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Applied AI · Enterprise

The team with the best harness wins — not the best model.

Agent harnesses, context engineering, retrieval, and fine-tuned open-weight models — built on infrastructure you own, with permissions, version history, and audit trails already in place.

The Thesis

Sell the work, not the software

Agents break the old SaaS bet. Customers stop buying a faster way to do the task and start buying the task done — on a substrate the agent can actually operate.

01

The model is the commodity

Two teams pointing the same frontier model at the same task get wildly different results. The difference is the harness — tools, permissions, context, validation, and recovery.

02

Autonomous is a liability claim

In regulated domains the durable design is human-in-the-loop. The defensible property is not "rarely wrong" — it is catchable and reversible.

03

Two API surfaces, not one

REST for developers, MCP for agents — over the same record, the same permissions, the same audit log. Humans and agents enter through different doors into one house.

04

Tokens are your cost of goods

When you sell the work instead of the seat, margin is whatever the harness does not burn re-reading context. Routing, caching, and early evals decide the unit economics.

Capabilities

What we actually build

The model is the easy part. The harness — tools, context, retrieval, evals, and serving — is where durable advantage accumulates.

🧠01

Agent Harness Engineering

MCP tool layers, permission scoping at the boundary, output validation, error-recovery loops, approval and review surfaces, multi-agent orchestration, tracing and observability.

mcptool designhitlorchestrationobservability
📐02

Context Engineering

Context budgeting, system and tool-prompt design, prompt caching, compaction and summarization, session plus long-term memory, self-describing metadata, and model routing — small models for routine steps, frontier only for hard calls.

context budgetcachingmemorymodel routingtoken optimization
📚03

RAG & Knowledge Systems

Ingestion and chunking, embeddings, hybrid BM25 + vector search, rerankers, graph RAG, grounded answers with citations, incremental freshness, and permission-aware retrieval so a query can never surface a document the caller could not open.

hybrid searchrerankgraph ragpgvectoracl-aware
🔬04

Model Training & Fine-Tuning

LoRA / QLoRA, supervised fine-tuning, DPO preference tuning, distillation of frontier behaviour into small cheap models, dataset curation and synthetic generation, quantization, and self-hosted serving on vLLM or Ollama.

loraqlorasftdpodistillationvllm
05

Evals & Guardrails

Task-level eval harnesses, regression suites on real traces, faithfulness and recall scoring for retrieval, red-teaming, and cost and latency budgets enforced in CI.

evalsregressionragasred-teamingci gates
☁️06

AI Infrastructure & MLOps

GPU provisioning, on-prem and air-gapped deployments, model gateways with fallback, prompt and model versioning, and cost attribution per workflow.

self-hostedair-gappedgatewayversioningcost attribution
Anatomy of a Harness

Five pieces around the model

Anyone can put an MCP server over an app in a weekend. Almost no one can hand an agent permissioning, version history, and a compliant review surface that already existed before the agent showed up.

01

Single system of record

Humans and agents act through the same record. No parallel backdoor, no split audit trail.

02

Self-describing metadata

Every entity is introspectable, so an agent can discover what exists and what it is allowed to touch.

03

Native permissions

Access controls enforced at the system boundary — the agent hits the same RBAC a human would.

Modelcommodity layer
04

Native version history

Every write is a versioned, reversible record by default. Error recovery is real, not aspirational.

05

Human review surface

A cockpit where an operator or auditor can see, approve, and reverse agent actions.

How We Engage

From audit to work sold as a service

012 weeks · fixed fee

AI Readiness Audit

Substrate assessment, agent-readiness score, use-case shortlist ranked by value over risk, and a token-cost plus unit-economics model.

026–12 weeks

Agent Build Pod

One production workflow shipped end to end: harness, MCP tools, evals, review surface, and a runbook your operators can own.

034–8 weeks

Model Lab

Dataset curation to LoRA to eval to self-hosted serving — with a measured quality and cost delta against the frontier baseline.

04Ongoing

Work-as-a-Service

We run the agents and are paid per unit of work completed, with SLAs and a human approval gate where regulation demands one.

Built On Our Own Substrate

The offerings that make the harness real

Inherit the substrate instead of spending a year re-implementing audit, RBAC, and version history.

🧠
01
Hydra AI / Hydra MCP
The operational brain over Frappe & ERPNext

The world's most focused AI dev agent for ERPNext and Frappe — with deep ERP domain knowledge, MCP tool calling, and optimized token management. Hydra exposes patient operations, clinical orders, billing, inventory, accounting, and any custom object as a structured, permissioned, auditable tool surface.

MCP tool callingERPNext nativetoken optimizationcontext retentioncode reviewsOWASP validationrapid prototypingERP domain AI
☁️
02
Espresso Cloud
Where the agents and models actually run

Private CI/CD, self-hosted GPU, monitoring, and disaster recovery. Spin up the environments your harness needs — including air-gapped and on-prem — with enterprise SLAs. The inference an agent burns is your cost of goods; the infrastructure has to be yours to optimize.

CI/CD pipelinesself-hosted GPUmonitoringSLA guaranteessecuritydisaster recoveryair-gappedpen-testing
🚀
03
Fossible Sprints
The AI-augmented pod that builds the harness with you

A dedicated dev pod — BAs, PMs, and engineers — delivering with an AI-augmented workflow and enterprise-grade guardrails. From spec writing and test-driven implementation to automated static analysis, AI code review, and auto-deployed PRs. Flat monthly fee, no surprises.

dev podAI-augmentedTDD workflowstatic analysisAI code reviewauto-deploy PRsflat monthly feeenterprise QA
Healthcare IT · Medplum MCP

The clinical brain sits on the same substrate

Medplum MCP exposes the full FHIR R4 resource tree as semantically described tools, with SMART-on-FHIR scopes and AuditEvent generation enforced at the tool boundary. Pair it with Hydra MCP when the workflow spans operations and clinical data.

Explore Healthcare IT
Stack

Model-agnostic by design

Claude / GPTFrontier models
Llama · Qwen · MistralOpen weights
MCPAgent tool surface
LangGraphOrchestration
vLLMSelf-hosted serving
pgvector · QdrantRetrieval
PEFT / LoRAFine-tuning
LangfuseTracing
RagasEval suites
Who It's For

Built for teams that need
agents that survive production

🏦

Incumbent Operators

Years of data and distribution sitting behind an agent-hostile API — the asset is there; the substrate is not.

🚀

AI-Native Startups

Burning runway re-implementing audit logs, RBAC, and version history instead of shipping the work that is actually yours.

🏥

Healthcare & Payer Back-Office

Prior auth, claims, eligibility, denial management, and documentation — high volume, high audit, low tolerance for a black box.

📑

Finance, Insurance & Lending

Rules-bound operational work that agents can carry, if every write is permissioned, versioned, and reviewable.

🔐

Regulated & Air-Gapped Workloads

You own the code, the data, and the deployment. Model-agnostic, open-weight capable, hostable anywhere.

📉

Demo-to-Production Teams

The happy-path demo works. Production numbers do not — because the harness, evals, and unit economics were never built.

Get Started

Stop demoing the happy path.

Talk to us about the harness, the evals, and the unit economics — not another proof-of-concept that dies in production. We'll scope an engagement within 48 hours.