APPLICATION LAYER
Continuous Proof Trust inside the software you already build.
kin Library brings relationship-bound machine trust into applications and OEM products through a drop-in API integration.
Start with one authentication path, extend to adjacent paths, or embed Continuous Proof Trust as a native product capability. Depending on the design, kin Library can strengthen or replace selected authentication functions without extensive rearchitecture.
EXISTING SOFTWARE STACK
Applications, authentication and access controls
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kin Library API
Drop-in integration at the application layer
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CONTINUOUS PROOF TRUST
Machine and software provenance
Relationship-bound, continuously renewed proof
No reusable authentication artifacts stored, exchanged or managed by kin
WHAT KIN LIBRARY ADDS
Prove the participants
Verify machine and application provenance through continuously renewed, relationship-bound proof.
Remove the reusable target
kin authentication operates without storing, exchanging or managing reusable authentication artifacts.
Keep your software stack
Strengthen or replace selected authentication paths through a drop-in API, without extensive rearchitecture.
Why a valid credential isn't enough.
A stolen certificate, token or API key may still pass a conventional check when it is presented from an unauthorized device. An attacker may also substitute an endpoint or alter its software after approval. Possessing an artifact is not the same as proving the expected participant is still there.
kin Library adds fresh, relationship-bound evidence of machine and application provenance to your software's trust decision. Your product retains authorization and policy; kin supplies renewed proof of the participant.
Start small. Extend with confidence.
01/ Protect one path
Choose a machine-to-machine or application authentication flow and integrate kin Library through its API. Evaluate the relationship proof within your existing environment.
02/ Extend to related flows
Apply the same trust model to adjacent services, workloads or connected devices as integration testing and requirements allow.
03/ Make it part of your product
OEMs and software teams can explore embedding Continuous Proof Trust as a product capability. Iothic can discuss licensing, interfaces and deployment boundaries during a technical evaluation.
The assurance bar is rising.
Software makers face increasing expectations to prove the integrity of digital products, manage ICT risk and protect connected systems across their lifecycle.
NIS2
Cybersecurity risk management, access control and supply-chain security for covered entities.
DORA
ICT risk management, resilience and third-party oversight for covered financial entities.
EU Cyber Resilience Act
Secure-by-design product requirements, vulnerability handling and lifecycle accountability.
CNSA 2.0
The NSA's post-quantum cryptographic transition for U.S. National Security Systems.
A practical move for software teams.
kin Library adds Continuous Proof Trust at the application layer through a drop-in API integration. Introduce provenance-aware machine trust into a selected software flow, then extend it across the product as requirements evolve.
Close the credential-misuse gap
A valid stolen token or certificate should not, by itself, prove that an unauthorized device or substituted service is trusted.
Respond when provenance changes
Use evidence of device and software state, shared history or relevant security signals to renew, suspend or terminate a trusted relationship according to your policy.
Keep your stack
Retain human identity, MFA and authorization controls while introducing renewed participant proof in selected machine-to-machine paths.
kin Library is an architectural capability, not a regulatory certification or guarantee of compliance.