketing strategies and campaigns. 

2. Identify opportunities for improvement that will yield greater results. 

Why Do Marketing Analytics Matter?

Without marketing analytics, a business is operating blind. The marketing campaigns are merely pushed out to the world with little to no understanding of how strategies are landing with your audience. 

 Marketing analytics matter because: 

  • It makes the actions quantifiable. Whenever numbers are used, it provides concrete data for the marketing program. For example, it’s easy to notice that overall sales increased after a personalized content marketing campaign. Though, a more effective approach would be tracking the specific percentage (25% e.g.) of traffic that came from a blog published at a specific time (November, e.g.) and converted a specific number of leads (5% e.g.) for a specific product (holiday gift, e.g.).
  • It helps plan for future marketing. When you understand which tactics are working, you can strategically plan for future marketing. Not only does this help with planning marketing activities, but also overall budget allocation. 
  • It identifies the “why” of what did or didn’t work. After a marketing campaign or strategy has launched, the only way to adequately understand performance is with marketing analytics. The data can be drilled down to track individual messaging across a broad spectrum of outlets, ensuring no approach is wasted. For example, maybe your click-through rates from social media to your website are fantastic, but not converting to sales. With this information, you can focus your energy on shifting the homepage to reduce bounce backs.

How Can Marketing Analytics Drive Growth?

Ultimately, the information provided by marketing analytics is meant to drive growth and provide positive ROI. There are a few key ways that marketing analytics can help drive growth: 

Identify target audiences. One of the most brilliant things that marketing analytics can do for businesses is to segment audiences. The analytics can help identify and group users by:

  • Age
  • Gender
  • Geographic Location
  • Income Level

Even further, marketing analytics can identify subgroups or intersections in data sets. For example, a segment could be women, aged 30-45, in Tulsa, OK.

When grouping users together, data can be extracted surrounding how to best target those groups. Marketing analytics can also reveal new groups that are worth targeting. For example, perhaps the target audience is believed to be women aged 30-45 years old, but you find that certain marketing tactics are delivering positive results in teenage boys aged 16-20 years old. Having that information is powerful when driving growth. 

Predict future user trends. Predictive analytics compile past trends and historical data to help determine how users will behave in the future. This can help plan marketing strategies to align with certain seasonal behaviors. For example, sales of certain products are higher during the summer. By targeting audiences in the discovery phase in spring yields the most beneficial results. 

Eliminate what doesn’t work. One of the best ways to reap rewards with marketing is to eliminate the tactics and strategies that aren’t working. The less time and money spent on fruitless endeavors, the more growth can happen. 

Which Marketing Analytics Deliver the Best ROI?

The answer to this question will be different for each business. However, some general items will ensure marketing analytics deliver the best ROI. 

1. High-Quality Data

The power is in the numbers. Data that is quality both in scope and extraction is so important to delivering the best marketing ROI. The best quality data will be: 

  • Current
  • Consistent 
  • Precise 
  • Accurate
  • Relevant 

2. Combine Past, Present, and Future Data

To achieve a comprehensive overview of marketing analytics, all data should be considered. The past provides insight into user behavior and trends, while the present focuses on relevant current climates. The future is a prediction based on past and present trends, therefore eyes must also be turned toward the future to properly steer marketing strategies.

Categories
Business Intelligence Data Analytics

How to Learn Data Analytics with the Feynman Technique

Using the Feynman Technique to Enhance Your Data Analysis 

The field of data analysis is an ever-growing, ever-changing industry. Most data analysis advice for best practices will go into the technical needs for the field, such as learning specific coding languages and relevant algorithms. However, to fully grasp your data analysis, you must be able to make it easy to comprehend for people outside of the field, such as business users or the general public. Thankfully, there are positive qualitative techniques that you can employ in your analytics practice to help with this, particularly the methodology known as the Feynman Technique.

Why is the Process Called the Feynman Technique?

The Feynman technique is named after the world-renowned theoretical physicist, Dr. Richard Feynman.

Who is Richard Feynman?

Dr. Feynman was a Nobel Prize-winning scientist, university professor, and writer. He was best known for both his work in the field of quantum electrodynamics and his involvement in major historical scientific events, specifically his work on the Manhattan Project and his official investigation into the Challenger shuttle explosion. As an educator, he was best known for his approach to teaching, which emphasized true understanding of the subject matter, as opposed to the then-standard of conventional learning techniques.

How Does the Feynman Technique Work?

The Feynman Technique is a multi-use means of understanding any new data, regardless of the context. The general goal is to better understand the information by effectively explaining it to others. The technique works by adapting Feynman’s personal approach to understanding data and involves a small number of steps to achieve this process. 

1. Study the Data Thoroughly

In order to fully understand a set of data, Feynman believed that you had to first truly study everything about it. In many cases, there are numerous items in a data set that might need additional study to thoroughly understand the data set as a whole. In these cases, the Feynman Technique dictates that you should narrow your focus to those items you might have any difficulty focusing on first.

2. Explain the Data

As an educator, Feynman believed that the next step for data, once understood, was the ability to teach it to someone else. For this step of the Feynman Technique, once a data set is truly understood, you then teach what you have learned to another person or group. It is at this stage where you welcome questions and feedback, this allows you to spot any weaknesses in your analysis or overall understanding of the data.

Further Study

If there are any gaps or inconsistencies that your audience points out in Step 2, this is where you return to the initial data set and dive deeper into those areas. Ideally, the more these points are analyzed, the more they will become the strongest points of your overall knowledge.

Create a Simplified Explanation of the Data

Once you have a thorough and reasonably airtight knowledge of the data and its implications, the last step of the Feynman Technique is to break down your analysis into as simple and basic an explanation as possible. This enables the fastest and most efficient means of communicating to your clients, coworkers, or any other audience you might have. From time to time, you will have to go into further details when asked about specific points related to your analysis, but for most audiences, basic information works best to allow others to understand it quickly.

Conclusion

In today’s modern society, secondary and higher education now emphasizes project-based learning and a more thorough understanding of the subject matter. With up-and-coming analysts approaching data with the Feynman Technique, or a similar model, this strategy enriches the overall quality of your analyses, and will most likely benefit you throughout your career.

 

Categories
Big Data Data Analytics Data Enrichment Data Quality

5 Common Challenges of Data Integration (And How to Overcome Them)

Big data is a giant industry that generates billions in annual profits. By extension, data integration is an essential process in which every company should invest. Businesses that leverage available data enjoy exponential gains.

What is Data Integration?

Data integration is the process of gathering and merging information from various sources into one system. The goal is to direct all information into a central location, which requires:

  • On-boarding the data
  • Cleansing the information
  • ETL mapping
  • Transforming and depositing individual data pieces

Five Common Data Integration Problems

Getting a data integration process purring like a finely tuned Ferrari takes expertise, and the people running your system should intimately understand the five most common problems in an informational pipeline.

#1: Variable Data From Disparate Sources

Every nanosecond, countless bytes of data are moving rapidly around the ether — and uniformity isn’t a requirement. As a result, the informational gateway of any database or warehouse is a bit chaotic. Before data can be released into the system, it needs to be checked in, cleaned, and properly dressed.

#2: The Data/Security Conundrum

One of the most challenging aspects of maintaining a high-functioning data pipeline is determining the perfect balance between access and security. Making all files available to everyone isn’t wise. However, the people who need it should have it. When departments are siloed and have access to different data, inefficiencies frequently arise. 

#3: Low-Quality Information

A database is only as good as its data. If junk goes in, then waste comes out. Preventing your system from turning into an informational landfill requires scrubbing your data sets of dreck.

#4: Bad Integration Software

Even if your data shines like the top of the Chrysler Building, clunky data integration software can cause significant issues. For example, are you deploying trigger-based solutions that don’t account for helpful historical data?

#5: Too Much Useless Data

When collected thoughtfully and integrated seamlessly, data is incredibly valuable. But data hoarding is a resource succubus. Think about the homes of hoarders. Often, there’s so much garbage lying around that it’s impossible to find the “good” stuff. The same logic applies to databases and warehouses.

What Are Standard Data Integration Best Practices?

Ensuring a business doesn’t fall victim to the five pitfalls of data integration requires strict protocols and constant maintenance. Standard best practices include:

  • Surveillance: Before accepting a new data source, due diligence is key! Vet third-party vendors to ensure their data is legitimate.
  • Cleaning: When information first hits the pipeline, it should be scrubbed of duplicates and scanned for invalid data.
  • Document and Distribute: Invest in database documentation! Too many companies skip this step, and their informational pipelines crumble within months.
  • Back it Up: The world is a chaotic place. Anomalies happen all the time — as do mistakes. So back up data in the event of mishaps.
  • Get Help: Enlist the help of data integration experts to ensure proper software setups and protocol standards.

Data Integration Expertise and Assistance

Is your business leveraging its data? Is your informational pipeline making money or wasting it? If you can’t answer these questions confidently and want to explore options, reach out to Inzata Analytics. Our team of data integration experts can do a 360-degree interrogation of your current setup, identify weak links, and outline solutions that will allow you to move forward more productively and profitably.

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