The Problem

Trust Breaks at Execution

Security no longer fails at login.
It fails when actions execute.

Modern systems authenticate access, then operate autonomously. Identity and access controls verify who logged in, but they do not verify that a real human approved a specific high risk action at the moment it executes.

As autonomy increases, this gap becomes systemic.

Once access is granted:

• Actions execute inside trusted systems

• Sessions and tokens are reused

• Machines and agents act at speed and scale

• Human oversight is assumed, not enforced

As a result, irreversible actions execute without cryptographic proof of human approval.

This affects:

• Financial execution and recovery flows

• Privileged operations and infrastructure changes

• Autonomous and agent initiated actions

• Machine executed workflows in cloud, edge, and offline systems

The problem is not identity.
The problem is execution without trust.

The Breakthrough

Execution Time Trust

QSVA introduces a new trust and authorization layer that operates inside execution paths, not at login or session boundaries.

Instead of trusting identities, devices, or sessions, QSVA cryptographically binds human approval to the action itself, at the moment it executes.

This approval is:

• Real time

• Single use

• Non replayable

• Non proxyable

• Infeasible for machines or AI systems to generate

The result is a new security primitive:

Execution time human authorization for autonomous systems.

Our Solution

Trust and Authorization Infrastructure for High-Risk Actions

QSVA enforces execution-time human approval across:

• Autonomous AI systems and agents

• AI hardware and edge environments

• Enterprise and infrastructure workflows

QSVA integrates with existing identity and access systems when present, and operates independently when they are not. This makes it deployable across:

• AI platforms and agent runtimes

• Cloud, hybrid, and on-prem systems

• Edge, offline, and air-gapped environments

QSVA secures irreversible actions including:

• Autonomous and agent-initiated actions

• Financial execution including payments and recovery

• Privileged operations and administrative changes

• Infrastructure and control-plane actions

• High-value approvals and critical system operations

QSVA protects execution even when sessions, credentials, or devices are compromised, because control is enforced at execution, not access.

What QSVA Delivers

• Cryptographic human approval at execution time

• Enforcement inside trusted systems and automated workflows

• No reusable credentials

• No one-time passcodes or push approvals

• No behavioral inference or probabilistic signals

• No dependency on device trust or session integrity

QSVA complements existing IAM and access controls without rip-and-replace, adding the missing layer they cannot provide.

The Advantage

A Control Identity Systems Cannot Provide

QSVA provides a capability traditional security systems do not:

• Authorizes actions, not just identities

• Enforces control during execution, not before or after

• Remains effective inside trusted sessions and autonomous systems

• Resilient to AI driven automation and attack scaling

• Built on an AI resilient, post quantum ready cryptographic foundation

• Deployable across cloud, hybrid, offline, and air gapped environments

• Designed for Zero Trust architectures

QSVA enables safe autonomy by ensuring humans remain cryptographically accountable for high risk machine actions.

Built For

QSVA is built for teams responsible for autonomous execution risk, including:

• AI platforms and agentic systems

• AI hardware, edge, and cyber physical environments

• Financial institutions and payment infrastructure

• Government, defense, and critical infrastructure operators

• Enterprises securing high risk actions beyond IAM and MFA