KRNL Labs

The only cryptographically secure orchestration layer

Build dApps that rival apps by verifying not just outputs, but entire executions, models, and governance rules

Trust your AI. Govern your models. Prove your decisions.

Build dApps that rival apps by verifying not just outputs, but entire executions, models, and governance rules

Trust your AI. Govern your models. Prove your decisions.

Build dApps that rival apps by verifying not just outputs, but entire executions, models, and governance rules

Trust your AI. Govern your models. Prove your decisions.

Build dApps that rival apps by verifying not just outputs, but entire executions, models, and governance rules

Start Building

The Problem

Blockchains are great, but...

They can’t access real-world data directly (like weather, stock prices, etc.).

They can’t make complex computations easily (blockchains are expensive and slow for heavy tasks).

Transparency

They can’t keep things private (everything on-chain is public).

They can’t keep things private (everything on-chain is public).

They can’t access real-world data directly (like weather, stock prices, etc.).

They can’t make complex computations easily (blockchains are expensive and slow for heavy tasks).

Transparency

They can’t keep things private (everything on-chain is public).

They can’t keep things private (everything on-chain is public).

They can’t access real-world data directly (like weather, stock prices, etc.).

They can’t make complex computations easily (blockchains are expensive and slow for heavy tasks).

Transparency

They can’t keep things private (everything on-chain is public).

They can’t keep things private (everything on-chain is public).

Chains

API

Compute

Chains

API

Compute

Chains

API

Compute

Apps for the next internet must be unchained, they must leverage external systems in a highly performant and secure way.

We solve the trust problem horizontally
— across compute, chains, APIs, and AI.
Not just vertically like others.

KRNL unlocks trusted automation for every protocol, enterprise, and application.

It’s the only way to guarantee:

“This was the right output”

“From the right system”

"Used under the right conditions"

“Verified, attested, and
reversible if not"

“Verified, attested, and reversible if not"

“Verified, attested, and
reversible if not"

<Discover what others are building>

Taint Analysis
Pre-Transaction Compliance
AI Tethering
API Gateway
Private <> Public Blockchain Messaging
Atomic Delivery versus Payment (DvP)

Taint Analysis
Pre-Transaction Compliance
AI Tethering
API Gateway
Private <> Public Blockchain Messaging
Atomic Delivery versus Payment (DvP)

Real World Data
Cryptographic Bridge
Multi-chain Margin
Dynamic NFT
Transparent On-chain and Off-chain Insurance
Programmable Assets

Real World Data
Cryptographic Bridge
Multi-chain Margin
Dynamic NFT
Transparent On-chain and Off-chain Insurance
Programmable Assets

Taint Analysis
Pre-Transaction Compliance
AI Tethering
API Gateway
Private <> Public Blockchain Messaging
Atomic Delivery versus Payment (DvP)
Real World Data
Cryptographic Bridge
Multi-chain Margin
Dynamic NFT
Transparent On-chain and Off-chain Insurance
Programmable Assets

Taint Analysis
Pre-Transaction Compliance
AI Tethering
API Gateway
Private <> Public Blockchain Messaging
Atomic Delivery versus Payment (DvP)
Real World Data
Cryptographic Bridge
Multi-chain Margin
Dynamic NFT
Transparent On-chain and Off-chain Insurance
Programmable Assets

<How it works>

01

Seamless Transactions

Account Abstraction is used to streamline batch transactions and implement flexible billing models.

02

Orchestration & Enrichment

KRNL orchestrates Web3 ecosystems, Web2 services, and AI-driven functionalities

03

Verification & Security

KRNL ensures authenticity and compliance with verifiable inference through a robust AI-tethering framework, delivering transparent and accountable AI-driven processes.