Company

Technology ownership

Otukan designs, builds and maintains its own protection technology. What that means for the code inside your app and devices, and how to evaluate it.

  • Designed and built in-house

    Otukan's engineers design, write and maintain the protection that runs inside your app, your device firmware and your management stack.

  • Fixes from the source

    When a platform changes or an attack technique shifts, the team that owns the code adapts the control directly.

  • Answers you can verify

    Every question about how a control behaves goes to the people who wrote it, so your review gets precise, first-hand answers.

What Otukan owns

The technology behind each product is Otukan's own work, engineered for the platform it runs on.

  • App protection engine

    Obfuscation, anti-tampering and runtime self-protection built by Otukan and engineered separately for Android and iOS.

  • Signals and API protection

    The threat signals and attestation results that let your backend separate a genuine app from a modified client or a script.

  • Firmware-level protection

    Device Security engineered per device model and chipset, built with the maker who controls the firmware.

  • Device management platform

    Otukan's own management platform: enrolment, kiosk and dedicated modes, policy and control over where management data lives.

A mobile security team should evaluate technology ownership by asking who wrote the code that runs inside its app and devices, who can change it and who answers for it. At Otukan the answer is the same for all three: we design, build and maintain our own protection technology across Application Security, Device Security and Device Management. Ownership covers the protection logic and its maintenance. It does not mean Otukan uses no third-party components, and it never means Otukan owns your app. You keep your code, your release and your signing keys.

Why ownership is a security question

Protection code runs at the most sensitive boundary you have: inside your app process on a device you do not control, or inside firmware below the operating system. Whoever owns that code decides three things that matter to you.

  • How fast a control can adapt. Android and iOS change every year, and attack tools change faster. The owner of a detection can update it directly; a vendor that licenses its engine from a supplier waits on that supplier.
  • How precisely a question gets answered. When a runtime check flags a user in your payment flow, you need to know why. The team that wrote the check can tell you.
  • Who is accountable. Code shipped inside your app is code your auditors will ask about. A single accountable owner makes that conversation short.

How Otukan’s technology divides the work

Owning the technology also means being exact about where Otukan’s responsibility ends and yours or the platform’s begins.

LayerWhat Otukan ownsWhat stays with you or the platform
AppThe obfuscation, integrity and runtime protection built into your releaseYour source code, your app logic and the decision to ship
Operating systemControls engineered separately for Android and for iOS, each on its own termsThe platform’s own security model, which Otukan works with rather than replaces
BackendThe signals and attestation results your server receivesYour API, your response rules and your users’ data
FirmwareDevice Security engineered per device model and chipsetFirmware signing authority, held by the device maker

Because each layer has one owner, a finding in your review can be traced to the party that can fix it.

How to evaluate a vendor’s ownership

Use these checks with any mobile security vendor, including us.

  1. Ask who wrote each control. Expect a direct answer for obfuscation, anti-tampering, runtime self-protection and attestation, not a reference to another supplier.
  2. Ask for a live explanation. An engineer should be able to walk your team through how a detection behaves on Android and on iOS separately, using a demonstration build rather than your own files.
  3. Ask about change. Find out how a control is updated when a new OS release or attack tool appears, and who decides.
  4. Ask about components. Request the component inventory relevant to your product. Honest ownership includes being clear about what is not your own.
  5. Check the user impact. Test the protected build on your real device mix and confirm the response you set for each flow is the one users experience.

For the product itself, see mobile app security and the supported environments. The company behind the products is introduced on about Otukan.

Common questions

  • Does technology ownership mean Otukan uses no third-party code?

    No. Like any software company, Otukan uses established components and platform services where they are the right choice. Ownership means the protection logic, its design and its maintenance are Otukan's. Ask us for the component inventory relevant to your product and we will tell you what we can share.

  • Why does ownership matter if the protection works today?

    Because mobile platforms and attack tools change with every release cycle. A vendor that owns its technology can adapt a detection, explain a false positive or change a response without waiting on anyone else. That keeps your protection current and your questions answered by the people accountable for the code.

  • Who owns the protected app?

    You do. Otukan owns the protection technology; you own your app, your code and your release. Protection fits your existing build and release pipeline, and you sign every protected build with your own keys.

Ask the engineers who wrote it

Tell us your platforms, framework and build setup, and the ownership questions your review needs answered. We never ask for binaries, source code, signing keys or production data.

Or request a technical demo