Peer Etkms and Etpm Communications Timing

Base Directory for Storing Operational State Data

log4j.appender.R.layout=org.apache.log4j.PatternLayout log4j.appender.R.layout.ConversionPattern=%d [%t] %-5p %c - %m%n

##Console logging #log4j.rootLogger=ALL,stdout #log4j.appender.stdout.Threshold=INFO #log4j.appender.stdout=org.apache.log4j.ConsoleAppender #log4j.appender.stdout.layout=org.apache.log4j.PatternLayout #log4j.appender.stdout.layout.ConversionPattern=%d %t %-5p %c - %m%n

Base Directory for Storing Operational State Data

This entry defines the database for storing the keys and current metapolicies.

#Base directory for storing operational state data KeyDistDbLoc=..

Peer ETKMS and ETPM Communications Timing

The following entries define the communications timing between the ETKMS and peer ETKMSs and the ETKMS and the ETPM.

#### KeyDist/ETPM Communications Timing

#Wait for peer key after deploy (1-1200 Seconds) waitForPeerKeyTime=30

#Time to wait for status check to complete (1-3600 Seconds) retryStatusCheckTime=315

#Check for message period in milliseconds (20-3000 mS) recheckMessageWaitTimeMS=1000

#Time to wait for additional keys from peer KeyDist after key is received in seconds (1-1200 S)

waitForReceivedKeyTime=5

waitforPeerKeyTime	Specifies in seconds how long the ETKMS waits to get any keys from
	other peer ETKMSs.
retryStatusCheckTime	Specifies in seconds the time the ETKMS waits to receive status from
	PEPs. If the status is not received from a PEP within the defined time,
	an error status indication appears on the ETPM screen next to the
	appropriate PEP.

recheckMessageWaitTimeMS Specifies in milliseconds the elapsed time the ETKMS waits to check for a command from the ETPM.

waitForReceivedKeyTime Specifies in seconds how long the ETKMS should wait for additional keys from a peer ETKMS.

EncrypTight User Guide

257

EncrypTight, ET0100A, ET0010A, ET1000A specifications

The Black Box ET1000A, ET0010A, EncrypTight, and ET0100A are advanced solutions designed for secure data transmission and network management, catering to modern enterprise needs. These tools integrate cutting-edge technologies to enhance connectivity, security, and efficiency within various environments.

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In conclusion, the Black Box ET1000A, ET0010A, EncrypTight, and ET0100A are powerful tools that embody the latest in data transmission and network management technologies. With their unique features—including extended connectivity capabilities, robust encryption technologies, and real-time monitoring solutions—these devices cater to the growing demands of businesses seeking to enhance their network infrastructure while ensuring robust security and efficiency. Integrating these tools into any organization’s operations can fundamentally improve both performance and data protection, making them indispensable in today’s digital landscape.

Black Box ET1000A, ET0010A, EncrypTight, ET0100A Base Directory for Storing Operational State Data

Models: EncrypTight ET0100A ET0010A ET1000A

Base Directory for Storing Operational State Data

Peer ETKMS and ETPM Communications Timing

EncrypTight, ET0100A, ET0010A, ET1000A specifications