On 09 April, the Coastal Plains Amateur Radio Club in Southeast Georgia hosted a presentation by Craig Fugate, KK4INZ, titled 'The Importance of Ham Radio in Disasters'. The club subsequently posted the video of the meeting and made it available on YouTube.
I have to say, Mr. Fugate hit it out of the ballpark. He provided the best insight and guidance I've ever heard regarding disaster communications and Amateur Radio support. But Craig is no ordinary bubba with a radio who's been through a hurricane or two. Craig is in fact Mr. William Craig Fugate, former FEMA director under President Obama (2009 - 2017) and prior to that the Emergency Management Director for the State of Florida (2001 - 2009). Craig knows what he's talking about. Period. His bona-fides are unassailable. And his enthusiasm for Amateur Radio support during disasters is surprising, and encouraging. The video is long (about an hour) and it's mostly Craig speaking directly to the club members - no PowerPoint slides - so you have to listen. But listen closely, and take notes!
When I watched the video I came away with a full page of notes that I've distilled here:
- Focus training on low probability/high consequence events - hurricanes, wildfires, earthquakes, etc.
- ARES and AUXCOMM are not the same, and ARES still has a primary role at the local level
- ARES #1 mission needs to be making sure the local EOC can talk to the state EOC. The #2 mission is making sure that the local EOC can talk to its subordinate fire & EMS stations and, by extension, it's local medical facilities (hospitals, critical care centers, etc.)
- One of the first consequences of any disaster is that all commercial comms systems will be overloaded, particularly cell circuits. The cell sites may be up and functioning, but the demand will overwhelm them
- All comms systems, regardless of how well they are hardened, have multiple points of failure. It's not uncommon for EVERYTHING to fail. In fact, it happens with alarming regularity
- Any comms infrastructure reliant on IP - cell phones, VOIP, internet, etc. - is particularly vulnerable. Even commercial SATPHONEs at some point tie back to an IP-based ground system, and the connections will fail
- AT&T's FirstNet is IP based and is not well hardened (he wasn't very complimentary of the whole FirstNet concept)
- Supporting local shelters with communications really isn't all that important. Most of them will have all the comms they need
- Focus developing digital mode expertise. Digital can carry more traffic, more accurately and under more adverse conditions, than voice
- Repeaters will fail and 2 meter simplex will run into coverage issues very fast. Focus on HF
- Most emergency managers at all levels have no idea what digital capabilities ARES can bring to the EOC. Some have heard of Winlink, few know what it really is or what its capabilities are. Almost none have heard of FT8, JS8, etc.
- In a disaster, antennas are more vulnerable than radios. Have spares
- Backup power - YES! Generators fail with alarming frequency
- Risk. FEMA reimbursement rules don't cover privately owned radio gear if it gets damaged or destroyed while supporting a declared emergency. The point here is to push your local EMA to fund the necessary gear and have the ARES operators fall in on it
Satellite Internet (Starlink, HughesNet, Viasat, etc.) can be critical during and following a disaster. The destruction of local infrastructure doesn't impede satellite as long as there is backup power and the local sat unit and computer are functional. With Starlink, latency isn't a problem, and the bandwidth is sufficiently high to allow a microcell and wifi hotspot be set up near the computer. Surprisingly, communications is often the most immediate resource requested by disaster victims as discovered by an NGO after the Chilean megaquake and tsunami. People need to tell friends and relatives their status, or discover their status. Emergency Managers need to incorporate satellite service users into their comm plan. And now that Starlink has unfenced their customers' locations, the receivers can be moved anywhere.ReplyDelete
Randy, thanks for your comments. One of the key issues we face here in Georgia is that a lot of local EMAs operate on shoestring budgets and don't have immediate access to SATCOM systems. Those capabilities may eventually 'fall-in' on a small county EOC that is involved in a serious, long term disaster (hurricane relief, tornado swarm, etc.), but the first 12 - 24 hours will find these smaller counties working only with what's on-hand. I see this as the critical support period for Amateur Radio.Delete