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LockedIn Model Foundry

Private models for the workflows generic AI cannot own.

We help enterprises move from broad AI experiments to task-specific models that are cheaper to run, easier to govern, faster to execute, and aligned to the way the business actually works.

Built for regulated systems, legacy data, enterprise controls, and production adoption.

Model architecture decision flow
Business WorkflowData SourcesModel Decision LayerTLM / SLM / RAG / AgentEval HarnessDeployment SurfaceAudit / Evidence Loop

The operating constraint

Most enterprise AI work does not need a bigger model. It needs a better-fit model.

General-purpose models are excellent for broad reasoning, but many enterprise workflows are repetitive, domain-specific, latency-sensitive, cost-sensitive, privacy-sensitive, or compliance-heavy. Running every task through a frontier model can create unnecessary cost, governance complexity, data exposure, and operational risk.

High inference cost

Running every task through a frontier model creates unnecessary per-token spend at enterprise volume.

Latency in operational workflows

Operator-facing and real-time workflows cannot tolerate multi-second round-trips to remote inference APIs.

Sensitive data exposure

Sending confidential, PHI, PII, or regulated data to third-party model APIs introduces compliance and security risk.

Weak task repeatability

General-purpose models produce inconsistent outputs on narrow, repetitive enterprise tasks where precision matters.

Limited auditability

Opaque model behavior makes it difficult to produce the evidence, traceability, and audit trails regulators require.

Model architecture

Model architecture matched to the operating constraint.

LockedIn Model Foundry evaluates the workflow before selecting the model strategy. Some workflows need retrieval. Some need a small language model. Some need a tiny model embedded in an app. Some need an agentic workflow with human review. Some need a hybrid system with deterministic rules, model assistance, and evidence capture.

Model TypeBest ForData RequirementLatencyGovernanceDeploymentExample Use Case
ClassifierBinary or multi-class decisionsLabeled examplesSub-10msLowEdge, API, embeddedClaims triage, ticket routing
ExtractorStructured data from unstructured textAnnotated documentsSub-100msLow–MediumAPI, batchKYC extraction, clause parsing
Tiny Language ModelHigh-volume narrow tasksTask-specific corpusSub-50msMediumEdge, on-prem, APIIntent detection, compliance flags
Small Language ModelDomain reasoning and generationDomain corpus + labels100–500msMedium–HighVPC, cloud, on-premSummarization, copilots
RAG WorkflowKnowledge-grounded answersDocument corpus + embeddings500ms–2sMediumCloud, VPCPolicy Q&A, knowledge base
Agentic WorkflowMulti-step orchestrationTools + context + rules2–10sHighCloud, managedUnderwriting, audit workflows
Frontier LLMComplex reasoning, open-endedPrompts + context1–5sHighAPIExecutive analysis, novel research

Capability

Private model systems, not AI experiments.

A

Tiny Language Models

Task-specific models for narrow, high-volume workflows: classification, routing, extraction, intent detection, compliance flags, and call disposition.

B

Small Language Models

Domain-tuned models for summarization, structured reasoning, workflow guidance, internal copilots, document understanding, and operational decision support.

C

RAG + SLM Systems

Retrieval-grounded systems combining controlled enterprise knowledge with smaller models for stronger accuracy, explainability, and cost control.

D

Distillation & Compression

Convert expensive frontier model behavior into smaller, faster systems where the task is stable and measurable.

E

Evaluation Harnesses

Golden datasets, regression tests, business-rule checks, hallucination checks, latency benchmarks, cost benchmarks, and human review workflows.

F

Deployment Architecture

Customer cloud, private VPC, on-prem, edge, managed API, secure batch processing, or embedded app deployment.

Build path

From workflow to model in controlled stages.

0

Executive Model Foundry Session

Understand the business constraint, current workflow, data posture, and operating risk.

1

Use Case Selection

Identify tasks where a smaller model could reduce cost, improve speed, increase control, or automate repeatable work.

2

Data Readiness

Review documents, logs, transcripts, tickets, forms, structured data, historical decisions, human labels, and compliance boundaries.

3

Architecture Decision

Choose TLM, SLM, RAG, agentic workflow, classifier, extractor, or hybrid system.

4

Training or Adaptation

Fine-tune, distill, prompt-tune, embed, retrieve, label, compress, or assemble the model system.

5

Evaluation

Measure against task accuracy, cost, latency, business rules, safety, auditability, and human acceptance.

6

Deployment

Ship to the customer environment with observability, access controls, audit trails, model cards, and rollback plans.

7

Managed Improvement

Monitor drift, refresh data, improve labels, retrain, re-evaluate, and expand to adjacent workflows.

Enterprise applications

Where private models create immediate enterprise value.

Healthcare

  • Claims triage
  • Prior authorization intake
  • Provider data normalization
  • Clinical document summarization
  • Member correspondence classification
  • Call center note summarization
  • Compliance evidence review

Financial Services

  • KYC document extraction
  • Risk workflow classification
  • Advisor support copilots
  • Audit evidence summarization
  • Policy interpretation assistance
  • Customer support routing

Insurance

  • Claims intake classification
  • Policy document extraction
  • Underwriting support
  • Renewal risk detection
  • Compliance documentation

Enterprise Operations

  • Ticket routing
  • Internal knowledge copilots
  • Procurement intake
  • Contract clause extraction
  • HR policy assistance
  • ERP/CRM workflow summarization

Contact Centers

  • Intent classification
  • Agent assist
  • Call summarization
  • QA scoring
  • Escalation prediction
  • Script adherence checks

Operating model

Private models still need an operating model.

LockedIn Model Foundry is not just model training. It includes the controls required for enterprise adoption: source authority, access boundaries, evals, human checkpoints, model cards, audit logs, deployment approvals, and evidence loops.

Data boundary mapping

Source authority review

Human-in-the-loop approval

Model card generation

Evaluation evidence

Drift monitoring

Access control

Audit export

Rollback path

Compliance documentation

Engagement models

Built for how enterprises buy model work.

01

Model Foundry Session

Executive working session

A no-cost executive working session to identify the highest-value private model opportunities in your organization.

Deliverables

  • Use case map
  • Model suitability matrix
  • Data readiness view
  • Deployment recommendation
  • First model sprint scope
02

Model Feasibility Sprint

1–2 week sprint

A focused sprint to test whether a task-specific model is viable for the target workflow.

Deliverables

  • Sample dataset review
  • Baseline model strategy
  • Evaluation plan
  • Cost/latency estimate
  • Prototype or architecture sketch
03

Custom Model Build

4–8 week sprint

Full model design, tuning, evaluation, and deployment into your operating environment.

Deliverables

  • Trained or adapted model
  • Evaluation harness
  • Model card
  • Deployment package
  • Operator surface
  • Governance documentation
04

Managed Model Operations

Ongoing engagement

Continuous model monitoring, evaluation, retraining, cost optimization, governance updates, and workflow expansion.

Deliverables

  • Monthly performance report
  • Drift monitoring
  • Retraining plan
  • Evaluation updates
  • Cost optimization
  • New workflow roadmap

Enterprise tiers

Scoped to where you are in the model journey.

Assessment

For teams identifying model opportunities.

Build Sprint

For teams ready to create a first private model.

Production Deployment

For teams deploying into cloud, on-prem, or regulated operations.

Managed Operations

For teams that want ongoing monitoring, improvement, and governance.

Vendor-agnostic infrastructure

PyTorchPythonKubernetesAWSAzureGoogle CloudHugging FaceNVIDIADatabricksSnowflakePostgreSQLRedisDockerTerraformFine-tuningDistillationRAGEmbeddingsQuantizationModel CardsObservability

LockedIn Labs does not sell models for the sake of models. We design the operating layer, the data path, the evaluation method, the deployment surface, and the governance loop around the model. That is the differentiator.

Bring us the workflow.
We'll show you the model path.

Tell us where the work is repetitive, expensive, sensitive, slow, or hard to govern. LockedIn Labs will help determine whether the answer is a tiny model, small model, retrieval system, agentic workflow, or no model at all.