External LLMs raise enterprise ROI
ChatGPT, Claude, Gemini, and in-region EU models are good enough to materially change ops workflows: RCA, claims classification, clinical drafting, mission summaries. The economic case is real.
The context-preserving data layer for AI that sits between your systems and approved model paths. Turn blocked workflows into operational AI. Sensitive data stays in your environment, with its structure intact.
The hardest part of operationalizing AI on sensitive enterprise data is not the model. It's the data. Every approach breaks down at a different layer, and the leftover risk is what stalls the project before production.
ChatGPT, Claude, Gemini, and in-region EU models are good enough to materially change ops workflows: RCA, claims classification, clinical drafting, mission summaries. The economic case is real.
Free-text fields like a CS ticket Details column mix customer names, contact info, and claim narrative in unstructured form. Simple PII guardrails miss this. Blanket masking and redaction destroy the context AI needs to produce a useful answer.
NOC tickets, OT historians, EHR records, and mission briefs are not clean structured data. They're cross-referenced, unstructured, and tied to live systems that aren't migrating. Synthetic data substitutes don't reach production workflows.
Prompt-level security filters work at the API edge. They don't process documents end-to-end, don't restore outputs, and don't cover sovereign-data scenarios where any external transmission is unacceptable.
The context-preserving data layer for AI that sits between your systems and approved model paths. Sensitive elements are encapsulated locally with differential privacy, structure intact; you run on any LLM (approved external or on-prem local) and restore inside the originating workflow. Six capabilities on one architecture, across two execution paths.
These six are the technical commitments that turn blocked AI projects into operational AI. Each addresses a specific failure mode of conventional approaches.
Tables, cross-references, ticket fields, runbook steps, alarm sequences, and document hierarchies survive the process intact. AI understands the full operational structure, not broken fragments that produce useless outputs.
Air-gapped networks, on-premise servers, custom data systems, ServiceNow / SharePoint / Jira / OT historians. Capsule runs inside your existing environment with a single API-call addition and no architectural change. External LLM or on-prem local under one governance.
Customer-defined confidentiality markers beyond standard PII: device IDs, circuit IDs, deal terms, M&A code names, mission references, OT identifiers. Enterprise context, not generic privacy.
AI outputs auto-restore with your original names, figures, and references, ready for reports, legal reviews, and client deliverables. No manual reconstruction.
Sensitive data stays inside your environment. External AI sees only safe placeholders; tokenization plus differential-privacy-based protection make original values practically non-recoverable from outside your boundary. Reconstruction happens only inside the organization.
Time-shifting policy. Yesterday's policy archived, today's enforced. When new regulations land, markers update without rebuilding pipelines. Versioned, scoped, RBAC'd, fully audit-trailed.
Raw operational data stays inside the corporate environment. Only the protected capsule traverses zones. Restored output is reconstructed locally, inside the originating workflow.
Where the operational systems already live. Capsule reads from ERP / CRM / Ticketing / DMS / Legacy DB / RAG Pipeline in place, with a single API-call addition and no system modification.
Where the Enhanced Encapsulation Layer operates. Detection identifies sensitive elements; structure-preserving, differential-privacy-based encapsulation replaces them with safe tokens. Only the capsule leaves.
Where governance and routing decide between an approved external LLM (ChatGPT / Claude / Gemini / in-region EU models) and an on-prem local model. Organizational policy and domain context retained.
Where the AI response is auto-restored to original values inside the organization only. Data that left the boundary cannot be reconstructed externally. Business-ready output delivered to the originating workflow.
Manages model traffic: routing, auth, fallback, caching, rate limits, cost, observability.
Detects, classifies, or blocks sensitive content.
Helps workers search, chat, and automate tasks across company apps.
Handles the workflow payload that crosses the model boundary: it turns controlled enterprise context into restorable capsules before model execution, then restores the output inside your environment.
Gateways route the call. Capsule changes what crosses the model boundary.
Telecom · Industrial cybersecurity · Healthcare · Finance · Public sector · Legal · Cloud sovereignty
A context-preserving data layer for AI sits between your systems and approved model paths. It substitutes sensitive values while keeping document structure, relationships, and meaning intact, so models can reason over real business context and outputs restore to usable form inside your environment.
LLM Capsule transforms sensitive fields into restorable capsules before the request reaches the model. The model sees structure-preserving placeholders instead of raw values, and the response is restored to the originals only inside your environment, so raw data never leaves.
Yes. LLM Capsule encapsulates sensitive elements in your RAG sources and agent context while preserving the structure that retrieval and reasoning depend on, so RAG and agent workflows run on documents you previously could not send to an external model.
Context-preserving tokenization replaces sensitive values with placeholders that keep their format, relationships, and document structure, unlike redaction or masking that destroy meaning. The model still understands the task, and tokens are mapped back to original values during local restoration.
An AI gateway routes and manages model traffic; DLP detects and blocks sensitive content. LLM Capsule changes what crosses the model boundary: it turns controlled enterprise context into restorable capsules before model execution, then restores the output inside your environment.
Reconstruction happens only inside your organization. External models see safe placeholders, and original values are reconstructed locally into business-ready output, so raw enterprise data stays in your environment.
Bring your documents, deployment constraints, and one real workflow. We demonstrate the context-preserving data layer for AI in your environment, against your compliance profile, within 30 minutes.