kin™ LIB COMING SOON…
Credential-free Continuous Proof Trust™ for software
Machine trust, built into your product
kin™ lib lets software vendors embed Continuous Proof Trust™ into machine-to-machine authentication without rebuilding their platform.
Change the architecture without rebuilding the product
Software products that handle machine-to-machine communication still rely on something stored: a certificate, key, token, shared secret, or service credential. Those objects have to be issued, protected, rotated, audited, and revoked. When they expire, spread, get copied, or are misused, machine trust becomes both an operational burden and a security risk.
kin™ lib is an embeddable API library that handles the machine-authentication event using kin’s Continuous Proof Trust™ framework. Machines, workloads, agents, services, gateways, and devices prove themselves dynamically instead of relying on a stored credential as the centre of trust.
Your platform, policy engine, logging stack, customer workflows, and deployment model stay in place. kin™ lib handles the proof.
Two ways.
To put it to work.
Strengthen your trust layer
Run the kin™ lib alongside certificates, keys, or tokens as an independent, machine-proof signal protecting against credential-based threats.
The product story moves from verifying credentials to continuously proving machine trust.
Replace the current trust layer
kin™ lib can replace the existing authentication process. Removing the need for stored credentials, their management and their associated vulnerabilities in favor of Continuous Proof Trust™.
What’s the
opportunity?
Differentiation
Security products are starting to sound the same. kin™ lib gives vendors a sharper claim: reduce dependency on credentials for machine authentication, not simply manage them better.
Adding kin™ lib to new products on the roadmap ensures alignment with the movement away from Pre-Shared Key(PSK) exchange.
Defense and Government adoption historically have led the way for macro movement in technology. CNSA 2.0, the NSA’s mandate for quantum-resistant cryptography, designed to protect National Security Systems (NSS)from advanced threats will dictate the path of software in the future. kin™ lib and kin™ can help software vendors better align with the upcoming standards without enduring the R&D normally associated with these types of noteworthy shifts.