Nexora

What We Do

AI engineering from architecture to production.

01

Applied AI

End-to-end AI product development, from prototype to a system real users depend on.

  • OpenAI
  • Anthropic
  • LangGraph
  • Next.js

Business problems

  • A prototype works in a demo but breaks under real usage and edge cases.
  • Internal teams don't have the bandwidth to take an AI feature from idea to shipped product.
  • Point solutions don't generalize past the first use case they were built for.

Capabilities

  • LLM application design
  • Prompt and context engineering
  • Multimodal AI
  • Production hardening
  • Human-in-the-loop UX

Example outcomes

  • A production-grade AI feature shipped to real users
  • An internal prototype hardened into a supportable system
02

Agentic AI

Autonomous and human-in-the-loop systems that reason, use tools, maintain state, and complete multi-step work.

  • LangGraph
  • Anthropic
  • OpenAI
  • PostgreSQL

Business problems

  • A single-turn model call can't complete work that spans multiple steps and tools.
  • Long-running tasks need to survive restarts, failures, and human review without losing progress.
  • Autonomy without oversight is a liability in regulated or high-stakes workflows.

Capabilities

  • Agent orchestration
  • Tool use
  • Planning
  • State management
  • Human approvals
  • Persistent workflows

Example outcomes

  • A multi-step agent that completes real work with defined approval gates
  • Workflow infrastructure that resumes cleanly after failure
03

Machine Learning

Production ML systems spanning data, modeling, inference, deployment, and evaluation.

  • PyTorch
  • MLflow
  • Databricks
  • Ray

Business problems

  • A model that performs well offline doesn't hold up once it's serving production traffic.
  • Feature and data pipelines break silently, and nobody notices until output quality drops.
  • There's no reliable way to evaluate model changes before they ship.

Capabilities

  • Model development
  • Inference
  • MLOps
  • Feature pipelines
  • Evaluation

Example outcomes

  • A model pipeline with monitored inputs, outputs, and drift
  • An evaluation harness that gates releases on measured quality
04

AI Platforms

Shared infrastructure for model access, retrieval, orchestration, observability, and governance.

  • Kubernetes
  • AWS
  • Google Cloud
  • Azure

Business problems

  • Every team is building its own model access layer, retries, and logging from scratch.
  • There's no shared visibility into cost, latency, or failure across AI systems.
  • Governance and security review can't keep pace with how many systems now call a model.

Capabilities

  • Model gateways
  • Orchestration
  • Observability
  • Evaluation
  • Security
  • Platform APIs

Example outcomes

  • A single model gateway used across every internal AI system
  • Shared tracing and evaluation infrastructure with per-team visibility
05

Enterprise AI

AI systems grounded in enterprise context, permissions, workflows, and business knowledge.

  • Elasticsearch
  • Pinecone
  • PostgreSQL
  • Snowflake

Business problems

  • Answers need to be grounded in internal knowledge, not general model training data.
  • Retrieval has to respect the same permissions as the underlying systems it reads from.
  • AI features need to integrate with the tools the business already runs on.

Capabilities

  • RAG
  • Enterprise search
  • Knowledge systems
  • Permissions-aware retrieval
  • Enterprise integrations

Example outcomes

  • A knowledge assistant grounded in live internal documentation
  • Permissions-aware retrieval enforced at the query layer