Many of today’s civilian communication technologies had their beginnings in battlefield communications. So it is always a good idea to keep an eye on what’s being developed for the military. Here is one that does away with the need for hubs. MOBILE armies need mobile communications. Those communications, though, must be secure—and not just from eavesdropping.
We generally credit smartphones for making camera and audiovisual players irrelevant. But we often forget that every smartphone is also, by default, a GPS receiver. Quite correct, if not precise, latitude and longitude of the device is being instantaneously updated and displayed. This standard feature is embedded in every smartphone regardless being Android or iOS. It has prompted Battalgazi Yildirim, a (literally young Turk) geophysicist from Stanford, developing a mobile-based IoT application named Zizmos for earthquake’s early warning system.
Rohan Samarajiva Sarvodaya Fusion, Ministry of Disaster Management & UNDP 19 February 2018
The role of insurance and zoning was discussed at a video conference we organized shortly after the 2004 Indian Ocean Tsunami. I wrote up some of the insights that were shared in my Choices column shortly thereafter. It’s good to see that knowledge informing the thinking of the Deputy Minister of National Policies and Economic Affairs: There was a need to introduce disincentives to prevent construction of buildings in places that are disaster prone, he said. Providing more people disaster insurance was also important, De Silva said. “We need to not only prepare for post-disaster insurance but prevent probability of people being subject to disaster.
We have been thinking about insurance in the context of disasters ever since the 2004 Indian Ocean tsunami. Recently, we discussed insurance as part of the work we did for ESCAP on resilient ICT infrastructure. There, we came up against the problem of concentrated damage and difficulties of spreading risks discussed in relation to flood insurance in the Economist: Another obstacle is that flooding is very heavily concentrated and owners of high-risk properties are far more likely to seek insurance, making it difficult to spread risks. But other countries show how private insurance markets can play a bigger role. In Britain private insurers include flood coverage as part of standard policies, so risks are distributed across a wider pool of policyholders.
“Panic and chaos are inherent in crises. During the critical golden 72 hours the public need ICTs to mitigate the panic but we are still ten years behind and have forgotten history” – says Mr. Naveed Haq. Progress towards resilient ICTs for emergency communication and crisis response remains poor in Asia and the Pacific. The APrIGF “Cry for Help” – “Rapid Restoration of Access to Telecommunication” (RREACT) was designed to engage the audience and a set of experts in discussing issues and strategies for empowering communities with ICT resilience in support of emergencies and crises.
I saw a response to an RTI request from the Department of Meteorology on Twitter and did not adequately check its veracity. As a result, I unfairly described the forecasting capabilities of the Department in at least one occasion at a meeting attended by influential officials and also polluted Twitterspace. I am sorry. Interesting contrast between 50 mm < forecast & actual rainfall https://t.co/zGwl4KOnDl https://t.
The government predicted rainfall more than 150 mm on the 25th of May. Over 500 mm of rain fell. Technically, they were not wrong (550 mm is within the range of “more than 150 mm”), but obviously, forecasts like this might as well not be made. [an error was corrected in the above para] But it is wrong to condemn the Met Department which operates even without Doppler radar, though they have been talking about it since 2012. But as discussed below, Doppler radar is old and can only tell about large rain drops.
As Sri Lanka is drying itself out after yet another disaster, people are beginning to ask what went wrong and what could be done better in the future. Some of the comments are not fair, for example the comparison of the Bangladesh and Sri Lanka responses, but most are useful. Every disaster must be treated as a learning opportunity. First, let’s get the Bangladesh comparison out of the way. Once a cyclone forms, its track can be seen from satellites.
We at LIRNEasia have been promoting cell broadcasting for a long time. It is immune to congestion, message over it can be specific to location; and it does not require prior registration of numbers. It has thousands of “channels” and can therefore handle multiple languages, including those of tourists who are visiting. Therefore, we are very happy that Canada, which has supported our disaster risk reduction research is the latest country to get behind cell broadcasting: The Canadian Radio-television and Telecommunications Commission (CRTC) today directed all wireless service providers to implement a wireless public alerting system on their LTE (long-term evolution) networks by April, 2018. This system will allow emergency management officials, such as fire marshals and police agencies, to warn Canadians on their mobile devices of dangers to life and property.
The Times of India has many critics on account of its pursuit of moolah, but still, it is a serious newspaper. UNISDR is a serious organization that is part of the UN system. One assumes the Senior Communication Officer of UNSIDR is not a flake. But the story below causes me to rethink all those assumptions. Brigitte Leoni, senior communication officer of the UNISDR, writes about the importance of Maya’s hurricane early warning system that has not only helped in averting severe disaster casualties but also helped in development of modern tools.
Sri Lanka has always been prone to natural disasters; more commonly droughts, floods and landslides. However, the 2004 Tsunami caused the most devastation we had witnessed in a very, very long time. LIRNEasia’s stance in the aftermath, apart from contributions in cash and kind for immediate relief, was a more longer term solution using our core strengths – research, getting the right people connected and facilitating initial efforts of implementation. The outcome was the design of a participatory concept of an all hazard-warning system. It was a joint effort getting the right people together – from government, to technology developers to communication network specialist who would then later go on to provide the platform required for the implementation of an early warning system.
I attended the Social Media and Disaster Relief Conference organized by the Indian arm of the Center for Strategic and International Studies hoping to learn something. The existence of the Emergency Telecom Cluster was one new thing I learned about. This is a specialized cluster associated with the Inter-Agency Standing Committee which seeks to coordinate the humanitarian activities of UN and non-UN agencies in the humanitarian space. One of the things it does is ensure that emergency equipment such as VSATs are moved into disaster-hit locations quickly from the Dubai Humanitarian Warehouse. Various industry partners engage in continuous capacity building activities and maintain registries of human and other resources to enable quick mobilization.
From as long ago as 2005, we at LIRNEasia have been talking about insurance as a critical element in disaster risk reduction. And we have been pushing this idea at ESCAP, among other places. But somehow, we did not see it gaining traction. But finally, it seems to be: For a farmer in Zimbabwe, adopting this model will entail accessing strong climate data so she knows when best to plant and harvest. By purchasing parametric insurance – that is, insurance that pays out not on proof of loss but when a defined event is above a pre-determined and measurable trigger – she will receive a pay out if rainfall is under a certain level by a certain date.
India is the point of transit for every submarine cable connecting Asia with Africa and Europe via Middle East. Altogether 19 submarine cables have landed in five different Indian locations: Mumbai (11 cables), Chennai (4 cables), Cochin (2 cables), Trivandrum (1 cable) and Tuticorine (1 cable). These sparsely located landing points are good enough to make India the home of a highly resilient international connectivity. Early this week Cyclone Vardah has, however, exposed India’s, notably of Bharti Airtel’s, fragility instead. Bharti Airtel has stakes in five submarine cable networks: i2i, SEA-ME-WE 4, EIG, I-ME-WE and AAG.
The two-day workshop (Oct 17 & 18, 2016) in Moratuwa, invited Sarvodaya members from Batticaloa, Colombo, Gampaha, and Kegalle Districts. These participants have first-hand experience responding to the 2016 Western floods & landslide and the 2015 Northeast floods, in Sri Lanka. The objective was to share their tacit knowledge on taking a holistic and practical approach to responding to crises. Then give them the tools to analyze the experience to develop the Standard Operating Procedures (SOPs) themselves. To that end, we applied community engagement social practices methods for analyzing the knowledge to realize the design parameters for developing the Sarvodaya Disaster Response SOP.