Solutions / Enterprise AI agents

AI agents that finish the work, and ask before anything that matters.

Agents that read a request, gather what they need across your systems, and act on it. Low-risk steps run on their own. Payments, records and customer messages wait for a person.

  1. TicketingRead request #4821, refund over limitDoneWorking
  2. CRMRead 1 customer accountDoneWorking
  3. ERPMatched 2 invoicesDoneWorking
  4. KnowledgeFound the refund policyDoneWorking
  5. ApprovalRefund is over the limit, asked FinanceApprovedNeeds approval
  6. PaymentsReleased refund, logged to audit trailDoneWorking
Illustrative run, sample data

Why most automation stalls. Scripts, chatbots and copilots each stop one step short of the work.

Rules break on messy inputs

Scripts handle fixed forms well. Emails, PDFs and free-text requests need reading, not matching.

Chatbots answer, then stop

A chatbot can explain the refund policy. It cannot check the invoice and issue the refund.

People become the integration

Tickets, accounts, invoices and policies sit in separate tools, so someone copies between them all day.

Full automation is a risk

Software that moves money or changes records with no checkpoint is how mistakes reach customers.

By hand

  1. Read the requestPerson
  2. Look up the accountPerson
  3. Match the invoicesPerson
  4. Check the refund policyPerson
  5. Release the refundPerson

5 steps done by a person

With an agent

  1. Read the requestAgent
  2. Look up the accountAgent
  3. Match the invoicesAgent
  4. Check the refund policyAgent
  5. Release the refundApproval

1 decision made by a person

Illustrative, based on the sample request above

What we build agents with. Chosen per workflow. Models can change later without a rebuild.

Generative AI and large language models

  • OpenAI
  • Anthropic Claude
  • Google Gemini
  • Meta Llama
  • Mistral AI
  • Cohere
  • Hugging Face
  • OpenRouter
  • LangChain
  • LlamaIndex

AI agents and orchestration

  • LangGraph
  • AutoGen
  • CrewAI
  • Semantic Kernel
  • Agentic workflows
  • Tool calling
  • Function calling
  • Multi-agent systems

Vector databases and semantic search

  • Pinecone
  • Weaviate
  • Milvus
  • Qdrant
  • Chroma
  • pgvector
  • Elasticsearch vector search

AI integration and APIs

  • REST APIs
  • GraphQL
  • Webhooks
  • Microservices
  • API gateways
  • SDK integrations
  • Third-party AI APIs

AI evaluation and observability

  • Model evaluation
  • Prompt testing
  • Hallucination detection
  • Latency monitoring
  • Cost tracking
  • Output quality assessment
  • AI observability
  • Langfuse

From one workflow to production. We start with a single workflow and a working agent you can review.

  1. Discovery

    Map the workflow, the systems it touches, and where people step in today, the systems and data involved, and what good looks like.

    Discovery notesDone

    • Workflow map
    • Systems and access list
    • What the agent may and may not do
  2. Scope & architecture

    Agree the architecture, success measures and delivery milestones.

    Solution designDone

    • Agent architecture
    • Approval rules
    • Success measures
  3. Build

    Build against real data, with a working version reviewed at each milestone.

    Working buildDone

    • Working agent on real data
    • Evals against real cases
    • Review at each milestone
  4. Ship & support

    Roll out to production with monitoring and a defined support window.

    Production rolloutDone

    • Production rollout
    • Audit trail and monitoring
    • Defined support window

Case spotlight. An agent platform in production.

AI · Agent platforms

An agent platform that cut manual effort by about 40%, with a person approving every high-stakes action.

Autonomous execution across business systems only works if there is a real checkpoint before consequential actions, not full automation without oversight.

An agent platform that retrieves relevant data, reasons over it, and proposes an action, routing anything high-stakes through a human approval step before execution.

Read the case study
~40%Less manual effort
Built inHuman approval checkpoints
1Agent platform across systems

Questions buyers ask about agents.

How is an AI agent different from RPA or a chatbot?

RPA follows fixed scripts, and a chatbot answers questions. An agent reads the request, gathers what it needs across your systems, and proposes or takes the next step, within limits you set.

What stops an agent from taking a wrong action?

Every action is scoped and permissioned. Low-risk actions can run automatically; high-stakes ones go to a person for approval before they execute, and every action is logged.

What about made-up answers?

Agents work from your systems and documents, and check their output against source systems before it is treated as final. Where answers come from documents, each one traces back to its source.

Which AI models do you use?

We evaluate models against your real workflow and choose per task. The architecture is designed so models can change later without rebuilding the product.

How do you handle our data?

Access is scoped to what the system needs, with role-based permissions and audit trails where records change. We agree data handling during discovery.

How long does a project take?

It depends on scope and integrations. We agree milestones up front and review a working version at each one.

Ready to turn your vision into reality?

Tell us the workflow, the systems it touches, and where people step in today. We'll show you what an agent would do.

Or email contact@avinyalabs.co

Tell us about your project

Rather talk it through? Book a call · or email contact@avinyalabs.co

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