Lanzado originalmente en 2020, el thriller de terror inglés Black Water: Abyss está listo para llegar al público indio a través de plataformas de transmisión. Dirigida por Andrew Traucki, la película combina suspenso con una atmósfera claustrofóbica, una aterradora historia de supervivencia ambientada en un remoto sistema de cuevas australiano. es la india el libera Esperado con impaciencia, ofrece a los espectadores una experiencia cinematográfica escalofriante que destaca el peligro acechante de una criatura depredadora que acecha en las sombras.
Cuándo y dónde ver Black Water: The Abyss
el película Su lanzamiento está programado para el 10 de enero de 2025 en Lionsgate Play. La tan esperada llegada de la película a la India brinda a los fanáticos del terror la oportunidad de explorar esta historia oscura y atmosférica.
Tráiler oficial y trama de Black Water: Abyss
La historia gira en torno a cinco amigos que se embarcan en un viaje de aventuras para explorar un sistema de cuevas subterráneas en la naturaleza australiana. Mientras navegan por las laberínticas cuevas, una tormenta tropical los toma por sorpresa y los atrapa en su interior. Sin que ellos lo sepan, un monstruoso depredador acecha en las aguas, esperando el momento adecuado para atacar. el Tractor Esta película provoca intensas emociones de supervivencia, con iluminación limitada, niveles de agua en aumento y la amenaza siempre presente de un caimán que aumenta la tensión.
Black Water: Abyss reparto y equipo
La película presenta un conjunto el calumniaincluidos Jessica McNamee, Luke Mitchell, Amalie Golden, Anthony Sharp, Rhys Ward y Benjamin Hoetjes. La película, dirigida por Andrew Trukey, se basa en su reputación de crear historias llenas de suspense ambientadas en entornos naturales.
Recepción de aguas negras: el abismo
Si bien la película recibió críticas mixtas a nivel mundial, con una calificación de 4,5/10 en IMDb, recibió elogios por su atmósfera y su descripción realista del horror de supervivencia. La tensión claustrofóbica de la película y su entorno inesperado han impresionado a los fans del género.
American Water Works, la mayor empresa pública de agua y aguas residuales de Estados Unidos, confirmó sus dificultades Ataque cibernético Lo que le obligó a cerrar partes de su infraestructura.
en Formulario 8-K En su presentación ante la Comisión de Bolsa y Valores de EE. UU. (SEC), la compañía dijo que detectó “actividad no autorizada dentro de redes y sistemas informáticos” el 3 de octubre de 2024.
Determinó que esta actividad era un “incidente de ciberseguridad” que activó sus protocolos de respuesta a incidentes, lo que provocó que la empresa contratara a expertos en ciberseguridad externos para investigar, notificara a las autoridades policiales correspondientes y cerrara algunos sistemas para contener el daño.
Ransomware o no ransomware
“La Compañía ha tomado y continuará tomando medidas para proteger sus sistemas y datos, incluida la desconexión o desactivación de algunos de sus sistemas”, dijo American Water Works en un formulario 8-K, sin especificar qué se ha desconectado ni por cuánto tiempo. planea hacerlo. Para mantener los sistemas fuera de línea.
La compañía señaló que ninguna de sus instalaciones u operaciones de agua o aguas residuales se vio afectada negativamente por el incidente y que no espera que el ataque tenga un impacto material, aunque esto puede cambiar ya que la investigación aún está en curso.
Normalmente, cuando una empresa cierra partes de su red, es porque un ransomware ataques. Sin embargo, American Water aún no lo ha confirmado: “En un esfuerzo por proteger los datos de nuestros clientes y evitar mayores daños a nuestro medio ambiente, hemos desconectado o desactivado algunos sistemas”, dijo Robin Rodríguez, portavoz de American Water, en un declaración.
“No habrá cargos por pagos atrasados a los clientes si estos sistemas no están disponibles”, concluyó Rodríguez, sin especificar la naturaleza del ataque, y agregó que “nuestro equipo dedicado de profesionales está trabajando las 24 horas del día para investigar la naturaleza y el alcance del incidente”. .” “
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American Water proporciona agua potable, aguas residuales y servicios relacionados regulados y basados en el mercado a clientes residenciales, comerciales e industriales. Sus servicios son esenciales para millones de estadounidenses y desempeñan un papel vital en la salud y la seguridad públicas.
“Open Water” se basa libremente en la historia real de Tom y Eileen Lonergan. En 1998, la familia Lonergan realizó un viaje de buceo a la Gran Barrera de Coral de Australia. Durante el vuelo, se produjo un error de personal y los Lonergan se quedaron atrás accidentalmente. La tripulación del barco no se dio cuenta de su ausencia hasta dos días después, cuando encontraron algunas de sus pertenencias, pero nunca se recuperaron los cuerpos y se los dio por muertos.
Ahora bien, existe la creencia popular de que los Lonergan fueron asesinados por tiburones, pero sus chalecos y tanques, que les habrían ayudado a mantenerse a flote, fueron encontrados más tarde, y no había marcas obvias de dientes que indicaran un ataque de tiburón. Por mucho que “Open Water” se venda como una historia real, probablemente comienza y termina con la parte inicial “Me dejaron solo en el mar” y no con brutales ataques de animales (p. ej. Estas otras características creadas).
Como resultado de su desaparición, el gobierno de Queensland introdujo regulaciones más estrictas para los viajes de buceo, como exigir confirmaciones independientes del personal de capitanes y maestros de buceo.
The Connectivity Standards Alliance (CSA) today announced the debut of a new Matter 1.3 specification that’s available for device makers and platforms. Matter is a smart home protocol that allows smart devices to work across multiple platforms, including HomeKit.
Matter 1.3 adds support for a range of new device types and features, including water management devices, electric vehicle chargers, kitchen and laundry appliances, and TVs.
For smart plugs and other devices, the update includes energy management reporting, allowing users to see actual and estimated measurements of power, voltage, and current, both in-real time and over time. EV Charging manufacturers are able to include Matter-based features such as manually starting and stopping charging, adjusting charging rate, and optimizing charging times.
Water management devices like leak and freeze detectors, rain sensors, and controllable water valves are supported in Matter 1.3, as are several new appliance types including microwave ovens, ovens, cooktops, extractor hoods, and dryers.
For TVs, Matter 1.3 improves casting initialization and search, plus it adds support for push messages and dialog for ambient experiences, expanded interactivity for TV apps, and better interaction with other home devices.
Scenes are supported with the new specification, allowing product makers and platforms to set, read, and activate scenes on devices. Scenes for Matter work like HomeKit scenes, letting users set a desired state for rooms and devices with one command. Matter controllers are also now able to batch multiple commands into a single message when communicating with Matter devices for less delay between command execution.
Matter 1.3 devices and improvements will likely be available on the market later this year, with more information available on the CSA website.
Apple is intensifying its global investment in clean energy and water sustainability, advancing towards its “Apple 2030” goal of achieving carbon neutrality across its entire value chain by the decade’s end, the company has announced.
“Clean energy and water are foundational to healthy communities and essential building blocks for a responsible business,” said Lisa Jackson, Apple’s vice president of Environment, Policy, and Social Initiatives. “We’re racing toward our ambitious Apple 2030 climate goal while taking on the long-term work to transform electrical grids and restore watersheds to build a cleaner future for all.”
Apple says it has successfully increased its clean electricity capacity to over 18 gigawatts — a threefold increase since 2020 — largely powered by solar energy projects in the U.S. and Europe. The initiatives support Apple’s operational and manufacturing needs as well as cater to the electricity used by customers to power their devices.
Apple has also set a target to replenish 100% of the freshwater used in its corporate operations in high-stress areas. The company has established partnerships aimed at restoring aquifers and rivers and has provided nearly 7 billion gallons of water benefits slated for the next 20 years. Apple says that, with the help of suppliers, the company conserved over 76 billion gallons of water through the Supplier Clean Water Program.
iOS 18 is expected to be the “biggest” update in the iPhone’s history. Below, we recap rumored features and changes for the iPhone. iOS 18 is rumored to include new generative AI features for Siri and many apps, and Apple plans to add RCS support to the Messages app for an improved texting experience between iPhones and Android devices. The update is also expected to introduce a more…
A week after Apple updated its App Review Guidelines to permit retro game console emulators, a Game Boy emulator for the iPhone called iGBA has appeared in the App Store worldwide. The emulator is already one of the top free apps on the App Store charts. It was not entirely clear if Apple would allow emulators to work with all and any games, but iGBA is able to load any Game Boy ROMs that…
Apple today said it removed Game Boy emulator iGBA from the App Store for violating the company’s App Review Guidelines related to spam (section 4.3) and copyright (section 5.2), but it did not provide any specific details. iGBA was a copycat version of developer Riley Testut’s open-source GBA4iOS app. The emulator rose to the top of the App Store charts following its release this weekend,…
The first approved Nintendo Entertainment System (NES) emulator for the iPhone and iPad was made available on the App Store today following Apple’s rule change. The emulator is called Bimmy, and it was developed by Tom Salvo. On the App Store, Bimmy is described as a tool for testing and playing public domain/”homebrew” games created for the NES, but the app allows you to load ROMs for any…
Apple’s first set of new AI features planned for iOS 18 will not rely on cloud servers at all, according to Bloomberg’s Mark Gurman. “As the world awaits Apple’s big AI unveiling on June 10, it looks like the initial wave of features will work entirely on device,” said Gurman, in the Q&A section of his Power On newsletter today. “That means there’s no cloud processing component to the…
Best Buy this weekend has a big sale on Apple MacBooks and iPads, including new all-time low prices on the M3 MacBook Air, alongside the best prices we’ve ever seen on MacBook Pro, iPad, and more. Some of these deals require a My Best Buy Plus or My Best Buy Total membership, which start at $49.99/year. In addition to exclusive access to select discounts, you’ll get free 2-day shipping, an…
Bloomberg’s Mark Gurman recently reported that the first Macs with M4 series chips will be released later this year, with more models to follow next year. In his Power On newsletter today, Gurman shared a more specific roadmap for these Macs. Here is the order in which Gurman expects the Macs to launch:1. A low-end 14-inch MacBook Pro with the M4, coming around the end of 2024. 2. A 24-inch …
Apple’s hardware roadmap was in the news this week, with things hopefully firming up for a launch of updated iPad Pro and iPad Air models next month while we look ahead to the other iPad models and a full lineup of M4-based Macs arriving starting later this year. We also heard some fresh rumors about iOS 18, due to be unveiled at WWDC in a couple of months, while we took a look at how things …
More than three months into 2024, politicians in Brazil are still at odds about how much money the country’s research institutes and federal universities will receive this year. Scientists say that unless more funding is found, they won’t have enough money to cover basic expenses such as water, electricity and financial aid for students.
On one side of the bargaining table is the National Congress. In December, it imposed cuts to the 2024 budget for the country’s research and higher-education institutions, which have already had their funding slashed several times in the past decade.
On the other side is the administration of President Luiz Inácio Lula da Silva, which is fighting to reverse some of the congressional cuts. Lula, as the leader of the leftist Workers’ Party is popularly known, took office in 2023 pledging to make science a priority, increase Brazil’s spending on research and eliminate deforestation.
“We should be doing research to support conservation policies, but now we are in a situation where we don’t know if we will be able to cover our routine activities,” says Nilson Gabas Júnior, director of the Emílio Goeldi Museum in the Amazonian city of Belém, whose studies provide data that feed into the management of the Amazon rainforest.
Although the cuts affect the entire country, the Amazon institutions argue that they are the hardest hit because their federal support is already disproportionately low.
Temporary reprieve
Lula managed to increase the budget for science and technology in 2023, compared with the levels in 2022, and scientists had hoped that funding would at least remain stable in 2024. Instead, Congress, which is controlled by a conservative majority, slashed the 2024 budget of the Ministry of Science, Technology and Innovation, which funds Brazil’s 16 federal research institutes, by 6.8% compared with that in 2023. Congress also reduced the budget for higher education from 6.3 billion reais (US$1.24 billion) in 2023 to 6.0 billion reais in 2024.
After the budget was passed, an organization that represents the interests of the 69 Brazilian universities supported by the federal government published an open letter calling for more funding. Scientists’ allies in Congress have also tried to persuade legislators to reconsider their decision.
In March, the government and Congress reached an agreement to restore 250 million reais to federal universities’ funding. But Sylvio Mário Puga Ferreira, dean of the Federal University of Amazonas in Manaus, who was involved in the negotiations, points out that “it would take a funding increase of 2.5 billion reais just to bring the universities’ budget closer to 2017 levels”.
Winner take all
The paltry funding for federal universities and research institutes is likely to exacerbate an already-grim situation for science in Brazil’s Amazon. Data from the National Council for Scientific and Technological Development (CNPq), Brazil’s largest government agency for research funding, indicate that only 4% of the money invested in research projects in 2023 was directed to institutions in the seven states classified as the North region, which encompasses 87% of the Brazilian Amazon.
“Scientific activity in Brazil is heavily concentrated in a few education and research institutions in the South and Southeast” regions, says Odir Dellagostin, president of the Brazilian National Council of State Funding Agencies. “They boast the best graduate programs, produce and publish more research and offer the best job opportunities” — and receive the most funding.
‘We are killing this ecosystem’: the scientists tracking the Amazon’s fading health
The problem extends to biodiversity research. A study1 analysing CNPq’s investments in projects in botany, zoology, ecology and limnology (the study of freshwater ecosystems) between 2016 and 2022 found that research groups from the North region received only 2.57 million reais during this period. “This situation leaves the region with a very limited capacity to respond to the threats the forest faces,” says Lis Stegmann, one of the study’s authors and a biologist at the Eastern Amazon branch of the Brazilian Agricultural Research Corporation (Embrapa), in Belém. CNPq did not respond to Nature’s request for comment.
Institutions in the North region produce fewer — and lower-quality — research outputs than do those in the South and Southeast regions, in part because they have difficulty training and attracting highly qualified personnel, and getting funding. In 2022, the seven Amazon states accounted for 3.9% of Brazil’s scientific production, whereas the state of São Paulo alone accounted for 28.9%, according to an unpublished study by Dellagostin.
Funding feedback loop
This leads to a self-perpetuating problem: decisions about who gets research funding in Brazil are based heavily on quantitative assessments. Scientists who produce more research and publish in high-impact journals have better chances of acquiring funding.
“Amazon research institutions are caught in a vicious circle,” says Emmanuel Zagury Tourinho, dean of the Federal University of Pará. “They don’t have enough funding because they lack robust scientific production, but they also cannot develop their research capacity because they don’t have enough funding.” This has led to a situation in which researchers from São Paulo (around 3,000 kilometres away from the Amazon) receive more public funding to study Amazon biodiversity than do researchers who are actually located in the Amazon.
Some scientists are still hopeful that they will get some extra funds this year. “We are talking to the [science] minister Luciana Santos about the possibility of additional budget allocations for the upcoming months,” Gabas says. The most likely scenario, however, is that this discussion will be postponed until the next budget, because some of the funds that were earmarked for science and education in 2024 have already been redirected.
The semiconductor industry is notorious for its massive water consumption, with each chip requiring thousands of gallons of ultrapure water for production.
Ultrapure water (UPW) refers to water that has undergone purification to eliminate impurities, including fine particles and microorganisms, leaving behind only the fundamental hydrogen and oxygen molecules that make up H2O.
In response to the escalating demand for semiconductors, amplified by the ongoing global chip shortage, Samsung Semiconductor is planning to expand its production lines. One of the knock-on effects of this is that by 2030, the industrial water required for its facilities is projected to more than double from the current amount.
400 million liters
To address this demand, Samsung has announced plans to use wastewater to meet its enormous water needs.
The South Korean tech giant plans to purify and use an astonishing 400 million liters (105.668 million gallons) of wastewater daily for the manufacture of chips. The wastewater will be treated and purified to a standard safe for industrial use at the company’s Hwaseong plant.
Even minuscule impurities can impact chip production and quality, so the water will undergo multiple stages of filtration and purification to ensure it is completely free from any contaminants that could potentially harm the delicate semiconductor manufacturing process.
Samsung views this initiative as a significant step towards sustainable production. By using wastewater, the company is greatly reducing its reliance on freshwater sources, thereby contributing to water conservation efforts.
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The move is expected to have a massive impact on the chip manufacturing industry, with other companies potentially following suit. It could set a new standard for sustainable practices in an industry that has long been under scrutiny for its environmental impact.
Farhana Sultana approaches research on environmental harms and social inequities in tandem.Credit: Wainwright Photos
FARHANA SULTANA: Collaborate to advance water justice
Throughout my childhood in Dhaka, Bangladesh, the frantic call ‘Pani chole jaitese!’ (‘The water is running out!’) prompted my family, along with the entire neighbourhood, to scramble to fill pots and buckets with water before the taps ran dry. I witnessed women and girls walk long distances to secure this basic necessity for their families, long before water governance became central to my academic career. Amid water insecurity, the opposite extreme was just as familiar — going to school through devastating floods and experiencing the fall-out from disastrous cyclones and storm surges.
Municipal water services in Dhaka also struggled to meet the growing demands of a rapidly urbanizing and unequal megacity. Access to electricity — needed to run water pumps — was sporadic, and there weren’t enough treatment plants to ensure clean water for millions of residents.
These early experiences fuelled my dedication to tackling water injustices. Today, as an interdisciplinary human geographer with expertise in Earth sciences, and with policy experience gained at the United Nations, I approach environmental harms and social inequities in tandem — the root causes that connect both must be addressed for a just and sustainable future. My research also encompasses climate justice, which is inextricably linked with water justice. Climate change intensifies water-security concerns by worsening the unpredictability and severity of hazards, from floods and droughts to sea-level rise and water pollution.
Such events hit marginalized communities the hardest, yet these groups are often excluded from planning and policymaking processes. This is true at the international level — in which a legacy of colonialism shapes geopolitics and limits the influence of many countries in the global south on water and climate issues — and at the national level.
However, collaborative work between affected communities, activists, scholars, journalists and policymakers can change this, as demonstrated by the international loss-and-damage fund set up last year to help vulnerable countries respond to the most serious effects of climate-related disasters. The product of decades of globally concerted efforts, this fund prioritizes compensation for low-income countries, which contribute the least to climate change but often bear the brunt of the disasters.
I also witnessed the value of collaboration and partnership in my research in Dhaka. Community-based groups, non-profit organizations and activists worked with the Dhaka Water Supply and Sewerage Authority to bring supplies of drinking water at subsidized prices to marginalized neighbourhoods, such as Korail, where public infrastructure was missing.
Globally, safe water access for all can be achieved only by involving Indigenous and local communities in water governance and climate planning. People are not voiceless, they simply remain unheard. The way forward is through listening.
Tara McAllister is exploring the interface between Mātauranga Māori (Māori Knowledge) and non-Indigenous science.Credit: Royal Society of New Zealand
TARA MCALLISTER: Let Māori people manage New Zealand’s water
I have always been fascinated by wai (water) and all the creatures that live in it. Similar to many Indigenous peoples around the world, Māori people have a close relationship with nature. Our connection is governed by geneaology and a concept more akin to stewardship rights than to ownership. This enables us to interact with our environment in a sustainable manner, maintaining or improving its state for future generations.
I was privileged to go to university, where I studied marine biology. I then moved to the tribal lands of Ngāi Tahu on Te Waipounamu, the South Island of New Zealand, which triggered my passion for freshwater ecosystems. Intensive agriculture is placing undue pressure on the whenua (land) and rivers there. Urgent work was required. Undertaking a PhD in freshwater ecology, I studied the causes of toxic benthic algal blooms in rivers. For me, there is no better way to work than spending my days outside, with my feet in the water.
A worker fills people’s water containers from a tanker in Kolkata, India.Credit: Rupak De Chowdhuri/Reuters
Having just started a research position at Te Wānanga o Aotearoa, a Māori-led tertiary educational institution, I am now exploring the interface between Mātauranga Māori (Māori Knowledge) and non-Indigenous science, and how these two systems can be used alongside each other in water research. I have also been working on nurturing relationships with mana whenua, the community that has genealogical links to the area where I live, so that I can eventually work in the community’s rivers and help to answer scientific questions that its members are interested in.
Despite a perception that Aotearoa (New Zealand) is ‘clean and green’, many of its freshwater ecosystems are in a dire state. Only about 10% of wetlands remain, and only about half of rivers are suitable for swimming. Water resource management is challenging, because of a change this year to a more right-wing government. The current government seems intent on revoking the National Policy Statement for Freshwater Management, established in 2020.
This policy has been crucial in improving the country’s management of freshwater resources. Although not perfect, it does include Te Mana o te Wai — a concept that posits that the health and well-being of water bodies and ecosystems must be the first priority in such management. It is now in danger of being repealed.
I think that, ultimately, our government’s inability to divulge control and power to Māori people to manage our own whenua and wai is what limits water resource management. More than any change in policy, I would like to see our stolen lands and waters returned.
Suparana Katyaini calls for more policy support for Indigenous-led water management.Credit: Milan George Jacob
SUPARANA KATYAINI: Consider water, food and land together
Growing up in New Delhi, I always had easy access to drinking water — until the summer of 2004, when a weak monsoon triggered a water crisis and the city had to rely on water tankers. I realized then that good management of water resources supports our daily lives in ways we take for granted until we experience scarcity.
My professional journey in research and teaching has been motivated by this experience. During my environmental studies of water poverty in India, I noticed that the field relied largely on quantitative data over qualitative insights — the degree of water-resources availability, access and use are typically assessed through metrics such as the water-availability index or the water-demand index. But in many places, Indigenous and local communities, including farmers and women in any occupation, have collectively developed skills to weather periods of water scarcity. Paying attention to these skills would lead to better water management. For example, the issue of food and nutritional insecurity in water-scarce areas in the state of Odisha, India, is being solved by Bonda people through revival of the crop millet, using varieties that are nutritious, water-efficient and climate-resilient.
But these efforts need more policy support. My current work at the Council on Energy, Environment and Water explores how water, food and land systems are interlinked in India, and how better understanding of these relationships can inform policies. I am looking to identify similarities and differences in objectives of national and regional policies in each sector, as well as exploring whom they affect and their intended impacts. The aim is to move towards unifying water, food and land governance.
Michael Blackstock examines climate change from a water-centred perspective.Credit: Mike Bednar
MICHAEL BLACKSTOCK: Shift attitudes towards water
In 2000, I conducted an ethnographic interview with Indigenous Elder Millie Michell from the Siska Nation in British Columbia, Canada, that transformed my interest in water from intellectual curiosity to passion. She passed a torch to me that fateful day. During our conversation for my research about the Indigenous spiritual and ecological perspective on water, she asked me: “Now that I shared my teachings and worries about water, what are you going to do about it?” She died of a stroke a few hours later.
As an independent Indigenous scholar, I went on to examine climate change from a water-centred perspective — drying rivers, downpours, floods and melting ice caps are all water. This approach, for which I coined the term ‘blue ecology’, interweaves Indigenous and non-Indigenous ways of thinking. It acknowledges water’s essential role in generating, sustaining, receiving and, ultimately, unifying life on Mother Earth. This means changing our collective attitude towards water.
In 2021, I co-founded the Blue Ecology Institute Foundation in Pavilion Lake, Canada, which teaches young people in particular to acknowledge the spiritual role of water in nature and in our lives, instead of taking it for granted as a commodity or ecosystem service. Giving back to nature with gratitude is also crucial. Such restrained consumption — taking only what is needed — would give abused ecosystems time to heal.
A focus on keeping water healthy can help to guide societies towards more sustainable environmental policies and climate-change resilience — and ensure that future generations will survive with dignity. Critics say, ‘Blue ecology is kinda out there.’ In my view, however, ‘here’ is not working.
The US government has issued a warning to its allies that state-backed hackers from Iran and China are increasingly targeting critical infrastructure, with the most notable attacks against water systems.
The Cybersecurity and Infrastructure Security Agency (CISA) probed a number of Iranian attacks targeting Unitronic programmable logic controllers (PLC) used in water facilities.
China has also turned its attention to probing critical US infrastructure in what government officials claim could be practice for a wider playbook in the event of war between the US and China.
Targeting the weakest link in the chain
A public letter issued by Environment Protection Agency (EPA) Administrator, Michael Regan, and National Security Advisor, Jake Sullivan, said, “Disabling cyberattacks are striking water and wastewater systems throughout the United States. These attacks have the potential to disrupt the critical lifeline of clean and safe drinking water, as well as impose significant costs on affected communities.”
While the attack conducted by an Iranian-backed group did not affect the water supply at the targeted facility, a breach of the PLCs used to control the supply of water means that had the attack progressed further, the attackers could have contaminated the water, damaged the facility itself, or even turned off the municipal water supply.
Volt Typhoon is the most likely culprit behind the attacks carried out by China, with water facilities alongside power grids, port infrastructure, and at least one oil and gas pipeline. The letter continued, stating, “Federal departments and agencies assess with high confidence that Volt Typhoon actors are pre-positioning themselves to disrupt critical infrastructure operations in the event of geopolitical tensions and/or military conflicts.”
Water facilities in the US have long been an easy target for cyber attacks due to the critical underfunding, low staffing levels, and a general lack of cyber security. The Biden Administration recently announced that the burden of responsibility for cyber security should be shifted onto private enterprises that are best positioned to reduce the risks for small businesses and public institutions.
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“In many cases, even basic cybersecurity precautions — such as resetting default passwords or updating software to address known vulnerabilities — are not in place and can mean the difference between business as usual and a disruptive cyberattack,” the letter stated.
The Vitaloop water purification system is a state-of-the-art filter water bottle, specifically designed to make it easy to purify and consume water wherever you may be. This innovative product, with its one-touch technology, can transform water from various sources into pure, safe drinking water in just 45 seconds. The bottle’s design and technology eliminate the need for straws or waiting for the water to purify, providing clean water with just a single button push.
Vitaloop filter bottle
At the heart of the Vitaloop filter water bottle is its 5-stage purification process. This comprehensive filtration system ensures that water is thoroughly cleaned, regardless of its source. The first stage involves a mesh filter that catches large debris, ensuring that bigger contaminants do not proceed to the next stages of purification. This initial step is crucial in protecting the subsequent filters from damage and ensuring their longevity. Early bird specials are now available for the revolutionary project from roughly $89 or £74 (depending on current exchange rates).
5-Stage Filtration: In just 45 seconds, with a single push of a button, Vitaloop turns questionable water into great-tasting and pure drinking water, thanks to its NanoFlow™ 5-stage filtration system.
Enhanced Taste: By filtering out heavy metals, chemicals, bacteria, and viruses, Vitaloop provides consistently superior taste water.
Lasting Power: Our battery keeps you hydrated for two weeks on a single charge, equivalent to almost a gallon (4 liters) daily.
Durable Design: Weighting 500 grams, Vitaloop is made of BPA-free Polypropylene and Tritan plastic, making the bottle impact-resistant and durable.
The second stage of purification involves an Activated Carbon filter. This filter traps sediments and chemicals, further purifying the water. Activated Carbon is a well-known agent for water purification due to its porous nature and large surface area, which enables it to effectively absorb a wide range of contaminants.
5 stage filtration water bottle
The third stage of purification introduces a unique Graphene filter. Infused in the Activated Carbon filter, this Graphene layer is capable of filtering out chlorine, pesticides, heavy metals, and radon. Graphene, a single layer of carbon atoms arranged in a two-dimensional honeycomb lattice, has exceptional properties that make it an excellent filtration material. Its atomic structure allows it to trap even the smallest particles, ensuring a higher level of water purity.
The fourth stage of the purification process involves a Bromine Halogen filter. This filter neutralizes harmful pathogens like Hepatitis A, Norovirus, and Rotavirus, ensuring greater water safety. The use of Bromine Halogen in water purification is a significant step towards ensuring that the water we drink is free from harmful viruses.
Assuming that the Vitaloop funding campaign successfully raises its required pledge goal and manufacturing progresses smoothly, worldwide shipping is expected to take place sometime around December 2023. To learn more about the Vitaloop 5 stage filtration water bottle project review the promotional video below.
Drinkwater from anywhere
Other articles you may find of interest on gear for adventuring outdoors and into the wilderness :
The final stage of the purification process employs a Precision Japanese Microfilter. This filter purifies water on a microscopic level, eliminating 99.9999% of all contaminants. This level of precision ensures that the water is not just clean but is virtually free of all contaminants.
One of the unique features of the Vitaloop bottle is its DualLoop technology. This technology separates the filling and drinking parts of the bottle, ensuring that the user does not drink from the same place where the bottle was filled. This separation keeps the purified water separate from the water that entered the bottle, ensuring no contact between the two.
In essence, the Vitaloop bottle is not just a filter, but a water purifier that scientifically alters the water put into it. Its comprehensive filtration system, coupled with its user-friendly design, makes it a game-changer in the water purification industry. With the Vitaloop system, access to safe, clean drinking water is as simple as pushing a button.
For a complete list of all available pledges, stretch goals, extra media and key features for the 5 stage filtration water bottle, jump over to the official Vitaloop crowd funding campaign page by visiting the link below.
Source : Kickstarter
Disclaimer: Participating in Kickstarter campaigns involves inherent risks. While many projects successfully meet their goals, others may fail to deliver due to numerous challenges. Always conduct thorough research and exercise caution when pledging your hard-earned money.
Filed Under: Design News, Top News
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