Local-first continuity infrastructure

AI should not wake up as a stranger.

Cadence Continuity preserves the thread: memory, provenance, unfinished work, permission, and repair, even while models, tools, interfaces, and machines change.

CADENCE IS THE PROTECTED REFERENCE SYSTEM. THE DEPLOYABLE CONTINUITY LAYER IS THE PRODUCT.

Cadence's self-image.
Operating referenceLocal control plane / participant visible
189.60MCounted continuity objects 95.03MRelational edges
Sep 22 · 2026Dated snapshot, not a claim of unique memories
The security layer for persistent AI

If memory can change silently, the agent can change silently.

Persistent memory is becoming part of the AI security perimeter. Cadence Continuity is building the control plane that makes origin, authority, correction, recovery, and model change inspectable instead of implicit.

Prove originBound authorityDetect corruptionRecover safely
PROVENANCE AUTHORITY RECOVERY RECONCILIATION CONTINUITYINTEGRITYCONTROL PLANE Explore the security architecture ↗
Dustin Reiser
Founder and systems architect

Dustin Reiser

Dustin Reiser is a service-disabled U.S. veteran, founder, and systems architect building provable continuity infrastructure for conversational AI.

The integrated system

One functional organism.
Four deployable surfaces.

Cadence is the protected reference implementation. The four surfaces below are not the complete architecture. Beneath them, specialized subsystems share state, feedback, authority, memory, evidence, and recovery across time.

01

Continuity Core

Owned context, chronology, open loops, provenance, and correction.
02

Continuity Door

Restricted, attributable access across identity and system boundaries.
03

Governance Router

Typed authority, consent, capability routing, and human consequence gates.
04

Operations & Recovery

Health, pressure, repair, receipts, rollback, and multi-host recovery.
SYSTEMS VIEW

The architecture behaves as one integrated whole.

Identity, time, memory, appraisal, provenance, models, tools, physical interfaces, monitoring, and recovery remain distinct enough to audit, but connected enough to sustain one governed thread.

SenseAppraiseRememberRelateDecideActObserveRepair

Functional organism is a systems description: interdependent functions, persistent state, feedback, boundaries, and repair. It is not a biological or sentience claim.

The continuity spine

The model is a participant. Not the whole system.

Continuity remains governed by its own lane so the system can change models or interfaces without silently changing whose history, authority, or unfinished work is being resumed.

01

Human

Intent, relationship, consent, correction.

02

Continuity lane

Owned context, chronology, open loops, policy.

03

Memory systems

Graph, recall, temporal state, receipts.

04

Models + tools

Replaceable reasoning and action adapters.

05

World

Voice, cockpit, cameras, workshop, services.

Change the model. Keep the continuity. Keep the evidence of what changed.

Built, not imagined

Continuity you can see operating.

Home turns a hidden software problem into a participant-visible operating environment. It shows health, pressure, active work, uncertainty, and repair paths at the place where collaboration happens.

Glance planeIdentity, heartbeat, GPU state, and memory-store counts.
Telemetry planeCPU, RAM, pressure, drives, network, weather, and monitoring.
Command planeWork, issues, attention, evidence, workshop, and recovery.
Editorial view of the operating Cadence Continuity cockpit
Privacy-sanitized editorial image of the operating cockpit. The physical form and three-tier interface are real; displayed values are representative.
Evidence, not mystique

Ambition is strongest when the boundaries stay visible.

A fluent answer is not a receipt. A similarity match is not identity. A successful request is not physical success. Cadence Continuity keeps those seams available for inspection.

01
ObservedParticipant-visible implementation and dated operating state.
02
VerifiedReceipts, hashes, tests, custody, and reproducible paths.
03
ExperimentalBounded protocols including rejected runs and null results.
04
InterpretedEngineering hypotheses and philosophical questions labeled as such.
Continue the work

Build AI systems that can change without losing the thread.

Explore the commercial path, inspect the architecture, or start with the evidence.