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Generative AI engineers who take LLM systems from proof of concept to governed production.

Gain America places pre-vetted, US-based generative AI and LLM engineers inside enterprise and government teams. They build the RAG pipelines, agent architectures, fine-tuned models, and evaluation frameworks that turn pilots into production systems.

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2006delivering since
1000+enterprise projects
85%repeat clients & referrals
<0.05%client attrition

What we deliver

Capabilities

RAG Architecture & Retrieval Engineering

Design and build retrieval-augmented generation pipelines — chunking strategy, embedding models, vector and hybrid search, reranking, and grounding — tuned to your document corpus and accuracy requirements.

AI Agent & Orchestration Development

Engineer single- and multi-agent systems with tool use, memory, guardrails, and human-in-the-loop controls, using orchestration patterns proven to survive production traffic.

LLM Fine-Tuning & Model Adaptation

Adapt open-weight and hosted models to your domain through supervised fine-tuning, preference optimization, and distillation, with training data pipelines built to your compliance standards.

Evaluation & LLM Observability

Stand up eval harnesses, golden datasets, regression suites, and LLM-as-judge scoring so model and prompt changes ship with evidence instead of anecdotes.

LLMOps & Production Deployment

Containerize, serve, monitor, and cost-manage LLM workloads across cloud and on-premises GPU environments, including air-gapped and compliance-bound deployments.

GenAI Platform & Governance Enablement

Establish the shared platform layer — prompt management, access control, audit logging, and usage governance — that lets multiple business units build on LLMs safely.

Talent

In-demand roles we place

Consultant looking for your next engagement? Explore open roles.

  • Sr. Generative AI Engineer (LangChain / LlamaIndex / RAG)
  • LLM Engineer (fine-tuning, PEFT/LoRA, RLHF pipelines)
  • AI Agent Engineer (multi-agent orchestration, tool use)
  • Retrieval Engineer (vector search, hybrid retrieval, reranking)
  • LLM Evaluation Engineer (evals, red-teaming, LLM-as-judge)
  • LLMOps / MLOps Engineer (serving, monitoring, cost control)
  • GPU Cluster Engineer (training and inference infrastructure)
  • Prompt & Context Engineer (prompt systems, context management)
  • GenAI Solutions Architect (platform and reference architecture)
  • Forward Deployed Engineer (GenAI, client-embedded delivery)
  • AI Data Engineer (training data, document pipelines, ETL for RAG)
  • Conversational AI Engineer (assistants, copilots, voice interfaces)

Our approach

Enterprises no longer need convincing that large language models create value. They need engineers who can make that value survive contact with production — with real data, real users, real security review, and real cost constraints. That is the gap Gain America closes. Since 2006, we have placed US-based technical consultants inside enterprise and government teams, and today our generative AI practice staffs the four disciplines that determine whether an LLM initiative ships: retrieval, agents, model adaptation, and evaluation.

Why generative AI engineering is a distinct discipline

Most organizations discover the hard way that a strong software engineer is not automatically a strong LLM engineer. RAG systems fail on chunking and retrieval quality long before the model is the problem — the architectural decisions are documented in our guide to enterprise RAG architecture. Agent systems fail differently: without guardrails, deterministic fallbacks, and observability, they behave well in demos and unpredictably in production, a pattern we analyze in why AI agents fail to reach production. Fine-tuning fails when training data pipelines are an afterthought. And everything fails silently when there is no evaluation harness to catch regressions before users do.

Engineers who have already shipped through these failure modes are scarce, and the scarcity is structural — a market condition we examine in our analysis of the enterprise AI talent gap. Waiting two or three quarters to make a permanent hire is often the most expensive option available, as we detail in AI staff augmentation vs. hiring.

How we deliver: the GainAm Method

Every generative AI engagement runs on the GainAm Method — Assess, Architect, Embed, Operate.

Assess. We scope the actual engineering problem behind the request: the data estate, the security and compliance boundaries, the target use cases, and the skills your team already has. This prevents the most common staffing mistake — hiring for a job title instead of a system.

Architect. A senior architect defines the reference design and the role plan together: which retrieval pattern, which orchestration approach (see multi-agent orchestration patterns), which eval gates, and precisely which engineers the build requires.

Embed. Consultants from our pre-vetted bench of US-based engineers join your team and your tooling — your repos, your standups, your security posture. For clients who want delivery ownership on-site, we deploy in the forward deployed engineer model.

Operate. We stay accountable through production: monitoring, cost management, eval regression suites, and knowledge transfer so your permanent staff can run what we build.

Why Gain America

We have been doing one thing since 2006: placing technical consultants who deliver inside enterprise environments. Across 1000+ enterprise projects, 85% of our business comes from repeat clients and referrals, and client attrition is under 0.05% — numbers that reflect a simple operating principle: we succeed only when your system ships. Our consultants are US-based, our vetting is run by senior architects rather than recruiters, and our engagements are structured around production milestones, not billable hours. Headquartered in Hicksville, New York, we support clients nationwide across financial services, healthcare, retail, manufacturing, energy, telecom, and the public sector.

If you are scoping a RAG platform, an agent initiative, a fine-tuning program, or an evaluation practice, talk to our team. We will assess the role or pod you need and present engineers who have built it before.

Generative AI and LLM engineers interested in joining our bench can apply here.

Questions

Frequently asked questions

How fast can we bring on a generative AI engineer?

Because we maintain a pre-vetted bench of US-based consultants, we typically present qualified candidates within days of scoping the role, and engineers can start as soon as your onboarding and access processes allow.

Do your engineers work on-site, hybrid, or remote?

All three. Many clients embed our engineers on-site or hybrid as forward deployed engineers; others run fully remote engagements. All consultants are US-based, which matters for data residency, security clearances, and working-hours overlap.

Can you support regulated and government environments?

Yes. We staff generative AI work in financial services, healthcare, and the public sector, including environments with FedRAMP, StateRAMP, and agency-specific compliance requirements.

What is the difference between hiring one engineer and engaging a delivery team?

Both are available. You can augment an existing team with a single specialist, or engage a small pod — for example an architect, two engineers, and an evaluation lead — accountable for a production milestone. The GainAm Method governs either model.

How do you vet LLM engineers?

Candidates are assessed on production evidence, not tutorials: shipped RAG or agent systems, fine-tuning work with measurable outcomes, and eval discipline. Only engineers who pass technical review by our senior architects join the bench.

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Ready to put the right engineers on it?

Gain America staffs and deploys the teams behind enterprise and public-sector AI — delivering since 2006.

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