The Proof Behind Zero Touch Points
Safe by Design. SSDR Certified
An architecture that removes the need for anyone to ever touch a device only works if it's safe to leave untouched. Risk is engineered out at the physics and materials level in every DKS unit — not managed after the fact with procedure — then independently verified against ISO 2919 and SSDR standards before it ships.
SSDR Certified
Independently tested and registered by third-party evaluators and government regulators against stringent nuclear safety standards.
Packaging & Transport
Every Litzee® and Nucleon™ unit ships in Type A packaging as standard — engineered for safe handling and transport from day one, not added as an afterthought.
Environmental Endurance
Tested against high-G ballistic shock, full-range atmospheric pressure, thermal shock (−40°C to +120°C), and sustained vibration — the same extremes the architecture is built to operate in.
ISO 2919 Class 3 by Design
(Higher Specifications Available)
| Testing Factor | ISO Standard Requirement | DKS Performance |
|---|---|---|
| Temperature | Tested -40°C up to +180°C (1hr) + thermal shock | Extreme Environment Agnostic |
| Ext. Pressure | Tested 25 kPa abs to 2 MPa abs | Rated for Subsea Application |
| Impact | 2g mass dropped from 1m, or equivalent energy | Laser Welded Steel |
| Vibration | Standard frequency range (25 Hz to 500 Hz) | Tracked Vehicle Ready |
| Puncture | 10g mass, 3mm pin diameter, dropped from 1m | Ruggedized |
This isn't a compliance checklist bolted onto finished hardware. It's the same physics-first design discipline that makes zero-touch deployment possible everywhere DKS power operates.