Verification Before Execution
— for Crypto.
Pre-execution governance infrastructure that verifies authority, policy, evidence, state, and risk before any irreversible crypto action is signed.
What is VaultProof?
VaultProof is pre-execution governance infrastructure for crypto and digital assets. It sits before the signer — not after the incident.
Every bridge withdrawal, treasury transfer, agent trade, and validator action is checked against authority, policy, evidence, state, and risk before execution.
Pre-Execution
Verification happens before the transaction is signed, not after settlement.
Proof Packets
Every decision is sealed into a signed Execution Verification Record (EVR).
Three Outcomes
Every action receives an ALLOW, HOLD, or DENY decision with full audit trail.
Why Pre-Execution Governance?
Monitoring after execution is not enough. Crypto transactions are irreversible — there is no undo button, no chargeback, no recall.
Post-Execution is Post-Loss
Traditional monitoring detects threats after funds have already moved. In crypto, that often means the damage is already permanent and irreversible.
Verification Gate Required
Irreversible actions demand a verification gate BEFORE execution. Authority, policy, and risk must be checked while the action can still be stopped.
Signed Proof of Decision
Every pre-execution check produces a signed Execution Verification Record — cryptographic proof that governance was applied before the action.
The Cost of Unverified Execution
Many major crypto losses reveal a common control gap: high-impact actions executing before authority, policy, state, and risk are sufficiently verified.
Lost to unverified execution across major incidents
Ronin Bridge
Unauthorized validator signatures drained the bridge with no pre-execution check.
Wormhole
Spoofed guardian signatures bypassed verification, minting unbacked assets.
Poly Network
Cross-chain relay manipulation with no authority verification gate.
Atomic Wallet
Private key extraction led to mass unauthorized withdrawals.
Beanstalk
Flash-loan governance manipulation executed without policy checks.
Mango Markets
Oracle manipulation and margin exploitation with no state validation.
How VaultProof Works
Eight sequential verification stages evaluate every action before it reaches the signer.
Authority
Verify the identity and permissions of the requesting entity.
Policy
Check the action against configured governance rules and thresholds.
Evidence
Collect and validate supporting attestations and contextual data.
State
Assess current on-chain state, balances, and environmental conditions.
Risk
Evaluate composite risk score from all preceding checks.
Decision
Produce an ALLOW, HOLD, or DENY determination.
Proof
Seal the decision into a signed Execution Verification Record.
Execute
Forward verified actions for signing and settlement.
Three-Outcome Decision Model
Every action receives one of three deterministic outcomes. Every outcome is recorded as a signed Execution Verification Record.
ALLOW
All verification checks pass. The action is cleared for execution with a signed proof packet attached.
Full authority confirmed • Policy compliant • Risk within threshold
HOLD
Verification identifies conditions requiring human review. Action is paused pending additional authorization.
Threshold exceeded • Anomaly detected • Manual review required
DENY
Verification fails on one or more critical checks. The action is blocked and a denial record is sealed.
Authority invalid • Policy violation • Risk exceeds limits
Bridge & Withdrawal Gate
Stop unauthorized outflows from bridges and withdrawal systems before they execute.
Pre-Execution Bridge Protection
Every bridge withdrawal request passes through VaultProof’s verification gate before reaching the signer. Unauthorized, anomalous, or policy-violating withdrawals are blocked with a signed denial record.
Withdrawal Request → Authority Check → Policy Evaluation → State Validation → Risk Score → ALLOW / HOLD / DENY → Signed EVR
Validates withdrawal authority against registered signers and permission sets.
Enforces velocity limits, amount thresholds, and cool-down periods.
Checks on-chain state for liquidity anomalies and bridge reserve ratios.
Designed to detect bulk extraction patterns that characterize bridge exploits.
Every blocked withdrawal generates a signed Execution Verification Record for audit.
Multisig / Treasury Co-Signer
A Safe-compatible guard concept for treasury operations and multisig governance.
Pre-Signing Treasury Verification
VaultProof is designed to act as a verification co-signer for multisig treasuries. Before a transaction is queued for signing, it passes through authority, policy, and risk evaluation.
Treasury Proposal → Signer Authority Check → Spending Policy → Budget State → Risk Assessment → ALLOW / HOLD / DENY → Signed EVR
Compatible with Safe (Gnosis Safe) module and guard architecture.
Enforces per-signer authority limits, spending caps, and time-based restrictions.
Validates treasury state — balance coverage, pending allocations, reserve ratios.
Applies organizational governance policies before signatures are collected.
Produces tamper-evident proof that governance was applied before each treasury action.
AI-Agent Trade Gate
Govern autonomous trading and agentic actions with pre-execution verification.
Autonomous Agent Governance
AI trading agents and autonomous systems are routed through VaultProof before executing on-chain actions. The verification gate enforces policy before every agent trade.
Agent Action Request → Agent Identity Check → Trading Policy → Market State → Position Risk → ALLOW / HOLD / DENY → Signed EVR
Verifies agent identity and authorization scope before any trade execution.
Enforces position limits, drawdown thresholds, and concentration rules.
Validates market conditions and detects anomalous trading patterns.
Prevents runaway agent behavior with real-time risk scoring.
Full audit trail of every agent decision with signed Execution Verification Records.
Validator / Subnet Gate
Designed for decentralized AI networks — verify validator and subnet operations before execution.
Decentralized AI Network Governance
For networks like Bittensor (TAO), VaultProof validates validator registrations, weight submissions, subnet operations, and staking actions before they execute.
Validator/Subnet Action → Node Authority → Network Policy → Chain State → Stake Risk → ALLOW / HOLD / DENY → Signed EVR
Validates validator identity and registration authority against network rules.
Enforces subnet-specific policies for weight setting, emission distribution, and governance votes.
Checks network state for anomalous consensus patterns or stake concentration.
Prevents unauthorized validator deregistration or malicious weight manipulation.
Anchors verification proofs to the network for transparent governance auditability.
EVR Explorer & Proof Registry
A public or permissioned registry of signed Execution Verification Records. Every decision is queryable, verifiable, and auditable. Sample records shown below.
Cryptographic Signatures
Every record is signed with the verification engine's key, producing tamper-evident, independently verifiable decision records.
Queryable & Filterable
Search by action type, decision outcome, risk level, time range, or entity identifier.
On-Chain Anchoring
Proof packet hashes can be anchored to public blockchains for independent verifiability.
RF-100:CRYPTO Conformance
VaultProof is built to conform with the RF-100:CRYPTO verification standard — a structured framework for pre-execution governance of crypto operations.
Verification Standard Profile
Authority verification with identity binding
Policy evaluation against configurable rule sets
Evidence collection and attestation validation
State assessment from on-chain and off-chain sources
Composite risk scoring with configurable thresholds
Deterministic three-outcome decision model
Signed Execution Verification Record emission
Proof anchoring for independent verification
Why Standards Matter
Without a verification standard, every crypto operation uses ad-hoc security measures. RF-100:CRYPTO provides a structured, repeatable framework that ensures consistent governance across all execution surfaces.
Audit-Ready
RF-100:CRYPTO conformance means every verification decision is structured, documented, and independently verifiable — meeting the requirements of institutional auditors and compliance teams.
By Remnant Fieldworks
The RF-100 standard family is developed and maintained by Remnant Fieldworks as part of its mission to bring institutional-grade verification infrastructure to digital operations.
Proof-First TAO Gateway
A dedicated pilot program for decentralized AI subnets and validator networks.
Pre-Execution Verification for Decentralized AI
Subnet operators, validators, and staking participants face unique governance challenges. The Proof-First TAO Gateway brings VaultProof’s verification infrastructure to the Bittensor ecosystem.
Apply for TAO PilotValidator registration and deregistration verification
Weight submission policy enforcement
Subnet emission distribution governance
Staking and delegation authority checks
Cross-subnet action verification
Full EVR audit trail for network transparency
Technical Architecture
A layered verification architecture designed for high-throughput, low-latency pre-execution governance.
Ingestion Layer
Receives action requests from bridges, treasuries, agents, and validators via API or webhook.
Verification Engine
The core eight-stage verification pipeline: Authority → Policy → Evidence → State → Risk → Decision → Proof → Execute.
Proof Emission
Produces signed Execution Verification Records (EVR) with cryptographic proof of the verification decision.
Anchoring & Registry
Stores EVRs in the Proof Registry and optionally anchors proof hashes to public blockchains.
Integration Surfaces
VaultProof is designed to integrate with existing crypto infrastructure without replacing it.
Safe Modules
Deploy as a Safe guard or module for pre-execution verification of all multisig transactions.
Custody APIs
Integrate with institutional custody providers as a pre-signing verification layer.
Bridge Controllers
Sit between bridge relayers and signing infrastructure as a verification checkpoint.
Agent Frameworks
Plug into AI agent orchestration frameworks as a mandatory pre-action governance gate.
Maturity & Readiness
VaultProof is a public architecture preview. We distinguish clearly between what is built, what is demonstrable, and what is seeking pilot partners.
This site demonstrates the ExecutionProof governance model applied to crypto. The public interface, scenarios, decision flows, and proof records are demo-stage until backend production systems are completed. No live wallets, bridges, validators, custody accounts, or on-chain transactions are governed through this public preview.
Architecture & Standards
Eight-stage verification pipeline (Authority → Policy → Evidence → State → Risk → Decision → Proof → Execute)
Three-outcome decision model (ALLOW / HOLD / DENY)
Execution Verification Record (EVR) generation and cryptographic signing
RF-100:CRYPTO conformance profile
Proof Packet emission and hash computation
Layered architecture: Ingestion, Verification Engine, Proof Emission, Anchoring
Functional with Sample Data
EVR Explorer with sample verification records
Bridge & Withdrawal Gate flow demonstration
Multisig / Treasury Co-Signer verification walkthrough
AI-Agent Trade Gate scenario preview
Decision model visualization (ALLOW / HOLD / DENY outcomes)
Seeking Partners
Proof-First TAO Gateway for Bittensor validator and subnet governance
Safe module and guard contract deployment
Custody API pre-sign hook integration
Bridge controller middleware deployment
On-chain proof anchoring to public blockchains
Agent framework action interceptor plugins
Ready to Verify Before You Execute?
VaultProof is pilot-ready. We are seeking bridge operators, treasury managers, trading operations, and decentralized AI networks to deploy pre-execution verification infrastructure in production.
Contact for pilot access
Click to copy