The Internet of Everything (IoE) is Cisco’s term for the intelligent connection of people, process, data, and things. It describes more than putting devices online: it also includes how people use information and how workflows turn it into action. This is Cisco’s framework, not a universal standards-body definition.
What is the Internet of Everything?
In Cisco’s formulation, IoE connects four dimensions so that networked information can become useful action, capabilities, experiences, or value. The idea is to consider not only what is connected, but also how those connections are used.
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Cisco promoted the Internet of Everything framework in 2012 and explained its four pillars and relationship to IoT in 2013. That history supports describing IoE as a Cisco-popularized framework; it does not establish that Cisco coined the phrase or was the first to use it.
What are the four pillars of IoE?
- People: The humans involved in, or affected by, connected activity.
- Process: The way people, data, and things work together.
- Data: Information produced by connected systems or made useful through them.
- Things: Physical objects and devices that participate in networked connections.
The process pillar is what makes IoE broader than a list of connected gadgets: it brings the workflow and the people who use the information into the picture.
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What is the difference between IoE and IoT?
In Cisco’s terminology, the Internet of Things (IoT) focuses on connected things. IoE uses a wider lens, combining things with people, data, and the processes that connect them. This is a conceptual distinction in Cisco’s framework; the available sources do not establish that every organization uses the terms in exactly the same way.
| Term | Focus in Cisco’s framework | What the lens includes |
|---|---|---|
| IoT | Connected things | Physical objects and devices participating in networked connections |
| IoE | Intelligent connections among four dimensions | People, process, data, and things |
How can IoE work in practice?
Retail
Cisco describes retailers combining sensors, video, and analytics to improve store productivity and customer experience. In the IoE framing, devices collect information, analytics help make it useful, and the resulting process can affect employees and customers. This is an example Cisco gives, not a claim that IoE is one standardized technical architecture.
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Supply chains
Cisco also points to supply chains as processes that can be transformed through networked information. The example highlights that IoE is concerned with how information changes a workflow, not just with connecting equipment.
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For illustration, a sensor could report a condition, software could analyze the data, and a workflow could route an alert to a person able to respond. This shows how things, data, process, and people fit together; it is an explanatory scenario, not a documented deployment described by the cited material.
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Are Cisco’s economic estimates current results?
No. Cisco’s figures were forecasts, not measurements of value that was later confirmed. In a 2013-era estimate, Cisco projected $14.4 trillion in potential private-sector value over ten years. In 2014, it announced a forecast of $4.6 trillion in potential public-sector value over the next decade. Neither figure should be presented as current realized value or as an independent measure of IoE’s impact.
The available sources do not establish a current independent measure of IoE adoption or realized economic value.
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- ESP32 is a safe, reliable, and scalable to a variety of applications
What the definition does—and does not—establish
IoE is useful as a way to think about the relationship between connected devices, information, people, and workflows. The evidence presented here supports attributing the four-part definition and the IoE-versus-IoT distinction to Cisco. It does not establish a formal standards-body definition or cross-industry consensus on that distinction.
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- For Cisco, IoE means the intelligent connection of people, process, data, and things.
- Its wider scope includes the workflows and people that make connected information useful.
- Cisco’s examples include retail combinations of sensors, video, and analytics, and networked supply-chain processes.
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