Language Selection

English French German Italian Portuguese Spanish

John C. Dvorak's Microsoft Murder Plot: "How to Kill Linux"

Filed under
Linux
Microsoft

John C Dvorak's PC Magazine article called "How to Kill Linux," introduced the world to what he called "the lopped-off head approach" - the head being that of Linux, and the beheader being Microsoft.

Dvorak's notion is that, since the key to competitive success is to gain dominant market share with a proprietary product, all Microsoft needs to neuter Linux is to usher "MS-Linux" into the world, then cut the driver layer out of Windows and attach it to Linux directly.

"If Microsoft actually produced an MS-Linux that was the standard Linux attached to the driver layer of Windows, giving users full Plug and Play (PnP) support of all their peripherals, nobody would buy any other Linux on the market."

Full Article.

No MS in my Linux

He misses the point that people are using Linux mainly so they don't have Windows (virus) compatibility to delete their files and Windows filesystems to corrupt their drives, spyware to leak their sensitive information, plug and pray malfunctions that they lose the ability to access their peripherals, and the windows registry to slow down, corrupt, cause weird problems, and make their system inoperable with just routine use. The biggest point why Linux users wouldn't use that is because Microsoft has lost all credibility and no one trusts them any more.

Comment viewing options

Select your preferred way to display the comments and click "Save settings" to activate your changes.

More in Tux Machines

Red Hat: Ansible Tower, Patent Promise, and Shares Declining

  • Red Hat’s automation solution spreading among APAC enterprises
    Red Hat recently shared revealed its agentless automation platform is spreading among enterprises in APAC countries like Australia, China, India and Singapore. The company asserts its Ansible Tower helps enterprises cut through the complexities of modern IT environments with powerful automation capabilities that improve productivity and reduce downtime. “Today’s business demands can mean even greater complexity for many organisations. Such dynamic environments can necessitate a new approach to automation that can improve speed, scale and stability across IT environments,” says head of APAC office of technology at Red Hat, Frank Feldmann.
  • Red Hat broadens patent pledge to most open-source software
    Red Hat, the world's biggest open source company, has expanded its commitment on patents, which had originally been not to enforce its patents against free and open source software.
  • Red Hat expands Patent Promise
    Open-source software provider Red Hat has revised its Patent Promise, which was initially intended to discourage patent aggression against free and open-source software. The expanded version of the defensive patent aggregation scheme extends the zone of non-enforcement to all of Red Hat’s patents and all software under “well-recognised” open-source licenses. In its original Patent Promise in 2002, Red Hat said software patents are “inconsistent with open-source and free software”.
  • Red Hat Inc (RHT) AO Seeing a Consistent Downtrend
  • Red Hat, Inc. (RHT) noted a price change of -0.14% and RingCentral, Inc. (RNG) closes with a move of -2.09%

Add-on board expands i.MX6 UL SBC

MYIR released an add-on board for its Linux-driven, i.MX6 UL-based MYS-6ULX SBC that adds a second LAN port, plus CAN, RS485, camera, audio, and RTC. In April, MYIR released a Linux-powered MYS-6ULX SBC, which was notable for being available in two different versions using NXP’s low power, Cortex-A7 i.MX6 UltraLite (UL) or the more affordable, and almost identical i.MX6 ULL SoC. Now, MYIR has released an “MYB-6ULX Expansion Board” designed to stack onto either model. The $21.20 accessory adds a second 10/100 Ethernet port to the MYS-6ULX, as well as new CAN, RS485, audio, micro-USB, RTC, and camera functions. Read more

Hardware: PocketBeagle, Purism Librem 5, Aaeon Embedded PCs

Finding the Mainframers of the Future Through Open Source Ecosystem Development

Speak the word “mainframe” to many millennial techies, and the first things that likely come to mind are in the form of grainy sepia photos of floor-to-ceiling, wall-to-wall computers with big spinning tapes. But that’s far from the reality of the modern mainframe. Imagine instead up to 240 10-core, 5.2ghz processors, 32TB of RAIM (redundant array of independent memory), hardware-based encryption, and fully hot-swappable hardware components. Those are the specs of the newly released IBM z14 – a single machine that could replace the computing resources of an average corporate data center with room to spare. Read more