TensorBlue

AI Agents Development

Design and launch production AI agents that monitor signals, use tools, act with guardrails, and improve from feedback loops across your product and operations.

Overview

Our AI agents development services focus on production systems that can monitor inputs, plan across multiple steps, use tools safely, and improve from real-world feedback. We design agent architectures for customer support, revenue operations, research, workflow automation, and internal productivity systems. Instead of bolting prompts onto brittle workflows, we build agent loops with state, policy, memory, evaluation, observability, and operator controls.

Operating logic

Design the loop before the model prompt

Every agent engagement starts by mapping the work graph: signals, context sources, tools, decision points, approvals, and metrics. We then decide where an agent should act autonomously, where it should request human confirmation, and how outcomes are measured. That keeps the system useful in production instead of becoming a black box.

Manual work reduction
35-70%
Coverage model
24/7 task handling
Operator visibility
Replay + audit trails
Deployment shape
Single or multi-agent
Action space

Capabilities we shape into a production agent system

01
Planner + executor loops

Design agents that break work into steps, choose tools, recover from errors, and escalate when policy requires it.

02
Memory and retrieval

Blend short-term task memory with long-term retrieval over docs, tickets, CRM notes, and product knowledge.

03
Action guardrails

Apply policy checks, approval thresholds, tool scopes, and retry logic before any external action is taken.

04
Evaluation harnesses

Measure answer quality, tool use, latency, escalation rate, and business outcomes with scenario-based test suites.

Where it works

High-value workflows to automate first

01
Revenue operations agents

Qualify leads, enrich accounts, draft follow-ups, and update CRM pipelines.

02
Research and analysis agents

Scan sources, summarize change, structure findings, and hand off ready-to-review output.

03
Support workflow agents

Classify issues, gather context, recommend next steps, and trigger routine resolution flows.

04
Internal copilots

Give teams action-taking assistants inside ops, finance, and product workflows.

Deep dive

What sits inside the runtime

Agent architecture blueprint

  1. Input layer
    • Tickets, forms, APIs, inboxes, event streams, or operator triggers.
  2. Context layer
    • Retrieval over docs, CRM, tickets, customer records, policies, and memory.
  3. Decision layer
    • Prompting strategy, policy checks, routing, and confidence thresholds.
  4. Action layer
    • Create tasks, update systems, send messages, run workflows, or request approval.
  5. Evaluation layer
    • Score quality, latency, escalations, and business outcome metrics.

Sample pseudocode

signal = ingest_event() context = retrieve(signal) plan = agent.plan(signal, context) result = execute_with_policy(plan) score(result)

How the operating model changes

What changes when the delivery is built correctly from the start

Before

Automation scripts only

Rigid paths
Break on exceptions
No planning or recovery
Limited operator insight
After

Production agent systems

Multi-step reasoning
Tool use with policy
Human-in-the-loop controls
Measurable quality and outcomes

The best agent systems are opinionated about when not to act.

TensorBlue delivery principle

Reliability comes from evaluation, replay, and operator control, not prompt optimism.

TensorBlue agent engineering team
FAQ

Questions teams ask before the work begins

Answer
What is the difference between an AI agent and a chatbot?

A chatbot mostly replies. An agent can observe context, plan, use tools, take actions, and complete multi-step work under guardrails.

Agent launch scope

AI Agents Development

Clear scope, commercial framing, and delivery outputs so the engagement is easy to evaluate.

Investment
Starting from $20K
Typical timeline
5-10 weeks
Included
Agent strategy and task decomposition
Tool integrations and guardrails
Memory, logging, and evaluations
Operator dashboard and approvals
Production deployment and monitoring
3 months of support and optimization
Best fit
Teams automating research and operations
Products adding AI copilots or autonomous flows
Enterprises replacing manual swivel-chair work
Companies ready for production AI governance
Not ideal for
Toy demos without real workflows
Teams without source systems or APIs
Projects with <$15K budget
Use cases better solved with simple rules
Deliverables
Production-ready agent workflow
Prompt, policy, and tool architecture
Evaluation suite and QA scenarios
Monitoring and intervention dashboard
Runbook and documentation
Ready when you are

Build an agent system that can be trusted in production

Let’s design the workflow, tools, guardrails, and metrics around your highest-value agent opportunity.