ELASTIC VECTOR ADDRESS
The authoritative ledger for space, context, and action
SPACE
XYZ
TIME
T
PLANE
P
What is an eVa Address?
A next‑generation identifier that binds where, when, and who/what to every asset-digital, physical, or virtual. eVa lets you route data, policies, and workflows with centimeter‑level precision across buildings, bases, campuses, cities, and orbital paths.
Works seamlessly with visualization in MoE and agentic automation via Neural Voyager.
Elastic Vector Address
XRDNA’s foundational addressing system that replaces outdated IP-based networks with a 5D spatial mesh.
Tracks data, users, devices, and agents across x/y/z + time + identity
Creates verifiable fingerprints for every interaction and asset
Enables precise policy enforcement based on location, mission, and role
Future-proofs communications across terrestrial, orbital, and virtual systems
eVa encodes the full context of any asset or interaction
Together, XYZTP forms a portable, cryptographically signed identity for assets, people, and data across physical and virtual domains.
Spheres of Influence (SoI) acts as the contextual trust layer on top of the address—defining who can see, do, or access what as entities move through space and time . By binding SoIs to XYZTP addresses, XRDNA ensures every action is secured, time-boxed, and policy-aware, whether in the real world, orbit, or a digital twin.
XYZ — Spatial (Position)
What It Is:
The precise 3D location of any user, device, asset, or data source—whether in the physical world (buildings, vehicles, satellites) or in digital/virtual environments (AR/VR spaces, simulations, game worlds, digital twins). Together,
Why It Matters:
XYZ anchors every interaction to where it actually occurs, enabling centimeter-level routing, policy, and visualization across both real and virtual domains
Digital Twin Alignment: Synchronizes physical coordinates with their virtual/AR/VR counterparts.
Object-Level Fidelity: Bind XYZ to rooms, racks, gates, vehicles, avatars, or 3D objects.
Actionable in MoE: XYZ renders as live layers in the Map of Everything for targeting, navigation, and tasking.
SoI Aware: Crossing XYZ boundaries—physical or virtual—can elevate or restrict access via Spheres of Influence.
T — Time / Temporal (When)
What It Is:
Event moment and validity window attached to every address.
Why It Matters:
T creates an immutable history and provenance, enabling replay, audit, and time‑boxed permissions.
Causality & Replay: Inspect what changed, where, and when—down to the second
Time‑Boxed access: Credentials, keys, and data views expire automatically when T windows close
Trust & Compliance: Append‑only logs support public‑sector impact levels and enterprise auditing
Model Lineage: When AI produces synthetic outputs, T binds inputs→model→outputs for verifiable lineage
P — Plane / Dimensional
(Frame of Reference)
What it is:
The coordinate frame or layer that defines how position is interpreted (building/floor, orbital track, 3D shard, simulation scene).
Why It Matters:
P normalizes heterogeneous spaces—physical, orbital, and virtual—so policies and workflows stay consistent.
Multi‑domain frames: Floors and facilities, maritime grids, air corridors, GEO/LEO tracks, game/sim scenes
Layered overlays: stack maps, polygons, and sensor tiles; toggle by mission role or SoI
Interoperability: Translate between planes without losing precision or policy context
Virtual + real fusion: Bind digital twins and simulations to their real‑world counterparts
FAQ
Functional Advantages of the Vector Addressing Layer
Context-Aware Indexing
Secure Layered Access?
Scalable Design
Decentralized Registry
Securing the Future of Situational Awareness
As environments become more distributed, autonomous, and adversarial, the future of situational awareness hinges on more than just real-time visibility—it demands contextual trust, precise spatial targeting, and secured orchestration.
Engagement Engine
eVa + SoI = Precise, Timely Engagement
Elastic Vector Addresses (eVa) locate the right content at the right span; Spheres of Influence (SoI) enforce context‑aware policy. Together, they deliver on‑time actions with zero‑trust guardrails.
Movement‑aware delivery
Entering an SoI triggers the right content, controls, or tasks. eVa resolves precise spans, while SoI gates what is visible and actionable.
Safer operations
Nothing leaks outside the sphere; everything is logged. Zero‑trust scopes, SoI labels, and immutable audit trails keep actions bounded and reviewable.
Operational clarity
A single, live picture in MoE with one‑tap actions. Surface the current SoI, status, and next best step—no hunting through tools.
Agentic readiness
Neural Voyager routes requests, runs automations, and writes results back—SoI‑aware plans, human approvals where needed.
Interoperability
Interoperable Addresses Across the Open Web & Walled Gardens
Location
Environment
Platform
Environment
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Elastic Vector Addressing enables precise, secure, and context-aware data delivery. Choose your path to explore, build, or partner with us.
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