CTS Quarterly Customer Meeting |
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 DR Timeline Through June 2015 |
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CTS Quarterly Customer Meeting
содержание презентации «CTS Quarterly Customer Meeting.ppt»| Сл | Текст | Сл | Текст |
| 1 | CTS Quarterly Customer Meeting. CTS | 10 | and VTL Projects TSM Service (for physical |
| Disaster Recovery (DR) Project October 22, | tape backups) is sunsetting and will be | ||
| 2014. | replaced by Avamar (virtual backups) | ||
| 2 | Agenda. Definitions CTS DR Current | Mainframe Virtual Tape Library will expand | |
| State CTS DR Upcoming Enhancements CTS DR | to eliminate need for physical tapes CTS’ | ||
| Project. 2. | Private Cloud Roadmap includes DR Load | ||
| 3 | COOP and DR Definitions. 3. | Balancing Mobile Device Management | |
| 4 | COOP / DR. Continuity of Operations | Implementing a Software as a Service | |
| Plan Guided by FEMA established policies, | (SaaS) Solution. 10. | ||
| definitions and assumptions that form the | 11 | CTS Disaster Recovery Project. 11. | |
| framework for emergency preparedness. | 12 | 12. | |
| Includes the activities ensuring that | 13 | DR Project Background. DR Site Survey | |
| essential functions which enable agencies | Project Findings No government-owned data | ||
| to provide vital services, exercise civil | center in Eastern Washington met the | ||
| authority, maintain the safety and well | requirements and/or allowed sufficient | ||
| being of the general populace, and sustain | room for expansion to meet CTS needs | ||
| the industrial/economic based in an | Existing Spokane Node DR site not a | ||
| emergency are performed. Disaster Recovery | suitable long term DR Facility TierPoint | ||
| Plan (DR) Recovery of information | contract was nearing end of life Decision | ||
| technology assets, data, and services | was made to secure a contract with a | ||
| required to support critical business | Vendor to provide colocation data center | ||
| functions. 4. Note: Backup/Recovery are | services. 13. | ||
| different from Disaster Recovery. | 14 | DR Project Status. Scope Identify | |
| 5 | Business Impact Analysis. When | Requirements for a single site DR location | |
| creating Disaster Recovery Plans, agencies | Develop and publish RFP for DR site | ||
| identify their critical systems and | procurement Released 7/29/14. Review and | ||
| document the operational, legal, and | select appropriate site Responses were | ||
| financial impact from a disruption or | received 9/4/14. Announcement planned for | ||
| disaster affecting any computer or | 9/26/14. Build out core Network and | ||
| telecommunication service area of the | Security Infrastructure Move existing CTS | ||
| agency. We are asking that Agencies work | DR services to new DR colocation data | ||
| with CTS to collaborate regarding critical | center. Define CTS’ future DR roadmap | ||
| systems which are dependent on CTS | Implement and expand DR in a phased | ||
| systems. 5. | approach Establish new CTS DR service | ||
| 6 | Disaster Recovery Terms. When planning | offering. 14. | |
| for recovery, agencies identify RTO and | 15 | DR Colocation Site ASV. Sabey Data | |
| RPO for their systems. A recovery time | Center Properties, LLC Over 3 million | ||
| objective (RTO) is the period within which | square feet of data center space Close to | ||
| systems, processes, services, or functions | 2 million square feet of data center space | ||
| must be recovered after an outage. A | in Washington Quincy, Wenatchee, and | ||
| recovery point objective (RPO) is more | Seattle Sabey’s DC in Quincy was selected | ||
| specific to information systems. It is the | 525,000 square feet of data center space | ||
| amount of data that can be lost measured | Concurrently maintainable facility 70 | ||
| by a time index. Agencies should work with | megawatts of power Security personnel on | ||
| CTS to collaborate regarding recovery | site 24/7 Dedicated Office and Storage | ||
| objectives that are dependent on CTS | Space available. 15. | ||
| systems. 6. | 16 | High Level DR Site Requirements. Some | |
| 7 | DR Site and Data Replication Terms. DR | of the requirements include: Within the | |
| Site Options/Methodologies Hot (space, | State of Washington and east of the | ||
| equipment, and data already present - only | Pacific Crest Trail Service Availability | ||
| minor configurations changes needed) Warm | of 99.982% Vendor background checks HIPPA | ||
| (space and equipment is in place but | Business Associates Agreement compliance | ||
| typically has to be built/configured/data | NIST 800-53 Security and Privacy Controls | ||
| restored) Cold (space reserved with no | for Federal Information Systems and | ||
| equipment) Data Replication | Organizations compliance ANSI/TIA-942 A-1 | ||
| Options/Methodologies: Active/Active | Telecommunications Infrastructure Standard | ||
| (synchronous) Active/Passive | for Data Center compliance 24/7 hours of | ||
| (asynchronous) Restoration from backup. 7. | operational and physical access Vendor | ||
| 8 | CTS Disaster Recovery. 8. | provided enclosures Concurrently | |
| 9 | CTS Services with DR - Current State. | Maintainable Facility (facilities | |
| Eastern United States: IBM and Unisys | components can be shutdown w/o disruption) | ||
| Mainframes, TSM, DES Print Eastern WA Node | Technician Support Services (remote/smart | ||
| Site: Shared Services Email (Exchange, | hands) Dedicated office space and | ||
| Virus Protection, Filtering, Secure Email) | equipment storage space Staff facilities | ||
| Enterprise Active Directory (Active | during declared disaster. 16. | ||
| Directory Federated Services, Domain | 17 | DR Timeline Through June 2015. | |
| Controllers) Domain Name Services (DNS) | 18 | Questions. Mark Quimby DR Architect | |
| (Hosted in Oregon) Security Services | Consolidated Technology Services | ||
| (Secure Access Washington®; Secure File | mark.quimby@cts.wa.gov (360) 407-8830. | ||
| Transfer; SSL VPN) Redundant SGN Internet | Heidi Brownell Chief Project and Planning | ||
| Service Providers (ISPs) Liberty Lake, WA | Officer Consolidated Technology Services | ||
| (TierPoint): Customer disaster recovery | heidi.brownell@cts.wa.gov (360) 407-8980. | ||
| equipment. 9. | 18. | ||
| 10 | CTS DR Upcoming Enhancements. Avamar | ||
| CTS Quarterly Customer Meeting.ppt | |||
CTS Quarterly Customer Meeting
«Валентина Владимировна Терешкова» - Снимите шляпу перед этой женщиной. Терешкова поступила в Военно-инженерную академию. Небо. Полет Терешкова перенесла тяжело. Признание заслуг. Часы марки «Чайка». Красный Перекоп. Памятная монета. Правительство СССР. Терешкова совершила полет в космос. Космический полёт. Марс. Свадьба с космонавтом Андрияном Григорьевичем Николаевым.
«Возникновение планет» - Протопланетное облако. Протозвезда. Сжатие протозвездного пылевого облака. Происхождение планет. Масса протопланеты. Раздел астрономии. Изображения протопланетных дисков. Газопылевой слой. Звезды. Допланетные тела. Туманность Ориона. Гравитационная конденсация. Остатки сверхновой. Астрономы. Аккреция.
«Типы звёзд» - Открытие. Магнитное поле. Номенклатура, типы и классификация. Двойная звезда. Оптические и рентгеновские лучи. Физика сверхновых звезд. Изображение, полученное с помощью телескопа. Внутренность звезды. Пример остатка. Происхождение. Изображение пульсара. Аккрецируемый газ. Механизм вспышки. Прорыв в моделировании.
«50-летие полёта Гагарина» - Позывной Гагарина был «Кедр». Ему вручили поздравительную телеграмму Советского правительства. Того, кто полетит в космос, определили в последний момент. Спускаемый аппарат. Группа военных взяла под охрану спускаемый аппарат. Встреча на Земле. Решение во избежание шумихи сесть где-нибудь подальше от города.
«Викторина про космос» - Когда и кем впервые были проведены наблюдения в телескоп. Валентина Владимировна Терешкова. Викторина. Луноход. Какая звезда ночного неба самая яркая. Меркурий, Венера, Земля, Марс, Юпитер, Сатурн, Уран, Нептун, Плутон. Кто из учёных нашей страны является основоположником теоретической космонавтики.
«Как возникла Земля» - Происхождение планет. Источником плазмы служила корона молодого Солнца. По современным представлениям Земля образовалась около 4,7 млрд. лет назад. Луна образовалась на околоземной орбите. Меркурий практически лишен атмосферы. Гипотезы русских ученых XIX и XX вв., — академик О. Ю. Шмидт и В. Г. Фесенков.
