Taming The Data Demon Using HPCC Systems with Adwait Joshi
Shopping for a more efficient, open source data lake or data warehouse? Listen to what Adwait Joshi from DataSeers has to say about HPCC Systems, how his company has used HPCC Systems as the foundation for their data management, and why it might be the best kept secret for new and growing companies.
Understanding HPCC Systems and Spark – A Comparative Analysis
A comparative analysis of Spark and HPCC Systems including the architectures and feature support of Spark and HPCC Systems in regard to data lake capabilities and their focus on different parts of the big data pipeline.
End to End Data Lake Management
Data lakes are helping leading organizations solve the problem of extremely large, unstructured datasets, allowing them to increase responsiveness and scalability while reducing costs.
HPCC Systems Overview
HPCC Systems is an open source platform for big data implementations, whether as a data lake or data warehouse, providing users with a clear path from data discovery to production.
Taming The Data Demon Using HPCC Systems with Adwait Joshi
Shopping for a more efficient, open source data lake or data warehouse? Listen to what Adwait Joshi from DataSeers has to say about HPCC Systems, how his company has used HPCC Systems as the foundation for their data management, and why it might be the best kept secret for new and growing companies.
Understanding HPCC Systems and Spark – A Comparative Analysis
A comparative analysis of Spark and HPCC Systems including the architectures and feature support of Spark and HPCC Systems in regard to data lake capabilities and their focus on different parts of the big data pipeline.
End to End Data Lake Management
Data lakes are helping leading organizations solve the problem of extremely large, unstructured datasets, allowing them to increase responsiveness and scalability while reducing costs.
HPCC Systems Overview
HPCC Systems is an open source platform for big data implementations, whether as a data lake or data warehouse, providing users with a clear path from data discovery to production.
Web Seminar: Path to Secure Linux Platforms
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Highlights Path to Secure Linux Platforms
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Key Questions Answered
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Achieving Platform Stability
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Best Practices
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Re-Assess, Re-Scan, Validate, Improve
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
Remediate, Mitigate, Accept Risk
With 84% of Linux projects carrying high-risk vulnerabilities, do you have a solid security plan and team in place to proactively identify, address, and manage CVEs?
INSIGHTS INCLUDE
- A step-by-step process to secure your Linux platforms.
- Manifest files vs SBOMS.
- How to select the best scanner for your needs.
- The three reactions to a CVE: remediate, mitigate, or accept risk.
- Security concerns for back porting as well as up-reving.
