Let your end-users effortlessly avoid identity attacks with Multi-Shield Authentication. Introduce resilience to SMS hijacking, Push notification cracking, key theft, man-in-the-middle and PKI slip-ups – all while providing a seamless user experience – even without passwords.
No SMS hijacking
No Push Notification capturing
Internet of Things (IoT)
As traditional authentication struggles to support the scale and diversity of IoT, deployments are rolled out without sufficient security. Our Multi-Route Authentication offers an end-to-end secure pairing of IoT elements across edge devices, local hubs and IoT cloud services.
No PKI or Certificate Authorities
No advance provisioning
No Man in the Middle or brute force
Data in Motion
Protect your most critical hybrid cloud, multi-cloud and site-to-site connections above and beyond current VPN capabilities. Our keyless Multi-Route Traffic Protection eliminates the risk of data in motion attacks. Confidently use any untrusted cloud and WAN bandwidth knowing that your traffic is safe from hackers.
"Four Disruptive 'Cyber Trends' At RSA" Forbes Magazin
Hardening and simplifying Authentication & PKI
Exploits like Heartbleed, Freak and poodle highlight the ongoing reliability issues with today’s approach to encryption. With Secret Double Octopus you can stop the arms race and introduce Information Theoretic security – a scheme that cannot be broken with unlimited computing power, because the attacker simply doesn’t gain enough information to break it.
The encryption key and its supporting infrastructure introduce a single point of failure for attackers as well as a management bottleneck for administrators trying to scale for mobile and IoT. Secret Double Octopus benefits from Secret Sharing as an alternative means to protect the communication without using a key or a certificate authority.
Get the flexibility you need to secure the emerging needs in WAN, cloud, mobile and IoT use cases. By eliminating certificate authorities, Secret Double Octopus can scale to meet the security needs of 20 billion new connected devices.
Secret sharing: proven mathematics, newly applied
Encryption algorithms are designed to take too long to crack. Another set of algorithms goes one step further. Information-theoretical security schemes cannot be cracked – not even with unlimited computing power. Just imagine solving a single equation with two unknown parameters. Computing power won’t help when your information is insufficient.
You can’t crack what you can’t track.
Secret sharing scheme is an information-theoretic security algorithm established in 1979 separately by renowned cryptographers Adi Shamir and George Blakley. At Secret Double Octopus, we’ve created a keyless communication and authentication protocol around Secret Sharing, which enables to raise the standard for traffic protection and solve mass scale authentication challenges like mobile and IoT
Find out how we can help upgrade your network defenses