GET IN SPACE DATA CENTERS

Our state-of-the-art N+1 compliant data centers features everything that you would expect from any high-end hosting facility, plus a lot more. We take pride in our track record of providing the most reliable Internet services available anywhere.

FEATURES
Precision-controlled air conditioning systems protect and cool mission-critical servers and equipment in the Network Operations Center. The facility is controlled by quad-compresser / dual-blower redundant systems. These systems provide a virtually dust-free and particle-free computing environment, with temperature, humidity, and air-quality regulation.

Security Restricted access to the Network Operations Center is monitored by qualified personnel 24 hours a day, every day. Visitors and clientele are only allowed on-site if escorted by Network Operations Center staff. The entire Network Operations Center is monitored, ensuring prompt response and thorough coverage to fire or security alarms. We supply all our Network Operations Center customers with advanced firewall, encryption, intrusion detection and other security measures.

24/7/365 on-site security
» Card reader / fingerprint scanners on all exterior and interior doors
» Video camera monitoring all common areas
» Fully redundant network topology
» 60 Gbps network topology
» Offsite Archived Backup Services
» CDN Network Capability
» Raised Floors
» N+1 HVAC, Separate cooling zones with over 60 tons of cooling
» Continuous, uninterruptible power supply
» Environmental Monitoring Systems maintain constant temperature and humidity

POWER
Redundant 4000 AMP, 480-volt electrical feeds, power our data center. This system provides automatic switching between two independent transformers located in the basement. Besides a total of one megawatt of redundant UPS power, our facility houses a fully redundant 2,400 AMP, -48V, positive ground DC telco power plant and distribution system. This system currently powers all fiber providers as well as carriers in our facility. A fully redundant one megawatt paralyzing UPS system, redundant master and emergency system Busses (MSB/ESB) and two 1 megawatt diesel generator system with 3500 gallons of fuel, provides backup power for the facility. UPS power is fed into redundant Power Distribution Units and from there into Remote Power Panels (RPP). Each RPP is monitored to the circuit breaker level to ensure early warning overload protection.

CLIMATE
Air conditioning and air handling services for the facility are provided by a series of three fully redundant 180-ton data center specific closed loop chiller systems. These systems provide over 500 tons of humidity and temperature controlled air conditioning to the data center. The data center floor is fed by 20 individual, redundant Computer Room Air Conditioning (CRAC) units. The colo area is kept at 72 degrees and 45% humidity at all times. Critical airflows are monitored for hydrogen at all times, and temperature and humidity sensors are placed throughout our facility to provide early warning in the event of a system failure.

SECURITY
Onsite security is provided by a combination of biometric hand scanners, electronic card control systems, hi-resolution motion sensitive digital video surveillance systems and onsite personnel. Access into the facility is granted only after positive identification has been established. Movement throughout the facility is further tracked by usage of electronic card keys. Security Restricted access to the Network Operations Center is monitored by qualified personnel 24 hours a day, every day. Visitors and clientele are only allowed on-site if escorted by Network Operations Center staff. The entire Network Operations Center is monitored, ensuring prompt response and thorough coverage to fire or security alarms. We supply all our Network Operations Center customers with advanced firewall, encryption, intrusion detection and other security measures. All critical areas of the facility are zoned off and access is allowed only to those individuals that need access to those areas. Access to our Meet-Me and POP facilities are provided on an escort basis only. The entire facility is alarmed and monitored with video cameras and off-site alarm monitoring services. Customers can access the building 7x24x365 via an intercom system and camera connected to the manned video surveillance system. Once customer service personnel have visually identified the customers, they are allowed into the lobby area. Customer Service Personnel must use another hand scanner and a proximity card to escort customers into the data center. All equipment entering and leaving the data center is checked for serial numbers and descriptions against the customer's file in the computer system. Customers are then escorted back out of the building. This hands-on approach to security is much more effective than data centers that allow customers to come and go unsupervised.

MONITORING
Manned 24 x 7 x 365, the Operation and Control Center (OCC) provides the facilities to monitor all Heating, Ventilation and Air Conditioning (HVAC), fire suppression systems and security systems onsite by specially trained personal. Critical airflows, temperature, humidity, power consumption by individual customer, early warning fire identification and suppression systems, generator, chillers, CRAC Units and all security systems are monitored in real-time from the OCC.

GET IN SPACE NETWORK
With multiple datacenter locations in New York, Amsterdam, Canada, and California, Get In Space can offer you mutiple layers of redundancy for your Mission Critical Hosting Projects. Get In Space maintains its own fiberoptic network in order to facilitate the growing needs of it's hosting clients. Only fully redundant, enterprise-class routing equipment is used in all of our data centers. Additionally, all routing equipment is housed in a secured core routing room and fed by its own redundant power supply. By owning and operating our own network & data center, we positions ourselves to be in full control of how & where data is transmitted from our clients to the Internet. The quality of our network is ESSENTIAL to our success and to our clients continued growth.

NETWORK / DATA CENTER LOCATIONS
» 60 Hudson St. New York, NY. Locations: Telx 9th and 23rd floors. Fibernet 12th.
» 25 Broadway, New York, NY. Building Locations: Telehouse 5th and 6th floors
» 111 8th Ave, New York, NY. Building Locations: NYC-Connect Suite 1515, XO 12th.
» 32 Avenue of the Americas, New York, NY. Building Locations: The-Hub
» 165 Halsey, Newark, New Jersey. Build Locations: Equinix
» 470 Vanderbilt Ave, Brooklyn NY. Building Locations ATC Meet-Me-Room
» 1025 Old Country Road, Westbury NY . Building Locations: Meet-Me-Room
» Gyroscoopweg 2E & 2F, Amsterdam, NL. Bulding Locations Redbus Interhouse
» NIKHEF, Kruislaan 409, 1098 SJ Amsterdam NL, Bulding Locations: Meet-Me-Room

BACKBONE
GET IN SPACE strategic partners maintains its own dark fiber network between our intra-city locations (listed above). The dark fiber is provided by multiple utility carriers (listed below) and is used to create a double layer ring between our locations. GET IN SPACE lights its own dark fiber with both active and passive DWDM/CDWM equipment provided by Transmode and Cube Optics AG. The rings provided 180Gbps redundant connectivity between our on-net locations. This capacity is used to allow us to take advantage of all providers and networks at all locations. Should there be an outage at any location, Get In Space has enough capacity at all others to handle it's full network load. Our backbone is also used to provide other networks with access and transport between locations. Get In Space is also able to utilize it's backbone network to provide it's colocation clients with direct cross connects with over 300 IP providers.

PEERING
A peering point is a place where many networks interconnect together to exchange traffic on a peering basis. Peering and peering points reduce the number of networks that data must traverse to get to its destination and therefore improve the speed and reliability of the Internet. If geographically close networks peer, then data can travel a short path no matter what the configuration of transit provider's networks may be. Get In Space has chosen to build into peering points for these reasons. This enables for the best possible path between sites hosted at Get In Space and their end users. Get In Space is able to directly connect to many large broadband (cable/DSL) and dial-up networks directly. Users using these providers would travel directly from their ISP to Get In Space without needing to travel through a traditional backbone network. This reduces the possible points of failure and slowness that may occur when additional hops and networks come into the picture. Get In Space currently peers at the following locations:

» NYIIX New York, NY 100+ Peers
» Equinix New York City Metro IX Newark, NJ 20+ Peers
» PAIX New York, NY 50+ Peers
» PacketExchange London, UK 150+ Peers
» AMS-IX Amsterdam NL (Get In Space Amsterdam Network) 200+ Peers
» FreeBIX Brussels, Belgium 20+ Peers

CARRIERS
Get In Space connects to the following carriers for transit connectivity. Most carriers are connected at more than 1 physical location, using multiple 10Gbps Ethernet links.

Primary Transit
» Global Crossings
» Level3 Communications, Inc
» Teleglobe/TATA
» TeliaSonera

Transport Providers
» Keyspan Communications
» ConEdison Communications
» Looking Glass Communications
» Interoute