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Most AI pilots never ship. We build the ones that do.

Agentic systems, applied machine learning and the platform underneath them — designed from day one for the evaluation, governance and unit economics that decide whether a model ever reaches a customer.

Service lines

07

Accelerators

04 reusable assets

Typical entry

Four weeks

You keep

Code, docs and runbooks

01Our view

The gap is not the model. It is everything around the model.

Frontier models are a commodity input. Any competitor can rent the same weights you can. The durable advantage sits in the layer nobody demos: how your proprietary data is retrieved and permissioned, how outputs are evaluated before a human trusts them, how failure is caught and rolled back, and what a correct answer costs you at scale.

That layer is an engineering problem, not a procurement one. It is also where most enterprise AI programs quietly stall — a compelling prototype meets a security review, a regulator, a latency budget or a cost-per-query nobody modeled, and the program becomes a slide.

We build from the constraint inward. Evaluation harness before feature work. Retrieval and access control before orchestration. Cost and latency budgets as design inputs rather than post-launch surprises. The prototype is designed to become the production system, not to be thrown away when it meets reality.

The shape of the problem

The model is the part you rent. The rest is the part you build.

ModelRetrieval & permissionsEvaluation & guardrailsObservability & rollbackUnit economics

Anyone can rent the middle. The rings are the work.

02Service lines

What we actually do in AI.

Named, scoped and independently buyable. Most engagements combine two or three.

01

Agentic systems & workflow automation

Multi-step agents that execute real work inside your systems of record — with the guardrails that make that safe.

  • Tool and API design that gives an agent a narrow, auditable surface area
  • Deterministic fallbacks and human-in-the-loop checkpoints on consequential actions
  • Full trace capture — every call, cost and decision replayable after the fact
02

Retrieval & enterprise knowledge

Turning fragmented internal knowledge into a retrieval layer that respects who is allowed to see what.

  • Document, ticket, code and database ingestion with incremental re-indexing
  • Permission-aware retrieval that inherits your existing entitlement model
  • Hybrid search, re-ranking and chunking strategies tuned against your own evaluation set
03

Applied machine learning

Forecasting, classification, risk scoring and optimization where a smaller purpose-built model beats a general one.

  • Demand, churn, credit and maintenance modeling
  • Feature pipelines and drift monitoring built alongside the model, not after it
  • Honest baselines — we will tell you when the problem does not need machine learning
04

Evaluation, safety & AI governance

The measurement discipline that lets a regulated business put a probabilistic system in front of a customer.

  • Task-specific evaluation suites and regression gates wired into CI
  • Red-teaming for prompt injection, data exfiltration and jailbreak paths
  • Model cards, audit trails and documentation aligned to the EU AI Act and NIST AI RMF
05

AI platform & MLOps

The shared substrate so your fifth AI use case costs a fraction of your first.

  • Model gateway with routing, fallback, rate limiting and per-team cost attribution
  • Prompt, dataset and model version control with reproducible deploys
  • Observability: latency, spend, quality drift and failure clustering in one place
06

Data strategy & governance

Making data an asset the organization can act on — the precondition for everything else on this page.

  • Data platform architecture, lineage and quality instrumentation
  • Ownership, stewardship and a governance model people actually follow
  • Privacy engineering aligned to GDPR, HIPAA, CCPA and sector regulation
07

Model-agnostic architecture

A design stance, not a service line: no capability we build should be hostage to one vendor's roadmap.

  • Abstraction at the inference boundary so models can be swapped or A/B tested
  • Open-weight and self-hosted options where data residency or cost demands it
  • Benchmarking against your workload — not against public leaderboards
03Accelerators

We do not start from zero.

Reusable engineering assets we bring into engagements — reference architectures, tested component libraries and assessment methods. They are yours to keep and modify; nothing here is a runtime you have to keep licensing.

Reference implementation

Evaluation Harness

Golden-set management, LLM-as-judge scaffolding, human review queues and CI regression gates.

Reference architecture

Model Gateway

Provider-agnostic routing with failover, caching, budget enforcement and per-team spend attribution.

Component library

Permissioned RAG

Ingestion, chunking and hybrid retrieval that carries your source-system entitlements end to end.

Observability pattern

Agent Trace

Structured tracing for multi-step agents — replay any run, attribute any cost, explain any decision.

04How we hold ourselves

Four commitments, each with a cost.

01Evaluation before features
We do not start building until we can measure whether it is getting better. The evaluation set is the first deliverable, not the last.
02Cost is an architecture decision
Cost per resolved task is modeled at design time and tracked in production. A system you cannot afford to run at scale is not a working system.
03Your data stays yours
Data residency, retention and training-use terms are settled before a single record moves. We architect for the answer, including self-hosted where it must be.
04Handover is the goal
Your engineers ship alongside ours. We write the runbooks and we work ourselves out of the engagement.
05Where clients start

AI Opportunity & Feasibility Sprint

Four weeks · fixed scope · fixed price

A short, fixed-scope engagement that replaces speculation with evidence. We map candidate use cases against your data reality, build a working thin-slice of the highest-value one, and put a number on what it costs to run.

What you receive

05 outputs

  1. 01Ranked use-case portfolio scored on value, data readiness and regulatory exposure
  2. 02A working prototype on your data, in your environment
  3. 03Evaluation set and baseline quality measurements
  4. 04Unit-economics model — cost per task at pilot and at scale
  5. 05Reference architecture and a costed path to production
06Technology

What we build on — and why it is a shortlist, not a religion.

We are deliberately fluent across the credible options in each layer so that the choice can be made on your constraints rather than on ours.

Models

  • Anthropic Claude
  • OpenAI
  • Google Gemini
  • Llama
  • Mistral
  • Open-weight / self-hosted

Serving & orchestration

  • Amazon Bedrock
  • Azure AI Foundry
  • Vertex AI
  • vLLM
  • Ray
  • Temporal

Data & retrieval

  • Postgres / pgvector
  • Snowflake
  • Databricks
  • Elasticsearch
  • Kafka
  • dbt

Operations

  • OpenTelemetry
  • Kubernetes
  • Terraform
  • MLflow
  • Grafana
  • GitHub Actions
Next step

Talk to someone who has built this before.

Most engagements start with a short, fixed-scope diagnostic — three to four weeks, a written recommendation, and a costed path forward. If we are not the right firm for it, we will say so and point you somewhere better.

Mercrest Group Inc., 1111B S Governors Ave, STE 34163, Dover, DE 19904