1. Bgan solutions for Oil & Gas Hughes 9201/9202 and 9502 M2M BGAN Solutions

2. Bgan – The network – The equipment – Bgan solutions for Oil & Gas Applications – Remote Terminal Manager – Online Billing & Management IBIS

3. The Satellite 3G Service called: Inmarsat BGAN  Broadband data (up to 492 kbit/s)  … plus voice  accessible simultaneously  nearly global coverage  L-Band (no weather influence)  99.9% availability  Works in inclement weather

4. The BGAN infrastructure: one device, two networks Earth Station IP Router Voice & ISDN BGAN IP Network BGAN Circuit Switched Network Switch LAN BGAN Device Voice & ISDN Laptop PC or Mac RTU SCADA

5. Bgan Coverage general

6. Bgan Coverage USA

7. Main Data Center NY and Amsterdam Interconnect Inmarsat’s and Galaxy 1’s Home PoP in New York Inmarsat’s and Galaxy 1’s Secondary PoP in Amsterdam Leased Line/VPN Red line indicates private utility network. Black line is commercial infrastructure

8. Satellite M2M Services Overview Galaxy 1 has a complete range of M2M services to meet any customer requirement all based upon the Inmarsat constellation – low data rate solution to high data rate solution – Extremely Low Power efficient DC – Advanced network security and network features for remote management Short Burst <10 KB TCP/IP 200KB – 50MB Short Burst 10KB – 200KB TCP/IP 50MB – 5 GB POWER consumption Monthly Data Consumption Equipment COST

9. INMARSAT IP M2M SERVICES

10. BGAN M2M Core Terminal M2M Services IP Packet Data over BGAN Network 24/7 IP watchdog ensures network connectivity --no manual intervention Auto-On/Auto-Context- PDP Activation Remote control via Web, SMS and AT command BGAN Network Features IP Packet Data over the BGAN I4 network Weather hardened (L band) with IP 67 rated Antenna Optimized for 10 kbps to 400 kbps Other key Features Low power for Battery or solar operation Built in GPS ATC Robust Remote-IP enabled Infrastructure An Inmarsat service – reliable & stable constellation Global coverage Private network available to meet high level security requirements

11. BGAN M2M Hardware

12. Two models of Bgan M2M terminals Hughes 9201 ‘1-piece’ unit Available since 2006 Up to 470 Kb/s Designed for higher data usage (50 Mbyte per month or up) Hughes 9502 ‘2-piece’ unit Available from Q1 2012 Up to 100 Kb/s Designed for data usage up to 20 Mbyte per month Very low power consumption

13. Hughes 9502 Rugged, class 2, low power environmentally- sealed, two piece terminals – Antenna IP65 rated – Modem IP40 rated Ethernet interface to connect to sensors and peripherals

14. How does it look (1) the modem (IDU)

15. How does it looks (2) the modem (IDU)

16. Antenna (ODU)

17. Other Key Features Relay and NAT Mode LED Off (stealth mode) Auto Power ON when power is applied Automatic PDP Context Activation (Static or DHCP) Dedicated M2M webGUI Security – Ethernet MAC Filtering – Administration Password – White List for SMS control – AT Command password lock

18. Dedicated WebGUI

19. Hughes 9502 Power Consumption The Hughes 9502 will consume <1W when in idle mode on the network. Idle mode is defined as having an active PDP context but the UE has already transitioned back to the regional beam due to 90 seconds of data inactivity. In idle mode the UE is still accessible by IP traffic from the network (Remote-IP could act as interface). There are two ways to put the UE into an “Off” state for even more power savings : – The RTU can apply >2.2V @ 1 MΩ to the discrete input Pin#9 on the DB-9 connector to turn the UE Off (Pin#9 is positive and Pin#5 is ground). When the RTU removes the 2.2V, the UE will start back up. – Via a local command or a configurable timeout from inactivity on the RTU connection, you can turn the UE “Off”, but the Ethernet connection will maintain the active pulses and wake up when any RTU packet is sent to the UE. The power consumption for either of these two options will be <50mW.

20. BGAN M2M Specifications PHYSICAL Size (L x W x H) 385mm x 385mm x 33mm (Antenna/ODU) 200mm x 150mm x 45mm (IDU) Mass1.5kg (IDU), 1.9Kg (Antenna/ODU) ENVIRONMENTAL Operating Temp-40°C to +70°C Dust & Water IngressIP65 (ODU) IP40 (IDU) Thermal ShockMIL-STD (883 / 202F) / EIA JEDEC Wind (Antenna)Up to 100km/hr (with optional mount) ELECTRICAL Input Voltage+12 VDC or +24 VDC Power Consumption (Typical @ 12VDC, 22 o C) Idle but IP access: <1W Transmit: 22W Off, wake on LAN packet: <50mW SATELLITE COMMUNICATIONS ServiceIP Latency800 – 1200 ms round-trip CERTIFICATIONS/COMPLIANCE SatelliteInmarsat Class 2 Type Approved RegulatoryFCC, RoHS, CE, CSA/IC EXTERNAL INTERFACES Serial1 x RS232 (for GNNS only) Inputs/OutputsEthernet, USB

21. Standard IP ServiceUp to 492kbps, CLASS 1 Streaming IP service32, 64, 128, 256, 384kbps Efficient transmission24/7 Keep-alive VPN Compatibility Cisco, Nortel–Connectivity, Netscreen, Checkpoint, and SonicWall Unattended operationReliable while unattended for indefinite periods of time ControlRemotely signalling Data interfacesEthernet, optional WiFi 802.11 Environmental ToleranceIP-55, optional IP-65 enclosure Hughes 9201

22. BGAN features for M2M  Always-on; The Inmarsat network availability is 99.9%. This accommodates the utility requirement of “always on”.  Auto-Connect; Network device connects to the network automatically, and can re-connect to the network without intervention after power failure and power restoration and after equipment resets.  Protocol Support; The network supports IPv6 and ICMP network protocols; TCP, UDP transport protocols; DNS, NTP, SNMP etc

23. Hughes 9201 Power Consumption The Hughes 9201 will consume 3.7W when in idle mode on the network. Idle mode is defined as having an active PDP context but the UE has already transitioned back to the regional beam due to 90 seconds of data inactivity. In idle mode the UE is still accessible by IP traffic from the network (Remote-IP could act as interface). The Hughes 9201 will consume 1.5W in an “Off” or “standby” mode

24. The equipment installed

25. More Bgan fixed installations

26. Additional Equipment Power-supply Mount kit

27. The Bgan Equipment Fixed Installation (M2M)  M2M satellite transceiver;  NEMA Enclosure Vehicular Installation  Below Deck unit  Two type of antenna’s

28. Standard IP ServiceUp to 492kbps (Class 10) Streaming IP service32, 64, 128, 256 ISDN (RJ-45)1 x 64kbps data & 4kbps voice POTS (RJ-11)Voice and Fax Data interfacesUSB, Ethernet, WiFi 802.11 AntennasClass 10 and Class 11 On-the-Move Mobile Terminal

29. The Vehicular Equipment Installed

30. ‘Remote Terminal Manager’ Web-based application that enables NOC to manage and control unmanned Bgan’s in field Provides visibility

31. IBIS - Integrated Billing Information System Features: All Bgan terminals combined on one screen Credit Control & Monitoring Online Provisioning Online Cost Allocation Various access levels (‘read’ vs. ‘writing’ rights for admin, field etc)

32. Service Delivery & Support Site Commissioning – SIM activation process through IBIS – Remote Terminal Manager will be activated too Technical Support – 24/7 support available during installation process Documentation – Installation/activation procedures Network Management & Control – ‘Remote Terminal Manager’ Backhaul Support

33. Technical Support Trouble Shooting procedure – Customer sends email to support and may also dial designated number – Automatic trouble ticket is created in IBIS. Tier 1 technical support takes call – If required Tier2 takes case to further investigate – 24/7 availability

34. Installation Specifications The Kit The RTU IP addressing Pointing/line of sight Confirmation

35. Retail Pricing(check with us for latest pricing 303-683-4843 sales@netsat.info)