The ALLY Product Family

Hardware security you can hold. Post-quantum protection that travels with you.

MCM Chip

Powered by MCM

Every ALLY product is built on MCM, our patent-pending hardware security architecture.

ML-KEM-1024 Post-Quantum Algorithms
Hardware Key Isolation
Zero-Inbound Architecture

ALLY Mesh

Communicate anywhere. Trust no one.

KICKSTARTER
ALLY Mesh Visualization

Hardware-secured mesh messaging. Your keys never touch your phone. Now live on Kickstarter.

Hardware Key Isolation
Post-Quantum Security
RF Signal DNA

Kickstarter Tiers

Early BirdBEST
ALLY Mesh USB-C module
$79
Standard
Module + protective case + 1yr updates
$99
Pro Bundle
ALLY Mesh + ALLY Vault + lifetime updates
$149
Activist Pack
5x modules for teams/NGOs/journalists
$299
Defense Eval
MCM-200-E developer kit
$999

ALLY Vault

Your data. Your rules.

COMING Q3 2026
ALLY Vault Visualization

Encrypted USB storage with duress mode and plausible deniability.

Dual-Partition Architecture
Duress Mode
Auto-Wipe Triggers

ALLY Drive

Protect your vehicle from the inside.

COMING Q4 2026
ALLY Drive Visualization

CAN bus firewall that stops attacks before they start.

CAN Bus Firewall
USB Packet Inspection
Threat DNA Capture

ALLY Key

The last password you'll ever need.

COMING Q3 2026
ALLY Key Visualization

FIDO2/WebAuthn token with post-quantum signatures.

FIDO2/WebAuthn
Context Binding
Anti-Phishing

The Vulnerability

Software encryption has a critical weakness: Keys live in device memory. A compromised device means compromised keys. Nation-states are already harvesting encrypted traffic for future quantum decryption.

  • Zero-days and forensic tools extract keys from software.
  • Harvest-now, decrypt-later attacks are active today.
  • Post-quantum algorithms offer zero protection if keys are stolen.
Mathematical Reality:
P(key_compromise) = P(host_compromise)

The MCM Solution

Three physically distinct security domains. The host is explicitly untrusted. Keys never leave the secure element.

  • Domain 1 (Host): Untrusted Platform
  • Domain 2 (Airlock): FPGA Protocol Die
  • Domain 3 (HSM): MEC175xB Secure Element
Mathematical Reality:
P(key_compromise) = P(host) × P(airlock) × P(HSM) ≈ 10⁻¹⁵
15 orders of magnitude improvement over software-only solutions.

Why We Are Different

Software PQC

(liboqs, wolfSSL)
Implement algorithms
Implements architecture
Keys in host memory
Keys never leave hardware
FIPS 140-3 Level 1
Targeting Level 3

Traditional HSMs

(Thales, AWS, YubiHSM)
Rack-mounted / Dongles
SD Card / USB-C / Embedded
Lack post-quantum algos
Native ML-KEM-1024
Passive storage
Active Threat Detection (RF DNA)

Foreign Silicon

(ESP32-based solutions)
DFARS compliance risks
DFARS 252.204-7012 Compliant
Foreign secure elements
US-Designed Microchip MEC175xB
Implicit trust
Host Explicitly Untrusted

MCM Roadmap & Generations

MCM-100 [Consumer]

USB-C form factor, ALLY product family

MCM-200 [Enterprise]

SD card form factor, data center integration

MCM-300 [Defense]

Tactical hardening, extended temperature range

MCM-300C [Space]

Dirac topological protection, radiation hardened

MCM-400 [Counter-AAI]

RF Signal DNA, Threat Intelligence Module

MCM-500 [Swarm]

Coordinated multi-platform operations