Technology Portfolio — Available for License or Acquisition
Polyadmin's Sovereign Encryption stack enables encrypted data to be processed by untrusted compute nodes without ever decrypting it. Every security claim is machine-verified — not asserted. Reproducible in under 30 seconds.
Opportunity Summary
Polyadmin is offering its complete technology portfolio — patents, source code, formal verification suite, and trade secrets — for strategic licensing or outright acquisition.
This is the only formally verified zero-trust homomorphic encryption platform with integrated authenticated transport and distributed encrypted computation on the market. The private key provably never leaves the control node.
All claims are demonstrated by a reproducible Docker container that any prospective buyer can run in under 30 seconds.
| Asset | Details |
|---|---|
| Patent Portfolio | 5 pending patents: HE orchestration, prime-resonance parameter selection, FP128 discriminator architecture, distributed encrypted computation, VPN-over-HE transport. 10 additional filings prepared. |
| Source Code | Complete Rust + Python codebase: HE orchestration engine, Maxwell distributed compute agents, blockchain-authenticated VPN transport, FP256/RK8/Yoshida8 numerical integration. All security-audited — 7 critical findings patched. |
| Formal Verification | 129 machine-verified proofs in LEAN4/Mathlib (113 theorems, 17 lemmas, 59 definitions, 3 structures). Zero unproven assumptions. Zero custom axioms. 8,134-job build. |
| Docker Demo | 19/19 tests pass: key generation, private key isolation, encrypted computation, text roundtrip, tampering detection, performance benchmarks. |
| Corporate Entities | Polyadmin Inc. (Delaware C-Corp) + Polyadmin LLC (Texas, patent holding). Clean cap table. Full IP assignment. |
| Prior Valuation | Carta 409A — $18M (2023) based on patent portfolio alone, prior to working product, formal verification, or DARPA engagement. |
| Published Research | Zenodo DOI: 10.5281/zenodo.17770403. Target journals: Classical & Quantum Gravity, Physical Review D, Computer Physics Communications. |
Technical Differentiators
The platform separates key management (Orchestrator) from encrypted computation
(Compute Agent). The Orchestrator holds the private key and never transmits it.
Compute Agents execute AI models on ciphertext via CKKS homomorphic encryption
and return encrypted results. This is not a design claim — it is
tested (test_private_key_isolation,
test_no_private_key_on_agent) and formally verified.
Cryptographic primitives (currently ChaCha20-Poly1305, HKDF-SHA512, CKKS) are pluggable. When NIST post-quantum standards (ML-KEM/Kyber, ML-DSA/Dilithium) are finalized, they integrate without modifying computation or orchestration layers. The buyer inherits a platform that is quantum-ready by architecture, not by reimplementation.
Quantum-Ready Pluggable PrimitivesNo competitor in the HE space has machine-verified proofs of their parameter selection, security bounds, or mathematical foundations. The ContinuityEngine LEAN4 suite provides this. Every claim about encryption parameter correctness — multiplicative depth budget, security bound compliance, precision guarantees — is proven, not asserted.
129 Proofs 0 Sorry LEAN4 / MathlibCUDA-accelerated double-double (FP128) and quad-double (FP256) precision arithmetic kernels with Yoshida 8th-order and Runge-Kutta 8th-order integrators. These provide precision levels unavailable in standard floating-point hardware, enabling applications in cryptanalysis, numerical relativity simulation, and high-precision financial modeling.
CUDA Accelerated RK8 / Yoshida8Performance Analysis
Proven intelligence vs. projected security — across every dimension that matters for high-assurance deployment.
Competitive Landscape
| Capability | Polyadmin | Microsoft SEAL | Zama (fhEVM) | OpenFHE |
|---|---|---|---|---|
| Homomorphic Encryption | CKKS (TenSEAL) | CKKS / BFV | TFHE | Multi-scheme |
| Formal Verification | 129 proofs, LEAN4 | None | None | None |
| Key Isolation (Tested) | Yes (2 tests) | N/A (library) | Partial | N/A (library) |
| Authenticated Transport | ChaCha20 VPN | None | Blockchain only | None |
| Distributed Compute | Maxwell Agents | None | Smart contracts | None |
| Post-Quantum Ready | Architecture (pluggable) | No | No | Lattice-based |
| Docker Reproducible | 19/19 tests | Examples only | No | No |
| FP128+ Precision | CUDA FP256 | No | No | No |
| Patent Portfolio | 5 pending + 10 prepared | Microsoft portfolio | Limited | Academic |
Transaction Structure
Outright purchase of Polyadmin Inc., Polyadmin LLC, and all associated IP including patents, trade secrets, source code, formal verification suite, and government relationships. Inventor available for transition and continued development under employment agreement.
Prior $18M valuation + working product + patent pipeline + DARPA engagement premium
Exclusive license for a defined market segment (defense, financial services, healthcare). Polyadmin retains IP and may license to non-competing segments. Includes source code access, formal verification suite, and ongoing support.
+ 3–5% royalty · Defense segment commands premium
Joint development with upfront licensing fee and milestone-based payments. Polyadmin contributes IP and R&D; partner contributes go-to-market infrastructure, sales, and enterprise support. Suitable for cybersecurity companies seeking to add HE capabilities to existing product lines.
+ milestones to $20M · Aligned incentives
| Transaction Type | Range | Basis |
|---|---|---|
| Full Acquisition | $25M – $75M | Prior $18M valuation + working product + patent pipeline + DARPA premium |
| Exclusive License (per segment) | $5M – $15M upfront + 3–5% royalty | Segment-specific TAM; defense segment commands premium |
| Strategic Partnership | $2M – $5M upfront + milestones to $20M | Structured to align incentives; milestone payments tied to integration |
| Per-Deployment License (SaaS) | $5,000 – $25,000 / month | Suitable for immediate revenue; scales with deployment size |
About the Founder
Timothy Edgin is a Houston-based cybersecurity architect and the founder of Polyadmin Inc. (Delaware) and Polyadmin LLC (Texas). With over two decades of experience in high-assurance infrastructure, Edgin specializes in the development of Sovereign Encryption — cryptographic systems designed to withstand the complexities of both quantum computing and adversarial AI.
His work focuses on the intersection of Formal Mathematical Verification (Lean4) and Privacy-Enhancing Computation (PEC). He is the pioneer of the Maxwellian Demon architecture, a zero-residue compute environment that utilizes transient agents to eliminate data exfiltration risks in distributed AI models.
Prior to commercializing the Polyadmin stack, Edgin's research into Invisible Oversight and high-precision numerical integration (RK8 / Yoshida8) garnered attention across several federal programs, resulting in architecture that is recognized as "too mature" for standard startup incubators. Active engagement continues with DARPA program managers across multiple programs.
Edgin holds a CISSP certification and remains dedicated to building the Quantum Bridges between theoretical physics and applied cybersecurity. His published research is available via Zenodo (DOI: 10.5281/zenodo.17770403), with academic targets including Classical and Quantum Gravity, Physical Review D, and Computer Physics Communications.
Engagement Process
Request the Docker image and verify all 19 tests independently. NDA required for the demo container.
The LEAN4 verification suite is available for inspection under NDA. 129 statements, 0 unproven assumptions, fully reproducible 8,134-job build.
Schedule a 60-minute technical session with the inventor covering architecture, security audit results, and integration pathways.
Patent portfolio, corporate records, and Carta 409A valuation ($18M, 2023) available under NDA.
Get in Touch
Polyadmin is actively engaging with qualified buyers, licensees, and strategic partners. All discussions begin with a mutual NDA.