When industrial operations cross borders, evidence must remain verifiable.

We are developing a method that links an object’s physical state and location to device identity, time and field data inside a trusted execution environment.

See how it works ↓

00 / INTRODUCTION · VERIFICATION MODEL

Device Identity
↓
Time
↓
Location
↓
State Signals
↓
Trusted Execution
↓
Verifiable Confirmation

KAZAKHSTAN
CONCEPT STAGE
PATENT APPLICATION FILED

01 / THE VERIFICATION GAP

Cross-border evidence is easy to fragment.

Cross-border operations rely on evidence collected by different devices and organizations. If that evidence cannot be linked to its source and context, discrepancies become difficult to resolve.

SOURCEWho or what produced the evidence?
CONTEXTDo time, location, and state signals describe the same event?
INTEGRITYHas the evidence changed after capture?
AGREEMENTCan multiple organizations verify the same result?

02 / VERIFICATION MODEL

Link four signals to one physical event.

Device identity, time, location and field signals are checked together inside a protected execution environment.

Device Identity
↓
Time
↓
Location
↓
State Signals
↓
Trusted Execution
↓
Verifiable Confirmation

Hardware-bound evidenceLinks captured evidence to the device that produced it.
Cross-signal consistencyChecks whether time, location and field data describe the same event.
Verifiable resultProduces a result that authorized parties can independently check.

03 / CURRENT STAGE

At concept stage, with one clear next step.

CURRENTDefine the use case with prospective partners
NEXTScope and test the MVP
FIRST TESTControlled China–Kazakhstan use case

Early requirements discussions are underway with an industry service provider in Horgos. No pilot or customer deployment has begun.

04 / IP AND GEOGRAPHY

China filing, with Kazakhstan priority claimed.

Intellectual property status

The invention patent application was filed in China and claims priority from an earlier Kazakhstan filing. It covers hardware-bound, multimodal confirmation of an object’s physical state and location inside a trusted execution environment.

First validation

The first controlled use case will focus on the China–Kazakhstan corridor.

05 / COLLABORATION

Help define the first MVP.

We are looking for technical and industry partners to shape a controlled China–Kazakhstan test.

Trusted execution and edge hardware
Industrial sensing
Systems integration
Cross-border operators
Enterprise pilot partners