MDI is coordinating a $3.0M Primary Institutional Round ($1.0M structured pilot layer) to drive cross-sector platform validations and finalize deep OEM strategic hardware SDK modules.
No persistence. No execution. No compromise.
MalCure gates unauthorized persistence-level changes before they can transition into durable execution. Operating fully autonomously below the operating system, it enforces system homeostasis where cloud connectivity is broken and failure is an option for no one.
The threat environment evolved. Security architecture did not.
Targeting firmware attacks, bootkits, rootkits, and supply-chain persistence where traditional agents are inherently blind. The attack surface has migrated beneath every OS-resident security tool ever built.
Tailored for air-gapped environments, active jamming, degraded communications, and high-consequence tactical edge operations. Cloud-dependent defense collapses exactly when and where it is needed most.
Halting polymorphic malware, adaptive persistence anomalies, and machine-speed mutation vectors before they commit to disk. Signature-based and behavioral tools are structurally incapable of keeping pace.
"The cybersecurity industry optimized for cloud-connected detection. The next decade belongs to autonomous prevention."
MalCure was not invented in a boardroom.
For more than twenty years, Dr. Nicholas Phillips operated in high-consequence environments where connectivity disappeared, adversaries achieved root access, legacy security agents routinely failed, and malicious persistence survived.
The conclusion was unavoidable: a compromised operating system cannot defend itself. MalCure was engineered out of operational necessity to address this foundational architectural flaw.
Deployed EDR goes blind. Zero telemetry. No classification. Adversary operates freely.
Security agent blinded from below. Detection impossible. Persistence established before any alert fires.
Defense must operate below the OS — below the threat and below the attack surface entirely.
Architecture that enforces homeostasis beneath everything the adversary can reach.
This interface visualizes live telemetry generated by the MalCure alpha platform.
MalCure does not hunt threats. It enforces digital homeostasis.
Compiled natively for: x86_64 (VT-x / AMD-V) | ARM64-A (TrustZone) | RISC-V H-Extension | UEFI Spec 2.10+ registers
The Vulnerable Surface — Subject to privilege escalation, rootkit tampering, and sub-OS blindness from advanced exploit vectors. Every conventional security product operates at this layer or above it.
Operating out-of-band at the Ring −1 hypervisor tier via lock-free MPSC queues to intercept boot, driver, registry, and configuration mutations with zero system latency via Sterilized Persistence Vectors (SPVs).
Executes an atomic rollback to a signed, clean state snapshot via instant pointer swaps to trusted clean bitmaps, auto-healing compromised endpoints under 0.2ms without requiring a system reboot.
Deploys Dynamic Entropy Logic and adaptive memory decoy page rotation to bait, isolate, and neutralize polymorphic exploits at the physical hardware bus layer, fabricating success telemetry to the pathogen.
Generates localized threat telemetry into an Antigen Definition Package (ADP) and autonomously propagates peer-to-peer across a disconnected mesh network, creating fleet-wide vaccination without a cloud dependency.
Click any architecture layer on the left to display full technical specifications.
Direct architectural comparison against traditional host defense frameworks.
| Capability | Antivirus | Legacy EDR | XDR (CS/S1) | MalCure |
|---|
When a hostile payload probes the system, MalCure fabricates a convincing success signal to the pathogen while quarantining execution in an isolated memory decoy.
↑ What the attacker sees. Completely fabricated by MalCure.
↑ The actual sub-OS event record. The attacker never sees this layer.
"The most dangerous security system is one the adversary believes they have already defeated. MalCure is that system."
From proven alpha to OEM scale — a phased architecture of trust, validation, and market creation.
Former US Cyber Command mission specialist. 20+ years building secure operational software for high-risk defense environments. Inventor of MalCure’s patent-pending sub-OS architecture.
VP & CTO of Parsons Corporation. 20+ years of technical operational domain expertise spanning the DoD and Intelligence Community networks.
Former Senior VP at Cisco Systems and Chairman/CEO of NDS Group. 40+ years guiding executive corporate scaling strategies.
Product Leader with deep operational history designing and shipping complex scale solutions across Meta, Apple, Google, and Netflix.
Growth scale strategist with corporate expansion leadership across four separate defense entities, guiding over $12B+ in federal contract wins.
Building the foundation layer of digital sovereignty.