Analyze

As of 13 February 2023, South Africa declared a national state of electricity disaster. In this paper we consider the impacts of global tech giants on the land, environment, people, heritage, and the technological landscape in Cape Town, South Africa. Our methods consist in long-term ethnographic fieldwork (Waltorp 2010, 2019, Waltorp et al 2022) and decolonial design anthropological approaches (Kambunga 2023) as we work with a group of local assistants and critical friends (www.digisatproject.com). We start from the controversy surrounding Amazon Web Services Headquarters: In 2021, the Observatory Civic Association and the Goringhaicona Khoi Khoi Indigenous Traditional Council filed an urgent notice with the High Court of South Africa to interject the construction of the Amazon River Park development on sacred land, where confrontations between the Peninsula Khoekhoe and the first Dutch settlers took place (genesis of colonialism in South Africa), and one of the only natural floodplains in Cape Town. Respondents argued that the site has no visible heritage significance, and the interjection will hinder economic development and job creation, an urgent concern, with Cape Town home to the most data centres on the continent. Data centres provide the computing and storage power that is essential to realising the smart digital futures furthered by corporate strategists and government policymakers. Yet, the data centres that underpin these futures are themselves energy-intensive enterprises (Howe et al. 2015) placing burdens on national energy supplier Eskom and energy shortages for the neighbouring communities (Pollio and Cirolia 2022). Data are entangled with water, wind, oil and other elements. Resource prospecting and extraction of energy were driving forces of colonial expansions. The material effects this has had on contemporary human and more-than-human life as well as geopolitical formations continue: How might we think together beyond techno-solutionism and -determinism to imagine technological futures otherwise.

Waltorp, Karen and Asnath Paula Kambunga. 2023. "Land, Legacies and Energy Futures in Cape Town, South Africa." In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

It was reported, that one worker at the industrial park was suffering from eye irritation, following the release of hydrogen chloride. He had to be treated at the outpatient clinic of the industrial parks' Occupational Health Center, and could go home afterwards. There is no further information of long-term effects the worker might have suffered from to be found on the internet, according to my search. However, eye irritation induced by chemical exposure can lead to effects such as increased eye pressure and a following reduction of vision, as well as chronic pain.

I am wondering, how this worker got hurt, as this was not reported in the article. Usually, workers need to wear proper protective equipment in areas in which one risks exosure to airborne chemicals that can cause corrosion, including protective goggles. As can be read in a follow-up article (https://www.fnp.de/frankfurt/frankfurt-gas-trat-aus-weil-ein-rohrleitun…), a pipeline malfunction had been found as the reason for the release, possibly in an area where no protective equipment is required? I can only speculate on this, but the worker seems not have been informed about the incident.

Missing information seems to be a common theme in this case, in the aforementioned article it is also reported that the smartphone application that is supposed to warn residents about such incidents, released a warning only 50 minutes after the sirenes had been going off. Also it is written in the article, that after the incident the citizen telephone line was busy, such that some callers could not get the information they required, and that many residents are not familiar with the meaning of the different signals released by the warning sirene. In case this or similar incidents happen in the future, they therefore pose a grave health risk to the surrounding population.

In this setting, several stakeholders are to be identified:

- Citizens living in Hoechst and surrounding areas and workers at the industrial park: Necessitate information to ensure their safety.

- Infraserv and companies at industrial park: Bad press is bad for image of industrial park, whcih might lead to political or financial consequences; Centralization of information flow on website "ihr-nachbar.de" to create narrative?

- Fire department Frankfurt: Responsibilities as first responders to incidents include information release to public and combat incident.

- Public media/ press: Information of the population as well as economic pressure to release notions that are of interest to public (to gain clicks/sell magazines and newspapers); Need to report correctly to gain/keep trust of potential information consumers.

- Local politicians: Need to take political measures to protect citizens to gain/keep trust of potential voters; Possibly also require good relationship with Infraserv and companies, as many high-profile companies are located at industrail park bringing in tax money.

Life Box is designed for help people who are victim of nature disaster, such as flood, tsunami and earthquake. It is an air-droppable, foldable box housing with releif goods, such as water, food and so on. When natural disaster happen, relief providers sometimes could not reach to some disaster zone. For example, it could be landslide and stop the road after earthquake, therefore Life Box could be sent to the zone before the relief providers arrive and help the victims. 

Adem Onalan design the Live Box, and this design won the 2013 reddot design award.

This design is good for helping people when natural disaster happen. It is a housing  can offer 4 people and relief goods are very important for people after natural disaster. The pacaking is also not large and could be easier for transport. It is a good product for emergency and solve problems. 

Live Box is designed for disaster zone after the natural disaster. Particularlly the area that relief providers can not arrive immediately. Live Box offers three usage types for different needs which are "air", "land" and " water". For example, the "air" type could be sent by aircraft to the area if the roads are blocked after earthquake. The "water" type could be used for flood-affected areas and it could be used as a shelter on water and land. Similarly, the "land" type could be used as temporary hospital or emergency centre. 

Live Box is designed in a easy way to use. It can be set up in less than one minute by following a simple graphic instructions. From the poster of the product design, it seems like there is a rope can be pull to extend the shelter and set it up. The more fast set up could more help people in a emergency situation. 

Live Box is designed for emergency, therefore there should not be any skill or training for using the product. The product should be easy to use and universal.

Live Box is an innovative design. It offers three types for diverse situations and it can be used for help people after a natural disaster. The product can be used easy and quickly, and also convinient for transport. It can solve victims' difficult situations in emergency. The materials are common and the cost is inexpensive. This product is a good design for manufacture and can be used for helping people.