Licensing & Engagement
Engagement Pathways
Commercial licensing across the Yandeh Holdings protocol portfolio — infrastructure, cloud, autonomous systems, and AI platform markets. All engagement is conducted through Yandeh IP LLC.
Engagement Options
Strategic Portfolio Licensing
Exclusive and field-limited licenses across the full Yandeh Holdings protocol family for organizations building category-defining infrastructure in execution authority, autonomous machine governance, and verifiable AI operations. Technical and legal due diligence package available under NDA covering portfolio analysis, prior-art distinction, and category coverage. Parent applications under Track One prioritized examination.
Enterprise Licensing
Per-application or combined licensing for cloud control plane vendors, identity and access management platforms, service mesh and API gateway providers, zero-trust architecture vendors, SOAR and incident response platforms, observability and audit infrastructure, and enterprise AI platforms. Deploys alongside existing OPA, Istio, Envoy, or API gateway infrastructure, no replacement required.
AI & Autonomous Systems Platforms
Licensing for AI agent platforms, autonomous agent frameworks, multi-agent orchestration systems, and LLM application runtimes that need verifiable execution governance over the actions agents take in production infrastructure. Commitment object binding maps directly onto agent tool-call and action-gating architectures.
Standards Body & Research Engagement
Engagement with standards bodies, industry consortiums, and independent research programs where licensing terms are structured case-by-case. Open to collaborative reference-implementation work where protocol-level validation benefits both parties.
Portfolio at a Glance
Eight protocol filings defining the execution authority category and its applications across machine governance, communications, autonomous response, evidence, verification, voice-initiated agents, endpoint trust, and governance for advanced artificial intelligence. XAP and VEMP are nonprovisional applications on Track One examination, each with continuations. The remaining six are recent provisional filings on a planned conversion path to nonprovisional. Specific claim language is held in the filed applications and made available to qualified evaluators under NDA.
XAP
Autonomous Machine Identity & Authority Protocol (AMIAP)
Verifiable governance of machine operations at the moment of execution, one operation at a time.
Nonprovisional · Track One · Continuation filed
VEMP
Verifiable Encrypted Messaging Protocol
Admission-conditioned communication where decryption is gated on runtime authorization evaluation at the time of access.
Nonprovisional · Track One · Continuation filed
AIRAP
Autonomous Incident Response Authority Protocol
Bounded delegation of remediation authority to autonomous response systems with cryptographic scope enforcement at execution time.
Provisional · Conversion planned
CVEAR
Cryptographic Verification of Execution Authorization Receipts
Tamper-evident, independently verifiable evidence layer for execution decisions across enforcement domains.
Provisional · Conversion planned
AGIV
Adversarial Governance Integrity Verification
Methodology for empirical verification of governance system integrity under adversarial probing.
Provisional · Conversion planned
CGGA
Capability-Governance Gap Architecture
Governance architecture for advanced and super-intelligent AI systems operating at or above the detection ceiling.
Provisional · Conversion planned
VIATE
Voice-Initiated Autonomous Task Execution with Verifiable Authority Chain
Verifiable authority chains for voice-initiated autonomous task execution by agentic systems.
Provisional · Conversion planned
TAEA
Trust-Aware Endpoint Authority
Execution authority governance for mobile and endpoint devices with runtime trust evaluation.
Provisional · Conversion planned
Post-Quantum Infrastructure
The applications are built to CNSA 2.0 post-quantum requirements, making them directly relevant to the quantum computing and post-quantum cryptography infrastructure market. Relevant deployment contexts include: quantum computing platform vendors building governance layers for post-quantum network infrastructure; PQC algorithm and tooling vendors requiring governance-layer enforcement for crypto-agile PKI and key management deployments; enterprise PQC migration platforms needing verifiable execution governance across hybrid classical-quantum environments; and large-scale post-quantum transition programs operating under CNSA 2.0 migration mandates. XAP is designed as an algorithm-agnostic category, preserving its verification properties across classical, hybrid, and CNSA 2.0 deployments and enabling incremental migration without protocol-level redesign.
This portfolio represents pending foundational protocol IP in autonomous machine governance. We welcome discussions with qualified licensees and intermediaries. Please provide sufficient context for us to assess fit before responding. Information submitted through this form is processed as described in our Privacy Policy.
Reference implementations are in active development and available to qualified licensees and evaluators under NDA.