Capability

AI & Machine Learning

We build machine-learning and generative-AI systems that make it into production and stay there — inside your authorization boundary, measured against mission outcomes, not demos. From LLM applications to computer vision, we own the path from idea to inference.

Proven where it counts

IRS

High-performance data engineering

Built and supported a data warehouse capable of sub-second, high-throughput queries. Designed ETL pipelines using Apache Spark Structured Streaming in the cloud.

  • Apache Spark
  • ETL
  • Big Data
DIA

100+ microservices, event-driven architecture

Accelerated build, deployment, and scaling timelines for a large-scale program by maintaining 150+ AWS EC2 instances and a 90-microservice polyglot containerized platform.

  • Java
  • GovCloud
  • Microservices
TSA

Real-time insights across unified systems

Built secure data pipelines connecting Salesforce cloud and on-prem TSA systems, giving decision-makers real-time, actionable insights.

  • Salesforce
  • Security
  • Data Pipelines

What we deliver

Generative AI & LLMs

Retrieval-augmented generation, fine-tuning, and agentic workflows grounded in your authoritative data — with guardrails, source citation, and human-in-the-loop review where the stakes demand it.

Computer Vision

Object detection, segmentation, and image analytics — including satellite and geospatial imagery for ISR and situational awareness — from prototype to deployed inference.

Predictive Modeling

Forecasting, classification, and anomaly detection — from demand forecasting to improper-payment flags — grounded in rigorous validation and clear mission metrics.

MLOps

Reproducible training, model registries, CI/CD, monitoring, and drift detection — deployable to GovCloud, IL4/IL5, and air-gapped environments so models stay healthy in production.

AI Assurance & NIST AI RMF

Evaluation, red-teaming, and bias testing mapped to the NIST AI Risk Management Framework — documented evidence your authorizing official can sign against.

Decision Intelligence

Turning model output into operational decisions — document intelligence, triage, and casework support through APIs, dashboards, and human-in-the-loop workflows.

Approach

From proof-of-concept to production-grade.

The gap between a notebook that works and a system you can depend on is where most AI initiatives stall. We close it: data pipelines feed the models, evaluation gates every release, and monitoring catches drift before your users do. The result is AI you can actually operate.

  • Grounded, evaluated GenAI — not hallucination machines
  • Your data stays in your boundary — never trained into shared models
  • Reproducible training and versioned models
  • Evidence mapped to the NIST AI RMF and OMB AI guidance
Past performance · CMS
API design & development. Accelerated delivery with cost savings for two public-facing API products — the hardened serving layer production models sit behind.

Technologies we work in

  • PyTorch
  • TensorFlow
  • Hugging Face
  • LangChain
  • Claude / LLMs
  • RAG
  • SageMaker
  • Vertex AI
  • MLflow
  • ONNX
  • GovCloud

Common questions

Can federal agencies use generative AI safely?

Yes — with the right architecture. We ground generative systems in your authoritative data through retrieval-augmented generation, add guardrails and human-in-the-loop review where stakes demand it, and gate every release with evaluation. The result is AI that cites its sources and stays inside policy.

Can you deploy inside our authorization boundary — GovCloud, IL4/IL5, or air-gapped?

Yes. We design for the environment your data requires: FedRAMP-authorized clouds, agency VPCs, and fully disconnected networks. Where hosted model APIs aren't an option, we run open-weight models on your infrastructure — inference, retrieval, and monitoring all inside the boundary.

Does our data train your models?

No. Your data remains yours — we never train shared or third-party models on agency data. Fine-tuning and retrieval indexes are built inside your environment, under your control, and we document data handling to support your records and privacy requirements, including CUI.

How does your work map to the NIST AI RMF?

We structure delivery around the framework's Govern, Map, Measure, and Manage functions: documented risk context, measurable evaluation criteria before build, and monitoring plus incident response after launch. The artifacts we produce — model cards, evaluation reports, drift baselines — feed directly into your authorization package and OMB AI reporting.

How do you keep models from degrading after deployment?

Every deployment ships with monitoring for data drift, prediction quality, and business outcomes, plus retraining pipelines that are versioned and reproducible. Degradation gets caught by alerts, not by end users — that operational backbone is our MLOps practice.

What does an engagement look like if we're starting from zero?

We start with the mission decision the model should improve, then assess your data honestly — most AI projects fail on data, not algorithms. A typical first phase delivers a scoped proof-of-value with evaluation criteria agreed up front, followed by a production path with security and compliance designed in.

Put AI to work on a real problem.