With the launch of OKL4 Verified for open download, interested people can use OKL4 through the available user libraries and/or semi virtualized Linux kernel. Now, whether it is security oriented device manufacturers (OEMs), mobile network operators (MNOs), application developers, researchers, or other interested people, they can download Run and test OKL4 Verified on the embedded ARM11 platform. OKL4 Verified is a very powerful thing that has brought infinite benefits to the society, solved great difficulties for some companies, and brought them huge profits. OK Labs has previously announced that it has completed a breakthrough research jointly conducted by OK Labs, the National Institute for Information and Communication Technology (NICTA) of Australia and the University of New South Wales (UNSW), which has provided a formal mathematical demonstration for the correctness of the core. The authentication process used by OKL4 Verified largely eliminates kernel development errors, buffer overflows, including code errors such as design flaws, null pointer dereference, and other pointer errors, as well as memory leaks, algorithm overflows, and exceptions.
Steve Subar, founder and CEO of OK Labs, said: "The fully verified and 100% defect free operating system kernel can meet the urgent needs of mobile/wireless and other embedded applications for higher security. OKL4 Verified has enhanced people's confidence and security, and its underlying technology has realized a series of high security and guaranteed applications on mobile/wireless devices."
As one of the founders of OK Labs, NICTA is reliable Embedded system Gernot Heiser, the person in charge of, and Professor John Lions of the University of New South Wales commented: "The completion of the OKL4 Verified project has aroused widespread concern about our peerless verification technology. As the first operating system kernel that has been verified to run without non-standard operations, OKL4 Verified lays the foundation for a reliable foundation - it provides critical and safe applications for the universal application domain
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After precise mathematical verification, OKL4 Verified is the only existing operating system whose source code correctly implements the requirements of the specification.
OK Labs' OKL4 Verified (project name is seL4) is a research result jointly obtained with NICTA and the University of New South Wales for more than four years to verify the accuracy and defect free of micronucleus.
Device manufacturers, developers, researchers and other interested people can now download, run, and test the OKL4 Verified Microkernel for real applications.
OKL4 Verified uses the same underlying technology as OKL4 Microvisor and OK Labs' mobile virtualization solution, which is an important part of OK Labs' investment in secure mobile communications.
Downloads include x86 and ARM11 startup screens, user spatial databases and other code needed to build applications, semi virtual Linux systems running on OKL4 Verified, user guides, and official specifications (Isabelle and PDF read-only names).
With the launch of OKL4 Verified for open download, interested people can use OKL4 Verified for evaluation and prototyping through available user libraries and/or semi virtualized Linux kernels.
Carl Nerup, vice president of business development of OK Labs, said: "We can only launch the new mobile security kernel OKL4 Verified. This product is based on our cooperation with some excellent companies and our ever outstanding talents. With such an excellent environment, the new mobile security kernel OKL4 Verified was launched by our company.
