Polymorphing

Stop Attacks Before They Start

Polymorphing provides Linux security for known and unknown vulnerabilities -- patched or unpatched.

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The ultimate Linux security solution

Among common vulnerabilities and exploits (CVEs), memory-exploiting zero-day attacks are the most difficult to defend against and make up 80% of all CVEs. This is the kind that gave us the Spectre vulnerability and breached Equifax.

Polymorphing your Linux OS immediately protects against 100% of all memory-based vulnerabilities, removing the race to patch and stopping attacks before they start.

Secure all major Linux distributions, including Red Hat, Alpine, CentOS, Fedora, Ubuntu, SUSE and Debian.

Benefits of using Polymorphing

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Patch Time

30-40% reduction in patch time

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Protection

Ultimate protection against memory-based vulnerabilities

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Cost Reduction

Reduces overall cost of security

How does polymorphing make Linux more secure?

If humans were identical clones like operating systems are today, then any virus could have caused our extinction. Polymorphing immunizes your entire software stack through continuous binary diversity.

Memory-based attacks take aim at specific function locations, CPU registers and other targets. Polymorphing randomly changes all of these targeting details at the binary level. Polymorphing takes source code and runs it through a polymorphic compiler, changing register usage, function locations, import tables and other targets. This produces individually unique binaries that are semantically equivalent to the source. Polymorphing applies the compiler to the totality of the Linux stack.

You receive the unique binaries through a standard package repository for your favorite version of Linux. Then simply add Polyverse to the front of your mirror list, and you're protected.

  • No changes to the source code.
  • No changes to functionality.
  • No changes to performance.
  • No changes to developer behavior.
  • No changes to user operations.

Polymorphing provides immunity from zero-day, code-execution, buffer overflow, and memory-based attacks and can be applied everywhere from embedded IoT or edge computing devices, to containerized cloud native applications and also virtualized or physical data center environments. Polymorphing can be installed on Google Cloud, AWS or Microsoft Azure.

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Polymorphing stops zero-day memory exploits without altering function, performance or operations of your OS.

Frequently Asked Questions

Is Linux secure?

Can Linux be hacked?

What security does Linux have?

Trusted by enterprises and governments globally

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How to buy

Polyverse offers a predictable licensing model for Government and Enterprise organizations with the option to purchase through your preferred route.

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The registered trademark Linux® is used pursuant to a sublicense from the Linux Foundation, the exclusive licensee of Linus Torvalds, owner of the mark on a world­wide basis.