1. LAMP: Bringing perfSONAR to ProtoGENI Martin Swany

2. perfSONAR Overview The perfSONAR framework provides key components necessary in a large-scale, federated, interoperable measurement infrastructure –Information service (topology and service discovery) –Measurement points and archives Developed and deployed by research and education networks –Internet2, ESnet, GEANT, and RNP –Other international networks

3. perfSONAR Open and extensible formats Separation of data and metadata Extensible topology and service schema called UNIS –Also used by Internet2 ION, ESnet OSCARs

4. LAMP LAMP integrates perfSONAR to provide extensible, unified network and host metrics in a common interface for GENI experiments –A measurement metadata format and storage infrastructure that can be extended to uniformly store all instrumentation within the GENI system Provides a measurement portal with control and visualization interfaces to the user Interoperates with existing security model within ProtoGENI

5. LAMP Workflow 1.User provides a resource specification annotated with an initial LAMP configuration –Specifies a dedicated “portal” node, the custom LAMP disk image, and bootstrap behavior 2.User creates a slice and allocates requested sliver resources 3.Resulting manifest and slice credential are sent to UNIS with provided scripts –UNIS now contains a representation of the experimental topology with I&M properties 4.Once the user’s slivers become active, the portal is reachable only with proper slice credentials from the SA 5.The user may then activate a number of measurement services from the portal, including: –Host monitoring (CPU, memory, disk, network) –Scheduled throughput and delay testing –Experiment-wide NTP services –The Periscope topology and measurement visualization tool 6.Current LAMP I&M configuration is saved and pushed to a UNIS store 7.Configured systems within the experiment pull and apply the configuration, collecting and reporting measurements within instantiated MAs

6. Periscope