Abstract: The embodiments herein disclose a system or a platform for multi-dimensional, multi-layered security control. The system includes Identity management module, Payload data handling module, heuristic network Management module, Application interface Manager, and an encapsulator or Modulator while leveraging a dynamic Validator. A Shielding protector is provided for safety of servers, devices, systems and clouds. The identity management module safeguards passwords, PINS, user information, and device data. The dynamic ID, time-based, multi factor elements is used to embed both ID and data. The Payload data handling module provides data wrapping, random-segmenting and flow-chains. The heuristic network Management module performs routing of watermarking, and obfuscation map tracker. The Application interface Manager works on DDMLSORI techniques to block out any unwanted Access while validating actual transactions using Qualifiers.

Abstract: A performance regression test that monitors a resource based on a metric measured for each of a plurality of builds of a test instance is run. Measurement data of the metric triggered by an operation is logged in an operation log for each of a plurality of builds. The operation is logged in response to an incoming request for processing associated with the performance regression test for monitoring the resource. Based on the operation log and for each of the plurality of builds, the measurement data of the metric triggered by the operation associated with the performance regression test for monitoring the resource is collected. The collected measurement data of the metric for each of the plurality of builds is presented.

Abstract: A performance regression test that monitors a resource based on a metric measured for each of a plurality of builds of a test instance is run. Measurement data of the metric triggered by an operation is logged in an operation log for each of a plurality of builds. The operation is logged in response to an incoming request for processing associated with the performance regression test for monitoring the resource. Based on the operation log and for each of the plurality of builds, the measurement data of the metric triggered by the operation associated with the performance regression test for monitoring the resource is collected. The collected measurement data of the metric for each of the plurality of builds is presented.

Abstract: A performance regression test that monitors a resource based on a metric measured for each of a plurality of builds of a test instance is run. Measurement data of the metric triggered by an operation is logged in an operation log for each of a plurality of builds. The operation is logged in response to an incoming request for processing associated with the performance regression test for monitoring the resource. Based on the operation log and for each of the plurality of builds, the measurement data of the metric triggered by the operation associated with the performance regression test for monitoring the resource is collected. The collected measurement data of the metric for each of the plurality of builds is presented.

Abstract: The embodiments herein disclose a system or a platform for multi-dimensional, multi-layered security control. The system includes Identity management module, Payload data handling module, heuristic network Management module, Application interface Manager, and an encapsulator or Modulator while leveraging a dynamic Validator. A Shielding protector is provided for safety of servers, devices, systems and clouds. The identity management module safeguards passwords, PINS, user information, and device data. The dynamic ID, time-based, multi factor elements is used to embed both ID and data. The Payload data handling module provides data wrapping, random-segmenting and flow-chains. The heuristic network Management module performs routing of watermarking, and obfuscation map tracker. The Application interface Manager works on DDMLSORI techniques to block out any unwanted Access while validating actual transactions using Qualifiers.

Abstract: Apparatus and method for qualitatively and quantitatively analyzing infrared emission from excited molecules in the determination of, for example, total inorganic carbon, chloride and available chlorine in aqueous samples. Methods of exciting the gas-phase, infrared-active molecules to emit radiation include flame excitation, furnace excitation, excitation by electron impact in a gas discharge or excitation by collisions with a vibrationally excited diatomic molecule. The detector is optimized by use of dual beam system with background subtraction capabilities thereby eliminating background noise and fluctuations therein.

Abstract: Apparatus and method for qualitatively and quantitatively analyzing infrared emission from excited molecules in samples of interest is disclosed. Over the wavelength interval from 1 to 5 um, two strong emission bands are observed with a PbSe detector when organic compounds are introduced into an hydrogen/air flame. The band at 4.3 um (2326 cm.sup.-1 is due to the asymmetric stretch of carbon dioxide while the band at 2.7 um is due to both water and carbon dioxide emission. The carbon dioxide emission at 4.3 um is most intense at the tip of the flame, and increases with the amount of organic compound introduced into the flame. For chromatographic application, an optical filter can be used to isolate the 4.3 um emission band. The infrared emission detection system finds application in the determination of total inorganic carbon, chloride and available chlorine in aqueous samples.