Cookies help us display personalized product recommendations and ensure you have great shopping experience.

By using this site, you agree to the Privacy Policy and Terms of Use.
Accept
SmartData CollectiveSmartData Collective
  • Analytics
    AnalyticsShow More
    data mining to find the right poly bag makers
    Using Data Analytics to Choose the Best Poly Mailer Bags
    12 Min Read
    data analytics for pharmacy trends
    How Data Analytics Is Tracking Trends in the Pharmacy Industry
    5 Min Read
    car expense data analytics
    Data Analytics for Smarter Vehicle Expense Management
    10 Min Read
    image fx (60)
    Data Analytics Driving the Modern E-commerce Warehouse
    13 Min Read
    big data analytics in transporation
    Turning Data Into Decisions: How Analytics Improves Transportation Strategy
    3 Min Read
  • Big Data
  • BI
  • Exclusive
  • IT
  • Marketing
  • Software
Search
© 2008-25 SmartData Collective. All Rights Reserved.
Reading: Entry Point: Architecture or Crumbling Foundation
Share
Notification
Font ResizerAa
SmartData CollectiveSmartData Collective
Font ResizerAa
Search
  • About
  • Help
  • Privacy
Follow US
© 2008-23 SmartData Collective. All Rights Reserved.
SmartData Collective > Big Data > Data Mining > Entry Point: Architecture or Crumbling Foundation
Data MiningData Warehousing

Entry Point: Architecture or Crumbling Foundation

DataQualityEdge
DataQualityEdge
3 Min Read
SHARE

Let us talk for a moment about architecture.

Good architecture is built to last, to withstand the elements and the test of time. Good data architecture will allow you to extract data quickly, will help prevent data errors from occurring, and promote easy integration of future data assets.

With bad architecture, the following will persist like vermin in your basement:

  1. Data retrieval times will increase
  2. Data retrieval will become more difficult
  3. The integration and migration of projects will become cumbersome
  4. The creation and spread of bad data will be more likely

Soon the walls around you will begin to crumble as more and more data becomes questionable. Your users will question the data, and eventually your system will become synonymous with the term “poor data quality.”

More Read

Business Intelligence & Data Warehousing – Too Much Hype: 11 for 2011
Missed It By That Much
Microwavable Data Quality
Three Critical Junctures
Handling The Big Data Faucet

When building your data warehouse, remember to:

  1. Ensure you size it properly and measure future capacity for continuous growth
  2. If bad data does occur, have your data analysts cleanse it; and don’t build overly complicated data models — remember the KISS principle
  3. Improve speed to delivery and reaction time
  4. Improve query and data retrieval times

When defining your architecture and/or database system remember the following…


Let us talk for a moment about architecture.

Good architecture is built to last, to withstand the elements and the test of time. Good data architecture will allow you to extract data quickly, will help prevent data errors from occurring, and promote easy integration of future data assets.

With bad architecture, the following will persist like vermin in your basement:

  1. Data retrieval times will increase
  2. Data retrieval will become more difficult
  3. The integration and migration of projects will become cumbersome
  4. The creation and spread of bad data will be more likely

Soon the walls around you will begin to crumble as more and more data becomes questionable. Your users will question the data, and eventually your system will become synonymous with the term “poor data quality.”

When building your data warehouse, remember to:

  1. Ensure you size it properly and measure future capacity for continuous growth
  2. If bad data does occur, have your data analysts cleanse it; and don’t build overly complicated data models — remember the KISS principle
  3. Improve speed to delivery and reaction time
  4. Improve query and data retrieval times

When defining your architecture and/or database system remember the following steps to help prevent bad architecture from occurring:

  1. Define the objective of the data warehouse
  2. Research the data and datasets (understand the business and its processes)
  3. Design the data model
  4. Define the database relationships
  5. Define rules, triggers and constraints
  6. Create views and/or reports
  7. Implement it.
TAGGED:architecturedata quality
Share This Article
Facebook Pinterest LinkedIn
Share

Follow us on Facebook

Latest News

data mining to find the right poly bag makers
Using Data Analytics to Choose the Best Poly Mailer Bags
Analytics Big Data Exclusive
data science importance of flexibility
Why Flexibility Defines the Future of Data Science
Big Data Exclusive
payment methods
How Data Analytics Is Transforming eCommerce Payments
Business Intelligence
cybersecurity essentials
Cybersecurity Essentials For Customer-Facing Platforms
Exclusive Infographic IT Security

Stay Connected

1.2kFollowersLike
33.7kFollowersFollow
222FollowersPin

You Might also Like

Perfect Data and Other Data Quality Myths

5 Min Read
The Challenges and Solutions of Big Data Testing
Big DataData ManagementData QualitySoftware

The Challenges and Solutions of Big Data Testing

7 Min Read

ETL, Data Quality and MDM for Mid-sized Business

5 Min Read

Tweety Bird and Aha! Moments

4 Min Read

SmartData Collective is one of the largest & trusted community covering technical content about Big Data, BI, Cloud, Analytics, Artificial Intelligence, IoT & more.

ai in ecommerce
Artificial Intelligence for eCommerce: A Closer Look
Artificial Intelligence
ai is improving the safety of cars
From Bolts to Bots: How AI Is Fortifying the Automotive Industry
Artificial Intelligence

Quick Link

  • About
  • Contact
  • Privacy
Follow US
© 2008-25 SmartData Collective. All Rights Reserved.
Go to mobile version
Welcome Back!

Sign in to your account

Username or Email Address
Password

Lost your password?