About Hivra

Hivra is a Person-First Runtime.

We call it a reference implementation of a Person-First Runtime. The Capsule is not an account, platform, or social profile. It is a stable continuity layer where a person’s state, memory, and trust context are anchored.

The inversion

Reference model and vocabulary.

We do not model an abstract social graph first. We model a person as the source of continuity, and then connect applications, transports, and services to it through controlled, inspectable surfaces.

Person / Capsule

Capsule is the personal runtime anchor: persistent, stateful, and not an account in a platform sense.

Persistent local runtime

Capsule continuity remains stable across installations and sessions; runtime processes can start, stop, and recover around it.

Replaceable capabilities

Core does not own a fixed app surface. Capabilities can evolve and rotate while continuity remains intact.

Capsule boundaries

What Capsule owns.

Only the continuity layer: data that should stay stable with the person even when capabilities change.

Continuity

A durable thread that ties person-owned state and authenticated history over time.

Authenticated history

Evidence that records state transitions and key decisions in the trust layer.

Core state

Stable anchors used as a root for local validation and reconciliation.

Bounded capability context

Current state defines which capability calls can be accepted from which source.

Adapter contracts

Ports for external services are not merged into Core truth; they are attached as replaceable interfaces.

Evidence boundary

Core accepts domain truth through defined transitions; external receipts and journals remain owned by their capability or effect boundary.

What Capsule does not mean

Hard guardrails.

Not an account A Capsule can use accounts, but it is not itself a provider account.

Not a social graph node We do not treat every relation as a social edge with implicit privilege.

Not a wallet Financial modules are capabilities, not the continuity core.

Not a transport identity Network protocols and endpoints are pluggable, not canonical.

Not an app container Applications are clients of the runtime and can be replaced without replacing a person.

Trust layer

Slots, Starters, Invitations, and Relationships.

Trust setup is part of the Core/Ledger domain, but it is not the whole definition of Hivra. These mechanisms establish explicit trust paths without turning Hivra into a universal control relay.

Slots

Structured positions in Starter-related state, tracked by Core/Ledger semantics.

Starters / Invitations

Concrete setup artifacts used to initiate an explicit relationship path.

Relationships

Ledger-backed outcomes of trust establishment, not a default social graph with implicit privilege.

Capabilities and adapters

What applications can and cannot own.

Capabilities are composable plugins or modules. Transport and provider integrations are replaceable adapters behind them.

Runtime plugins

Chat, AI, trading tools, and similar capabilities are loaded as modules.

Replaceability

Capabilities can rotate if they keep host API contracts and do not break continuity.

Evidence boundary

Effects and receipts stay tied to the provider or capability boundary and are not merged back as person continuity by default.

External world

Transport is always an adapter.

Protocols and providers are interchangeable adapters as long as they respect capability contracts. Core truth remains person-bound.

Transport adapters

Wiring for protocols, APIs, and networks stays replaceable.

Evidence separation

Activity logs, proofs, and attestations stay at explicit capability or provider boundaries.

No protocol lock-in

Loss of a transport does not erase person continuity.

Why this matters

Applications become replaceable assets.

Person continuity first A core state survives app migration, provider migration, and service churn.
Smaller blast radius Compromise in one adapter does not automatically corrupt person continuity.
Composable future New modules can be introduced without redesigning the continuity core.
Current architecture

What Hivra does today.

This section intentionally describes implemented behavior only.

Implemented in current stack

  • Person-first continuity model anchored in Capsule.
  • Core state, authenticated history, trust setup, and capability context tracking.
  • Starters + invitations + relationship path for trust setup.
  • Capability plugins with replaceable transport and provider adapters.

Intended but not implemented as core semantics

  • A complete warrant protocol beyond the implemented trust setup.
  • Default tree-shaped trust graph semantics.
Research direction

2026 → 2030 hypothesis track.

These are forward-looking assumptions, not claims of current implementation.

Autonomous services are execution-first.

Autonomous execution remains research direction around the runtime, not current Core semantics.

Intent-first interaction.

Human intent resolves through runtime composition before UI and provider choices.

Local-first intelligence.

On-device stacks move toward first-class planning, safety, and context operations.

Blockchain as selective infrastructure.

Not every interaction must be on-chain; settlement and audits can stay selective.

Effect lifecycle

One capability owns the path from goal to outcome.

Product semantics stay with the capability. Adapters execute bounded requests; verified receipts return to the same owner for reconciliation.

  • Goal enters capability
  • Capability decides
  • Adapter executes
  • Receipt reconciled
  • Result returns
Person / Capsule Continuity root
Capability Owner Decision + operation ID
Capability Adapter Execution
Receipt / Reconciliation Retry + restart

The same owner survives retry, restart, and reconnect. Core/Ledger receives only accepted domain truth; an external effect does not become Capsule history merely because it occurred.