Increase the configured CPU valueIncrease the configured timeout valueIncrease the configured memory valueIncrease the configured concurrency valueblockslayersaliaseshandlersin sequenceboth of these answersneither of these answersin parallelaws lambda invoke --function ReturnBucketName outputfile.txtaws lambda execute --function-name ReturnBucketName outputfile.txtaws lambda invoke --function-name ReturnBucketName outputfile.txtaws lambda execute --function ReturnBucketName outputfile.txtAWS TraceCloudStackCloudTrailAWS X-RayCreate configuration files and deploy them using AWS CodePipeline.Create CloudFormation templates and deploy them using AWS CodeBuildCreate configuration file and deploy using AWS CodeBuildCreate CloudFormation templates and deploy them using AWS CodePipeline.API GatewayS3SASCloudTrailUse S3 metrics and CloudWatch alarmsCreate custom metrics within your Lambda code.Create custom metrics within your CloudWatch code.Use Lambda metrics and CloudWatch alarms.an SSL certificatea bitmaskan AWS KMS keyan HTTP protocol binaries.all of these answersexecutablesShell scriptsMVCvirtualstatelessprotocolby uploading a .zip fileall of these answersby editing inlinefrom an S3 bucketCLoudWatch logsDynamoDB logsS3 logsLambda logs.CodeStackElasticStackMobile HubCodeDeployproportionallyequallyperiodicallydailyresources and usersresources and conditionsevents and usersevents and conditionslogging streamsrotating streamslogging eventsadvancing log groupscreate a Lambdabe an event sourceassign an IAM roledelete a LambdaCreate a Lambda function with a custom runtime and reference the function in your LambdaCreate a Lambda layer with a custom runtime and reference the layer in your lambdaYou cannot use Lambda in this situationCreate a Lambda function with a custom runtimethe execution policythe Lambda configurationthe Lambda nodesthe IAM userdepartment:Sales,department:Salesdepartment:Sales,department:salesaws:demo;aws:demoaws:demo;aws:DEMO_.neither of these answersUDP/IPTCP/IPboth of these answersautomaticallynone of these answersmanuallyad hocstream and record sizesstream and shard sizesbatch and record sizesbatch and shard sizesPlace each subnet in a VPC. Associate all subnets to your Lambda.Place all subnets in a VPC. Associate all subnets to your Lambda.Configure your Lambda to be available to multiple VPCs.Configure all application VPCs to be peered.number of function callsamount of code runcompute timeamount of infrastructure usedAuthor a Lambda from scratch.Use a blueprint.Use a .zip deployment package.Use the serverless app repository./tmp/default/temp/dsDelete the function.Set the function concurrent execution limit to 0 while you update the code.Reset the function.Set the function concurrent execution limit to 100 while you update the code.Overprovision memory to run your functions faster and reduce your costs. Do not overprovision your function timeout settings.Overprovision memory and your function timeout settings to run your functions faster and reduce your costs.Do not overprovision memory. Overprovision your function timeout settings to run your functions faster and reduce costs.Do not overprovision memory. Do not overprovision your function timeout settings to run your functions faster and reduce costs.removing log groupsnone of these answerscreating log groupsupdating log groupsDynamoDB tableskey-value pairsS3 bucketsnone of these answersS3API GatewayX-RayDynamoDBin the Lambda function codein a Lambda environment variablein the Lambda tagsin another S3 bucketDeploy the LambdaExport the functionnone of these answersConfigure a test eventFleeceNPMnone of these answersPodCloudTrailCloudWatchCloudFormationLogWatcha table definitionqueue isolationSTS Writean SNS topicPOST"All object create events"PUTCOPYLambda configuration from logging codeLambda handler from logging codeLambda handler from core logicLambda configuration from core logicYAML definitionCloudFormation stack configurationSAML deployment stackZip file of all related filesonly at creationonly before deploymentneveranytime via configurationEdgeCloudCloudEdgeCloudFrontCloudStackcustomall of these answersJavaRuby[Reference](https://aws.amazon.com/blogs/compute/new-for-aws-lambda-predictable-start-up-times-with-provisioned-concurrency/
Explanation Lambda can used for all services mentioned on the question: Kinesis, S3, SNS, SQS, DynamoDB. But as you can see in the reference, Lambda's responsibility and method invocation can be categorized by Lambda polling and Event Driven (synchronous invocation). When you implement an event-driven architecture, you grant the event-generating service permission to invoke your function in the function's resource-based policy. Then you configure that service to generate events that invoke your function. When you implement a Lambda polling architecture, you grant Lambda permission to access the other service in the function's execution role. Lambda reads data from the other service, creates an event, and invokes your function. According to this analytics, Kinesis-DynamoDB-SQS use same method invocation, Lambda polling.
Explanation (source google)
With DynamoDB Streams, you can trigger a Lambda function to perform additional work each time a DynamoDB table is updated. Lambda reads records from the stream and invokes your function synchronously with an event that contains stream records.These events are considered synchronous events. Simply put, it means that when somebody is calling an API Gateway, it will trigger your Lambda function. It's a synchronous event because your Lambda function has to respond to the client directly at the end of its invocation.You can use Lambda to process event notifications from Amazon Simple Storage Service. Amazon S3 can send an event to a Lambda function when an object is created or deleted.