Predictive intelligence that works anywhere—hardened by Zero Trust security.
TCU Hermod processes critical diagnostics directly on the machine to stop failures before they strike, entirely independent of cloud connectivity. Built from the ground up with continuous authentication and secure, bi-directional D2X links, it ensures that your equipment and data remain impenetrable—offline or online.
Moving beyond basic telematics to advanced machine intelligence.
While basic telematics tells you where your machine is, TCU Hermod tells you what it's doing, how it's performing, and what will happen next. It acts as a powerful central nervous system, ensuring secure, reliable, bi-directional Device-to-Everything (D2X) communication that seamlessly links your equipment to remote operational hubs of any type. TCU Hermod provides a powerful embedded engine for Predictive Information Discovery to catch failures before they happen, optimize complex assembly lines, and keep processes running smoothly without unexpected shutdowns.
The TCU Hermod Edge Architecture
Unlike legacy telematics dongles that act as passive conduits streaming uncurated CAN bus noise to distant data centers, TCU Hermod inverts the compute paradigm. High-frequency sensor streams are evaluated directly inside a deterministic C++17 edge engine within single-digit microsecond windows.
- Deterministic Rule Execution: 0% floating-point overhead, zero heap allocation jitter.
- Continuous Hardware Isolation: Micro-segmented CAN transceivers prevent remote takeover vectors.
- Zero Airtime Waste: Only curated anomalies, health ratings, and priority alerts are synced.
Tailored Edge Intelligence by Industry Vertical
Immediate operational uptime and total cost of ownership (TCO) justification for fleet leaders and operations directors.
Industrial & Plant
Robotic welding, presses, and continuous assembly lines.
Explore Vertical →Automotive Fleets
Commercial transport fleets with UNECE R155 readiness.
Explore Vertical →Offroad & AgTech
Autonomous tractors and sprayers operating in remote zones.
Explore Vertical →Mining & Heavy
Subterranean excavators and 400-ton haul trucks.
Explore Vertical →Oil & Gas
Remote pipeline compression with 0% cloud egress.
Explore Vertical →Engineered for Zero Downtime and Absolute Silicon Integrity
Six fundamental engineering principles powering the TCU Hermod platform across hostile fleet and plant environments.
Offline Edge Analytics
- Onboard predictive model execution
- Real-time mechanical drift detection
- Zero cloud connectivity required
- Complete cellular data cost savings
Zero Trust Security
- Hardware Root of Trust (CC EAL6+)
- Micro-segmented CAN bus transactions
- Continuous cryptographic authentication
- Lateral attack isolation between buses
Bi-Directional D2X
- Curated diagnostic synchronization
- Low-bandwidth event forwarding
- Secure over-the-air actuation controls
- Resilient D2X multi-link protocols
Rugged for Harsh Environments
- IP67 / IP69K sealed against dust and high-pressure water
- Wide operational temperature (-40°C to +85°C)
- Shock & vibration compliant with MIL-STD-810G / ISO 16750
- Transient protection compliant with ISO 7637-2
Secure Over-The-Air Updates
- Dual-bank A/B flash memory partitioning
- Automatic hardware rollback fail-safe
- Cryptographically signed delta update packages
- Uptane framework compliance (IEEE-ISTO 6100)
Zero-Data-Loss Store & Forward
- Non-volatile high-capacity ring buffering
- Prioritized delta sync upon reconnection
- Tamper-evident cryptographic burst transmission
- Zero cloud dependency during network outages
Silicon-Rooted Security. Industrial-Grade Quality. Audited Compliance Ready.
We connect functional safety engineering with silicon-enforced Zero Trust cryptography, providing an auditable, fail-safe foundation for Tier-1 OEMs and heavy fleet operators.
NIST SP 800-207
Zero Trust Architecture enforcing continuous mutual verification via mTLS, least-privilege memory spaces, and dynamic CAN segmentation.
ISO 21434 & UNECE R155
Complete Threat Analysis & Risk Assessment (TARA) engineering with CSMS-ready documentation, immutable logging, and tamper-resistant memory.
UNECE R156 & ISO 24089
SUMS compliance framework with dual-bank A/B memory rollback fail-safes, cryptographically authenticated manifests, and delta hashing.
IEEE-ISTO 6100 (Uptane)
Compromise-resilient firmware delivery with strict separation of director/image verification keys, MITM defense, and monotonic counters.
IATF 16949 & ISO 9001
APQP and PPAP Level 3 readiness, automated optical inspection during PCB fabrication, and end-to-end wafer-to-reel component traceability.
ISO 26262 ASIL & IEC 61508
Low Failure-In-Time (FIT) rate architectures, redundant watchdog circuits, deterministic safe-state transitions, and memory protection unit (MPU) isolation.
IEC 62443-4-2 SL-2 / SL-3
Hardware-unique DevID keys, cryptographically enforced role-based access control (RBAC), and hardware-accelerated AES-256-GCM ciphering.
Common Criteria EAL6+ & FIPS
Silicon-level physical tamper detection, side-channel shielding, zero plaintext key exposure in RAM, and true random number generation (NIST SP 800-90 TRNG).
Hardware-in-the-Loop (HIL) Partner Evaluation
Deploy TCU Hermod hardware evaluation units directly on your test bench or pilot fleet under mutual non-disclosure. Pre-configured with your specific CAN/J1939 baud rates and proprietary DBC telemetry definitions.
Architectural Whitepapers, Datasheets & Test Reports
Download peer-reviewed technical publications, hardware pinout datasheets, and regulatory compliance packs.
TCU Hermod Hardware Datasheet
Pinout diagrams, mechanical dimensions, electrical input ranges, IP67/IP69K sealing specs, and dual-core ARM Cortex-M7/M4 architecture details.
Zero Cloud Dependency Whitepaper
Mathematical modeling comparing vertical bitmap pattern matching to deep learning neural inference, demonstrating 94.8% bandwidth savings.
Hardware-Rooted Security Architecture
Common Criteria EAL6+ secure element implementation, dynamic CAN bus micro-segmentation, and silicon monotonic counter replay protection.
Deterministic D2X Connectivity Guide
Specification for low-latency point-to-multipoint machine synchronization, prioritized store-and-forward telemetry, and fallback mesh networks.
Environmental & Shock Lab Audit
Certified third-party lab test reports verifying continuous operation under MIL-STD-810G vibration, 50g shock, and thermal cycling from -40°C to +85°C.
OEM CSMS & SUMS Compliance Pack
Turnkey compliance artifacts mapping ISO 21434 TARA findings to UNECE R155 Annex 5 requirements and Uptane IEEE-ISTO 6100 update workflows.
Inverting the Computational Model at the Edge
Treating telematics hardware as an autonomous intelligence node rather than an expensive, dumb data pipe.
Abdel Díaz
Abdel Díaz founded Norn Dynamics to bridge the divide between safety-critical embedded engineering and real-time failure prediction. Drawing on extensive expertise in deterministic systems, low-level C++ systems compilation, and open-source contributions to Eclipse telematics runtimes, he architected the Norn deterministic edge platform to solve the high costs and vulnerabilities of cloud-dependent telematics.
His philosophy of "structural determinism over probabilistic opacity" drives Norn's commitment to silicon-rooted Zero Trust security and zero-data-loss autonomy for industrial operations worldwide.
Our Mission
To eliminate catastrophic industrial downtime by delivering microsecond, explainable failure intelligence running directly on physical equipment without cloud reliance.
Our Vision
A global industrial ecosystem where every machine operates as an autonomous, self-diagnosing, and impenetrable node in a zero-trust network.
Core Values
Uncompromising Determinism: We replace probabilistic guessing with mathematical truth.
Silicon-Rooted Security: Privacy and integrity are hardware-guaranteed.
Zero-Waste Efficiency: Slashing unneeded bandwidth and power consumption at every byte.
Environmental Sustainability: Decarbonizing at the Edge
Conserving natural resources through science-based targets (-42% Scope 1 & 2 GHG by 2030), 100% renewable electricity, and silicon-rooted <2.5W computing that eliminates 99% of cloud server carbon overhead.
Frequently Answered Technical & Operational Inquiries
Direct answers to the top engineering, security, and financial questions from OEMs and fleet leaders.
Contact Us
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