Unico Connect

AI Development That Automates Operations and Accelerates Innovation

 We build custom AI solutions that solve real business problems. From intelligent agents to predictive models, our AI engineering goes beyond demos to deliver production-grade systems that your teams actually use.

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The AI-Native Difference

Most AI projects stall between demo and production. We've built a delivery model that gets AI solutions into production fast, with the guardrails and monitoring that enterprise environments demand.

Traditional AI Development

Months of research before any working prototype

Data science teams spend weeks on exploratory analysis and model selection before stakeholders see anything tangible.

Models trained on generic data

Off-the-shelf models perform well on benchmarks but fail when applied to your specific business data and edge cases.

Works in notebooks but fails in production

Models that demo well in Jupyter notebooks break when exposed to real-world data volumes, latency requirements, and system integrations.

No guardrails or human-in-the-loop controls

AI systems make decisions autonomously with no fallback paths, error handling, or escalation to human operators when confidence is low.

Expensive retraining when requirements change

Monolithic model architectures require full retraining when business rules change, costing weeks of engineering time.

Engineers Validated

AI-Native Development (How We Build)

Working prototype in weeks using pre-trained models

We leverage foundation models (GPT, Claude, Gemini) and fine-tune them on your data, delivering a testable POC in 2-4 weeks.

Fine-tuned on your business data and context

RAG pipelines and custom fine-tuning ensure AI responses are grounded in your specific domain knowledge and business rules.

Production-grade from day one with monitoring

Every deployment includes latency tracking, accuracy monitoring, cost dashboards, and automated alerts when performance degrades.

Built-in guardrails, fallbacks, and escalation paths

Content filters, confidence thresholds, and human-in-the-loop checkpoints ensure AI never makes critical decisions unchecked.

Modular architecture adapts to changing requirements

Swappable model layers, versioned prompts, and API-first design mean you can upgrade components without rebuilding the system.

Development Capabilities

AI Agent Development

Autonomous agents that handle multi-step business workflows. Document processing, order management, compliance checks, and customer interactions with human-in-the-loop oversight.

LLM Integration & Fine-Tuning

Integrate large language models into your existing systems. Custom fine-tuning, RAG pipelines, prompt engineering, and response optimization for your specific use case.

Generative AI Solutions

Content generation, code assistance, document summarization, and creative tools powered by generative AI. Production-ready implementations with quality controls.

Predictive Analytics & ML Models

Machine learning models for demand forecasting, anomaly detection, customer behavior prediction, and risk assessment. Trained on your data, deployed in your infrastructure.

Computer Vision

Image recognition, object detection, document digitization, and visual inspection systems for quality control, inventory management, and automated data extraction.

AI Strategy & Consulting

Identify the highest-impact AI opportunities for your business. We audit your data readiness, map use cases, and create an implementation roadmap with clear ROI targets.

Technology Stack

LLM Providers
AI Frameworks
Vector & Graph DB
Back-end
AI Development Tool
MLOps & Monitoring
Cloud & Deployment

Our Work

Education🇺🇸 USA

Built an AI-powered digital learning platform for one of California's largest charter schools

Developed AI-powered content recommendation engine for personalized student learning paths
Built automated grading and assessment workflows reducing teacher workload by 50%
Implemented engagement tracking with predictive analytics for at-risk student identification
Integrated natural language processing for automated feedback on student submissions

97%

Accuracy

50%

Faster Turnaround

90%

AI-Powered Learning

View Case Study
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Healthcare / AI🇪🇺 Europe

Built an AI platform that redacts PHI from DICOM medical imaging

Computer-vision pipeline detects and redacts burned-in PHI
Structured anonymisation for metadata and private vendor tags
Human-in-the-loop review preserves diagnostic quality
Network-isolated deployment with a per-file audit trail

Preserved

Diagnostic image quality

In-network

Deployment

Per-file

Audit trail

View Case Study
DICOM PHI detection platform
DICOM PHI detection platform
DICOM PHI detection platform
Sergo
Property Ops🇳🇿 New Zealand

Built an AI property-operations platform with ticket triaging and computer-vision asset tagging

Four operational modules covering the full short-term-rental workflow
Intelligent AI ticket triaging that classifies and routes maintenance issues automatically
Computer-vision asset tagging with 92% accuracy across properties
An operational knowledge base that surfaces the right SOP for each task

200+

Properties managed

2,000+

Monthly reservations supported

-60%

Operational overhead

View Case Study
Sergo platform
Sergo
Sergo solution
SaaS

Built AI-powered e-commerce intelligence platform for seller analytics and growth

Developed machine learning models for sales forecasting and trend prediction
Built automated competitor monitoring with AI-generated insights and alerts
Implemented listing optimization engine using NLP to improve product descriptions
Created intelligent data pipelines processing marketplace data from multiple APIs

40%

Faster Insights

25%

Revenue Growth

3x

Data Processing Speed

View Case Study
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THE AI DEVELOPMENT GUIDE

What does an AI development company do?

An AI development company designs, builds, and runs AI systems for real business workflows. That covers scoping the use case, preparing data, building RAG pipelines, agents, and machine learning models, integrating them with your existing systems, and running them in production with monitoring, guardrails, and evaluation. The output is working software, not a strategy deck.

We have shipped 250+ products for clients in 13+ countries, most of them in the USA, and AI now runs through everything we build. The two fastest growing areas of that work are agentic AI, where autonomous agents handle multi step workflows, and generative AI, where models create content and answers grounded in your own data.

How much does custom AI development cost?

At our published estimate ranges, an AI pilot or MVP costs 15,000 to 50,000 dollars, a production system 50,000 to 150,000 dollars, and enterprise programs 150,000 to 300,000 dollars and up. Plan for running costs of roughly 15 to 25 percent of the build cost per year for tokens, hosting, and monitoring.

Every figure is an estimate range scoped against your workflow, never a fixed bid before discovery. Our blended rate runs 25 to 50 dollars per hour, well below the 150 to 300 dollars per hour US specialists typically bill for comparable scope. The model itself is rarely the cost driver. Data preparation, integrations, and evaluation infrastructure consume most of the budget.

Build custom AI or use an API, which is right?

Use an API when a foundation model already does the task well and your data adds little. Build custom when responses must be grounded in your own data, when workflows span multiple systems, or when accuracy, cost, and latency need control an off the shelf API cannot give. Most production systems combine both.

In practice we start from foundation models such as GPT, Claude, and Gemini, then add the custom layer that makes them yours. RAG pipelines ground answers in your documents, fine tuning teaches the model your domain language, and agent orchestration connects it to the tools it must operate. Training a model from scratch is almost never the right first move.

How long does an AI project take?

A proof of concept takes 2 to 4 weeks and a production deployment typically takes 2 to 4 months, depending on data readiness, model complexity, and integration surface. The biggest timeline variable is rarely the model. Preparing data and wiring the system into your existing tools is where most of the calendar goes.

We keep timelines short by proving the use case first. A small pilot against real data tells you whether accuracy holds before the bigger investment, and every deployment ships with the monitoring, guardrails, and evaluation harness that production AI needs from day one.

What makes an AI native team different?

An AI native team uses AI in how it builds, not just in what it builds. Roughly 80 percent of our production code is AI generated and engineer reviewed, and sprints run about 30 percent faster, so senior engineers spend their time on architecture, evaluation, and review rather than boilerplate.

That matters twice over for AI projects. A team that ships with these tools every day knows exactly where model output fails, which is the judgment your own product needs in its guardrails. Our AI native development page explains the delivery model, and every engagement hands you full ownership of code, prompts, and infrastructure.

Ready to Add AI to Your Product? Let's Start With a Proof of Concept.

Talk to an Expert

PRICING

Transparent pricing, published

$15,000 to $50,000

AI pilots and MVPs

$50,000 to $150,000

production AI systems

Published estimate ranges at a blended rate of $25 to $50 per hour. Every project is scoped individually before any number becomes a quote.

See the full AI cost guide + calculator

Frequently Asked Questions

We build AI agents, LLM integrations, generative AI tools, predictive analytics models, computer vision systems, and conversational AI. We work across healthcare, fintech, education, e-commerce, and SaaS.

AI Development Insights

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