Presentation on theme: "Messaging – Being the cloud Part 1 – Flow, tracking and logging."— Presentation transcript:
Messaging – Being the cloud Part 1 – Flow, tracking and logging
Agenda Announcements What coming up Messaging Part 1
Training and Events Porky Work Parties – ?? Training – Tonight – Messaging Part 1 – being the cloud – June – Messaging Part 2 – format and protocol – July – Shadowing – Aug – Porky Training – Date to be scheduled. Exercises – Exercise in July-Aug, need shadow volunteers
Messaging – Being the cloud Part 1 – Flow, tracking and logging
Flow of a Message Field EOC/Office Our Function is Copy and Log
Classes of Messages Common Classes of Messages – Directed Message – From -> To From a specific person or team To a specific person or team – Broadcast Messages – Goes to everybody General information everyone need to know Less common but important – Indirect message – From -> ? Sender does not know who the receiver should be We will need to direct the message
Key Assumptions of the Cloud Though the Cloud has no knowledge of is surrounding, We act as if: – Organization Awareness – DEM, Boeing EOC, ESCA EOC … – Function Awareness – Phones are preprogram for the Emergency Support Function within DEM – It is reliable – All modes of communication are available – Copying, logging and routing are build in.
AND THEN THE BIG ONE HITS What happens when the cloud fails
The cloud after the big one Field EOC/Office
How do we do this? Defined Responsibilities Functional Alignment Divide and conquer
Defined Responsibilities Each Command Post (or Base) has a designated area of authority. – SnoDEM – is responsible for the county, – Monroe EOC is responsible for Monroe – Firebase 1 is responsible for the north fire – Firebase 2 is responsible for the south fire Specific Frequencies are used for specific things – Mt. Pilchuck Repeater is used for resources net – Fire Trail Hill Repeater is used for command net – Clearview Repeater is used for Tactical
Functional Alignment Emergency Support Functions ESF 1 – Transportation ESF 2 – Communications ESF 3 – Public Works and Engineering ESF 4 – Fire Fighting ESF 5 – Information Analysis and Planning ESF 6 – Mass Care, Housing and Human Services ESF 7 – Resource Support ESF 8 – Public Health and Medical ESF 9 – Search and Rescue ESF 10 – Hazardous Material Response ESF 11 - AG & Natural Resources/ Food and Water ESF 12 – Energy ESF 13 – Public Safety, Law Enforcement and Security ESF 14 – Long Term Recovery, Damage Assessment, Mitigation ESF 15 – Public Affairs
6m 2m FRS 800MHz
How are we going to do all that? Time for a drill
Our Scenario A major disaster has occurred effecting most of WWa. Sno RACES is fully active. The Communication Officer has requested teams of two (2) to be deployed to forward bases to support communication. You and your partners assignment is to one of the forwarded bases (Base 6) providing support for tactical team, base to base, and base to EOC communications. At these location there is no WebEOC. The location you have been deployed to will support tactical group Fire12, Fire 14, Fire 18, SAR11, SAR21, and Air 6. The groups are further divided into 3 teams of 5 that are deployed to the field, designated A,B, and C. Because of location you are able to communicate with all teams, but communications between teams are limited, and you will be asked to relay messages. The Base Commander has three ESF teams for Fire, Search and Rescue and Resource Support that you will also be supporting In addition to communications you are asked to monitor two emergency channels and report any civilian emergency communications. Upon arrival at the base camp, after checking in, you find that there are two(2) radio stations, one with three (3) radio, for communications between the base and the tactical team and one (1) to communicate with Air 6. The second has four (4) radios, one for base to base and base to EOC and three (3) set up to monitor emergency channels
Your Assignment Divide up into teams of two (2), and decide who will be handling which station. The packet in front of you, you will find Envelopes labeled for the ESF functions and Other, Paper for logging, and the messages you will process. Your task is for you and your partner to process and log the messages, and decide which envelope to put the messages in. This is a discovery process, how and what you log is up to you. Its ok to make mistakes, this is how we learn You have 10 minutes. Questions?
How did we do? Looking out our logs
Radio Map How many made a radio map? Radio maps identifies what each radio is for. – Location – Frequency – Type – …
Example Radio Map Radio 1Radio 2Rad10 3Radio 4 Type Frequency UseFire TeamSAR11SAR21AIR
Contact map How many built a Contact Map? You use a contact map, when a single radio or contact represents more than one person or group. Contact maps need to be routinely updated
Example Radio Contact Map Station___________ Operator _______________ Date: ___________ Fire TeamsSAR11SAR21AIR Fire12 AX Fire12 B Fire12 CX Fire14 A Fire14 BX Fire14 C Fire18 AX Fire18 B Fire18 CX SAR11 A SAR11 BX SAR11 C SAR21 AXX SAR21 B SAR 21 C AIR 6X
Example Radio Contact Map Station___________ Operator _______________ Date: ___________ Command Base 1 Base 2 Base 3X Base 4 Base 5X Base 6- EOCX
The Log What should be in the message log? – From – To – Subject** – Needs Reply* – Relay* – Assigned To* – Date Date time of the message, date when received – Time Time of the message and the time received – Number of pieces* – Destination** – Priority** – Sender*
Messages from Tactical Team Where did you route the messages for the tactical teams? – Fire Teams - normally go to ESF 4 – SAR teams – normally go to ESF 9 – Resources – normally go to ESF 7
Relay Messages How did you handle the message from Air 6 to Fire14 B? – This is a message you need to relay. In our scenario, the operator that received the message would need to relay. If Air 6 was on a another station, you would need to get the message to the other station. – You should also notify ESF 4, noting that the message was relayed
Emergency Messages How did you handle the message from Fire12 C and Fire 18 B? – If this was real: For Fire12 C – find out if they need assistance, then route to ESF 4 For Fire18 B – Route to ESF 4
Monitoring Emergency Traffic How do you handle emergency traffic? – Stay calm – Get the required information Who, What, Where, When and Severity – Route the traffic to the appropriate support team for response. (for our scenarios is was … SAR -> ESF 9) – If possible move the communication to another frequency, with direct contact. If not, stay in touch until help arrives.
Messages in envelopes ESF 4 – 7 ESF 7 – 2 ESF 9 – 3 Other – 1 How did your team do?