Data Center Standards Sample Clauses

The Data Center Standards clause sets out the minimum technical and operational requirements that a data center must meet to ensure reliability, security, and efficiency. Typically, this clause specifies standards for power supply, cooling systems, physical security measures, and compliance with recognized industry certifications such as ISO or SSAE. By establishing clear benchmarks for infrastructure and operations, the clause helps ensure that data centers provide a consistent level of service and mitigate risks related to downtime, data breaches, or regulatory non-compliance.
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Data Center Standards. Contractor’s Data Centers shall have fully redundant and diverse network paths to City endpoints. Data Centers shall be located in geographically different seismic zones characterized by the lowest predicted chance of damage as defined by the US Geological Survey Earthquake Hazards Program. Environmental systems must monitor/detect temperature, humidity, fluid leaks, fire/smoke/particulate and have accompanying suppression systems. Fire suppression systems should be dry pipe. Power should be fully conditioned to avoid spikes and other aberrations that can damage equipment. Temporary power units, such as generators, must be in place to support SaaS Services in the event of a power outage for up to three calendar days, and fuel replenishment contracts must be in place to keep temporary power operational for longer periods.
Data Center Standards. The Contractor shall be responsible for all fees and costs associated with the hosting of the ▇▇.▇▇▇ Web Portal at a primary facility with a secondary site with “warm” backup capabilities for non-critical systems and “hot” backup capabilities for critical systems at a location in the United States that is geographically remote from the primary site in or an Azure or Amazon Infrastructure as a service (IaaS), Platform as a Service (PaaS) or Software as a Service (SaaS) environment also at a location in the United States, or a hybrid solution. The Contractor and its proposed Data Center vendor (if applicable) are responsible for all hardware, network infrastructure, security infrastructure, server infrastructure, disaster recovery infrastructure and related tools and utilities necessary to support a web portal of this size and complexity. The following represents key facets of the typical infrastructure required: ● Web Servers: 16 virtual servers (Production), 4 virtual servers (Test). This is subject to load, with the ability to ramp up if needed. o Applications servers are not included in this number, which is approximately 300 and growing. ● Load Balancers: 4 physical with additional virtual capability (2 physical appliances in each data center) ● Server Management Software and Tools Licensing: ● SQL Server Databases: 1 Development, 2 Quality Assurance (QA), 4 Production in a multi data center cluster. ● Additional Database: 1 Production Cluster hosted by the Contractor. IOT shall host the Production and Test Instance for ▇▇.▇▇▇. ● Intrusion Prevention System ● Multi-Node Web Application Firewall ● File Upload Scanning Appliance ● Security Event and Incident Management (▇▇▇▇) Logging Tool o At the State’s request, the parties will explore options for the ▇▇▇▇ to be interfaced to the State’s security logging tool ● Logging Software ● Virtual Hosts: 10 Hosts spread across two data centers ● EMC Storage: Multiple Storage Arrays split between two data centers ● Firewalls and Switches ● Internet Bandwidth supports 2Gbps and above in multiple data centers ● DDOS appliances in both data centers ● VPN connecting the primary vendor datacenter with the IOT datacenter
Data Center Standards. Contractor’s Data Centers have fully redundant and diverse network paths to City endpoints. Data Centers shall be located in geographically different seismic zones characterized by the lowest predicted chance of damage as defined by the US Geological Survey Earthquake Hazards Program. Only authorized personnel may access the Data Centers using at least two-factor authentication. Video surveillance systems must record all movements, 24 hours a day, inside and outside the perimeter of the Data Centers. Environmental systems must monitor/detect temperature, humidity, fluid leaks, fire/smoke/particulate and have accompanying suppression systems. Fire suppression systems should be dry pipe. Power should be fully conditioned to avoid spikes and other aberrations that can damage equipment. Temporary power units, such as generators, must be in place to support Hosted Services in the event of a power outage for up to three calendar days, and fuel replenishment contracts must be in place to keep temporary power operational for longer periods.

Related to Data Center Standards

  • OMB Standards Unless specified otherwise within this agreement, the Subrecipient shall procure all materials, property, or services in accordance with the requirements of 24 CFR 84.40−48.

  • Contractor Standards Contractor shall comply with Contractor Standards provisions codified in the SDMC. Contractor understands and agrees that violation of Contractor Standards may be considered a material breach of the Contract and may result in Contract termination, debarment, and other sanctions.

  • SUPPLIER STANDARDS OF CONDUCT Accenture is committed to conducting its business free from unlawful, unethical or fraudulent activity. Supplier will act in a manner consistent with the ethical and professional standards of Accenture as described in the Accenture Supplier Standards of Conduct, including prompt reporting of unlawful, fraudulent or unethical conduct. A copy of these standards can be found at ▇▇▇▇▇▇▇▇▇.▇▇▇/▇▇- en/company-ethics-code.

  • Safety Standards Performance of the Contract for all commodities or contractual services must comply with requirements of the Occupational Safety and Health Act and other applicable State of Florida and federal requirements.

  • Applicable Standards The requirements and guidelines of NERC, the Applicable Regional Entity, and the Control Area in which the Customer Facility is electrically located; the PJM Manuals; and Applicable Technical Requirements and Standards.