IothicPodcast

“Today, work can happen anywhere — at home, in the office, or on the move. But wherever you connect, security matters.

Before access is granted, your device is verified. Trusted devices can connect securely, while devices that don't meet the required trust are denied access.

So your applications, systems and data remain protected, wherever you're working.

The right people. The right devices. Secure access.

Work anywhere. Work securely — with Iothic Kin.”

“What happens if your laptop is stolen — and the thief even has your login details?
With device trust, credentials alone aren't enough. The device must also be recognised as trusted.
If that trust check fails, access to your applications, systems and data can be denied, while your other trusted devices continue working normally.
A stolen password shouldn't mean stolen access. Iothic Kin — trust the device, not just the credentials.”

“Passwords are designed to protect your accounts — but passwords can be stolen.

Through phishing, malware or data breaches, an attacker could get your credentials. And a correct password only proves one thing: someone knows the password.

It doesn't prove their device should be trusted.

Device trust adds another layer, verifying the device before access is granted.

Identity plus device trust — a stronger way to protect access. Iothic Kin.”

MACHINES

KEEP THE WORLD MOVING.

WHO KEEPS THEM SECURE?

From power and water to global trade, our critical infrastructure depends on machines that trust each other.

It's time for a higher standard.

Continuous Proof Trust.

kin. Known trust. Necessary evolution.Trust from the mesh, not the hub.kin proves trust through live relationships between provisioned participants, not by relying on a central authority for every authentication event.

Trust is not inherited from a network, certificate, token, or prior approval.
Each machine relationship proves itself now, for this session and this interaction.

The next security gap is whether machines, devices, applications and systems can continuously prove they are still trustworthy without relying on stored secrets that can be stolen, copied, replayed or mishandled.

In his role at Iothic Ltd., Mykhailo
• Leads research and development strategy and initiatives in the area of decentralized, quantum-resistant authentication and secure data transmission.
• Spearheaded the design and implementation of the dOISP - decentralized authentication and secure data transmission protocol, enabling secure communications across satellite, cloud, tactical and IoT environments, without the need in Certificates, Public Key Infrastructure and Key Management System,
• Develops strategies to integrate cutting-edge cryptographic innovations, particularly dOISP Protocol, into real-world applications, ensuring robust data security and privacy.
• Collaborates with cross-functional teams to ensure the interoperability and scalability of security solutions across various sectors, including IoT, autonomous and tactical systems, and smart infrastructure,
• Authored two patents and numerous scientific publications.

Passwords can be stolen. Credentials can be copied. Devices can potentially be cloned or impersonated.