Data Analytics Design Services

data analytics design servicesWith data analytics and data visualization innovations continuing at a breakneck pace, organizations across industries are leveraging data analytics design services to transform their businesses. Whether mining data for business insights or improving customer experiences, artificial intelligence, machine learning and deep learning are the tools that empower you to gain insights from the data you may already be collecting.

At Cardinal Peak, we leverage in-depth experience at every stage of the data analytics journey — from initial road mapping to development and validation through release and CI/CD — to help you design, implement and refine your data analytics solution.

As an AWS Consulting Partner, we take advantage of the myriad of services, expert advice, well-architected design reviews, and development cost sharing AWS offers to provide end-to-end data analytics consulting services to our clients. By leveraging Amazon’s vast arsenal of tools — from data lakes like S3, data warehouses such as RedShift and the ML development suite of SageMaker — our data analytics experts shorten your development timeline.

Tell Us About Your Data Analytics Needs

Data Analytics Road Map & Design Services

Whether you’re newly implementing data analytics or simply expanding capabilities, our process begins with creating a road map. In concert with AWS, Cardinal Peak helps you develop a comprehensive strategy that outlines any near-term proof-of-concept (POC) tests necessary to refine the plan before full implementation. Through this process we come to understand your business needs along with your existing data infrastructure. Our typical road map document for data analytics consulting services includes sections on:

    1. Data Strategy
    2. Data Visualization
    3. Data Analytics
    4. Any Gating POCs

The roadmap prioritizes the development schedule and development path. If the development is greenfield then we can architect a serverless design that utilizes Amazon’s managed services. Or if you have a large existing on-premises system, we can containerize your code and move it to the cloud as efficiently as possible.

With the roadmap in hand, the development process starts with the implementation of the data strategy. This may include aggregating data in one location, a data lake, to make analytics and machine learning processing efficient. It may also include developing purpose-built data warehouses. Our goal is a well-architected, modern data strategy that supports easy data movement and provides unified governance and access control.

Machine Learning Consulting

Our machine learning (ML) practice includes both initial development and ongoing ModelOps. Step 1 of our development process includes architecting and developing the data strategy, as described above. Step 2 is the initial model development and training. In Step 3 (ongoing), the ModelOps team continuously improves the model(s) to be more accurate and to run faster.

To enhance your connected devices with embedded machine learning at the edge, check out our blog post on Harnessing TinyML to Revolutionize IoT Development.


Steps to Develop Machine Learning Models

enable data lakes and data warehouse machine learning model development modelops with cicd improvements
1. Implement Data Strategy 2. Build & Train Initial Data Models 3. Ongoing Tuning in CI/CD Environment
  • Using the data strategy, existing data silos are combined on the cloud
  • Data lakes and purpose-built data warehouses are enabled for data analytics
  • Develop the initial machine learning data models
  • Train the initial ML data models
  • Ongoing tuning by the ModelOps team
  • Continuous effort for improving model accuracy and efficiency
Tools & Services: S3, Redshift and others Tools & Services: SageMaker – Data Wrangler, Feature Store, Clarify and more Tools & Services: SageMaker – Clarify, Debugger, Pipeline, etc.


Our data analytics design experts leverage SageMaker Studio for model creation and refinement. With SageMaker, we capitalize on our data strategy to easily connect and load data from S3 and Redshift. SageMaker Studio is composed of a series of tools that help with the entire lifecycle of ML models including data prep, model build, model training, deployment and ongoing refinement. Some of the SageMaker Suite tools we utilized include:

  • SageMaker Data Wrangler helps transform data into features for ML.
  • SageMarker Feature Store is used to store features so they can be shared and used in other models too.
  • SageMaker Clarify is used to ensure the model has high accuracy and is valid over the widest range, as well as remove data gaps and potential bias in the training data.
  • SageMaker Debugger is used to systematically identify sources of slowness and error.
  • SageMaker Pipeline provides CI/CD capability to automate the machine learning development process.

Are you ready to explore how data analytics and visualizations can improve your operations? Reach out today to discover how our data analytics consulting services can help you.

Why Use AWS Tools for Data Analytics?

The reason we focus on AWS data analytics tools is two-fold. First, we want to be experts in our service offerings and focusing on the best cloud service ensures that we have that technical depth. This means that our engineers are Amazon certified and as a company we maintain an AWS Partner status. The second reason we focus on the AWS toolchain for data analytics is that we believe it brings the most benefits to our clients.

AWS provides a wide variety of tools and managed services that speed development and lower operational costs. Having the most serverless options at our disposal allows us to develop systems where you only pay for what you use. Since Amazon has invested (and continues to invest) in their managed services, it’s easy to create and manage your IT infrastructure as code. This means that our team can focus on your differentiated features rather than on basic IT infrastructure. It also means faster development cycles, lower IT burdens on your organization, and instant scaling of your applications. As the market leader, AWS’ costs are attractive, plus the flexibility of their systems allows us to fine tune your architecture to minimize your monthly bill.

In terms of data analytics, the toolchain is extensive, including all the components of the SageMaker Studio. This allows the development team to focus on making the best model without the costs associated with managing ML environments and infrastructure. The SageMaker tool suite is ideally suited to a CI/CD process so that your models continue to improve over time, strengthening your IP position and delighting your users.

AWS Solution Benefits for Data Analytics

scaling cloud data analytics solutions icon serverless designs icon low operational costs icon continuous investment icon future proof solution icon
Scale Serverless Designs Low Operational Costs Continuous Tool & Infrastructure Improvements Future-Proof Solution

Data Analytics Services Case Studies

Our AI, ML and data analytics services empower customers to bring best-in-class products to market quickly. Dive into the following case studies to learn more about our data analytics design services.

Case Study set top box data analytics case study
Set-Top Box Analytics and Big Data

This project saw us overcome the myriad challenges associated with setting up a big data system for a large cable television company with an existing large user base by developing an innovative data processing pipeline.

Cable Industry Statistical Analysis
Case Study medical imaging product development case study
Medical Imaging Device Engineering

Utilizing carefully architected software and carefully crafted ML algorithms, this health care device design project highlights how our experts helped develop a unique portable medical device.

Health Care Data Processing
Case Study police and radar video product case study
Video System Design for Police Radar Product

With a client seeking to upgrade and modernize its radar product, including adding video, GPS, time stamp, security and safety features, our team managed the video system design, hardware and software development, and data analysis.

Data Visualization Services to Map GPS Data

Data Analytics Consulting Services FAQs

What Data Analytics Services and Tools Does AWS Offer?

For a deeper dive into AWS’s data analytics services, check out the table below.

Category Use Cases AWS Service
Analytics Interactive Analytics Amazon AthenaAmazon Athena
Big Data Processing Amazon EMRAmazon EMR
Data Warehousing Amazon RedshiftAmazon Redshift
Interactive Analytics Amazon KinesisAmazon Kinesis
Operational Analytics Amazon OpenSearch ServiceAmazon OpenSearch Service
Dashboards & Visualizations Amazon QuickSightAmazon Quicksight
Visual Data Preparation AWS Glue Data BrewAWS Glue DataBrew
Data Movement Real-time Data Movement AWS GlueAWS Glue

Amazon Managed Streaming for Apache Kafka (MSK) Amazon Managed Streaming for Apache Kafka (MSK)

Amazon Kinesis Data StreamsAmazon Kinesis Data Streams

Amazon Kinesis Data FirehoseAmazon Kinesis Data Firehouse

Amazon Kinesis Video StreamsAmazon Kinesis Video Streams

AWS Database Migration ServiceAWS Database Migration Service

Data Lake Object Storage Amazon S3Amazon S3  AWS Lake FormationAWS Lake Formation
Backup and Archive Amazon GlacierAmazon S3 Glacier AWS BackupAWS Backup
Data Catalog AWS GlueAWS Glue AWS Lake FormationAWS Lake Formation
Third-party Data AWS Data ExchangeAWS Data Exchange
Predictive Analytics & ML Frameworks & Interfaces AWS Deep Learning AMIsAWS Deep Learning AMIs
Platform Services Amazon SageMakerAmazon SageMaker

(Source: AWS)

What are Data Analytics Services?

Data analytics services help your business analyze raw data to uncover trends and opportunities, predict next steps and make decisions to optimize performance. The insights from data analytics can create new business models and revenue streams. Underlying technologies often include artificial intelligence (AI), machine learning (ML) and deep learning to support decision making and processes.

As AI and ML technologies evolve, many data analytics techniques and processes have been automated into data analytics services that help businesses optimize performance, perform more efficiently, maximize profit or guide more data-driven decision-making. Today, data analytics services can look at what happened, diagnose why something happened, predict what is going to happen or even help dictate what should be done next.

What is the Difference Between Data Analysis and Data Analytics?

While many people use the terms data analysis and data analytics interchangeably, there are a few key differences between the similar phrases. Data analytics involves looking at data to make decisions and perform necessary actions, while data analysis is a bit more specialized subset of data analytics that refers to specific actions and outcomes.

Data analytics consists of data collection and inspection, but data analysis focuses on defining, investigating, cleaning and transforming the data to deliver a meaningful outcome. Data analysis is a small but important part of the data analytics whole. While analytics tackles raw data to uncover trends and opportunities, predict next steps or make decisions, analysis usually narrows in on a single, already prepared data set to find useful information.

Data Analytics Design Services Resources

Want to learn more about our data analytics services? The following blog posts provide more in-depth details about how better understanding data can benefit your business.

Blog Post Digital Signal Processing Services in Big Data Analysis
Accelerating Data Insights: Digital Signal Processing Services in Big Data Analysis

In an era driven by data, understanding the intricate relationship between big data and digital signal processing is crucial. This blog post delves into how DSP techniques transform how we analyze vast datasets, enabling organizations to make more informed decisions and gain valuable insights.

DSP in Data Analysis
Blog Post what is CRC networking blog
What is CRC Networking? Understanding the Cyclic Redundancy Check

A Cyclic Redundancy Check is error-detecting code used to determine if a block of data has been corrupted. The mathematics behind CRCs initially appear daunting, but don’t have to be. Our engineer presents an alternative explanation that is useful to the software implementor of CRCs.

CRC Networking Explained
Blog Post Artificial neuron in concept of artificial intelligence. Wall-shaped binary codes make transmission lines of pulses and/or information in an analogy to a microchip. Neural network and data transmission.
ML meets DSP: Leveraging AI for Advanced Signal Processing

From predictive modeling in financial analytics to image recognition in health care and environmental monitoring, our informative blog post showcases diverse machine learning for signal processing applications. Dive in to navigate this exciting intersection of technologies.

AI for DSP