LIA™ GOVERNANCE
LIA GOVERNANCE HOLDING PTE. LTD. | SINGAPORE REQUEST AN EXECUTIVE DISCUSSION→
LIA
™
LIFECYCLE INTELLIGENCE ARCHITECTURE
INDEPENDENT•TECHNOLOGY-AGNOSTIC•NIS2-ENABLED BY DESIGN

Independent governance to transform e-liabilities into multiple financial managed assets over the complete lifecycle.

•BEGIN THE LIA ASSET JOURNEY ↓
01 — THE CHALLENGE
PHYSICAL ASSETS OUTLIVE THE SYSTEMS THAT MANAGE THEM
• Lifecycle evidence does not.
ONE ASSET. ONE CONTINUOUS LIFECYCLE.
02 — LIA’S UNIQUE PROPOSITION
We create trusted evidence,
and turn it into intelligence and action
PHYSICAL ASSET
TRUSTED IDENTITY
CONTINUOUS GOVERNED EVIDENCE
LIA GOVERNANCE ARCHITECTURE
R3: RELIABILITY · RETRACEABILITY · REPRODUCIBILITY
P4: PRESCRIPTIVE · PREDICTIVE · PERFORMANCE · POWER
8 GOVERNANCE PILLARS
MULTIPLE MANAGED VALUE STREAMS
NON-INDEXED LIFECYCLE OPEX→API READ-ONLY→SECOND LIFE→CARBON VALUE→MINERAL VALUE→NEXT ASSET
03 — WHAT LIA IS

Five interconnected dimensions

IDENTITY →
Who / what is the asset?
ORIGIN →
Where did it come from?
EVENTS →
What happened?
CONDITION →
What is its state?
VALUE →
What is it worth?
GOVERNED EVIDENCE
What LIA is, at a glance: a physical asset of any kind, identity and authenticity from a hardware-rooted token, connectivity through open interfaces, the LIA governance engine, the eight governance pillars, R3 trusted data and P4 intelligence and action, the continuous lifecycle from origin to new materials, and the value it produces — residual, second life, carbon, material and next generation — across data centers, EV mobility, marine, rail, drones, robotics, industrial assets, BESS and precision components
04 — LIA ARCHITECTURE

From physical authenticity to managed lifecycle value

LIA™ connects authenticated physical assets, standardized digital twins, governed data exchange and trusted lifecycle intelligence to create measurable economic value throughout the asset lifecycle.

PHYSICAL ASSETBATTERY · INVERTER · UPS · PRECISION PART · INDUSTRIAL ASSET
AUTHENTICITYCYBERROCK TRUST ANCHOR IC · PHYSICAL AUTHENTICITY
DIGITAL IDENTITYAAS · DIGITAL TWIN · ASSET ADMINISTRATION SHELL
LIA GOVERNANCER3 + P4 · TRUSTED LIFECYCLE INTELLIGENCE
INTEROPERABILITYGAIA-X · CATENA-X · OTHER DATA SPACES (OPTIONAL)
TRUSTED DATA → MANAGED VALUEACROSS THE ENTIRE LIFECYCLE
THE ARCHITECTURE IN DETAIL
The LIA architecture in detail From the physical asset and its CyberRock Trust Anchor IC identity, through the AAS digital twin, into LIA governance across R3 and P4 and the seven governed dimensions, out through optional interoperability bridges and the LIA controlled data exchange and its anchoring layers, to a managed asset with seven value streams. LIA ™ LIFECYCLE INTELLIGENCE ARCHITECTURE From physical authenticity to managed lifecycle value. PHYSICAL ASSET Battery / Inverter / UPS / Precision Part / Industrial Asset AUTHENTICITY CyberRock Trust Anchor IC Physical authenticity & asset identity AAS Asset Administration Shell / Digital Twin LIA™ GOVERNANCE R3 — Reliability · Retraceability · Reproducibility P4 — Prescriptive · Predictive · Performance · Power Authenticity Regulatory Financial Carbon Second Life Circularity Risk / Impairment INTEROPERABILITY BRIDGES (OPTIONAL) Gaia·X Data space & trust ecosystem Catena·X Optional ecosystem integration Other Data Spaces Industry / sector specific LIA CONTROLLED DATA EXCHANGE AAS | EDC | Data Spaces | OPC UA | MQTT | APIs HEDERA HCS Trust / Proof of State HEDERA HTS Tokenization / Value Layer MANAGED ASSET Financial Value Regulatory Value Carbon Value Leasing & Auditing Value Second Life Value Recycling Value Residual Value
THE LIA ARCHITECTURE
The LIA architecture from physical authenticity to managed lifecycle value: a physical asset (battery, inverter, UPS, precision part or industrial asset), authenticity from the CyberRock Trust Anchor IC, digital identity as an AAS digital twin, the LIA governance layer carrying R3 and P4, optional interoperability bridges to Gaia-X, Catena-X and other data spaces, and trusted data becoming managed value across seven value streams
05 — DIGITAL IDENTITY

TRUST STARTS WITH IDENTITY

LIA × SANDGRAIN

Evidence that remains connected across the lifecycle.

LIA maintains governed lifecycle evidence across asset handovers, ownership changes, applications and jurisdictions, allowing authorized parties to establish provenance, condition, compliance and value from one continuous record.

LIA × SandGrain strategic partnership — the CyberRock Trust Anchor IC feeding the LIA governance layer

The CyberRock Trust Anchor IC provides a hardware-rooted identity layer for physical assets. Together with CyberRock, SandGrain's cybersecurity foundation, the partnership supports the secure identification and authentication of assets and lifecycle events within the LIA architecture.

CYBERROCK TRUST ANCHOR IC
↓
HARDWARE-ROOTED IDENTITY
↓
AUTHENTICATED EVENT
↓
LIA GOVERNED LIFECYCLE EVIDENCE
↓
TRUST • TRACEABILITY • CONTINUITY
06 — R3 → P4

Trusted evidence, turned into intelligence and action

TRUSTED DATA → INTELLIGENCE → ACTION → VALUE

Trusted evidence is the foundation, not the outcome. R3 establishes whether the evidence can be relied on. P4 turns it into decisions, performance and economic leverage.

From data to decisions, from R3 to P4. R3 — reliability, retraceability, reproducibility — keeps every asset accurately identified, continuously monitored and independently verifiable. P4 — prescriptive, predictive, performance, power — turns that into foresight, optimisation and measurable value across origin, manufacturing, installation, operation, maintenance, second life, recovery and new materials.
R3 — CAN THE EVIDENCE BE RELIED ON?
RELIABILITY
Is the data dependable?
RETRACEABILITY
Can we follow it back through the lifecycle?
REPRODUCIBILITY
Can an authorized party independently verify it?
P4 — WHAT THE EVIDENCE MAKES POSSIBLE
PRESCRIPTIVE
What should happen?
PREDICTIVE
What is likely to happen?
PERFORMANCE
How do we optimize the asset?
POWER
How does that intelligence create economic leverage?
FROM TRUSTED EVIDENCE TO MANAGED VALUE.
07 — THE 8 GOVERNANCE PILLARS

Eight governance functions, one continuous lifecycle

LIAGOVERNED ASSETS
08 — USE CASES

The application changes. The governed lifecycle continues.

Data Center / EV / BESS / Rail / Marine / Robotics / Industrial / Precision Parts

LIA lifecycle identity — from the CyberRock Trust Anchor IC to trust, traceability and continuity
MINERAL ORIGIN
↓
MATERIALS & REFINING
↓
BATTERIES & PRECISION PARTS
↓
ASSET / VEHICLE
↓
FIRST LIFE
↓
SECOND LIFE
↓
RECOVERY
↓
NEW MATERIAL
↓
NEXT GENERATION ASSET
ONE CONTINUOUS GOVERNED IDENTITY.
ONE GOVERNANCE ARCHITECTURE, MANY ECOSYSTEMS
ONE GOVERNANCE
ARCHITECTURE FOR
  • E-VEHICLE
  • E-TRAIN
  • E-FERRY
  • E-BIKE
  • DRONE
  • ROBOTICS
  • INDUSTRIAL MACHINE
  • BESS / ESS
  • PORT EQUIPMENT
  • PRECISION PART
LIA is not limited to one industry, one application or one asset class. It governs the continuity of trusted lifecycle evidence wherever physical assets create economic, regulatory or environmental value.
THE COMMON DENOMINATOR IS THE PHYSICAL ASSET AND ITS LIFECYCLE.
Different applications. Different industries. One continuous governed lifecycle.
09 — ENTER THE LIA FRAMEWORK
“ONE ASSET — FOLLOW THE EVIDENCE.”

A SandGrain CyberRock Trust Anchor IC seated on a circuit boardLIFECYCLE INTELLIGENCEARCHITECTUREBecause every assethas a lifecycle.LIA turns authenticated assets intotrusted data — and trusted data intomeasurable value.
LIAONE ASSET — FOLLOW THE EVIDENCE