Dollarchip Technology Inc.

產品

MIND Governance Layer + XRM-SSD Fault-Tolerant Inference

Call



Document Status: Proposal Draft | Date: April 2026
Scope: Enhancing Exein Runtime with cryptographic governance (MIND) and optional extreme fault-tolerant fleet inference (XRM-SSD) to deliver provable policy enforcement, tamper-evident audit trails, and high-resilience management for BMC and IoT deployments in data centers and connected devices.
The Core Idea in One Sentence
MIND makes unsafe actions structurally impossible and cryptographically verifiable, while optional XRM-SSD ensures centralized fleet analytics remain consistent and available — even under power faults.
Why This Matters Now
Taiwan sits at the heart of global data center infrastructure and IoT ecosystems. But customers today face three converging pressures:

  1. Regulatory – EU CRA, DORA, NIST SP 800-193 demand provable compliance and auditability.

  2. Quantum threats – ECC-256 and RSA-2048 are becoming increasingly vulnerable, accelerating the need for crypto-agility.

  3. Fleet scale – Thousands of devices require not just threat blocking, but mathematical proof that critical policies are never violated.

Real-time detection alone is no longer enough.
That MIND Adds (Without Changing Exein Runtime)
MIND operates as a lightweight cryptographic governance overlay on the management plane:
Capability What It Does
Compiled Invariants Makes policy violations structurally impossible (e.g., firmware hash mismatch blocks boot)
Cryptographic Evidence Chains Every privileged action generates a tamper-evident SHA-256 audit trail
Crypto-Agility Support Enforces transition rules toward Post-Quantum Cryptography (PQC) during migration

Optional XRM-SSD adds sub-750ms fault-tolerant inference for centralized fleet platforms — ensuring AI-driven predictive maintenance stays coherent even under power-domain events.

Example Governance Invariants (for BMC & IoT)

  • Firmware hash must match signed golden manifest

  • Firmware updates require PQC-ready cryptographic signatures

  • Privileged actions require authenticated sessions

  • Configuration drift detected against fleet baseline

  • All critical commands produce tamper-evident evidence chains

These turn runtime protection into provably compliant security.

Business Impact at a Glance

Use Case Runtime Alone With MIND + (XRM-SSD)
BMC firmware protection Real-time blocking + Bit‑identical proof + structural prevention
IoT device security Anomaly detection + Provable policy + audit trails
Fleet predictive maintenance Local AI + Consistent governance + evidence chains
Incident forensics Detection logs + Tamper‑evident cryptographic evidence
PQC transition Not supported + Enforce “only PQC‑signed updates”

Integration & Overhead

  • Non-intrusive – Overlay on management plane; no core changes to Exein Runtime

  • Compatible – Works on BMC and IoT platforms

  • Low overhead – ~2% on governance nodes (benchmarked on NVIDIA H200)

  • XRM-SSD optional – For customers requiring extreme fault-tolerant fleet analytics

Commercial & Support Relationship

  • STARGA Inc. – Specializes in deterministic AI governance (aviation DO-178C, financial services)

  • Dollarchip – Authorized STARGA Partner for Asia-Pacific, responsible for technical engagement, PoC delivery, and local support in Taiwan