How High-Performance Smartphones Are Transforming Art and Design Workflows?
Mobile technology has brought art to the forefront of our daily lives. Art has become mobile, accessible “on demand” and “on the go”. With smartphones in hand, everyone has the potential to be an audience member.
The Space is currently inviting artists from around the world, aged 18 and above, to participate in an open call for new digital art designed for mobile technology and tablets. Mackenzie believes that if film defined the 20th century, digital art will shape the 21st century. This is the opportunity at hand.
How Smartphones Are Transforming Art and Design Workflows?
Dedicated smartphone apps have influenced many areas of art and design. No one will deny it, but at the same time, many people still forget that the phone is still limited in its resources. If it starts to lag, try using CleanUp phone cleaner. You can view it in the App Store and install the app there. With app cleaner, you can clean up temporary files and various junk from your device.
At its core, autonomous product operation is exemplified by the iRobot Roomba, a sensor and software-driven vacuum cleaner that scans and cleans floors in various room layouts. Beyond this, sophisticated products can learn from their surroundings, self-diagnose service needs, and adapt to user preferences. Autonomy reduces reliance on operators, enhances safety in hazardous environments, and facilitates operation in remote areas.
Smart, connected products empower companies to optimize product performance like never before. By leveraging the rich flow of monitoring data and product control capabilities, firms can unlock numerous ways to enhance output, utilization, and efficiency. For instance, in wind turbines, a local microcontroller can dynamically adjust each blade to capture maximum wind energy, improving both performance and nearby efficiency.
Real-time monitoring data and product control enable firms to optimize service by performing preventative maintenance and remote repairs, minimizing product downtime and the need for on-site repairs. Even in cases of on-site repairs, advanced information about the issue, required parts, and repair process reduces service costs and improves first-time fix rates. Diebold, for example, proactively monitors its automated teller machines (ATMs) for early signs of trouble. After assessing the ATM’s status, the company either repairs it remotely if possible or deploys a technician armed with a detailed diagnosis and recommended repair process.
Furthermore, smart, connected products like Diebold’s ATMs can be easily updated to incorporate feature enhancements, often done remotely through software updates. This enables continuous improvement and keeps the products up to date.
Smart and connected products can be managed through remote commands or algorithms integrated into the device or residing in the product cloud. Algorithms serve as directives that guide the product to respond to specific changes in its condition or environment. This includes actions such as shutting off the valve if the pressure becomes too high, or automatically turning on or off the overhead lighting when traffic levels reach a certain threshold in a parking garage.
Controlling the product through embedded software or the cloud offers a level of customization in product performance that was previously impractical or even impossible due to cost constraints. Moreover, this technology empowers users to personalize their interaction with the product in numerous ways. An example of this is being able to adjust Philips Lighting hue lightbulbs using a smartphone, allowing users to turn them on or off, program them to blink red in the event of intruder detection, or gradually dim them during nighttime. Another instance is Doorbot, a smart and connected doorbell and lock that permits customers to grant remote access to their homes after screening visitors on their smartphones.
Smart, connected products are revolutionizing customer value creation, company competition, and the boundaries of the market. These shifts will impact almost every industry, both directly and indirectly. However, the impact of smart, connected products goes beyond that. They will reshape the trajectory of the overall economy, driving the next era of IT-led productivity growth for companies, customers, and the global economy. This comes at a time when the influence of previous waves of IT has mostly peaked, and productivity growth has slowed down.