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AIIntegration

Practical AI built into your product workflows — not demos, not chatbots that answer nothing, but AI that reduces real work for real users.

AI EngineeringGlobal Delivery
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AI Integration — XodeacTech
AI Engineering

The right fit

SaaS products that want to add AI-powered features without rebuilding their architecture

Operations teams spending hours on tasks that language models can handle in seconds

Healthcare, legal, or finance businesses that need AI output to be reliable and auditable

Founders who want to ship AI features that users actually keep using, not abandon after two sessions

Scope of work

01

LLM API Integration

OpenAI, Anthropic, or open-source model integration into your existing product stack — with proper error handling, retry logic, and cost controls from day one.

02

Structured Output and Validation

AI features that return consistent, parseable data rather than freeform text — critical for business applications where downstream logic depends on the output.

03

RAG Systems and Knowledge Bases

Retrieval-augmented generation that grounds your AI in your actual business data — documents, manuals, product catalogs — rather than model hallucinations.

04

AI Workflow Automation

Background jobs that use AI to process, classify, summarize, or extract information from incoming data without a human in the loop.

05

Streaming Responses

Real-time token streaming for interfaces where perceived latency matters — so users read as the response arrives rather than waiting for a full completion.

06

Cost Monitoring and Optimization

Per-feature cost tracking, model selection strategy, caching of high-frequency identical requests, and token budget enforcement.

Our process

Step 01

Use Case Definition

We start by identifying the specific job the AI feature needs to do and defining what a good output looks like versus a bad one. Vague AI features ship broken. Specific ones ship working.

Step 02

Model and Stack Selection

Not every task needs GPT-4. We match model capability to task complexity and budget — using smaller, faster models where appropriate and reserving expensive inference for tasks that justify it.

Step 03

Prompt Engineering and Testing

Systematic prompt development with a test set of representative inputs, edge cases, and adversarial examples. We do not go to production with a prompt we have only tested on best-case inputs.

Step 04

Integration and Validation Layer

The AI output is one part of the system. The validation layer that checks that output before rendering it to users or passing it to downstream logic is equally important and often more complex.

Step 05

Monitoring and Iteration

Post-launch tracking of model performance, cost per request, error rates, and user engagement with the AI feature. AI features require ongoing tuning in a way that regular features do not.

Technology stack

OpenAI APILLM Provider
Anthropic ClaudeLLM Provider
LangChainOrchestration
PineconeVector Store
Node.jsBackend
PostgreSQL + pgvectorEmbeddings
Vercel AI SDKStreaming
Next.jsFrontend

Outcomes

AI features that users engage with repeatedly, not once out of curiosity

Structured, validated output that downstream systems can depend on

Cost visibility per feature before you discover an unexpected API bill

A validation layer that catches model failures before users see them

Documentation of every prompt, model choice, and design decision so the next engineer can maintain what we built

Frequently asked

Do you work with models other than OpenAI?

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Yes. We work with Anthropic Claude, open-source models via HuggingFace or Ollama, and custom fine-tuned models. Model selection depends on your use case, latency requirements, data privacy needs, and budget.

How do you handle hallucinations in business-critical applications?

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Through validation layers, structured output formats, retrieval augmentation with authoritative sources, and user interface design that signals confidence level. We do not treat hallucinations as an acceptable product failure.

Can you add AI to an existing product we've already built?

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Yes. We assess the existing architecture, identify integration points, and scope the work cleanly so AI features are added without destabilizing what already works.

What does AI integration cost?

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Project cost depends on complexity. A single well-scoped AI feature typically takes 2 to 4 weeks. Ongoing API costs depend on usage — we will give you an estimate of expected inference costs before you commit.

Have a similar challenge?

Tell us what you are building and we will tell you honestly whether and how we can help.