TETRA Special Solutions: RF Coverage-Test and Coverage-Simulation Digital Voice Interface Telemetry and SCADA Solutions Bangkok, June 2015 Funk-Electronic Piciorgros GmbH Michael D. Piciorgros (CEO)
Funk-Electronic Piciorgros GmbH (TETRA Business) Wireless Solutions from 1982 until 2014++ Member of the Tetra Association (MoU/TandCCA) Core Manufacturer (Own TETRA Terminal) IOP certified from ISCOM (Italy) Member of the SME Group
Funk-Electronic Piciorgros GmbH (TMC-200 / T-One Terminal) 350, 380, 410, 450, 800 MHz Status, SDS, Packet Data, MSPD Authentication, Encryption, TEA1, 2, 3
Funk-Electronic Piciorgros GmbH (National Approvals) EU (BABT Certificate) Hong Kong, Thailand, Russia FCC (USA), IC (Canada) Philippines, Australia, Malaysia
Funk-Electronic Piciorgros GmbH (IOP Certificates) Rohill SELEX EADS / Cassidian 3T-Frequentis / Sepura Damm, Teltronics Hytera (ETELM) Motorola
TTS-2000 TETRA Coverage Analyzer and Coverage Simulation
TTS-1000 - TETRA Radio Coverage Test Set
ipad Mini Display during Measurement
TTS-2000 Car Drive Display
Manual Measuring APP
Data base (excel.csv) after test drive
BKK TETRA Coverage
BKK TETRA Coverage
BKK TETRA Carrier Level Change
Coverage view on PC
Analyzer (PC/Mac): Coverage of one Base Station Select RSSI Level Base Station Parameter Select RSSI Display Mouse Over
DVI-100 Digital Voice Interface The Voice-Bridge (Smart-ISI)
The DVI-100 (Digital Voice Interface) is a special TETRA terminal, that feeds all received TETRA voice signals to its Ethernet (IP) port and vice verse, without any conversion to analog. So there is no reduction of the original TETRA voice quality. Additional also Status and SDS messages are forwarded to the DVI Ethernet port and sent to a (any) destination IP (and vice verse). The DVI uses the Open PTX Protocol (www.openptx.org) developed in co operation by the University of Dortmund and Piciorgros GmbH
The DVI-100 can be operated in DMO Mode and can be used as a TETRA Micro-Spot: Connected to a DVI-Server Connected to a PC / iphone / ipad Connected to a TETRA Infrastructure switch
The DVI-100 Features Connect TETRA networks of different manufacturer Connect TETRA networks with different frequencies (450 MHz / 800 MHz) In house coverage Access to the own TETRA network from out of the coverage area (Paris Cologne) Temporary Micro-Spot (on site) Dispatcher Design your own application
SCADA, Telemetry and Telecontrol using TETRA Infrastructure
Typical SCADA Server Layout Ref: Scada: Wikipedia Monitor: Samsung
TETRA Modem - TMO-100 with two serial Ports, one Ethernet Port and an Audio Port
TETRA Modem - TMO-100 as before with additional embedded I/O
SCADA using an SDS Gateway Control Room Public Lighting SDS TMO-100 Two Serial Interfaces TGW-100 SDS Gateway SDS TMO-100 I/O IP Communication SDS Command and Control Line Device Tetra Switch TMO-100 AMR
SCADA using an Packet Data Gateway Control Room Serial Interface Public Lighting PD TMO-100 Two Serial Interfaces TGW-100P Packet Data Gateway PD TMO-100 I/O IP Communication PD Command and Control Line Device Serial Interface AMR Tetra Switch TMO-100
User Inteface - Embedded Web-Browser
Typical SCADA Applications:
Open Pit Mining (Water Level Control)
Turkey, Mining Application DMO Mode
ME, Gas and Oil
Asia, Utility (Energy Companies) Pole Mounted Switches
TETRA Data Applications IP Risks and IP Security
The search term Cyber Attack Industry Gives more than 2.400.000 Results
Potential IP Risks (Back Doors) Control Room Air Interface Remote Modem
Risks using IP Communication via wireless Infrastructures to Remote Outstations SCADA Control Room PD TMO-100 IP Remote Modem Control Room PD Router / Gateway PD TMO-100 I/O Command and Control Line Device Tetra Switch Air Interface TMO-100 IP AMR, PLC or RTU
Potential IP Risks (Hacks) Access from the SwMi side to the remote modems (RTU s) Hacker send Control and Command data to the remote RTU s Access from the remote devices to the SCADA Server (Intranet) Hacker try to access and stress the Intranet, SCADA Server or any other Intranet Server Access via the Air Interface (using a spare TMO-100) Hacker try to access the Intranet or try to send commands to the Outstation RTU s IP Data flooding via a remote device Hacker try to flood and stress the TETRA Infrastructure with data packets Using IP Services to access the Intranet via a Remote Modem Hacker try to use services (ports) like Telnet, FTP or others to access and stress the Intranet
TMO-100 Protection and Firewall(s) Access from the SwMi side to the remote modems (RTU s) The IP Server Source Address received by the TMO-100 can be restricted to a specific IP Address or a specific IP Address range Access from the remote devices to the SCADA Server (Intranet) The RTU Source Address received by the TMO-100 can be restricted to a specific IP Address or a specific IP Address range Access via the Air Interface (using a spare TMO-100) Enable AIE to avoid unwanted Access via the Air Interface IP Data flooding via a remote device A configurable IP Flooding Filter stops the data flow for a specific time (5 minutes), after the TMO-100 has received a specific number of IP Packets (5 packets) in a specific time frame (10 seconds) Using IP Services to access the Intranet via a Remote Modem Optional all IP ports can be disabled while up to 5 can be enabled individually
Conlusion: The TETRA Performance is sufficient for the most SCADA Applications TETRA can do Serial and IP Communication With TETRA as a PMR Network, the user has full control of his Infrastructure (Power Supply, Antennas, Back Bone, ) TETRA is the savest (ref.: Public Safety) existing wireless network Existing Technologies to protect against Cyber Criminals TETRA will be available at least for the next 10-15 Years
Funk - Electronic Piciorgros GmbH Claudiastr. 5 51145 Köln-Porz Germany Thank you very much for your interest in our Products www.tetramodem.com