Test Bed Sample Clauses
The Test Bed clause establishes a controlled environment or framework where products, services, or technologies can be trialed and evaluated before full-scale implementation. Typically, this clause outlines the scope of testing, the responsibilities of each party, and the criteria for assessing performance or compliance within the test environment. Its core practical function is to minimize risk by allowing parties to identify and address potential issues in a limited setting, ensuring that only solutions meeting agreed standards proceed to broader deployment.
POPULAR SAMPLE Copied 1 times
Test Bed. Integrator will make available to Okta, at no charge, access to a developer account and/or sandbox instance of the Integrator Product(s) for use by Okta to develop, configure, test, and/or support the Integration(s), which Okta may conduct itself or through a third party. Integrator agrees that Okta and its agents or contractors developing, configuring, and/or testing the Integration(s) will bear no responsibility for, or liability in connection with, any damages or claims arising from such testing.
Test Bed. 3.3.1 For the purpose of testing the Vendor shall provide the Software set forth in the Specifications at [***] to Reliance and such Software shall be shipped to the Reliance designated location not later than [***] after the Effective Date of the Broadband Access Software Contract if specifically requested for by Reliance in writing.
3.3.2 The Vendor shall supply and install at [***] to Reliance the Test Bed Laboratory and at least one of each type of new Software set forth in any Purchase Order or that is planned to be bought by Reliance before the end of the next succeeding [***].
3.3.3 In order to work towards achieving Interoperability, Reliance may bring other infrastructure vendor’s software into the Test Bed Laboratory. Notwithstanding anything to the contrary, the Vendor shall share with these other infrastructure vendors that Reliance brings into the Test Bed Laboratory, all necessary interface information to facilitate meeting the Timetables upon suitable conditions of confidentiality.
3.3.4 Vendor shall provide all applicable Technical Support Services including but not limited to Updates and Upgrades to and for the Software installed in the Test Bed Laboratory.
Test Bed. The Urban Partner (MTC) will create an open architecture vehicle infrastructure integration test bed in support of a HOT lane tolling application. Evaluation. The Urban Partner (SFMTA) will evaluate the impacts of the parking pricing project. Telecommuting/TDM Projects Figure 2-3. Dynamic Message Signs Will Guide Drivers to Available Parking in San Francisco
Test Bed. The Urban Partner will create a vehicle infrastructure integration (“VII”) test bed along ▇▇▇▇▇ Drive. • RITA’s Intelligent Transportation Systems Operational Testing to Mitigate Congestion (“ITS-OTMC”) Program • $20.2 million in funds appropriated when needed and available, but in any event no later than the end of Fiscal Year 2009; funding subject to appropriation
Test Bed. Purchaser shall have the option (but shall not be obligated), which Purchaser may exercise in writing no later than ***. If Purchaser exercises the Test Bed Option, Contractor shall develop, test and supply the Test Bed in accordance with Section 9.0 of Exhibit A and to meet the specifications set forth in Appendix E.1 of Exhibit B. The delivery schedule and delivery location for the Test Bed shall be set forth in Section 9 of Exhibit A, Statement of Work. The payment terms are set forth in Section 2 of Exhibit E, Payment Plan.
Test Bed specifications Interoute Testbed and Servers
Test Bed. The test bed consists of a Dell OptiPlex 7010 PC with the following hardware specifica- tions: and the following software installed: Virtual switch OVS version 2.1.0 The network scenario is emulated using the Mininet framework [▇▇▇▇▇ et al., 2010]. It uses OS features to instantiate lightweight virtualisation of network hosts, and interconnects them with virtual switches, according to a specified topology configuration. Effectively, what Mininet does, is to abstract this rather complex configuration task of the Operating System (OS), into a matter of high-level programming, which makes it ideal for rapid network prototyping.