| Type | Handcrafted consumer goods |
| Emphasis | Quality • craftsmanship • eco-friendly design • sustainability • durability |
| Variations | Custom-made items • personalized goods |
| Key industries | Textiles • ceramics • 3D printing • biotechnology |
| Place of origin |
Consumer goods in this timeline are produced using a vastly different model from that of our universe. Here, small-scale, decentralized production is the norm and quality, craftsmanship, and environmental sustainability are key values. As a result, many consumer goods are custom made and personalized, eschewing mass production and disposability. Major industries in this space include advanced textiles, ceramics, 3D printing, and biotechnology.
In this universe, the production of consumer goods is mainly carried out by small, local enterprises rather than large, global corporations. This means that goods are made in limited quantities, often by hand or using smaller-scale, more efficient technology. Instead of factory farming or assembly lines, smaller workshops create products such as furniture, clothing, electronics, and homeware. The result is increased local job opportunities, a diverse economy, and a more intimate connection between producers and consumers.
One of the most significant differences in consumer goods in this universe is the focus on quality and craftsmanship. Rather than valuing price or convenience, consumers prioritize well-made products that are both functional and aesthetically pleasing. As a result, hand-crafted goods, especially those made with artisanal methods, are highly valued. From knitted sweaters to hand-thrown pottery to metalwork, each item showcases the skill and creativity of its maker.
Another key characteristic of consumer goods in this universe is the emphasis on customization and personalization. Instead of creating identical items in bulk, many makers produce custom goods tailored to their client's specifications. This approach enables consumers to express their individuality, as well as have a say in the creation of their belongings. From custom clothing to adapted electronics, each product is a unique reflection of the individual.
The production of consumer goods in this universe places a significant emphasis on sustainability and eco-friendliness. As a result, materials used are often made from recycled resources, or produced through methods that minimize environmental impact. Additionally, durability is a high priority, as many consumers prefer goods that will last a long time, instead of ones that need to be frequently replaced. Textiles, ceramics, 3D printing, and biotechnology industries all play key roles in promoting sustainability.
In this universe, the textile industry is at the forefront of sustainable, eco-friendly production. It employs a variety of green methods, such as using recycled materials, plant-based dyes, and renewable energy, to produce high-quality, long-lasting clothing and home textiles. Advanced fabric technology also enables the creation of protective, technical textiles with antibacterial, anti-viral, or temperature-control properties for use in healthcare, sports, and other industries.
The ceramics industry in this universe has also evolved to prioritize sustainability and customization. Makers work with natural, often locally sourced materials like clay and sand, and use low-waste methods of production. Additionally, glazes made from organic dyes and minerals create colorful, distinctive finishes for hand-thrown pottery. In the field of industrial ceramics, there has been significant advancement in creating durable, lightweight materials for construction and transportation.
The widespread adoption of 3D printing technology has greatly democratized the production of consumer goods in this universe. With printers available in homes, small businesses, and shared makerspaces, individuals have the power to design and create their own items, on-demand. This results in less waste and more personalized, functional products. 3D printing has also revolutionized the production of affordable prosthetics, medical devices, and even organic 3D-printed foods.
Biotechnology has also made an impact on consumer goods in this universe, with the advent of lab-grown materials and bio-engineered products. For example, vegetable-tanned leather alternatives and lab-grown meat offer more sustainable options for ethical, eco-conscious consumers. Additionally, the field of bioplastics provides a range of biodegradable or compostable plastic-like materials, eliminating the need for petroleum-based plastics.
