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ten34 should be capable of utilizing multiple cloud service providers for its underlying storage. In addition to AWS Route53, Google Cloud DNS must be supported as a first class citizen.

The Route53 database provider will normally utilize DNS queries to retrieve values for get and keys operations. In the event that Route53's 100% availability SLA for DNS queries is not met, the database must fall back to the Route53 ListResourceRecordSets API in order to complete get and keys queries successfully, with the caveat of extremely degraded throughput.

Route53-based databases whose domain name utilizes the Route53-provide nameservers in the NS record expose all data publicly to the internet. By utilizing AWS KMS to encrypt each record, data can be more securely stored in internet-accessible databases.

As a serious open source project, ten34 must uphold high standards for code quality and test coverage.

• Create unit and end-to-end tests for Route53 provider
• Create unit and end-to-end tests for CLI
• Create CI pipeline in Travis CI