Agentic AI
Development Services

Most agentic AI projects stall between pilot and production.
Our agentic AI services cover the full path from architecture to live deployment — connected to your real tools and data, without rewriting your core systems.

Key numbers

Years of providing services
6 +
Satisfied clients
60 +
AI agents deployed
30 +
Certified professionals
50 %
Client NPS
60 %

Our case studies

Our clients say

Total reviews

45+

Average rating

4.9

Source

Agentic AI software development services

We build autonomous agents that execute multi-step workflows across your real tools, APIs, and data. The eight capability areas below cover the full stack — from orchestration and retrieval through to cost management and production monitoring.

AI orchestration systems and workflow automation

Your AI tools, databases, and business systems work in isolation — each needs manual input to feed the next. We build the AI orchestration layer that connects them into one automated pipeline.

  • AI workflow automation across tools and APIs
  • Low-code agentic orchestration with n8n and Make
  • AI pipelines — multi-step execution with state management and event-driven triggers

Autonomous data extraction and ETL agents

Agents handle end-to-end autonomous task execution — extracting, cleaning, and routing data without manual triggers.

  • Extract from documents, emails, PDFs, and enterprise systems
  • Clean, normalize, and validate using AI reasoning
  • Run ETL pipelines end-to-end with error handling and retry logic
  • Feed structured data into analytics, CRM, and operations tools

Open-source agent framework integration

We design and integrate agent systems using open-source framework — no vendor lock-in, full ownership of your environment, whether on-premise or in the cloud.

  • LangGraph — stateful, graph-based LLM orchestration
  • CrewAI — role-based multi-agent systems
  • AutoGen — conversational multi-agent coordination
  • LlamaIndex — RAG pipeline orchestration and document ingestion

Vector database and semantic search infrastructure

Strong retrieval is foundational to agent performance. Without it, even the best model returns irrelevant results.

  • Vector database setup: Pinecone, Weaviate, pgvector
  • RAG (retrieval-augmented generation) pipelines
  • Hybrid search — dense + sparse retrieval for precision
  • Internal knowledge base integration and chunking strategy

LLM cost optimization and token management

Token costs grow fast as you scale. We apply a structured methodology
to keep enterprise AI efficient from day one.

  • RAG for context efficiency — inject only what the agent needs
  • Fine-tuning when needed — only for narrow, high-volume tasks where prompting underperforms
  • Programmatic prompt engineering — prompts as versioned, tested infrastructure

Customer support automation

Support agents handle multi-turn interactions, retrieve from your knowledge base, apply business logic, and escalate to humans with full context.

  • Multi-turn conversation with memory across sessions
  • Retrieval from internal docs, CRM, and ticket history
  • Defined escalation paths with full agent context on handoff
  • Integration with Zendesk, Jira, ServiceNow

Agentic AI architecture on top of outsourced systems

We build agentic AI layers that sit on top of outsourced or legacy systems — reading, acting, and coordinating without requiring rewrites.

  • API wrapper design for systems with limited native APIs
  • RPA + agent hybrid for UI-level interactions where APIs don’t exist
  • Event-driven triggers responding to outsourced system outputs

Multimodal agents

Real workflows rarely involve a single data type. Our multimodal agents process text, voice, images, and documents in one pipeline.

  • Document processing: PDFs, scanned forms, contracts, invoices
  • Voice transcription and intent extraction

LLM customization

Off-the-shelf models often miss domain logic, terminology, and required output formats. Adapt models on your data where prompting alone fails.

  • Domain-specific instruction tuning
  • Evaluation on real production scenarios
  • Deployment on private cloud or on-prem
  • Versioning, monitoring, and retraining workflows

Memory systems integration for AI agents

Without memory, agents lose context between steps and sessions. We design memory layers that persist relevant information and retrieve it when needed.

  • Session memory for multi-step workflows
  • Long-term storage of interactions and decisions
  • RAG (Retrieval-Augmented Generation)
  • Clear rules for persistence, expiry, and recall

Which agent type fits your workflow?

Structured, high-volume operations
Task automation agents

Filing documents, processing forms, running ETL pipelines. Defined inputs, defined outputs, no ambiguity required.

Variable data with business logic
Decision-making agents

Underwriting, triage, fraud detection, compliance checks. The agent analyzes, applies rules, recommends, or executes. Core use case for cognitive automation in regulated industries.

Knowledge-heavy interactions
Conversational AI agents

Multi-turn queries that need context from internal knowledge bases, CRM, or connected systems. Beyond what a chatbot handles.

Complex, multi-step workflows
Multi-agent systems

One agent retrieves, another processes, another acts. Built for workflows too complex for a single AI agent to handle reliably alone.

Ready to take your AI agent to production?

Let's explore your use case and define where agentic AI development services can bring the most value.

How we build agentic AI systems

1

Discovery and problem framing

1–2 weeks

Output: a scoping document covering goals, system dependencies, constraints, compliance requirements, and recommended agent architecture.

2

Agent architecture design

1–2 weeks

Output: a technical document covering agent topology, LLM orchestration logic, memory strategy, and data flow.

3

Build, test, evaluate

3–6 weeks

Output: each component tested in isolation. Evaluation criteria — correct output definition, failure modes, latency targets — set upfront.

4

Human-in-the-loop by design

1–3 weeks

If an agent hits a case outside its scope, it pauses, logs with full context, and routes to a human. Every action is auditable — satisfying EU AI Act and NIST AI RMF requirements.

5

Integration & deployment

1–2 weeks

Output: production deployment with monitoring (LangSmith, Weights & Biases), logging, RBAC access controls, and compliance documentation for regulated environments.

6

Evaluation and reliability monitoring — ongoing from launch

Output: golden test sets, automated regression testing on every prompt or model update, output quality scoring, anomaly detection, and monthly performance reports.

7

Optimization and scaling — ongoing

Real usage data drives token cost reduction, latency improvements, and model routing updates.

AI Agent development technologies we use

What agentic AI delivers for your business

Reduction in manual processing time

  • Fewer manual handoffs in operational workflows — across document processing and routing projects delivered in fintech and healthcare between 2023 and 2025, we measured 40–70% reduction in manual touchpoints
  • AI pipelines running without human triggers — ETL, data routing, form processing
  • Back-office tasks completed in minutes, not hours

Faster time to decide

  • Real-time data aggregation across disconnected systems
  • Automated triage and prioritization in ops workflows
  • Decision-ready outputs without analyst intervention

Lower operational cost at scale

  • AI workflow automation replacing repetitive work across multiple roles
  • Token cost optimization — our structured LLM methodology typically delivers 30–50% reduction in token costs within 60 days of go-live, driven by model routing and prompt engineering

Reduced dependency on legacy system rewrites

  • AI integration via agents sits on top of your existing infrastructure — no migration required
  • Agents connect to APIs, databases, and internal tools as-is

Industries we cover

Healthcare

Agents that extract and structure clinical data, automate prior authorization workflows, and surface relevant patient records for care teams. All deployments handle HIPAA compliance requirements at the architectural stage — not as an afterthought.

Fintech

Agents that automate document review, run compliance checks across data sources, and execute multi-step onboarding or underwriting workflows without manual handoffs. Particularly effective for KYC, AML checks, and loan origination pipelines where data comes from multiple disconnected sources. Every deployment includes human-in-the-loop checkpoints for high-stakes decisions — agents flag, escalate, and log; humans approve. Our largest production deployments are in fintech.

Banking

Agents that monitor transactions, flag anomalies, generate audit-ready reports, and interface with core banking systems for data retrieval and reconciliation. Built with human-in-the-loop oversight for any action that touches financial records or triggers downstream processes.

Logistics

Agents that track shipments across systems, manage exceptions, coordinate between carriers and warehouses, and update downstream operations automatically. Exception handling — the work that typically falls through the cracks between systems — is where agentic AI delivers the clearest ROI in logistics.

Cybersecurity

Agents that monitor infrastructure in real time, correlate signals across tools, classify threats, and trigger response actions within defined security policies. All actions are logged and auditable — a requirement for regulated security environments.

Media

Agents that process and tag content at scale, automate distribution workflows, and generate structured metadata from unstructured media assets.

Let’s talk solutions

    By submitting this form, you agree to our Privacy Policy.



    Roman Rodomansky

    CTO & Co-Founder at Ralabs

    Andrii Yasynyshyn

    CEO & Co-Founder at Ralabs

    FAQ​

    Agentic AI development builds systems that take actions, not just generate outputs. A traditional AI model responds to a single prompt. An agentic AI system receives a goal, breaks it into steps, selects tools, handles errors, and completes the task autonomously. Agentic systems run workflows; standard AI answers questions.

    RPA automates fixed, rule-based processes and breaks when rules change. Agentic AI reasons about goals, adapts to unexpected inputs, and handles unstructured data — documents, emails, API responses — that RPA cannot process. Where RPA follows a script, an AI agent makes decisions.

    An architecture where multiple specialized AI agents work together on a shared goal — one retrieves data, another applies logic, another validates the result, another triggers an action. More reliable than a single agent for complex workflows because each agent operates within a defined scope.

    It depends on complexity, integrations, and scale. A focused AI agent for a single, well-defined workflow — such as a document extraction pipeline or a support automation layer — typically starts from $15,000–$25,000 and takes 3–6 weeks. Production-grade multi-agent systems are significantly more complex. With multiple integrations, orchestration logic, monitoring, and access controls, these projects typically take 2–4 months and can range from $50,000+. We scope and estimate after a discovery session, so you get a number based on your actual requirements.

    A focused AI agent for a contained workflow: 3–6 weeks. A system with multiple integrations, memory, and monitoring: 2–4 months. Timeline depends on integration complexity and the depth of testing, monitoring, and observability the deployment requires.

    LangGraph, CrewAI, and AutoGen as primary agent frameworks. LangGraph for stateful workflows; CrewAI for role-based multi-agent systems; AutoGen for conversational setups. LlamaIndex for RAG. Framework choice is made at the architecture stage and explained in the architecture document — not chosen by default.

    A chatbot responds to messages. An AI agent receives a goal, plans steps, uses tools and APIs, and executes tasks across systems — often without further input. Chatbots answer; agents act.

    Every agent architecture we design includes defined action limits and escalation paths from day one. If an agent hits a case outside its scope, it pauses, logs with full context, and routes to a human via Slack, email, or ticketing. Nothing irreversible happens without a human-in-the-loop. All actions are auditable — in compliance with the EU AI Act and similar compliance requirements.

    No. AI integration via agents sits on top of your existing infrastructure — APIs, databases, internal tools as-is. Most deployments start with one contained workflow, prove value, then expand. Faster, lower risk, and cheaper than migration.

    The clearest signal is a workflow with multiple steps, recurring manual handoffs, and measurable cost — in time, headcount, or error rate. If your team moves data between systems by hand or follows the same decision logic repeatedly, that’s a strong starting point. If you’re unsure where to begin, our agentic AI consulting services help teams identify the highest-value workflows and define a realistic scope before development starts.

    You got it right!

    Only 21% of people can identify an accessible visual.

    Your question