History of Embedded Systems Development
📌 The development of embedded systems is fundamentally tied to semiconductor technology, lacking which microcontrollers or microprocessors would not exist.
💻 The world's first programmable electronic digital computer, Colossus Mark 1 and Mark 2, was developed in 1944 for British codebreakers during WWII.
🛰️ The Apollo Guidance Computer (AGC), started in the 1960s, was the first computer to use integrated circuits, featuring a 1 MHz clock, 4 KB of ROM, and 256 words of RAM.
🚀 The Minuteman Missile 1 guidance computer (1961) was the first embedded system to be produced in large quantities.

Key Technological Milestones
📈 The Minuteman Missile 2 (1966) replaced older computers with a microelectronic version, significantly driving down the cost of integrated circuits from $1,000 to $3 each.
💡 Intel was founded in 1968, leading to the evolution of microcontrollers and microprocessors, the core of modern electronics.
🚗 A major breakthrough occurred in 1969 with the introduction of a microprocessor-based fuel injection system in Volkswagen cars.
💾 The Intel 8008 microprocessor, developed in 1974, was the first to be used in a personal computer.

Evolution of Embedded Software and Connectivity
⚙️ In the 1980s, microcontrollers became the demanded technology, optimized for minimized power consumption and physical size, contrasting with microprocessors optimized for speed.
⏱️ VxWorks, a real-time embedded operating system, was introduced in 1987 and subsequently used in NASA's Mars Pathfinder mission.
📱 By 1992, embedded systems went wireless, with nearly 10 million mobile phones manufactured using them for control functions.
📱 The launch of the Apple iPhone (2007) and the open-source Android OS (2008) marked major shifts in mobile embedded platforms.

Contemporary Scenario and Future Outlook
🌐 Currently, over 95% of electronic chips produced are intended for embedded systems, hidden in everyday devices like smart appliances (microwaves, refrigerators).
🚗 Future predictions point toward autonomous networks, with self-driving cars being a highly anticipated development expected to "hit the streets soon by 2020."

Key Points & Insights
➡️ The entire embedded industry's success hinges on the development and scaling of semiconductor technology.
➡️ Modern embedded systems prioritize optimization (e.g., microcontrollers for size/power vs. microprocessors for speed).
➡️ The shift toward commercial adoption was heavily influenced by reducing component costs, such as ICs dropping from $1,000 to $3.
➡️ The next major frontier for embedded systems is fully automated driverless technology (autonomous networks).

📸 Video summarized with SummaryTube.com on Nov 17, 2025, 13:26 UTC