
Articles
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2 weeks ago |
electronicproducts.com | Lori O'Toole
The notion of a “smart home” has evolved far beyond remote controls and smartphone apps. Today, the next wave of innovation is focused on embedding intelligence directly into everyday devices, enabling them to understand, adapt, and respond to our needs in real time.
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2 weeks ago |
electronicproducts.com | Lori O'Toole
Smart home devices are now ubiquitous. From thermostats that “learn” your routine to security cameras that identify familiar faces, homes are getting smarter. But the real leap forward lies not just in connecting more devices but in making them more intelligent, autonomous, and agentic. This transformation hinges on a fundamental shift—moving intelligence from the cloud to the device level.
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2 weeks ago |
electronicproducts.com | Lori O'Toole
Intelligent traffic lights adapt to real-time driving flow in cities around the world. Predictive safety systems prevent accidents before they occur. And data-rich ecosystems are optimizing everything from power usage to transit infrastructure. The smart city is here. In this new urban era, a city’s technical infrastructure is becoming every bit as vital as the roads, bridges, and power lines that support it.
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2 weeks ago |
electronicproducts.com | Lori O'Toole
Consumers have eagerly adopted the utility, convenience, and simplicity that connected devices offer in their lives. The internet of things has seamlessly integrated into our daily lives, enhancing the intelligence and connectivity of our environment. From smartwatches that monitor physical activity to advanced lighting and security systems safeguarding our homes, IoT devices have become an essential and ubiquitous component of modern living.
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3 weeks ago |
electronicproducts.com | Lori O'Toole
The key to modern asymmetric cryptography is to create an equation that is easy to solve in one direction but difficult to reverse by an adversary in the other direction. Traditionally, this was done through modular arithmetic, where a large prime modulus and a generator were used to generate a key, although there are multiple methods to do so. The strength of this one-way function is measured by the time and computing power needed to reverse it.
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