Abstract: A method for determining phase locking of critical arc light includes: step 1: monitoring and collecting light radiation intensity of an arc inside a switch cabinet in real time, and converting the collected light radiation intensity into an electrical signal; step 2: extracting a power-frequency fundamental wave of the electrical signal, comparing an amplitude of the power-frequency fundamental wave of the electrical signal with a first threshold, and generating a pre-warning signal based on a comparison result of the first threshold; step 3: comparing the amplitude of the power-frequency fundamental wave of the electrical signal with a second threshold voltage, and generating a control signal based on a comparison result of the second threshold voltage and a protection time threshold; and step 4: protecting the switch cabinet under the critical arc light environment based on the pre-warning signal and the control signal.

Abstract: A method includes receiving, from a first device, a first request indicating a client characteristic, generating a second request for content that simulates a data request originating at a client device with the client characteristic, identifying data of a response to the generated second request, and providing, to the first device, a report based on the identified data.

Abstract: A method includes receiving, from a first device, a first request indicating a client characteristic, generating a second request for content that simulates a data request originating at a client device with the client characteristic, identifying data of a response to the generated second request, and providing, to the first device, a report based on the identified data.

Abstract: Systems and methods are described for testing server configuration across a secured network edge. A server administrator submitting configuration instructions from an external network separated from an internal network by a network boundary device may not have adequate access for proper testing. A test platform within the internal network receives, from a management device in the external network, a test request indicating a client characteristic. The test platform generates a data request with origination information for a source of the data request conforming to the indicated client characteristic and transmits the generated data request to a data server within the internal network responsive to receiving the test request from the management device. The test platform then receives a response to the generated data request and provides, to the management device in the external network, a report based on the received response.

Abstract: Systems and methods are described for testing server configuration across a secured network edge. A server administrator submitting configuration instructions from an external network separated from an internal network by a network boundary device may not have adequate access for proper testing. A test platform within the internal network receives, from a management device in the external network, a test request indicating a client characteristic. The test platform generates a data request with origination information for a source of the data request conforming to the indicated client characteristic and transmits the generated data request to a data server within the internal network responsive to receiving the test request from the management device. The test platform then receives a response to the generated data request and provides, to the management device in the external network, a report based on the received response.

Abstract: Systems and methods are described for testing server configuration across a secured network edge. A server administrator submitting configuration instructions from an external network separated from an internal network by a network boundary device may not have adequate access for proper testing. A test platform within the internal network receives, from a management device in the external network, a test request indicating a client characteristic. The test platform generates a data request with origination information for a source of the data request conforming to the indicated client characteristic and transmits the generated data request to a data server within the internal network responsive to receiving the test request from the management device. The test platform then receives a response to the generated data request and provides, to the management device in the external network, a report based on the received response.

Abstract: Systems and methods are described for testing server configuration across a secured network edge. A server administrator submitting configuration instructions from an external network separated from an internal network by a network boundary device may not have adequate access for proper testing. A test platform within the internal network receives, from a management device in the external network, a test request indicating a client characteristic. The test platform generates a data request with origination information for a source of the data request conforming to the indicated client characteristic and transmits the generated data request to a data server within the internal network responsive to receiving the test request from the management device. The test platform then receives a response to the generated data request and provides, to the management device in the external network, a report based on the received response.