1. Eygene Ryabinkin, on behalf of KI and JINR Grid teams Russian Tier-1 status report May 9th 2014, WLCG Overview Board meeting

2. KI: ATLAS status  Production activity since 2012  Preparing ourselves for analysis since March: evaluating data access protocols  Acting as Tier-2, since ATLAS needs MoU and pledges to start Tier-1 activities  Receiving 500 TB of job logs for tape storage since mid-April, 78 TB were successfully stored to tape

3. KI: ALICE status  Running ALICE activities as disk-only Tier-1 since December 2013  Providing 720 CPU cores and 150 TB of disks (can add more, once current usage will reach 70%, now we're at 25%)  Running with average efficiency of 83%  Tape instance will be rolled out once we will settle down with ATLAS in the tape realm

4. KI: LHCb status  Running in MC-only mode since November 2013  Disk-based dCache instance is ready and being validated  Mean job efficiency is 90%  61.5 million of HS06-hours since the beginning of operations (42% of all CPU capacity, provided by RRC-KI-T1)

5. KI: networking status  Using 2 Gbit/sec channel to GEANT and LHCONE (transit from NORDUnet)  Peering with ESnet on LHCONE space, Internet2 should come soon  Establishing peering with SARA/NIKHEF (physical transport is ready, waiting for 100G link between SARA and NIKHEF, ETA is next week)

6. KI: networking status  Connected to LHCOPN since April 22th 2014 via CERN: 10 Gbit/sec link from Moscow to Amsterdam  Second LHCOPN circuit (Moscow — Budapest — Amsterdam) is ready, but waiting for Wigner DC last mile fiber  Exchanging traffic on LHCOPN with all other Tier-1 sites, but FNAL (should be fixed next week)

7. KI: networking status  Peering with all big Tier-2 sites in Russia: JINR, IHEP (Protvino), ITEP, PNPI  Have direct peering with R&N networks: RBnet, RunNET and Radio-MSU  Establishing HEP traffic exchange point at M9 facility  Creating Russian VRF for LHCONE: RRC-KI-T1 and RRC-KI are pilot sites

8. KI: assorted pictures

9. KI: plans  Reach resource capacity promised in 2013: 54000 HS06, 4.8 PB disks, 5.7 PB tapes  Create 24x7 admin/monitoring team that will do most Tier-1 operations autonomously  Sign MoU and start working as Tier-1  Grow networking capacity and links

10. JINR: current state Our Tier-1 currently supports CMS as the tape-less Tier-1 since October 2013; Our resources were fully validated; Our Tier-1 participate in CMS Multicore job scheduling project: o Able to run multicore glideins (12-cores) through ce{01,02} mcore queues by April 29th o Large scale tests at Tier1s: Start asap Our Tier-1 was tested for high memory (6GB) jobs

11. JINR: installed services Computing field: 1200 cores (17K HS06), Torque/Maui, 2xCREAM CE Storage: Disk-only dCache (running v2.6), 450 TB; has xrootd-federation working plugin dCache for MSS (v2.2), 130 TB pools + 72 TB tapes FTS 2.2.8 PhEDEx 4.1.2 for disk-only dCache and MSS Argus server 2x Frontier Squids site BDII and top-level BDII UI, MyProxy, WMS, LB, LFC for internal testing All services run EMI-3

12. JINR: running jobs

13. JINR: reliability and availability

14. JINR: CMS link validation

15. JINR: status at CMS SUM portal

16. CMS T1 Site Activity

17. JINR: future work  Engineering infrastructure (New UPS and climate control system – July-Aug)  High-speed reliable network infrastructure with provisioned path to LHCOPN  Computing and storage system basing on servers, disk arrays and tape libraries of high capacity (Sep)  100% of reliability and availability

18. Grid'2014 conference in JINR June 30th — July 5th 2014, Dubna, Russia Everyone is invited to join and do some talks http://grid2014.jinr.ru/