AI First connects operational data, business objects and governed actions with Tars agents, supported by enterprise modeling and implementation.
AI First
Explore features, practical uses and pricing below.
AI First provides an enterprise platform and implementation approach for connecting operational data with AI agents and business actions. Its current website focuses on organizations whose decisions depend on information spread across systems. The core architecture combines Gênese, an ontology layer for representing the business, with Tars agents that work within defined permissions and policies.
The Gênese documentation describes object types, properties, relationships and object sets. These can represent entities such as an order, customer or shipment and the connections between them. The purpose is to give applications and agents business context, rather than exposing disconnected records without their meaning.
Actions describe permitted changes to those objects, governed by rules and written back into connected systems. Functions written in TypeScript or Python can operate on object sets and support those actions. The documentation also describes defining the ontology as versioned code and applying dynamic permission logic, such as limiting a manager to orders from a particular region.
The Tars guide describes reusable skills, tools for querying systems or calling APIs, persistent context through Cortex memory, and triggers based on events, schedules or conditions. Its Sphere communication layer includes channels such as email, Slack, WhatsApp, voice and web. Together, these elements define what an agent is meant to do and where it participates in a process.
Authority settings determine the permitted scope, from making a suggestion to carrying out an action. The platform overview describes configurable human approvals and records of decisions, edits and source context. Establish those boundaries around the particular business action; the presence of audit features alone does not establish that an agent's decision is correct.
An operations team could begin with delayed-order handling. Identify the order records, shipment status, customer information and escalation rules needed to decide the next step. Model the relevant relationships in Gênese and define which updates may be applied to the connected systems. Configure a Tars agent to respond to an exception event, gather the context and propose a response for an operator to approve.
Review representative cases, including missing shipment data and conflicting status updates, before widening the agent's authority. Compare the recorded reasoning and actual system changes with the agreed process. Start with one bounded function so the team can see which data, permissions and approval steps need improvement.
AI First's website offers an executive diagnosis and proof-of-value route. The company's implementation description starts with mapping a decision, modeling the operation, proving an agent workflow and then expanding it. Access and commercial scope should be established with the vendor; the reviewed enterprise pages do not provide a fixed self-service price for this arrangement.
The architecture describes cloud and on-premise deployment options. Integration still requires agreement about the source systems, business definitions, credentials, write-back behavior and model use. Confirm the proposed deployment and data flow for your own environment rather than treating the vendor's sovereignty language as a completed assessment. This approach suits teams able to supply operational owners and technical integration support.