Hadoop is a powerful tool for today’s enterprise – providing unified storage of all data and metadata, regardless of format or source, and multiple frameworks for robust processing and analytics. However, this flexibility and scale also presents challenges for securing and governing this data.
Join IDC analysts, Carl Olofson and Mike Versace, as they discuss the changing world of big data security with Eddie Garcia, Information Security Architect at Cloudera, and Anil Earla, Chief Data and Analytics Officer of IS at Visa.
During this live roundtable discussion, you will:
Gain an understanding of how securing big data differs from traditional enterprise security
Learn about the latest tools and initiatives around Hadoop platform security
Hear how one of the largest payment processors approaches big data security and regulatory concerns
10. Security and Governance at Scale
Scale-up and Scale-out to Workload Requirements
Workload Class Business Drivers Metrics Gap Enablers
Class 1
Development
File & Print
Small Data Marts
Small-scale applications & DB
servers
Increased utilization
Consolidation
Lower unit costs
Ease on demand
Simplification – do more w/less
Server Utilization
VP Ratio (i.e. #VMs)
Time-to-provision
End-user Satisfaction
Cost (TCO)
Developer productivity
Overhead & IO Performance
Storage Management
Backup window
Pay as you go services
Multi-tenant services
Bandwidth
CPU Performance
Class 2
Medium-scale applications &
DB servers
Data Marts
Small Data Warehouses
Messaging (Exchange, etc)
Greater flexibility to move
workloads
Shed non-core workloads
Extend Class 1 benefits
Increase asset utilization
System availability
Service management
Storage admin productivity
Backup efficiency
RPO/RTO
Overhead & IO Performance
Problem Determination
Initial component integration;
De-facto support for Exchange
and Oracle
SaaS
Chargebacks
Class 3
Mission Critical Applications
Larger scale OLTP
Larger scale DB Servers
Large r scale messaging
Simpler application
management
Quicker time to market
Simpler and better application
integration
Less expensive recovery
Cost
Change and new product
deployment times (TTM)
I/O Performance
Enhanced Security &
Compliance
SLA Management
Integrated Recovery
Encapsulated workloads
SLA management of high-performance
systems
Ability to design low RPO/RTO
systems cost effectively
Compliance data standard
Security Ops Management
Class 4
Large-scale applications
requiring highest levels of
availability, security &
recoverability
Quicker time to market
Standard Infrastructure stack
Deeper business integration
Resiliency
Cost
Compliance
Speed to deploy
Trusted Integration
High-speed recovery
Proven Resilience
“Certified” platforms
“Cannot fail” fault tolerance
Defensible Security
EMC: what is CAGR?
Remove ‘digital galaxy’ from everything, need branding of DU.
Also why are we using the empire state building, can we instead include the other ones listed on slide 3 and in our 2014 report, see below:
represented by memory in a stack of tablets, it would stretch two-thirds the way to the Moon*
By 2020, it would be 6.6 stacks from the Earth to the moon*
% of budget
Anil to answer
Anil to answer
Anil to answer
Eddie to answer
Carl to answer
IDC, from your perspective, as someone with a long term connection with database/data integration innovation, what do you see as the greatest challenges to Hadoop security – you mentioned earlier multiple access paths, Hive and Impala for example, as a challenge. Can you expand on that?
Eddie to answer
Anil to answer
Eddie answer
Eddie and Carl to answer
What's in the future for big data security?
What are some of the gaps in Hadoop security that Cloudera and the open source community are addressing? (Education, certification, SIEM integration, fine grained access control, hardened systems, etc.)
Anil to answer and Eddie and Carl to comment
CTOs
CIOs and Business IT leaders
Hadoop ecosystem providers
Security Professionals
Standards developers