2007 Magnus.net All rights reserved. Next Generation Enterprise Network Architecture

Transcription

1 2007 Magnus.net All rights reserved. Next Generation Enterprise Network Architecture

2 Global Enterprise Business undergone major transformations Global enterprise is no longer Fortune 500 company Commoditization of labor market Global competition requires flexibility and agility Enterprise is much more dynamic Modular Enterprise Merges and Acquisitions Strategic outsourcing Tighter integration with vendors and partners

3 New Technical Requirements Modular Applications Enterprise Service Bus Architecture Peer-to-peer applications IP Communications Application Aware Network Services Security & Compliance Administrative Boundaries IP VPN MPLS Service

4 Legacy Network Enterprise still runs legacy network Network does not align with dynamic business model Scalable hardware. Static architecture. Monolithic Routing Domain Most of the changes to network architecture came from technology capabilities not business requirements Network can t adapt to changing business and applications needs. Network Redesign instead of Moves, Adds and Changes Not ready for MPLS or suboptimal MPLS implementation

5 Magnus.net Service Offerings Next Generation Network Architecture - A business centric reference model based on an innovative BGP Core Routing architecture. Migration to MPLS - Seamless migration from legacy connectivity to IP VPN MPLS wide area network services. Network and Systems Management - Enterprise management instrumentation for effective IT Operations and Management. Turn-key rapid deployment solutions for comprehensive fault and performance visibility of new infrastructure during deployment and migration to MPLS. Network Security and Data Protection - Security is the fundamental requirement of network architecture. Proven solutions for secure device configuration and management, perimeter security, route policy and robust data encryption in complex any-to-any routing environments.

6 BGP Routing Core BGP Core is the foundation of the Next Generation Enterprise Network Architecture BGP Core replaces monolithic IGP (such as OSPF) routing domain with more agile, scalable, reliable and secure architecture based on the native protocol of Internet and MPLS BGP. BGP Core provides true integration with MPLS carrier routing services and enables MPLS WAN carrier redundancy. BGP Core provides standard approach for secure connectivity between all major elements of the enterprise network architecture.

7 BGP Core Scales with the Enterprise BGP Core scales to support any number of enterprise network architecture elements. BGP Core provides standard secure routing interface between enterprise network architecture elements using BGP protocol. BGP Core provides enterprise with new security feature Route Policy. BGP Core enables secure routing between different security zones.

8 Next Generation Enterprise Architecture

9 BGP Core Technical View

10 BGP Core Strategic Approach Strategic Approach Tactical

11 BGP Core Enables Full Services Network Full Services Network is an intelligent application aware network infrastructure Full Services Network provides end-to-end (such as WAFS, application acceleration, encryption, etc.) as well as centralized services (such as security, external connectivity, server load balancing, etc.) Full Services Network is a foundation for the next generation of business applications

12 Network Architecture Blueprint Business Needs and Goals Current State of Network Infrastructure Business Requirements Service Level Requirements Application Requirements System Requirements Network Architecture Capability Requirements Technology Network Services Security Carrier Network Management Operations and Support Technology Migration Planning Total Cost of Ownership Network Architecture Blueprint provides design and implementation guidance for building complete technical solutions that meet the requirements of an enterprise.

13 Strategic Role Of Network Management VP Network Engineering - A Successful and Professional Deployment VP Service Desk - Simplify Support of increasing complexity VP Service Delivery - Improve application performance within the company CIO - Improve Overall IT Operations Efficiencies/Effectiveness 8/15/2007

14 IT Capability Maturity Model 8/15/2007

15 Enterprise Management Architecture 8/15/2007

16 The New Face Of Network Management Now Implemented in Parallel with New Initiatives - Not just an after thought Now IT Architecture centric Not just operations centric Now Service and Application Centric Not just component centric Now An Enabler A Navigation System To Success Breeds More Initiatives 8/15/2007

17 Our Difference Strategic business centric approach to enterprise network architecture based on unique architecture and repeatable model for execution Uncompromising committed to the success of our customers End-to-end solution: network security management Extensive Enterprise Networking and Enterprise Management Expertise Comprehensive technical approach Proven Project Delivery Methodology Small and flexible Senior level talent without exceptions Strong track record and reference accounts We don t compete with VARs

18 Project Delivery and Quality Assurance Consulting Services Assessment Conceptual Design Proof of Concept Functional Design Competitive Bidding Deployment Planning Engineering Services Pilot Test Deployment Integration Documentation Post-Deployment Services Proactive Maintenance On-site support On-call support Project team of SENIOR ENGINEERS from ENS and EMS practices is assembled by PM and TL based on project technology requirements Enterprise Network Services - Data Networking - Storage Networking - IP Communications - Full Service Networks Strategic IT Planning - IT Strategy - Risk Management -PMO & TLO PM acts as a single point of contact for the customer TL acts as a backup and point of escalation Enterprise Management Services - Availability Management - Performance Management - Managed Services PM is responsible for the successful project execution within agreed upon budget and timeframe Project is managed by Project Manager (PM) and Quality Assurance is a shared responsibility between PM & TL Technical Lead (TL) CONSULTANTS from Strategic IT Client Planning has direct Practice access to Magnus.net senior management

19 Magnus.net Advantage Vendor agnostic consulting services firm bringing significant expertise and proven track record in Enterprise Network Architecture, MPLS WAN deployments, Network Management and seamless integration of MPLS WAN into enterprise network hierarchy. Close Technical Cooperation with Network Carriers - collaborative development and validation of solutions bringing full advantage of IP VPN service capabilities, including convergence, QoS, multi-vrf access, monitoring, routing integration, security, etc. Senior Talent - Only senior level resources are used in all project at all times without exceptions. Proven Project Delivery Methodology - PMI based methodology with integrated quality assurance controls. Project success is joint responsibility of Project Manager (budget and timeline) and Technical Lead (architecture and deployment). Reference Model Driven Design - Comprehensive ITIL based reference model for development and validation of IT Architecture providing completeness, design integrity and business technology alignment. Flexible engagement model - guaranteed success at optimal cost thru use of shared resource pool Full Technology Lifecycle - Pre-sales consultations, assessment, conceptual design, functional design, pilot test, deployment, knowledge transfer, postdeployment support, operations and maintenance and anything in between Quality Documentation Top quality content and presentation in every document.