 |
|
|
|||||
New York Citys famed Fifth Avenue is best known for its sparkling, fantastical holiday windows. Now, luxury brands are transforming an often overlooked, sometimes maligned part of city architecturescaffoldinginto artful branding displays. Located at the corner of Fifth Avenue and 56th Street, Prada has unveiled new scaffolding on its building, currently undergoing renovation, that covers its facade in rippling layers of semitransparent Prada-green scrim paper. The result is a beautifully nuanced design solution that turns what’s typically a functional safety requirement into a moiré urban dreamscape that becomes a visual extension of Prada’s brand. Prada isnt the first to reimagine scaffolding as a branding opportunity. Most recently, Louis Vuitton transformed its Fifth Avenue flagship store, just a few blocks north of Prada, into a sort of construction trompe loeil by making the scaffolding that wrapped its store appear to be a gargantuan set of stacked Louis Vuitton luggage. [Prada store on Fifth Avenue in NYC. Photo: courtesy Prada] A reevaluation of what scaffolding could be is happening on a broader scale, too: The City of New York also recently approved six new sophisticated scaffolding designsfeaturing lights, angled roofing, and clear materialsto make these temporary safety platforms, required by law when a building is undergoing construction, look less like MacGyvered dark green caves and seem more fluid, in keeping with their architectural surroundings. Prada worked with its longtime spatial design partner, the agency 2×4, to design the buildings covering, and it had to build full-scale mock-ups in both Milan and New York to test the impact of light, shadow, and movement, says Michael Rock, founding partner and executive creative director at 2×4. We treated scaffolding as a medium in its own right, not a backdrop. While it uses standard commercial pipe scaffolding as the underlying structural skeleton, the deft layers of material, signature color applications, and contrast they draw signal the Prada brand and its interest in dualities, according to the company. [The Prada Store covered in artful scaffolding. Photo: courtesy Prada] The mesh is made of two layers of scrim papera reinforced, durable woven fiber materialprinted with a pattern that references typical New York construction fencing, but in Prada green. The scale of the pattern is different on each of the layers and had to be precisely aligned to create a moiré effect that shifts with light, weather, and viewing angle. At first, it looks like single-surface standard construction material. Someone with an eye for detail will notice a delicate optical effect. Scaffolding is designed for speed, safety, and building codenot beauty, Rock says. The challenge was working within that strict system while transforming it into something intentional and architectural. Color also plays a significant part in maintaining the buildings brand recognizability on street level. The team painted the pipe scaffolding, sidewalk bridge, and columns in Prada green, and applied green variations to the mesh layers so that the rear layer is a deeper, more muted shade and the outer mesh is brighter, which emphasizes the moiré effect, according to the company. The facade operates at both macro and micro scales, and much of that nuance only reveals itself in person, Rock says. At a finer level, the two mesh layers are not identical: The front scrim is more transparent, while the rear layer is denser. From a distance, the facade reads as monolithic. As you walk along the street, the multiple moiré patterns begin to shift, revealing the layered structure. That spatial effect is difficult to capture in photographsit comes alive through movement. [Photo: courtesy Prada] Integrated linear LED fixtures also illuminate at night to cast a soft glow on the sidewalk and heighten the transparency of the mesh, revealing how the lights line up with the scaffoldings structural grid and adding another layer of depth to the concept. But Pradas reinventionalong with Louis Vuitton’sof what used to be a design afterthought also shows how branding in retail spaces is evolving. Every possible consumer touchpoint, no matter how seemingly mundane, is a branding opportunity or a missed chancea moment to drive brand recognition, invoke surprise, and make ephemera into a memorable experience. Presence is essential, Rock says. Brands need to announce themselves, even more so when their facades are lost behind protective layers f scaffolding. Typically, the answer is a kind of billboard wrapper. In our case, rather than hiding construction and maintenance, we leverage them as an opportunity to express Pradas unique aesthetic heritage. Through color, pattern, and moiré, the scaffold becomes an extension of the brand language rather than a screen. We see this as a branding of and in the structure of the city.
Category:
E-Commerce
Every morning, people fasten their watch, slip on a bracelet, and head out the door without thinking much about what they might encounter along the way. The air they breathe, the dust on their hands, and the surfaces they touch all feel ordinary. Yet many chemical exposures happen quietly, without smell, taste, or warning. What if something as simple as a silicone band around your wrist could help track those invisible exposures? Environmental monitoring has traditionally relied on snapshots of exposure from a water sample collected on a single day, a blood sample drawn at one point in time, or soil tested from a specific location. But exposure unfolds gradually as people move through different environments and come into contact with air, dust, and surfaces throughout the day. New noninvasive monitoring tools aim to capture that longer-term picture. As synthetic chemicals such as forever chemicals, known as perfluoroalkyl and polyfluoroalkyl substances (PFAS), become more widespread in everyday environments, scientists are increasingly focused on understanding how exposure to these substances occurs in daily life. PFAS are called forever chemicals because they take a very long time to degrade in the environment. Traditional monitoring misses everyday reality Traditional monitoring methods are essential for identifying contamination, but they capture exposure as a moment rather than something that unfolds over time. In studies involving people, measuring exposure often requires invasive procedures such as blood draws, which can be expensive, logistically challenging, and, for some participants, uncomfortable enough to discourage involvement. Early in my environmental chemistry research, I noticed something that didnt quite add up. People living in the same agricultural community, or animals sharing the same landscape, often showed very different chemical profiles even when environmental measurements looked similar. The surroundings hadnt changed much; daily behavior had. Movement through different spaces, time spent indoors or outdoors, contact with treated surfaces, and interactions with consumer products all shape exposure in ways a single sample cant fully capture. That realization raised a larger question: If exposure unfolds gradually, how can scientists measure it using tools designed for specific moments? Answering that question requires a shift away from isolated measurements and toward approaches that reflect lived experience. What noninvasive tools change That question led me to work with passive, noninvasive monitoring tools, including silicone wristbands. Rather than actively collecting samples, these tools absorb chemicals from the surrounding environment over time, similar to how skin or fur interacts with air, dust, and surfaces. Silicone wristbands work because they are made of a silicone polymer called polydimethylsiloxane, or PDMS, that can absorb many organic chemicals from the surrounding environment. As the band is worn, compounds from air, dust, and surfaces gradually diffuse into the silicone over time. The material acts somewhat like a sponge, passively collecting traces of chemicals the wearer encounters during daily activities. After the wristband is worn for several days or weeks, researchers can extract those compounds in the laboratory and analyze them to better understand patterns of exposure. Silicone wristbands are one example of a broader group of passive, noninvasive monitoring tools designed to observe how chemicals accumulate over time. Other approaches, including passive air samplers placed in homes or small wearable devices, follow similar principles by absorbing compounds from the surrounding environment. Researchers have used noninvasive tools in community studies to track exposure without medical procedures, lowering barriers to participation and reducing the burden on volunteers. For example, scientists have applied these approaches to study exposure among adolescent girls in agricultural communities, firefighters, and occupants in office buildings. Researchers have also adapted similar ideas for animal and wildlife studies. Instead of drawing blood, scientists may use wearable tags, collars, or passive samplers placed in an animals environment, such as nesting areas or habitats, to understand how chemicals accumulate over time. These approaches can offer insight into exposure across different ecosystems while minimizing stress on animals. Like any method, passive monitoring has limitations. Some chemicals are more difficult to capture than others, and environmental conditions such as temperature, sunlight, or airflow can influence how efficiently samplers absorb pollutants. Wearable devices also reflect exposure over a specific period, meaning they cannot provide a complete lifetime record. These approaches do not replace traditional monitoring. Instead, they add context, showing how exposure accumulates across time and space rather than appearing suddenly at a single sampling point. Why this matters now In the United States, PFAS contamination has become a growing public concern, from drinking water advisories to product restrictions and cleanup efforts. Federal agencies, including the Environmental Protection Agency, have highlighted the persistence of these chemicals and their widespread presence in the environment. Much of the public conversation focuses on where PFAS are found in water systems, soils, or consumer products. Understanding exposure, however, also requires attention to ow people and ecosystems encounter these chemicals in everyday settings. Noninvasive monitoring tools may help fill that gap. They offer ways to better understand cumulative exposure, identify overlooked pathways, and inform environmental health and conservation decisions. For wildlife, these methods may allow researchers to detect emerging risks earlier without adding pressure to species already facing habitat loss and climate stress. Although these approaches are becoming more common in environmental health research, they are still emerging compared with traditional sampling methods. Costs, the need for standardized protocols, and differences in how various chemicals interact with passive materials can slow wider adoption. As researchers continue refining these tools, they can complement rather than replace established monitoring strategies. Yaw Edu Essandoh is a PhD student in public and environmental affairs at Indiana University. This article is republished from The Conversation under a Creative Commons license. Read the original article.
Category:
E-Commerce
Earlier this week, social media was wowed by images from the streets of Chinese cities showing senior citizens lining up to have OpenClaw, the always-on AI assistant, installed on their laptops, desktops, and other devices. Areas like Shenzhen and Wuxi offered subsidies to try to scale up adoption of the tool and capitalize on its capabilities. An enormous proportion of all OpenClaw instances installed worldwide, as tracked by public dashboards, emanate from China. China is adopting tech at an absolute breakneck pace. A ridiculous amount of people turned up into a public event in Shenzhen today to install the OpenClaw.Some devs who work at Chinese big tech companies threw a free public event right outside the Tencent Building in pic.twitter.com/2t4y2ancyz— Rohan Paul (@rohanpaul_ai) March 8, 2026 But just as quickly as China adopted OpenClaw, it now appears to be shunning it. The countrys internet emergency response center has issued an official warning about the risks the technology poses. The central government has sent out diktats to government agencies and state-owned enterprises, warning them against installing OpenClaw on their systems. The private sector has also responded. The same pop-up providers of installation services are now offering to uninstall unwanted OpenClaw instances for a fee. Its almost a notice from the Department of Stating the Bleeding Obvious, says Alan Woodward, a cybersecurity professor at the University of Surrey in England. Everyone has been saying ‘dont be so silly as to give agentic AI access to any valuable data. Yet Woodward points out that Chinas response is more than thatthey appear to recognize that AI adoption has been so rapid that it presents a prime target for supply chain attacks. Attackers were bound to produce malicious add-ons and plug-ins, he says. China cant seem to make up its mind about what to make of OpenClaw, says Ryan Fedasiuk, a fellow at the American Enterprise Institute covering China and its tech development. Beijing is simultaneously banning OpenClaw on government networks while local governments in Shenzhen and Wuxi are subsidizing companies that build on top of it, he says. That points to a dual focus, Fedasiuk reckons. The Chinese government aims to capture the economic upside of agentic AI while keeping it out of the party-state’s own bloodstream, Fedasiuk says. However, how long that balance can hold is debatable, not least because of the way every private-sector actor is trying to adopt agentic AI, he adds. Banning agents in 2026 is like trying to ban spreadsheets in 1985, or Google Sheets in 2013, he says. The productivity gains are enormous, and the opportunity cost of abstaining from the use of agents will eventually become untenable. Still, Fedasiuk points out that Chinas OpenClaw ban seems eminently sensible. Governments should be alarmed by the cybersecurity implications of AI agents, he says. Social norms around the technology are progressing such that many hackers will soon no longer need to crack the encryption that guards valuable files or digital services, but merely gaslight a piece of software that has already been given access to them. The problem is that its out of step with current thinking about AI. Nevertheless, it appears that China has decided that widespread use of OpenClaw could cause safety headaches in the months to come. Prompt injections and plug-in poisoning are still the thorn in a chatbots side, and it isnt surprising China is flagging it, when you consider that every layer of the AI stack has a commercial incentive to push the tools far and wide, says Jake Moore, a cybersecurity expert at ESET. There are also the same structural risks with agentic AI tools that are granted high-level system permissions before anyone has properly stress-tested what an attacker can do with them. Moore says the on-and-off relationship with OpenClaw reflects how different the pace of development is between the bleeding edge of artificial intelligence and those trying to roll it out responsibly. AI is clearly built to be fast and invasive, but it is outpacing security standards and reviews, he explains. For Fedasiuk, that dysfunction between the speed of development and the speed of security patching is evident in how Chinas Central Cyberspace Affairs Commission announced its change in policy. [It] has watched agents proliferate across government networks and moved to restrict their use within days or weeks, he says. Usually the commission would study the issue as a policy problem, issue a white paper or road map, and then come to a conclusion on which it acted. The fact that it didnt suggests preexisting anxiety within the CCP [Chinese Communist Party] about what autonomous AI means for information securityand possibly a more sophisticated understanding of where the technology is headed than many Western observers give them credit for, Fedasiuk says.
Category:
E-Commerce
All news |
||||||||||||||||||
|
||||||||||||||||||