AgenixHub

AgenixCore by AgenixHub

AI Control Plane for private, governed, cost-efficient enterprise AI

AgenixCore sits between your employees, applications, and agents and your AI models—governing access, routing every request to the right model, connecting secure RAG to internal data, and logging every interaction for audit and cost attribution.

Illustration showing the AgenixCore 3-layer architecture: User interfaces connecting through the control and governance layer to various public, private, open, and fine-tuned AI models.

Product definition

What is AgenixCore?

AgenixCore is an AI control plane deployed by AgenixHub. It sits between your users, applications, and agents on one side and your AI models and data sources on the other — governing every AI request through role-based access, workload classification, model routing, security policies, token controls, and audit logging.

What is an AI control plane?

An AI control plane is a centralized architecture that governs, routes, secures, and audits all AI traffic, requests, and data access across an organization. Instead of having applications connect directly to multiple individual model provider APIs, all traffic flows through the control plane. This enables organizations to apply uniform security policies, role-based access controls, and intelligent model routing across all workflows.

System architecture

Three layers. One governed AI plane.

AgenixCore structures enterprise AI traffic into three distinct tiers to enforce access controls, security policies, and optimal routing between users and models.

01

User Layer

User interfaces & inputs

Employees use AI through approved interfaces: IDE plugins, custom web applications, desktop assistants, mobile applications, team-specific AI assistants, and internal product APIs.

Supported Interfaces

IDE PluginsWeb AppsDesktop AppsMobile AppsAPIs
02

Control Layer

Governance engine & routing

The core decision engine enforces role-based access, token & usage limits, cost control policies, security standards, approval rules, and attributes logs to department cost centers.

Core Policies

Access ControlModel RoutingCost LimitsAudit LogsApproval Rules
03

Data Layer

Models & data sources

Workloads connect securely to private open-source models, public frontier models, secure RAG context engines, and internal systems like CRMs, databases, and document stores.

Targets & Sources

Frontier APIsPrivate ModelsSecure RAGCRMsDatabases

How it works

Route every AI request through access, policy, model routing, and audit controls.

01

Access check

Role and department permissions are verified before any request is permitted to proceed.

02

Workload classification

The request is classified based on complexity as routine, sensitive, knowledge-heavy, or complex.

03

Policy evaluation

Security guardrails, token usage limits, feature flags, and approval rules are evaluated and applied.

04

Model routing

The request is routed to the most optimal model based on classification, performance goals, and policy rules.

05

Secure RAG retrieval

Role-gated context is retrieved dynamically from private databases, CRMs, and document stores when needed.

06

Audit logging

The complete prompt and response metadata, token count, cost, and user identifier are securely logged.

Model routing

The right model for each workload type.

WorkloadRouting targetOptimised for
Routine / repeatableEfficient, open-source, or cached modelsCost and speed
Sensitive / regulatedPrivate, VPC, or on-premises modelsPrivacy and control
Knowledge-heavyRAG + secure retrieval from internal sourcesAccuracy and access
Complex / high-stakesFrontier models (OpenAI, Anthropic, Gemini)Reasoning quality

Outcomes

Private, governed, cost-efficient enterprise AI.

01

Private AI

Data residency and controlled access. AI runs exactly where your security policies require it—retaining all query logs and model context inside your corporate boundary.

02

Lower AI Cost

Automatic routing to efficient open-weight models reduces unnecessary spend on high-priced frontier APIs.

03

Enterprise Enablement

Provide secure AI access across all departments, roles, and applications under a unified governance plane.

04

Governed Usage

Granular policies, usage limits, approval workflows, and full audit trail visibility are built in from day one.

05

Up to 70% lower LLM/API cost on suitable workloads

Achieve massive cost reduction on routine, repeatable, and knowledge-heavy workloads through intelligent request classification, response caching, and custom model routing.

How AgenixHub implements AgenixCore

Audit → Deploy → Operate

AgenixHub provides end-to-end implementation and ongoing operation of the AgenixCore control plane to ensure that your organization remains secure, cost-controlled, and model-optimized.

01

Audit

Map your AI landscape

Identify usage patterns, classify workloads, detect wrong-model usage, and quantify routing opportunities.

Outputs

AI usage mapWorkload classificationRouting opportunitiesCost baseline

02

Deploy

Implement AgenixCore

Configure the control plane, integrate models and data sources, apply security policies, and wire role-based access.

Outputs

AgenixCore deploymentPolicy configurationModel integrationsRAG connectivity

03

Operate

Run managed AI operations

Monitor cost, quality, latency, usage, and policy adherence continuously — adjusting routing and governance as models and workloads evolve.

Outputs

Monthly reviewsRouting improvementsModel updatesGovernance reports

Frequently asked questions

Common questions about AgenixCore

What is AgenixCore?

AgenixCore is an enterprise-grade AI control plane and secure AI gateway. It acts as an abstraction and governance layer between your organization's applications, agents, or employees, and various AI models (both frontier and private open-weight models), ensuring security, cost attribution, and policy compliance.

What is an AI control plane?

An AI control plane is a centralized architecture that governs, routes, secures, and audits all AI traffic, requests, and data access across an organization. Instead of having applications connect directly to multiple individual model provider APIs, all traffic flows through the control plane, applying uniform security policies and routing logic.

How does AgenixCore work as an enterprise AI gateway?

As an enterprise AI gateway, AgenixCore intercepts all incoming AI model requests. It authenticates users and applications, checks department/role permissions, inspects payloads for security violations, routes requests to the most efficient model, connects internal RAG context if needed, and logs the entire exchange for compliance and cost tracking.

What types of AI models does AgenixCore route to?

AgenixCore is model-agnostic. It routes to public frontier models (such as OpenAI's GPT, Anthropic's Claude, and Google's Gemini), private open-weight models (like Llama, Qwen, or Mistral) running in your VPC or on-premise, and domain-specific fine-tuned models.

Can AgenixCore help reduce LLM costs?

Yes. AgenixCore reduces API costs (often by up to 70% on suitable workloads) by classifying incoming requests and automatically routing routine or repeatable tasks to faster, lower-cost open-source models while reserving expensive frontier models only for complex, high-stakes reasoning workloads.

Does AgenixCore support secure RAG and internal data retrieval?

Yes. AgenixCore integrates secure Retrieval-Augmented Generation (RAG) by dynamically pulling context from authorized enterprise data sources (databases, CRM, internal knowledge bases) based on the user's role-based access permissions, ensuring data remains secure and governed.

How is AgenixCore deployed?

AgenixCore is typically deployed in your own private cloud, virtual private cloud (VPC), or on-premises environment. AgenixHub manages the end-to-end implementation lifecycle: beginning with an AI Operating Efficiency Audit, followed by configuration/integration deployment, and ongoing managed AI operations.

Start with an AI Operating Efficiency Audit.

AgenixHub implements AgenixCore through a structured Audit → Deploy → Operate lifecycle. The engagement begins with an AI Operating Efficiency Audit — mapping your current AI usage, classifying workloads, and identifying routing and governance opportunities.