Making IoT
networks safer than ever before

What is ELIoT Pro?

You can now protect your users, IoT devices and data with our end-to-end
cybersecurity solution for IoT networks. And because people, machines, and devices
can all use passwords to connect with each other, our unique password-free system offers complete security.

Why ELIoT Pro?

Protect your customers against IoT cybersecurity threats including DDoS, cloning, Man-in-the-Middle attacks, and more. By combining secure Human to Machine (H2M), and Machine to Machine (M2M) authentication and communication with lightweight encryption, we’ll help make your IoT network safer than ever.

No more passwords or old-fashioned
logins means your users’ credentials can never be stolen. And by eliminating
passwords on your connected devices and machines too, there is nothing for hackers to steal
and no way to gain access.

Your IoT devices have different levels
of computing power. And our lightweight encryption requires lower computing power and memory than
any encryption system today – making it work on even the simplest IoT devices.

Whether you prefer cloud-based,
on-premise or a hybrid model, it’s easy to set up and install with API
functionality, an SDK, and a white-label option also available.

Our Smartphone-based user login with sound technology means we provide
a fully secure user authentication mechanism for voice-controlled
environments like Alexa, Google Home, or Siri.

How it works

To enable Human-to-Machine logins, ELIoT Pro deploys one-time token technology
between your user’s Smartphone and a given IoT device. Lightweight Encryption
works as ELIoT Pro’s Machine-to-Machine component and ensures that IoT data
is fully encrypted and sent only to authorized devices.

Your pathway to IoT protection
Whether you need protection on an existing IoT system or new
platform, ELIoT Pro is universal and works on any network.
Provides end-to-end security for your IoT network, including
protection for Human-to-Machine and Machine-to-Machine interaction.
Our AI engine creates an adaptive, self-healing IoT
environment to anticipate system failures, identify attacks,
and automatically react.