Focus
Human-aligned, post-quantum security at the intersection of endpoint protection, zero-trust mobile networking, and secure AI / autonomous systems.
Post-quantum. AI-ready. Sovereignty-first.
Investors & Strategic Partners
Ascend Dynamix is building a post-quantum, self-healing security ecosystem for AI, autonomous systems, and zero-trust mobile networks. This page gives accelerators and strategic partners a concise view of what we’ve built, what is protected, and where we’re going next.
Snapshot for Accelerator & Investor Review
Core Assets
Six provisional patents covering the AetherGuard™ BioCore SAFE Engine, a Zero-Trust Mobile Network (ZTMN), a Bio-Inspired Dual PQC Architecture, Arachnet™ distributed sensing & resonance mesh, and AetherScale™ platelet-based sensor architecture — forming an integrated “security organism”.
Program Fit
Early-stage, pre-revenue, with a validated hybrid PQC engine and clear applications to AI safety, secure edge compute, and sovereign communications — aligned with programs like NVIDIA Inception and Intel Ignite.
Intellectual Property & Defensibility
Ascend Dynamix is building a bio-inspired security organism backed by a growing portfolio of U.S. provisional patent filings. These filings protect the core cryptographic engine, mobile lattice, sensing mesh, and platelet-based “skin” that make the architecture difficult to copy and simple to extend.
AetherGuard™ BioCore
SAFE Engine — Tri-Strand PQC
Strand-aligned post-quantum cryptographic engine that fuses PQ key exchange,
classical primitives, and policy-aware control into a living security fabric
for endpoints and data flows.
Protected by U.S. Provisional Apps:
63/926,597 (SAFE Engine), 63/909,718 (Dual-PQC Architecture), 63/893,463 (Platform Foundations)
AetherPulse™ ZTMN
Zero-Trust Mobile Network
Virtual SIM ↔ eSIM system enabling end-to-end encrypted signaling and media over
carrier-agnostic, data-only networks — extending zero-trust into the mobile lattice.
Protected by U.S. Provisional App:
63/901,270 (Zero-Trust Mobile Communication System)
Arachnet™ & AetherScale™
Mesh + Platelet Sensing
Bio-inspired resonance mesh and platelet-based sensor grid that turn
infrastructure into a cooperative sensing organism for anomaly detection
and structural awareness.
Protected by U.S. Provisional Apps:
63/918,438 (Arachnet Mesh Layer), 63/926,754 (Platelet-Based Sensor Architecture)
Together, these six filings create a defensible, layered IP position: engine (BioCore), channel (AetherPulse), and sensorium (Arachnet + AetherScale) — all aligned under a single organismic architecture designed to scale across home, enterprise, and mission environments.
Patent Portfolio
Ascend Dynamix holds a growing portfolio of provisional patents defining a new class of self-healing, post-quantum, zero-trust security architectures for AI, mobility, and distributed systems.
SAFE Engine — Tri-Strand PQC Engine
The SAFE Engine (Strand-Aligned Functional Encryption) introduces a tri-strand post-quantum cryptographic engine that aligns identity, behavior, and data into a single, living security fabric for endpoints and data flows.
Download BriefAetherScale™ Platelet-Based Sensor Architecture
A platelet-based distributed sensor architecture for thermal and load event detection across physical structures and enclosures. Individual platelets cooperate as a mesh, capturing local changes and aggregating them into global event-fields for structural awareness and anomaly detection.
Download BriefZero-Trust Mobile Network (ZTMN)
A carrier-independent, encrypted virtual SIM ↔ eSIM communication system enabling secure, identity-first mobility across data-only networks.
Download BriefAetherGuard™ Platform Foundations
A quantum-resistant, behavioral-aware security platform combining hybrid post-quantum encryption, duress-aware access control, and zero-downtime updates with CSfC-inspired layered assurance.
Download BriefArachnet™ Distributed Sensing & Resonance Mesh Layer
A bio-inspired distributed sensing and resonance mesh that turns fleets of devices into a cooperative sensing organism. Arachnet interprets tension shifts, resonance patterns, cryptographic signals, and behavioral drift across a multi-node PQC-secured mesh to enable real-time anomaly detection and coordinated, self-healing responses.
Download BriefBio-Inspired Dual PQC Architecture
A DNA- and nervous-system-inspired cryptographic fabric using complementary PQC strands, enzyme-like repair agents, and a neural communication layer to enable evolutionary, self-adaptive security across distributed systems.
Download BriefWhy Ascend Dynamix Matters Now
The shift to AI-driven, distributed, and mobile compute requires a new generation of security architectures. Traditional encryption, static updates, and centralized trust models cannot protect autonomous systems, field devices, or AI workloads operating at scale.
- AI workloads require PQC and tamper-resistant communication.
- Edge and field devices need self-healing, autonomous protections.
- Mobile and defense systems require carrier-agnostic, encrypted signaling.
- Autonomous agents cannot rely on human-driven security operations.
Ascend Dynamix directly addresses these challenges with architectures engineered for AI safety, sovereign mobility, and trusted computation.
Fit for NVIDIA Inception & Intel Ignite
Our technology aligns with the core missions of leading accelerator programs:
- GPU-accelerated cryptography & AI alignment: BioCore’s hybrid PQC and Arachnet’s mesh analytics fit naturally into GPU-based workloads and distributed inference pipelines.
- Secure autonomous systems: AetherPulse protects signaling and device identity across robotics, drones, and field-deployed AI agents.
- High-performance requirements: Sub-2ms PQC handshakes ensure no latency penalty for AI, robotics, or real-time systems.
- Scalable distributed architecture: Dual-PQC + Arachnet’s resonance mesh support secure multi-agent compute and edge-to-cloud coordination.
- IP defensibility: Six provisional patents form a unique, defensible technical moat.
Engagement Model
Ascend Dynamix collaborates with accelerators, strategic partners, and early adopters through:
- Technical review & code evaluation for the AetherGuard™ SAFE-Full runtime.
- Joint architecture planning for AI, distributed compute, and secure mobility environments.
- Pilot integrations with field devices, enterprise environments, and AI clusters.
- Co-development partnerships for advanced zero-trust, post-quantum, and distributed sensing features.
We prioritize partners who share a commitment to AI safety, sovereign compute, and next-generation cryptographic resilience.
Roadmap
- Q4 2025: Expanded BioCore SAFE-Full integration tests, ZTMN simulation node build-out, Arachnet mesh simulation across heterogeneous nodes.
- Q1 2026: First early-access pilots with enterprise & defense-adjacent environments.
- Q2 2026: AetherPulse carrier-agnostic prototype + API for secure mobility.
- Q3 2026: Distributed AI agent protection layer (neural-mesh communication + PQC) leveraging Arachnet.
Our mission is to secure AI, mobility, and digital sovereignty for the next era of compute.
Investor Materials & Contact
You can review our patent summaries and executive materials below: