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generative AI development company, Resourcifi
Generative AI development · Production-First AI™

Generative AI development company that ships to production

Resourcifi is a generative AI development company that designs, builds and operates LLM products that reach real users. We work with frontier models from OpenAI, Anthropic and Google, plus open-weight Llama or Mistral for on-prem, wrap them in retrieval, evaluation and safety guardrails, and put a named in-house team behind every build. Founded 2017, with 200+ in-house experts and a Clutch rating of 4.9, we are built to take a generative AI idea from prototype to a measured, deployed system, with a 90-day median to first deployment.

 4.9 on Clutch 600+ projects shipped 200+ in-house experts 95% repeat clients
Stanford DOW Snak King Narda Proximity Learning Nextgen Living University of Guelph Lenze iAutomation Emory University IKEA
600+ projects 95% repeat clients 4.9 on Clutch
Overview

What generative AI development means at Resourcifi

Generative AI development is the work of turning a large language or multimodal model into a dependable product feature: choosing the right model, grounding it in your data with retrieval, constraining its outputs with guardrails, measuring quality with evaluation suites, and operating it under real load. The model is one part; the system around it is what makes it safe to ship.

We combine generative models with classic natural language processing and retrieval, a pattern we call hybrid NLP plus RAG, so answers are grounded in your sources rather than invented. Every release passes a three-layer evaluation suite covering reference cases, adversarial prompts and regression checks, and runs behind observability you can audit.

The market is moving fast: Grand View Research projects the global generative AI market will reach USD 109.37 billion by 2030, growing at a 37.6% CAGR from 2025 (Grand View Research, 2025). Demand is not the hard part. Shipping a system that stays accurate, safe and affordable in production is, and that is the work we do.

By the numbers

The numbers we hold a generative AI system to

Before launch we agree on five production targets and gate the release against them. Exact values are set per project; these are the dimensions we measure.

First-token latency (p95)ResponsivenessSet per use case and held under load
Cost per callUnit economicsBudgeted and tracked per request
Answer accuracy floorQuality gateEval-defined threshold to ship
Throughput at peakScaleSized to your concurrency
Recovery time objectiveResilienceFallback and rollback path defined
See how we work
Why it is hard

Why generative AI is hard to ship

A prompt that works in a notebook is not a product. Outputs drift as data and models change, costs balloon without budgeting, hallucinations slip past spot checks, and a feature that has no evaluation harness cannot be improved with confidence. In our experience the projects that stall are the ones that skipped grounding and measurement, so we put both in from day one.

Grounding, evaluation and guardrails are the difference between a demo and a deployment.

How we close the gap
What we build

What we build for generative AI development.

01 · Strategy

Generative AI consulting

We map your use cases, score them on value and feasibility, pick a build or buy path, and produce a roadmap with cost, latency and accuracy targets before any code is written.

Use-case scoring, build-vs-buy analysis, model selection
02 · Models

LLM and model fine-tuning

We select and adapt models to your domain with parameter-efficient fine-tuning when prompting and retrieval are not enough, keeping cost and footprint in check.

Hugging Face, PyTorch, LoRA and QLoRA, PEFT
03 · Grounding

Retrieval-augmented generation

We ground answers in your own content with vector search and citation checks, so responses trace back to a source instead of being invented.

LangChain, LlamaIndex, pgvector, Pinecone, Weaviate
04 · Interfaces

Chat, copilots and assistants

We build conversational and copilot interfaces over your data and tools, with streaming responses, tool calls and human handoff where it matters.

OpenAI, Anthropic and Google APIs, FastAPI, WebSockets
05 · Safety

Brand voice and safety guardrails

We constrain outputs with input and output filters, PII redaction, persona limits and brand-voice checks, with every interaction logged for audit.

Guardrails.ai, NeMo Guardrails, content filters, PII redaction
06 · Operations

Evaluation and deployment

We deploy behind evaluation gates and observability, serving models efficiently and tracking quality, cost and latency once they are live.

LangSmith, Braintrust, vLLM, NVIDIA Triton, OpenTelemetry
How it works

How a generative AI request flows

Every user prompt passes through grounding, guarded generation and evaluation before a response is returned and logged.

See it run

Trace a real request

Here is how a grounded support assistant answers a customer question end to end.

See the method

Illustration of how this works in practice, under guardrails and human checkpoints.

In production

Generative AI capabilities we build

From a single grounded chatbot to a full content and workflow platform, we assemble the same building blocks: retrieval, guarded generation, evaluation and observability.

The stack we build on
Grounded chatbots and assistantsDocument summarization and searchContent and code generationPersonalized recommendationsTranslation and localizationSentiment and emotion analysis
See the work
Generative AI capabilities we build
Where it earns its place

Three places this pays for itself.

SaaS and product teams

In-product copilots and assistants

Ship a copilot grounded in your docs and product data that answers questions, drafts content and triggers actions, behind evaluation gates so quality holds as you scale.

Operations and support

Document summarization and drafting

Summarize long documents, draft replies and surface the right policy or record on demand, with citations back to the source so reviewers can trust the output.

Marketing and content

On-brand content at scale

Generate product copy, locale variants and campaign drafts inside brand-voice and safety guardrails, with a human review step where the stakes are high.

The method

Production-First AI™

The same operating discipline runs every build: the numbers locked before we start, an eval suite that has to pass, quality gates on every change, and a hand-off engineered from day one.

Read the full method
01

Discovery call

Week 1

We pressure-test the use case, the data you have and the outcome you need, and agree on what success looks like in measurable terms.

02

AI assessment

Weeks 1 to 2

We review your data and systems, prototype the riskiest part, and confirm the model, retrieval and guardrail approach that fits.

03

Roadmap

Weeks 2 to 3

We set the five production targets, scope the build, and lay out a phased plan with cost, latency and accuracy goals.

04

Build

Weeks 3 onward

A named in-house team builds the retrieval, generation and guardrail layers and wires up the evaluation suite and observability.

05

Deploy

By day 90

We ship to production behind evaluation gates, with a fallback and rollback path, reaching a first deployment in a 90-day median.

06

Operate and improve

Ongoing

We monitor quality, cost and latency, feed traces back into prompts and fine-tuning, and harden the system as usage grows.

How to start

Engagement bands

Generative AI work usually starts as a scoped pilot and grows into a platform build and ongoing operation. These are typical ranges; we scope exact pricing to your use case.

01 · Pilot

Proof of concept

A scoped pilot to prove value on one use case, with a grounded prototype, an evaluation harness and a go or no-go recommendation.

Fixed scope, a few weeks
02 · Build

Production build

A full generative AI feature or platform with retrieval, guardrails, evaluation gates and observability, shipped to production by a named team.

Project based, milestone billed
03 · Operate

Run and improve

Ongoing operation, monitoring and improvement of a live system, including model updates, cost tuning and new use cases.

Monthly retainer

Tell us your use case and we will scope the right engagement. Or hire AI engineers for your own roadmap.

Recent work

Shipped to production.

View all case studies

Buyer questions

Questions teams ask first.

Answered the way we would on a scoping call.

What is a generative AI development company?

A generative AI development company designs, builds and operates products powered by large language or multimodal models. The work goes beyond calling a model API: it includes grounding the model in your data with retrieval, adding safety guardrails, building evaluation suites to measure quality, and operating the system in production. Resourcifi has done this work since 2017 with 200+ in-house experts.

Which models does Resourcifi build with?

We are model-agnostic. We work with frontier models from OpenAI, Anthropic and Google, and with open-weight models such as Llama or Mistral when you need on-premise or private deployment. We select the model per use case based on quality, cost, latency and data-residency needs, and we keep the architecture portable so you are not locked to one provider.

How do you stop a generative AI system from hallucinating?

We ground responses in your own content using retrieval-augmented generation, so answers come from your sources and can be traced back with citations. On top of that we run a three-layer evaluation suite of reference, adversarial and regression checks, and apply output guardrails that block or reroute answers that fail accuracy or safety rules before a user sees them.

How long does a generative AI project take?

A scoped pilot typically runs a few weeks and produces a grounded prototype with an evaluation harness and a go or no-go recommendation. Full production builds are larger and milestone-based. Across our work the median time to a first deployment is 90 days, though the exact timeline depends on data readiness, integrations and the accuracy bar you need to clear.

How much does generative AI development cost?

Cost depends on scope. Work usually starts as a fixed-scope pilot, grows into a milestone-billed production build, and continues as a monthly retainer for operation and improvement. We scope exact pricing to your use case after the discovery call. As an offshore-based team, our blended rates run well below typical onshore rates while keeping a named in-house team on your build.

How do you measure whether a generative AI system is good?

Before launch we agree on five production targets: first-token latency, cost per call, an answer accuracy floor, throughput at peak, and a recovery time objective. We measure each with an evaluation suite and gate the release against them, then track the same metrics in production with observability so quality, cost and latency stay visible after launch.

Can you deploy generative AI on-premise or in our private cloud?

Yes. When data residency or security requires it, we deploy open-weight models such as Llama or Mistral inside your own cloud or on-premise environment, served efficiently with tooling like vLLM or NVIDIA Triton. We keep the same retrieval, guardrail and evaluation layers so the private deployment behaves like the hosted one.

How do you keep generative AI outputs safe and on-brand?

We constrain outputs with input and output filters, PII redaction, persona limits and brand-voice checks using tools such as Guardrails.ai and NeMo Guardrails. Every interaction is logged for audit, and where the stakes are high we add a human review step. Brand-voice rules are written into the evaluation suite so off-brand responses fail before reaching a user.

What support do you provide after deployment?

We operate the live system: monitoring quality, cost and latency, updating models, tuning costs, and feeding production traces back into prompts, retrieval and fine-tuning. We can also add new use cases over time. This is offered as a monthly retainer, and 95% of our clients return for repeat work.

How is generative AI different from traditional machine learning?

Traditional machine learning trains a model on your data to predict or classify a specific outcome, such as a fraud score or a demand forecast. Generative AI uses large pre-trained models to produce new content like text, code or images, usually grounded in your data through retrieval rather than trained from scratch. We build both and often combine them, using classic ML for ranking and prediction alongside generative models for content and conversation.

Across the AI practice

The rest of what we build.

Start with a conversation

Bring us the work that has to ship.

A senior engineer on the call, not a sales pitch. Thirty minutes, your actual use case, a straight answer on feasibility.

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