Without a doubt, big data is among an organization’s most valuable business assets. It can provide insights into consumer behavior and enhance customer experiences. It can be used to cut costs and increase revenues. It can drive product development. And much more.
However, big data can also be one of the most difficult and complex business assets to manage. And analyzing that data comes with its own set of challenges.
Here are five big data challenges and a brief overview of some of the ways that Amazon Web Services (AWS) can help overcome them.
1. Data Growth
We keep hearing that data is growing exponentially, and the statistics bear it out. A Forbes article reported that from 2010 to 2020, the amount of data created, captured, copied, and consumed in the world increased from 1.2 trillion gigabytes to 59 trillion gigabytes. Meanwhile, IDC noted that the amount of data created over the next three years will be more than the data created over the past 30.
That’s a lot of data that may be beneficial for organizations – but it requires a lot of work to extract value from it. This includes storing it, and data storage isn’t free. Migrating existing servers and storage to a cloud-based environment can help, along with solutions such as software-defined storage and methods such as compression, tiering, and deduplication to reduce space consumption.
2. Data Integration
From social media pages, emails, and financial reports to device sensors, satellite images, and delivery receipts, data can come from just about anywhere. Some of it may be structured. Some of it may be unstructured. Some of it may be semi-structured. The challenge for companies is to extract the data from all the various sources, make it all compatible, and provide a unified view so it can be analyzed and used to generate insightful reports.
Many data integration techniques can be utilized for data integration, as well as software programs and platforms that automate the data integration process for connecting and routing data from source systems to target systems. AWS Glue, Microsoft SQL Server Integration Services, and Talend’s Stitch. Customized versions can also be developed by data integration architects.
Selecting the most appropriate tools and techniques requires identifying the ones that best match your integration requirements and enterprise profile.
3. Data Synchronization
Gathering data from disparate sources means that data copies may be migrated from different sources on different schedules and at different rates. The result: they can easily and quickly get out of synchronization with the originating systems, making it difficult to generate a single version of “truth”, and leading to the potential for faulty data analysis.
Trying to repair the situation slows down the overall data analytics endeavor. That can degrade the value of the data and analytics because the information is typically only worthwhile if it can be generated in a timely manner.
Fortunately, there are a variety of techniques for facilitating data synchronization. There are also numerous services that can automate and accelerate the processes. The best among them can also archive data to free up storage capacity, replicate data for business continuity, or transfer data to the cloud for analysis and processing.
Built-in security capabilities, such as encryption of data-in-transit, and data integrity verification in-transit and at-rest, are must-haves. The ability to optimize network bandwidth use and automatically recover from network connectivity failures are pluses too.
4. Data Security
Big data isn’t just valuable to businesses. It’s a hot commodity for cybercriminals, and they are persistent – and often successful – in stealing data and using it for nefarious purposes. As such, it can be a privacy issue, as well as a data loss prevention issue and downtime mitigation issue.
It’s not that organizations don’t think about securing data. The problem is they may not fully understand that it requires a multi-faceted, end-to-end, and continually updated approach. The focus must be as much on dealing with the aftermath of a data breach as with preventing one, and include everything from the endpoints where data originates, to the data warehouses and data lakes where it’s stored, to the users that interact with data.
Among the tactics that should be included in a comprehensive data security strategy:
- Data encryption and segregation
- Identity and access authorization control
- Endpoint security
- Real-time monitoring
- Cloud platform hardening
- Security function isolation
- Network perimeter security
The use of frameworks and architectures that are optimized for securely storing data in cloud environments
5. Compliance Requirements
Regulatory mandates, industry standards, and government regulations that deal with data security and privacy are complex, multijurisdictional, and constantly changing. The sheer amount of data that companies must gather, store, and process ─ resulting in data pipelines and storage systems that are overflowing with data ─ make meeting compliance requirements especially difficult.
The first step is to stay on top of all current and relevant compliance requirements. Enlist outside specialists if necessary.
Data-related compliance requires the use of reliable, accurate data. Automating and replicating processes can help ensure that the data to be analyzed meets this criterion, while also facilitating on-demand reporting. Other helpful tactics include the use of compliance and governance frameworks that can connect multiple systems across an organization to create a consistent, auditable view of data regardless of where it resides. In addition, centralized data pipeline management can help simplify governance.
AWS Solutions for Big Data Challenges
At ClearScale, we’ve found that working with AWS services can help overcome these five big data challenges ─ as well as many others, while delivering other benefits.
There are the benefits associated with the AWS cloud itself, like pay-as-you-go cloud computing capacity and secure infrastructure. There’s also the vast array of compliance resources detailed here.
Additionally, there is a robust portfolio of cloud services to ingest, synchronize, store, secure, process, warehouse, orchestrate, and visualize massive amounts of data. The following are just a few of the many consider particularly beneficial:
- Amazon Athena is a serverless query service that simplifies data analysis for information stored in Amazon S3. It doesn’t require setting up or managing any infrastructure, and data doesn’t have to be manually loaded for evaluation.
- Amazon Elastic MapReduce (EMR) is a distributed computing framework that lets users process and store data quickly. It uses Apache Hadoop to spread data-processing across resizable clusters of Amazon EC2 instances and takes on the work of provisioning, managing, and maintaining the infrastructure required in Hadoop clusters.
- AWS Deep Learning AMIs provide infrastructure and tools to accelerate deep learning in the cloud at any scale. It’s easy to quickly launch Amazon EC2 instances pre-installed with popular deep learning frameworks and interfaces such as TensorFlow and Keras to train custom AI models, experiment with algorithms, or learn new techniques.
- AWS Glue is a serverless extract, transform, and load (ETL) service that takes on much of the backend work associated with cleaning, enriching, and moving data. As a managed service, it minimizes the complexity of managing ETL jobs. Users only pay for computing resources used while jobs are running.
- AWS Lake Formation enables setting up secure data lakes quickly to store processed and unprocessed data. It allows for combining information from different data sources to make better business decisions.
- AWS Lambda enables running code for any application or service without having to deal with servers. Users only pay for computing resources used.
- Amazon Redshift is a petabyte-scale data warehouse service for running queries on structured data. It’s three times faster and half the cost of many cloud data warehouses.
- Amazon SageMaker enables data scientists and developers to quickly build, train, and deploy machine learning models. It comes with a catalog of models and allows users to implement their own models.
You can learn more about AWS’s big data and analytics services here.
The ClearScale Advantage
Working with ClearScale offers advantages as well. This includes our extensive experience with AWS services, highlighted by our Data & Analytics Competency and Premier Consulting Partner status. There’s also our long list of successful projects, which range from deploying AI and ML programs to automating complex analytical processes to configuring data lakes. Read some of them here:
- SmugMug Gains Robust Cloud Data Infrastructure and Data Pipeline
- The American College of Radiology Builds Secure and Scalable Data Lake
- Novatiq Upgrades Data Infrastructure, Scalability with Amazon Neptune Graph Database
- Romet Builds Automated IoT-based Solution on AWS, Accelerates Time-to-Market
- ClearScale Helps Software Company Enhance PaaS Data infrastructure with Machine Learning
Overcome Your Big Data Challenges
Whatever your big data challenges or needs are, ClearScale is ready to help. Start the conversation and contact a ClearScale cloud expert today.
Get in touch today to speak with a cloud expert and discuss how we can help: