8 Advances in 8 Different Industries and What We Can Learn From Them

Technology drives innovation regardless of the industry. Sectors worldwide find new ways to improve manufacturing operations and the end-user experience.

While advances primarily benefit a specific field, they can trickle down to outside companies. Here’s how various industries have progressed and what others can learn.

1.     Energy: Solar Energy

Industries worldwide have developed sustainability plans to reduce their carbon footprint. What has helped these goals? Many companies have turned to renewable energy through solar energy. Harnessing the sun enables buildings to produce power instead of relying on municipal grids. Recent advances have made solar energy more attainable, dropping in price by 40% in the last decade.

The energy industry has made solar power more efficient through perovskites, a thin semiconductor that converts sunlight into usable electricity. They’re inexpensive to produce, so they could further reduce costs and make renewable energy more accessible. Unlike silicon, perovskites are easily tunable and adaptable to imperfections. Therefore, they could be the next big thing in solar technology.

2.     Finance: Blockchain

Finance has significantly progressed in the last decade as businesses and clients have more power. Smartphones let people manage their bank accounts, investments and other critical assets anytime. Recent advancements have made the financial industry more transparent, especially through blockchain.

Decentralized technology also enhances security. With blockchain, businesses and customers can record transactions in peer-to-peer networks. This tech leverages cryptography and other security measures to protect users. When a transaction occurs, blockchain makes it permanent and unalterable for bad actors.

Given the rise of ransomware, the next step in blockchain technology is to protect it further from cyberattacks.

3.     Automotive: Connected Cars

The automotive industry has progressed just as much as other sectors, especially with electric vehicles (EVs) and self-driving machines. How have these inventions combined? Research and development have put more connected cars on the road, heightening efficiency and the driving experience. This technology lets cars communicate with each other and increase autonomy.

Vehicle-to-vehicle (V2V) connectivity is at the forefront of connected cars because it helps them avoid collisions and reduce traffic jams. While impressive, the advancements don’t stop there. Automotive communication also expands into vehicle-to-grid (V2G) and vehicle-to-everything (V2X) technologies.

These concepts connect cars to smart grids, letting EVs charge during off-peak hours. V2X enables vehicles to share information with pedestrians and road infrastructure.

4.     Public Sector: Automated Garbage Trucks

Many imagine private-sector innovation when considering technological advancements. However, these upgrades also occur with public utilities like water and electricity. With process improvements, people can rely on these services around the clock. Among the most exciting modernizations is the Curotto-Can, an automated garbage truck that improves productivity for sanitation departments.

The Curotto-Can provides a 25% to 30% productivity advantage over automated side loaders. Local officials can use this machine to improve residential health through consistent trash pickups. The autonomous garbage truck has high safety standards and drives just as well as humans. Companies can also save money on labor, demonstrating the power of self-driving to other public utilities.

5.     Health Care: AI-Powered Prosthetics

Health care is another vital sector wielding technological advancements for process improvements. The industry has benefited from the rise of artificial intelligence (AI) and its subsets like machine learning (ML). Medical providers can use these assets to provide patients with personalized care. People needing new limbs use AI to create better prosthetics for their bodies.

Prosthetics have helped people recreate arms and legs to enhance mobility. AI-powered limbs use advanced sensors and ML to improve accuracy and interpret brain signals. These new arms and legs have a full range of motion and attach easily to the body. AI-powered limbs have enabled the health care industry to closely integrate technology and human behavior.

6.     Aviation: Autonomous Planes

The automotive industry isn’t the only one benefiting from self-driving machines. Modern technology has made life easier for airliners and pilots by introducing autonomous planes. Crewless aircraft have existed in the military but not at the commercial level. This transportation method can improve safety and efficiency by flying without a pilot. If successful, autonomous planes would be the most significant aviation change in decades.

While crewless commercial aircraft may be surprising, they have been in the works for decades. Modern planes have automated technology, such as autopilot functions and flight control systems. The next step is flying without a pilot and removing them from dangerous situations. Robots can control everything from engine startup to landing, making them useful for the next generation of flying.

7.     Construction: Modular Homes

Construction crews must worry about weather conditions, on-site accidents and other disruptions when building a house. However, the tide has turned toward modular homes because of their efficient builds. Building these structures is more manageable because most of the assembly occurs in climate-controlled facilities. Modular manufacturing relies on 3D printers to enhance precision and reduce waste.

Modular buildings enable construction crews to build faster and accommodate more people. Could they be a solution to the nationwide housing shortage? 2022 U.S. Census data showed stick-built homes require about 10 months to build if a contractor handles the work. However, a modular house takes less time because factories repeat the build. Modular homes demonstrate the power of automation in construction and the power of AI.

8.     Agriculture: Vertical Farming

Agriculture is integral to the worldwide economy, providing people with fresh produce and other essential materials. Advancements are necessary because of the world’s growing population and changing climate. In places with decreasing farmland, industry experts rely on vertical farming to maximize space. The concept is also helpful for urban green spaces because cities have less room for gardens and crop production.

Vertical farming is advantageous because of its crop yield and efficiency. Growing upward lets farmers get the most from their space and produce more goods. Some vertical farms are indoors, letting agriculturalists avoid adverse weather and control growing conditions. Vegetables like asparagus and turnips need high humidity to grow, so vertical farms can increase production year-round.

Vertical gardens — a similar concept — grow vegetation and plants on the sides of buildings to improve insulation and implement biophilia. More cities and apartment complexes use these gardens to attract eco-conscious consumers and enhance aesthetic appeal.

Advancing Technology to Grow All Industries

Tech innovations make life easier for everybody, regardless of their place on the supply chain. When one industry improves, the benefits trickle down to others. Vertical gardens help real estate developers sell more apartments, while connected cars support highways by easing traffic congestion and improving fuel economy.

Thanks to these advancements, the future is bright for numerous sectors.