Know exactly what the agent is acting on.
Resolve target, scope and relevant system state before execution—not after the fact.
Meliqor is the control layer between AI intent and real-world execution. It resolves target and scope, applies policy, and decides what an agent is actually allowed to do—before a system changes.

At first, the goal was simple: create a language that could express intent to AI more precisely. But as we pushed deeper, one thing became obvious—better interpretation does not automatically create safer execution.
“The breakthrough was realizing that AI does not only need better language. It needs a reliable layer that turns ambiguous intent into controlled action.”
That insight changed the project. The question was no longer only “What did the user mean?” It became “What exactly is this agent about to change, is it within scope, and should the system allow it?” Meliqor grew from that shift—from language and interpretation to resolution, policy and execution control.
Once AI can call tools, modify records, send messages, approve transactions or trigger workflows, the real risk is no longer only what the model says. It is what the system does next.
Resolve target, scope and relevant system state before execution—not after the fact.
Apply invariants and controls at the moment an AI agent attempts a consequential action.
Capture the evidence behind every allow, correction, review or denial.
Meliqor sits in the execution path without requiring you to replace your agent framework, model provider or enterprise systems.
Sensitive execution context does not need to leave your security boundary.
Fastest path to evaluation, testing and production for lower-sensitivity workloads.
Deploy inside your AWS, Azure or GCP account while retaining control of sensitive execution data.
Private deployment for regulated, sovereign or highly sensitive environments.
Land on one consequential workflow. Validate behavior. Expand once the control layer proves its value.
“The question is no longer whether AI can act. The question is what it should be allowed to execute.”
Meliqor · AI Execution Control PlatformMeliqor is especially relevant when an agent is moving from suggestion to execution — and a wrong target, scope or policy decision can affect customers, money, data or production systems.
SaaS and AI companies whose agents take actions on behalf of end customers and need enterprise-grade controls.
Organizations with thousands of monthly agent actions and growing human-review overhead.
Workflows involving refunds, account changes, infrastructure, customer data, permissions or regulated processes.
Meliqor is not only a risk-control layer. It can increase the amount of work AI agents can safely perform without requiring a human to review every action.
Route only ambiguous or high-risk actions to people instead of reviewing every agent action.
Use execution controls to expand automation where teams currently keep humans in the loop because the downside is too high.
Catch wrong targets, scope violations and prohibited actions before they create refunds, data incidents or operational rework.
Example: 50,000 agent actions per month, 20% currently reviewed by humans, and an average two-minute review time.
Illustratively, reducing human review from 20% to 7% can reduce annual review cost from about $220k to about $77k. Add avoided execution mistakes and the economic value can materially exceed the cost of a BYOC deployment.
Pricing is annual and flexible. Final pricing depends on deployment, active agents, execution volume, evidence retention, support requirements and SLA.
We can usually determine quickly whether Meliqor is a fit and define a focused path to a first controlled workflow within a few weeks.
Best fit: AI-native platforms, mid-market automation teams, customer operations, finance workflows, IT automation and sensitive data actions.
We’ll help you map the execution risk, define control points, benchmark the workflow and determine where Meliqor should allow, correct, escalate or deny actions before they reach production systems.