Minix 3 (2014)
MINIX 3 is a free, open-source operating system emphasizing reliability and security, utilizing a microkernel architecture, compatible with x86 and ARM CPUs, and offering resources, consulting, and educational opportunities.
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MINIX 3 is a free and open-source operating system designed for high reliability, flexibility, and security. It operates on a microkernel architecture, where the kernel runs in kernel mode while the rest of the operating system functions as isolated processes in user mode. MINIX 3 is compatible with x86 and ARM CPUs and supports thousands of packages from NetBSD. The system is aimed at both users and developers, offering resources for beginners, documentation, and community engagement opportunities. Users can download the current version as a CD-ROM image and participate in discussions through newsgroups. Additionally, there are options for consulting services to customize MINIX 3 for specific business needs, as well as educational opportunities related to computer security at VU University in Amsterdam, where MINIX 3 was developed.
- MINIX 3 is an open-source operating system focused on reliability and security.
- It uses a microkernel architecture with isolated user-mode processes.
- Compatible with x86 and ARM CPUs, it supports many NetBSD packages.
- Resources are available for beginners and community involvement.
- Consulting services and educational opportunities are offered related to MINIX 3.
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Andrew S. Tanenbaum Receives ACM Software System Award
Andrew S. Tanenbaum, known for MINIX, receives ACM Software System Award for shaping OS education and influencing Linux's design. His microkernel work continues to impact OS development globally.
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Andrew Tanenbaum, creator of MINIX, wins ACM Technical Award for MINIX's impact on education and OS development. His work inspired Linux. MINIX used in Intel processors, but Intel hasn't shared code changes. Tanenbaum advocates for simple, reliable OSes.
I Like NetBSD, or Why Portability Matters
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1989 Networking: NetWare 386
Novell's NetWare 386 V3.0, released in 1989, ushered in 32-bit network operating systems. Requiring a 386 processor, it introduced NetWare Loadable Modules for enhanced functionality and dynamic module loading. Limited release supported 250 users, priced at $7,995, initially supporting only IPX protocol. Later gained third-party NLMs like CLIB.NLM and MATHLIB.NLM. Installation differed from NetWare 2.x, with dynamic driver loading. Original disks are rare, but recent warez dump allows revisiting after 35 years.
If a new Secure OS were to be developed, what OS architecture would it be?
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6 commentsMinix development has been abandoned? - https://news.ycombinator.com/item?id=36064961 - May 2023 (109 comments)
Ask HN: Is Minix dead? No commits since 2018 - https://news.ycombinator.com/item?id=26451540 - March 2021 (142 comments)
Minix 3.3.0 - https://news.ycombinator.com/item?id=8324578 - Sept 2014 (172 comments)
Minix 3.2.1 Released - https://news.ycombinator.com/item?id=5272980 - Feb 2013 (24 comments)
> Now you are ready to start the installation procedure. When installing to the bare computer, put the CD-ROM in the drive, close the door and shut the computer down.
Related
Andrew S. Tanenbaum Receives ACM Software System Award
Andrew S. Tanenbaum, known for MINIX, receives ACM Software System Award for shaping OS education and influencing Linux's design. His microkernel work continues to impact OS development globally.
Andrew Tanenbaum honoured for MINIX, the OS hiding in lots of computers
Andrew Tanenbaum, creator of MINIX, wins ACM Technical Award for MINIX's impact on education and OS development. His work inspired Linux. MINIX used in Intel processors, but Intel hasn't shared code changes. Tanenbaum advocates for simple, reliable OSes.
I Like NetBSD, or Why Portability Matters
NetBSD, founded in 1993, prioritizes portability and simplicity following Unix philosophy. It supports various hardware platforms, emphasizes code quality, and fosters a community valuing system longevity and older tech. NetBSD promotes sustainability and efficiency in software design, offering a cozy, minimal setup for exploration and learning.
1989 Networking: NetWare 386
Novell's NetWare 386 V3.0, released in 1989, ushered in 32-bit network operating systems. Requiring a 386 processor, it introduced NetWare Loadable Modules for enhanced functionality and dynamic module loading. Limited release supported 250 users, priced at $7,995, initially supporting only IPX protocol. Later gained third-party NLMs like CLIB.NLM and MATHLIB.NLM. Installation differed from NetWare 2.x, with dynamic driver loading. Original disks are rare, but recent warez dump allows revisiting after 35 years.
If a new Secure OS were to be developed, what OS architecture would it be?
A microkernel architecture minimizes the attack surface of a security-oriented OS by running essential services in kernel mode and others in user space, complemented by a layered security model.