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Campus Network Development

Campus Network Development. Network Architecture, Universal Access & Security. Limited User Consultation External Funds Computer Board/UKERNA UKERNA FDDI LAN Pilot UKERNA ATM LAN Pilot Windfall Capital SHEFC Grants UMI MAN Upgrades Campus Infrastructure. Necessity Fibre backbone 1990

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Campus Network Development

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  1. Campus Network Development Network Architecture, Universal Access & Security

  2. Limited User Consultation External Funds Computer Board/UKERNA UKERNA FDDI LAN Pilot UKERNA ATM LAN Pilot Windfall Capital SHEFC Grants UMI MAN Upgrades Campus Infrastructure Necessity Fibre backbone 1990 Building PDS 1995 Router L3 Upgrades 1999 Specific Projects HODs Previous Developments

  3. Glasgow Grid project Increased bandwidth for researchers (10/100/1000Mbs) Increased bandwidth for research servers/clusters (10/100/1000Mbs) Implement GRID Collaboration tools AG-node SRIF Funded Priorities set by Research committee Grid Rollout ScotGrid - Kelvin Glasgow Nesc - Kelvin Genetics/Bio-informatics Chemistry West Medical Computing Science Beatson Garscube – Institute for comparative medicine Nano and Opto electronics Current Developments

  4. More inclusive Community Model SAN Fibre Channel Network Topology design and implementation SuperJANET Resilience SRIF/ClydeNET Funded Joint project with Edinburgh IS Strategy Impact on Network Development and Architecture Universal Access Security Policies IT Strategy Implement Network Architecture recommendations Future Developments

  5. Information Strategy – Network Development • Universal Access Working Group • Identified and Addressed Campus Network specific requirements • Working Group members consisted of reps from CS, DCS and Eng • Working Group produced • Final Report including detailed recommendations • Universal Network Access Policy to ensure continued Network development • Initial draft Policies covering Network and systems security issues

  6. The University’s data communications infrastructure requires continual investment The University’s Fibre optic cabling infrastructure and Building Premises Distribution schemes must be maintained and developed to ensure that they are capable of supporting new technologies and higher data rates The current working practices between CS and E&B should continue The Replacement cycle for Core Routers should be four years Replacement technology must address performance, QoS, scalability and security Replacement budget estimated to be 450k User workstation and Server access ports should be provided via dedicated Ethernet switch ports operating at the most appropriate speed (10/100/100 Mbs) It is estimated that a budget of 100K/year over 3 years would be required to upgrade the many contention based (10Mbs) Ethernet Hub ports Universal Access Working Group Recommendations

  7. Flexible, self provision, network access facilities should be implemented in suitable locations The technology used should be a mixture of wireless and wired ports A budget of 50k would be required to achieve this Remote access services must be based on appropriate levels of security The main RA service should be based on the central VPN service; complimented where appropriated by secure service specific solutions A clear message should be given that the University intends to provide an IP only backbone routing service by the year 2006 Central support for the University’s Campus Network Infrastructure should be the norm Universal Access Working Group Recommendations

  8. Network and Systems security issues must be addressed; the group recommended that Policies covering the following areas need to be produced Network connection Network Monitoring Bastion Host Sys and Network Admin guidelines Wireless LAN Incident Handling Acceptable use Initial Drafts covering some of the above produced for review The University’s dependence on the National SuperJANET network is such that the University should investigate ways of adding resilience to the current provision Universal Access Working Group Recommendations

  9. Information Strategy – Network Architecture and Security • Information Security Working Group • Investigating wider Information Security Issues • Working Group members includes reps from IS, DCS, Eng, Physics • Work ongoing • Defining risk assessment methodology; performing initial risk assessments and establishing risk register • Reviewing and amending draft security policies • Working on Network Architecture recommendations to compliment security policies

  10. Network Architecture and Security Goals • Provide a secure environment for network services, systems and applications and a productive environment for users • Define the roles and responsibilities associated with network services, systems and applications security • Handle Computer related security Incidents efficiently and effectively

  11. How • Provide relevant information for Users, Sys/Net Administrators, IT support staff, Managers and Visitors • Community agreement • Implement a Network Architecture that: • Reduces network services, systems and applications exposure • Provides Inherent incident containment capabilities • This can be achieved by implementing separate Client and Server Nets • Produce and implement acceptable and enforceable security policies • Establish a properly resourced Computer Incident Response Team (CIRT) • Monitor security policy compliance and effectiveness

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