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INAPSE

The execution layer of the agentic internet.

From intent to execution — instantly, securely, everywhere. Inapse is the missing layer between human intent and digital action. The interface stops being where work begins and ends; it becomes the execution surface itself.

BUILDINGAIINFRASTRUCTUREAGENTSSECURITY
A figure commanding a glowing transaction-control panel — a QR execution pipeline approving a transfer over a future-city skyline

The future isn’t more apps — it’s no apps. Turning your intents into action, instantly, securely, and without friction.

THE MISSING LAYER

Full access, or none at all

Agents today operate at two extremes — full access, which is unsafe, or no access, which is useless. There is no middle ground: no architecture for controlled, fine-grained execution. Today’s agent stacks are powerful, and fundamentally unsafe.

No fine-grained permission control

No secure key handling

No safe execution of financial or sensitive actions

Reliance on cloud bots and plaintext processing

THE MOVE

Move the agent to the input layer

Inapse relocates agent execution from the cloud to the keyboard — the lowest-level input surface on any device. By operating before data reaches any app, it achieves what cloud architectures structurally cannot: controlled, encrypted, user-confirmed execution. It turns agent access from binary into programmable.

A mobile keyboard surfacing crypto and AI apps as an execution layer — cross-chain, decentralized, gas-abstracted
The execution layer lives in the keyboard — a programmable surface in front of every app

Before · Cloud agent

Full AccessorNo Access

Binary access model — no middle ground.

After · Inapse

ReadWriteExecuteTransactConfirm

Controlled execution — the user confirms specific actions within defined boundaries.

THE INAPSE STACK

Three layers, one pipeline

Capture intent. Encrypt at origin. Route into execution. The stack is built as one continuous system, not a bundle of disconnected tools — and two of its layers are ventures in their own right.

IntentEncrypted payloadExecution
01

Input Layer

Keyboard · always-on

Captures intent at the source — before any app, network, or OS can intercept it. The keyboard is the only universal interface across every platform.

02

K2K Encryption

K2KE

Zero-knowledge execution

Encrypts data before it reaches any app or network. Keyboard-to-keyboard encryption means zero plaintext exposure — no app, cloud, or OS ever sees the payload.

03

QR20 Protocol

QR20

Execution pipeline

Turns encrypted intent into executable pipelines, bridging AI agents, APIs, and blockchain. Composable, shareable, and privately executable across any platform.

Authored visually in Inflow and compiled straight to the QR20 protocol — the pipeline you draw is the pipeline that runs.

The Inflow pipeline builder — a node graph of agents, routers, and tools on a canvas
Inflow — the visual pipeline builder
The same pipeline compiled to QR20 JSON — intent, routing, and execution steps
Compiled to the QR20 protocol
WHY IT WINS

Value lives at the execution layer

Interface layers capture attention; infrastructure layers capture value. Inapse sits at the layer that controls what agents can actually do — transactions, API calls, and intent routing all pass through it.

Agent interface layerAttention
Execution layer — InapseValue
Device / OS layerCommodity
THE THESIS

The natural evolution

Every agent framework that gains adoption creates demand for the execution infrastructure beneath it. Inapse is positioned to capture that value regardless of which agent interface wins — the proof-of-concepts show what’s possible; Inapse makes it viable.

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