A single-portfolio licensing program for organizations whose products cache executable content across security policy transitions.
StaamlCorp licenses U.S. Patent Application No. 19/640,793 — and any patents that issue from it — on terms that are fair, reasonable, and non-discriminatory. The framework is intended for broad deployment; our preferred outcome with any qualified counterparty is a license, not a dispute.
Apple addressed the specific instance disclosed under CVE webkit-294380 within their own platform. The pending claims describe a generalized framework that is platform-independent by construction — applicable wherever cached executable content and security policy transitions coexist.
For counterparties engaging in good faith, we commit not to seek injunctive relief during active negotiation. For the public statement of how we engage, see the Licensing Policy.
A predictable, low-friction path from first contact to executed license.
STEP 1
Email licensing@staamlcorp.com with the products and platforms in scope. We respond to qualified inquiries within three business days.
STEP 2
A 60-minute scoping conversation between your engineering / security team and ours, covering the framework architecture and the surfaces relevant to your product.
STEP 3
Under a mutual NDA we share an element-by-element mapping of the relevant independent claims to the in-scope architecture so counsel can evaluate fit precisely.
STEP 4
Term sheet, structure (lump-sum, running, or hybrid), and execution. Counsel-to-counsel from this point forward; we do not pressure timelines.
The pending application contains 30 claims (4 independent, 26 dependent) describing a complete loop: detecting a security policy transition, evaluating cached executable content under the new policy, and mitigating non-compliant items with an audit trail. Independent claims are framed at the method, device, system, and computer-readable medium levels.
The independent claims describe, at a high level:
A method for detecting a security policy transition, computing the policy delta, identifying cached executable content, validating it against the new policy, and mitigating non-compliant items with an audit trail.
A device implementing that method via a policy engine, cache identification and attribute extraction modules, a validation engine, a mitigation controller, and an audit subsystem.
A distributed system coordinating client devices, a policy server, validation devices, and a centralized audit server.
A non-transitory computer-readable medium storing instructions that perform the method.
Full claim text and element-by-element mapping are available to qualified counterparties under NDA. Request access.
The claims explicitly enumerate the content types, platforms, and cache locations within scope.
WebAssembly modules, JavaScript blobs, Service Worker scripts, ML inference modules, compiled shaders, native binary modules, and microservice containers.
HTTP cache, Cache API, IndexedDB, localStorage, memory-mapped caches, and application-specific caches.
iOS, Android, Windows, macOS, Linux, embedded systems, and autonomous AI agent environments.
OS lockdown modes, enterprise MDM, browser security levels, AI sandbox policies, privacy modes, regulatory compliance modes, and more.
Detecting a policy transition, evaluating cached executable content under the new policy, and mitigating non-compliant items with an audit trail.
Patent explicitly covers autonomous AI agent systems, cached agent skills, tool-access permissions, credential stores, and learned behavioral artifacts.
Three structures, scaled to the technical scope of use and the commercial significance of the covered functionality. Royalty rates are not based on a counterparty’s identity, jurisdiction, or industry.
Single product, single platform
Multi-product, cross-platform
Portfolio-wide, co-development
If your products fall into any of these categories, the pending claims may be relevant.
Operating system developers (mobile, desktop, embedded) who manage security modes and cached executable content across policy transitions. Includes iOS, Android, Windows, macOS, Linux, ChromeOS.
Web browser developers whose products cache WebAssembly, JavaScript, and Service Workers across security contexts, privacy modes, and CSP policy updates.
MDM providers, endpoint protection platforms, and compliance tools that enforce security policies across managed device fleets and must ensure cached content compliance.
AI systems that cache inference modules, model weights, and pipeline components across sandbox policy, data governance, and risk-category transitions.
Cloud providers and container orchestration platforms where cached microservice containers and execution artifacts persist across security context changes.
IoT device manufacturers and embedded systems developers where firmware updates and security policy transitions leave cached native modules executable.
Whether you’re exploring proactive licensing, scoping coverage, or seeking a technical briefing — we welcome the conversation. Counsel-to-counsel communications are welcome at legal@staamlcorp.com.