Revenue Pathways & Dual-Use Commercial Execution
A phased path to market — government-funded entry, scaling into commercial licensing — all monetizing a single IP asset.
Beachhead
Non-dilutive funding, urgent demand.
Primary Model
High-margin, scalable.
Integration
Designed in at manufacture.
Exit Path
A built-in exit path.
Government and defense is the entry market: the post-quantum threat is recognized at the policy level, and NSF and SBIR/STTR programs provide non-dilutive capital to fund development without diluting equity. This pathway funds the early company while validating the technology with the most demanding customer.
Validation in the beachhead market opens the primary revenue model: licensing and silicon-IP partnerships across defense, fintech, and critical infrastructure. High-margin and capital-efficient — revenue scales with adoption, not headcount. This is where the business compounds.
In parallel with licensing, chip and device manufacturers integrate the PLTNM architecture directly into their hardware. Designed in at the point of manufacture, it creates durable, switching-cost-protected revenue — the customer’s own product roadmap becomes the moat.
An IP-first strategy is an exit-optimized one. The portfolio is structured to be absorbed cleanly — a clear path for licensees, JV partners, or strategic acquirers seeking to build a structural security advantage into their own architectures.
One asset, monetized in sequence — government-funded entry, scaling into high-margin licensing, with a built-in exit. Compounding in parallel.
Hardware-Validated 24-Month Sprint
The roadmap is structured around two milestone gates — each a discrete, measurable step from validated simulation to a deployable hardware prototype, with exit criteria defined in advance and a defined commercial unlock at each.
The point at which physical-layer, mixed-signal encryption functionality crosses from software validation into physical hardware.
- Component-level circuit simulation confirmed
- Core functionality validated in silicon
- Inverse recovery verified end-to-end in hardware
Silicon-validated technology de-risks the architecture for licensing conversations and qualifies the program for follow-on government funding (SBIR Phase II / strategic agency awards).
A fully operational hardware demonstration across the complete encryption and recovery lifecycle, against mission-relevant digital file sets.
- Mission-relevant file sets validated on hardware
- Full lifecycle operational
- Binary recovery re-confirmed in hardware (BER < 10⁻⁸ with matched key; ~50% — coin-flip — without)
- AI/ML resistance re-confirmed in hardware
A working hardware prototype enables first OEM design-in conversations and first paid pilot deployments with defense and critical-infrastructure customers.
Two gates, two commercial unlocks. From silicon validation that opens licensing and non-dilutive funding, to a working prototype that opens revenue and exit conversations — in 24 months.