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Remote Access Virtual Environment (RAVE) A VPN Knowledge Grid Joseph A. Sprute, Founder/Principal 33 Westbury Dr. Bella Vista, Arkansas 72714 479-876-6255 Office [email protected] http://www.cyberrave.com

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Remote Access Virtual Environment (RAVE) A VPN Knowledge Grid. Joseph A. Sprute, Founder/Principal 33 Westbury Dr. Bella Vista, Arkansas 72714 479-876-6255 Office [email protected] http://www.cyberrave.com. 1998 Presidential Directive 63. - PowerPoint PPT Presentation

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Page 1: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Remote Access Virtual Environment (RAVE)

A VPN Knowledge Grid

Joseph A. Sprute, Founder/Principal

33 Westbury Dr.

Bella Vista, Arkansas 72714

479-876-6255 Office

[email protected]

http://www.cyberrave.com

Page 2: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

1998 Presidential Directive 63

PDD-63 and its implementation raise a number of issues. Among them is the ability and willingness of the private sector to cooperate with the federal government in sharing information. To what extent will the federal government get involved in the monitoring of privately operated infrastructures and what are the privacy implications?

Excerpt: Congressional Research Service Report

Page 3: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Introduction

• CyberRAVE is an Online Business Development company in business since 1996, with International customer base.

• Directly involved with Critical Infrastructure Protection (CIP) Planning since 1998.

• Registrar of Industry and Government Virtual Private Network (VPN) Internet Domain Names.

Page 4: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Mission

To provide Communities-of-Interest (COI) ever increasing levels of information security, actionable intelligence, and simplified access to remote resources by establishing Vertical Communities governed by democratic online Advisor Groups (VCAG).

Page 5: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Vision

• Establish a structured network environment, accessible from anywhere, that maximizes free interchange of information while continuously addressing & adapting to the needs of Network Members, and the issues and probable conflicts identified in PPD-63

• In other words; a RAVE

Page 6: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

RAVE Objectives

• Help strengthen relationships among participating RAVE network users

• To increase the level of data security for RAVE users

• To recognize and support individual privacy and personal freedom to the greatest extent

• To reduce burdens associated with regulatory control

• To provide timely access to community intelligence, and deliver decision support through real-time situation awareness

• To establish a democratic framework for online communities

• To fostering data transmission rights and responsibilities development

Page 7: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Current Environment

• Information is the new currency– Situation awareness & decision support

• Knowledge driven society– Disjointed data management systems– Incentive towards community involvement – Knowledge is power– Content is king

• America’s economic security is at stake• Open systems lack trust mechanism

– User privacy / data security is at serious risk– Fear is not an adequate means to ‘sell’ information security

Page 8: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Unstructured (Raw) DataObstacle to Information Efficiency

• Frequently repeated common tasks

• As the structure of data increases, the risk of compromise increases

• Individuals, groups & governments are not equipped to combat internal / external data threats & abuses

But …

• Standardized data resources establish an information commodity that Virtual Community users can exchange

• Threat of security breach provides common incentive to establish effective data protection methods

Page 9: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Knowledge Grid: Solutions

Page 10: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Open Security StandardsData Protection

• Encrypted data channels

• Federated ID Management

• Transparent Policy Oversight

Page 11: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Semantic MediationData Transformation

IndexingStores transaction in ‘Asset Bank’

URI Annotation Assigns data string to index in RAVE‘Data Bank’

URN Adaptation Translates & encrypts data ‘value’ into generalized natural language data string

Taxonomy ClassificationContext label is associated with data classification, sub attributes assigned

Syntax InterpretationCognitive (descriptive) label generates a contextual representation of data packet

Semantic Validation Evaluation of standards conformity, data relevancy & integrity

Page 12: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

RAVE CommunityOrganic Model

Vertical Market Segment (Community)

Policy Development& Enforcement

Regulatory Oversight

Community Advisory Group

Industry & Vertical Community

User & Enterprise

Rules & Roles

Page 13: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Vertical Community Advisory Group (VCAG)Policy Framework: Principals & Constitution

• Representative Virtual Democracy– Network Users– Associations– Industries– Academia – Governments

• Community defined Roles, Guidelines (best practices), and Laws – Authentication, Authorization, Accounting (AAA)– Metadata schema definition (ontology + taxonomy)– Metadata management, storage, and use

Page 14: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Data TransformationCommoditization Process

Unstructured (Raw) Data Flow

Structured Metadata

Policy Framework

Data Index

Analytic Platforms

VCAG PolicyControlled

Page 15: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Core TechnologiesOpen System Interconnection (OSI) Layer 6 — Presentation

• Extensible Markup Language (XML)– Cleanings of ‘Raw’ data

• Simple Object Access Protocol (SOAP)– Encode Web service information

• Extensible Access Control Markup Language (XACML)– Attaching access privileges to semi-structured data

• Universal Description, Discovery and Integration (UDDI)– Distributed online business directory

• Web Service Description Language (WSDL)– Describes Web service capabilities

• Security Agent Markup Language (SAML)– Single sign-on framework ensures secure communication with authentication, authorization,

and non-repudiation

• Lightweight Directory Access Protocol (LDAP) – Set of directory protocols

Page 16: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Digital VaultApplied Research Tools Platform

Intelligent Agents

Business Analytics

Data Modeling

Relationship Management

Resource Planning

Activity Monitoring

Page 17: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Change Management

• Social

• Economic

• Political

• Legal

• Technical

• Administrative

HeuristicallyPrescriptive / Proscriptive

Page 18: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Boundaryless Organization Architecture (BOA)

• Threats & opportunities detection system – Unified view– Situation awareness

• Works with existing technologies / methodologies– Network agnostic

• Security (interoperable)• Privacy (roles & rules governed)

– Common-of-the-shelf (COTS) technologies• Deployable in-house, or via Service Provider• Works at all levels of the supply / value chain

– Vendor neutral delivery and maintenance

• Intelligence– Cataloging achieved through Dublin Core Metadata, PICS, or similar agreed schema– Data assets must be cataloged as Metadata before it can be commoditized.– Repeatable use of metadata– Determination of metadata exceptions– Generalized maintenance of taxonomic catalogs– Increased probability of predictable results– Predictability determined through automated data monitor (heuristic)

• Aggregated cost structure• Benefits all who participate

Page 19: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Benefits Governed by VCAG

• Behavior analysis– Search

• Keyword / phrase usage

– Pattern recognition• Traffic profiling• Data modeling • Predictive Analytics (PA)• Usage monitoring

• Increased efficiencies– Early recognition and notification

• Threats• Opportunities

Page 20: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Challenges

• Linking Disparate Systems• ID Management, authentication and authorization between application and

security service layers• Simplified authorization schema between application layers• Application development methods• Interoperability• Standards development, security, web services, privacy, semantic ontologies• QOS / SLA• Public & private ‘Buy-In’• Regulatory / policy controls

– Roles– Rules– Compliance– Enforcement

Page 21: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

On the Horizon

Shared Security Services– IDS/IPS– Forensics– Audits– WebLogic Enterprise Security (WLES) — BEA, shared application security– Self healing, patches, viruses, intrusions, denial of service, spam etc.– Dynamic rules

• Simplified application security policies• Bundled services• Voice / speech activation & navigation• Federated architecture

– Distributed file system(s)– Distributed applications– Unified security policies– Centralized authorization support– Collaboration– Unified / consolidated billing– ID Management

Page 22: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Thank you

Joseph A. Sprute, Founder/Principal

33 Westbury Dr.

Bella Vista, Arkansas 72714

479-876-6255 Office

[email protected]

http://www.cyberrave.com

Page 23: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid
Page 24: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Appendix

Page 25: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Customer Driven

• Image Goes here.– Illustration shows how end users establish and

maintain autonomy, while participating among a free (virtual) market exchange. Include prescriptive and proscriptive

Page 26: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Governance

• Image goes here.– Illustrate how policies are created, what they

apply to, and how they are managed (e.g. New Constitution for the Virtual World). Include objectives, principals, and adaptive framework.

Page 27: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

NamespacePrincipal Categories

• Industries

• Government Sectors

• Military Department

• Relevant Technologies

• Business Processes

• Geographies

Page 28: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Grid Computing

• Semantics Security

• Meta-processing

• P2P application sharing

• Shared resources

Page 29: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Data ThroughputCommoditization Process

• Valued based upon– Users level of contribution– Degree of data integrity / relevancy– Economic value / impact

• Capacity for reuse

• Market demand / supply

• Image goes here. Show matrix.

Page 30: Remote Access Virtual Environment (RAVE)  A VPN Knowledge Grid

Unstructured Data

• Data Silos– Data resides in thousands of incompatible formats and cannot be systematically managed, integrated, unified or

cleansed.

• Multiple data technologies – Legacy formats

– Relational

– XML

• Structural Incompatibility– Data assets have semantic differences

– Taxonomy derived from business entities

– Product segmentation

– User and customer vocabulary

• Rules governing various formats are manually created time and again.

• The problem is growing– Enterprises continue to acquire subsidiaries, reengineer processes, outsource operations, integrate with supply

chain partners and implement regulations.

– Developers continue writing new applications and databases.