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ZKX Helix is a cybersecurity software platform designed to protect access to IT, OT, and IoT networks and their resources with pinpoint accuracy, making security frameworks like zero-trust a reality and extends heightened cyber protections to networked resources. This datasheet lists the security, performance, and usability metrics, as well as compatibility and customization information.
ZKX Helix (“Helix”) is a holistic cybersecurity software platform designed to protect access to IT, OT, and IoT networks and their resources with pinpoint accuracy. Helix makes stronger security frameworks like zerotrust a reality, and extends heightened cyber protections to networked resources like user endpoints, SCADA systems, IoT sensors, and everything in between. Helix is deployable in isolated edge environments and scalable to federated multi-enterprise networks.
The degree of technical knowledge and expertise needed actually to keep pace in the modern cyber environment has never been higher, especially for those whose job functions aren’t centered around information technology or cybersecurity. Helix reimagines the role technology plays in enhancing an organization’s cyber posture. The Helix platform intuitively combines technology and policy to create a remarkably usable cybersecurity experience.
In the context of cybersecurity, policy serves one absolutely essential function: to tie specific technology to specific action(s). Policy is the backbone upon which security operates. Policy dictates critical parameters of a network, including the definition of secure access and risk tolerance. In this paper, we delve into how Helix breaks new ground in terms of what policy (and Policy) means to you and how your organization benefits from more granular, more dominant control of both policy management and enforcement.
Authentication technology has desperately needed an overhaul for almost a decade now. ZKX Helix solves these problems with technologies to enhance password authentication, conceal authentication credential data from mischief and snooping, and minimize the new and emerging attack surfaces for digital identity and authentication.
The Zero Trust security model requires a revolutionary shift from traditional authentication methods that have been in use for decades.
While the DoD has mandated migration to zero-trust networks, most organizations are still unclear on how to get started. This briefing outlines why the road to zero trust networks logically starts with ZKX authentication technology.
ZKX™ is a lightweight, platform-agnostic authentication solution suitable for use in tactical, strategic, and zero trust environments. ZKX is based on the mathematical principles of zero-knowledge-proofs, a methodical way in which one party, A (the Prover), can prove their knowledge or possession of some secret to another party, B (the Verifier), without revealing any bits of information about the secret.
ZKX is security software that enables zero-knowledge multi-factor authentication to help meet requirements for Zero Trust. ZKX is an iterative, trust-building software platform designed to bring next-generation multi-factor authentication (MFA) to networks of any kind, from tactical DIL environments to zero-trust, cloud-based enterprises. This one-page datasheet explains ZKX in a concise, easy-to-digest format.
The Zero Trust Architecture (ZTA) has rapidly become the hottest topic in cybersecurity. However, we have noticed that today’s discussions inevitably focus on ZTA from the standpoint of the enterprise, ignoring the nuances and pitfalls of implementing ZTA in the tactical domain. Instead of driving the ZTA solely from the top-down, we see an operational benefit in constructing the enterprise ZTA from the bottom-up. This paper will delve into the potential issues with the industry’s current approach and introduce the solution from ZKX.