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Nanexi
Nanexi
BlogPricing

Where Data Meets Intelligence.

Service 01

Artificial Intelligence
Retrieval
Generative AI
Agents
Evaluation

AI Development

Build AI
that works
in production.

Nanexi designs and engineers artificial intelligence systems that combine models, knowledge, software, workflows, data, evaluation, and infrastructure into complete production applications.

Start an AI project

AI engineering

The model is
only one part
of the system.

Production AI requires more than calling a model API. Useful intelligence depends on context, retrieval, software architecture, user workflows, data quality, integrations, security, and evaluation.

Nanexi engineers those layers together so artificial intelligence becomes part of a reliable product or business workflow instead of remaining an isolated experiment.

Capabilities

Intelligence
engineered across
the stack.

Start with one capability or combine several into a complete AI-powered product, platform, workflow, or internal system.

01

AI Applications

Design and build intelligent applications that combine AI models with software interfaces, APIs, data, workflows, and business logic.

02

Retrieval Systems

Build retrieval-augmented systems that connect models with business knowledge, documents, structured data, and supporting evidence.

03

Generative AI

Engineer generation workflows for text, analysis, extraction, classification, synthesis, drafting, and knowledge-intensive tasks.

04

AI Agents

Develop controlled agentic systems that can reason through tasks, use tools, interact with APIs, retrieve information, and follow workflow boundaries.

05

AI Evaluation

Define test cases, evaluation criteria, failure states, grounding checks, quality controls, and observability for production AI behavior.

06

AI Integration

Integrate intelligent capabilities into existing products, internal systems, APIs, databases, automation workflows, and cloud environments.

Our approach

Don't build
around the model.
Build around
the work.

Models change quickly. Business problems, workflows, evidence requirements, user needs, and operational constraints define the real system. The architecture should make the intelligence replaceable and the product durable.

What we build

AI for
real business
workflows.

Intelligent systems should solve a defined problem, improve a workflow, support a decision, or complete useful work.

01

Document Intelligence

Extract, understand, classify, search, summarize, compare, and work with information across business documents.

02

Knowledge Systems

Turn internal knowledge into searchable, grounded intelligence for teams, customers, operations, and product workflows.

03

Business Automation

Use AI inside structured workflows to reduce repetitive knowledge work while keeping business rules and human review visible.

04

Decision Support

Combine structured data, retrieved evidence, and AI reasoning to support analysis without hiding uncertainty or source information.

05

AI Assistants

Build assistants designed around a specific product, team, knowledge base, workflow, or operational responsibility.

06

AI SaaS Products

Build complete AI-powered products with interfaces, authentication, data models, billing, infrastructure, observability, and production controls.

System architecture

Five layers
working as
one system.

01

Models

Foundation models, embeddings, inference strategies, prompting, structured output, and model selection.

02

Knowledge

Documents, retrieval, search, embeddings, structured data, evidence, context, and grounding.

03

Software

Interfaces, APIs, workflows, permissions, integrations, orchestration, application logic, and product experience.

04

Data

Storage, pipelines, databases, metadata, analytics, ingestion, transformations, and data quality.

05

Evaluation

Test sets, quality criteria, grounding, monitoring, validation, failure detection, and human review.

Reliable intelligence

Build for
uncertainty,
not around it.

AI systems can fail in ways traditional software does not. Production architecture should account for uncertainty, missing context, incorrect retrieval, unsupported outputs, model changes, and operational failure states.

Grounding and source visibility

Structured evaluation

Human review where appropriate

Failure-state handling

Logging and observability

Security and access control

Engineering process

From problem
to production
intelligence.

01

Understand

Define the problem, users, workflow, available data, business rules, constraints, and expected outcome.

02

Design

Choose the right AI architecture, system boundaries, model strategy, retrieval design, interfaces, integrations, and controls.

03

Build

Engineer the AI behavior together with the software, data, APIs, infrastructure, and user experience around it.

04

Validate

Evaluate quality, grounding, failure modes, security, latency, reliability, observability, and real workflow behavior.

05

Evolve

Improve the system using production evidence, user feedback, new knowledge, changing requirements, and model improvements.

Principles

How we think
about AI
systems.

01

Problem before model

02

Grounding before confidence

03

Software around intelligence

04

Human control where needed

05

Evaluation before production trust

06

Architecture built for change

AI Development

Build
intelligence
into software.

Tell us the product, workflow, knowledge problem, or AI capability you want to build. We can help shape the architecture and engineering path from there.