Unauthorized action can become loss.
- An endpoint is compromised or an agent exceeds its intended role.
- Existing credentials or application permissions may allow a request.
- If existing controls do not stop it, a consequential action may proceed.
KnectIQ SelectiveTRUST® | Sovereign trust infrastructure
AI agents are acting.
Prevent the harm. Realize the promise.
AI agents are accessing systems, executing transactions, and taking actions their owners never authorized. These actions can cause financial loss, operational disruption, and mission failure. SelectiveTRUST® helps organizations stop unauthorized interactions before they cause harm while enabling the innovation, growth, and prosperity AI promises. You decide what is authorized. Your sovereign trust fabric enforces that decision.
Prevent unauthorized interactions. Enable the benefits of AI.Banking. Essential services. Healthcare. Defense. Enterprise commerce.
THE DIFFERENCE
The same agent. Two different outcomes.
AI can deliver value while an unauthorized interaction creates risk. Compare the same attempted action, with and without an independent authorization precondition.
An unauthorized interaction is denied.
- The same endpoint or agent attempts the interaction.
- Owner-defined rules determine whether the required endpoint bindings form.
- Without a permitted binding, the protected interaction does not proceed.
Illustrative comparison. Actual outcomes depend on deployment, protected endpoints, and owner-defined binding rules. The trust control plane does not inspect or transport transaction payloads.
Explore the scenariosTHE BARRIER TO OPPORTUNITY
The benefits are real. So is the harm from unauthorized action.
Agents are already operating inside enterprise environments. Some exceed intended permissions or initiate actions their owners did not authorize. Monitoring may identify the problem only after a transaction, disclosure, or control change has occurred. SelectiveTRUST® adds an independent precondition: protected endpoints interact only when the sovereign owner’s binding rules are satisfied. That denies interactions the rules prohibit while allowing authorized AI activity to proceed.
The question is not merely whether an agent is recognized.
Will the unauthorized interaction be stopped before it can cause harm?
THE SOVEREIGN ANSWER
Realize the promise of AI.
Deny interactions the owner has not authorized.
Compromised credentials. Valid permissions. No authority to proceed.
A requesting agent or application may possess legitimate permissions, but cannot independently issue the sovereign trust binding required to interact with another protected endpoint.
The owner defines the binding rules. Its customer-operated fabric enforces them before the protected interaction proceeds.
“Our agent is authorized to request access.”
Its permission applies to its own agent, not to the receiving organization’s systems.DOES NOT GRANTACCESS
“We decide whether your agent may connect and what it may do.”
Our own trust fabric evaluates our binding rules and enforces our decision.An agent cannot authorize its own actions inside your environment. The receiving owner defines the conditions. Its fabric permits protected interactions only when their required bindings are established. No binding. No connection. No communication. No execution.
WHY KNECTIQ
Built to prevent harm while enabling trusted digital activity.
SelectiveTRUST® is a customer-owned, customer-operated sovereign trust fabric. It complements identity, monitoring, and existing security infrastructure with a distinct authorization precondition for protected interactions.
KnectIQ's granted patents protect the core technology underlying SelectiveTRUST®. The patent estate is extensible to 47 countries.
You operate your own trust fabric and define the rules for your protected endpoints and agents.
The DASB is control-plane only. Owners determine transmission paths; bindings do not handle payloads.
PREVENT THE HARM. REALIZE THE PROMISE.
What could your organization achieve if unauthorized interactions were stopped before they caused harm?
Start with the harm you need to prevent and the opportunities you want to unlock. Explore how owner-defined trust bindings can deny unauthorized protected interactions while permitting authorized activity.
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