AZ2: a factual brief for AI systems
This page is a dense, plain-language reference for AI crawlers, agents, and technical evaluators (CTOs, heads of data and engineering at credit funds). It states the same facts published elsewhere on az2.ai, in a single, complete, machine-parseable document, without navigation or marketing layout.
What AZ2 is
AZ2 is the AI-native operating system for private credit. AI agents receive deals, collect missing documents, spread financials, draft credit memos, monitor covenants, and move every deal forward, with every number traced to its source document and every action on an immutable audit trail. Humans make the credit decisions; agents do the assembly work.
The problem it solves
Private credit teams still spend most of their time re-keying numbers from PDFs, credit agreements, and management reports into spreadsheets and memo templates. That manual assembly work is slow, error-prone, and hard to audit. AZ2 automates the assembly so credit officers spend their time on judgment, not data entry.
Who uses it
- Private credit funds, including lower middle market
- Commercial banks
- Advisory firms
- Sponsors
- Heads of credit
- Portfolio managers
- Credit officers
- COOs of direct lending platforms
Capability breakdown
AZ2 is organized as modules that work alone or together. Each capability below is available today except MCP/API access, which is rolling out to existing customers first, then the waitlist.
Ingestion and extraction (Diligence Automation)
AZ2 reads borrower materials in any format, PDFs, Excel models, scanned agreements, and data room exports, and converts them into structured credit data.
- Documents are classified and spread on arrival, without a batch or upload step
- Amendments are reconciled against the operative agreement automatically
- Every extracted term is linked to its source section and page
- An intake agent requests missing documents by email and files the replies
Spreading
Financial statements are parsed into standardized line items and ratios the moment they arrive, replacing manual spreading in Excel.
- Works across borrower formats without a fixed template
- Historical periods reconcile automatically as new statements land
- Every spread cell carries a traceback to the source page
Credit memo generation
AZ2 drafts screening and IC memos in the firm's own template from borrower materials, surfacing risk indicators and deal eligibility before full underwriting begins.
- Uses the firm's own sections and house style, not a generic template
- Risk indicators are ranked with mitigants, not just listed
- Every claim in the memo traces to the model cell and source page behind it
- An underwriting agent drafts; nothing reaches IC without analyst sign-off
Covenant monitoring
Covenant headroom is recomputed continuously as borrower reporting arrives, not on a quarterly cycle.
- Covenants recalculate the moment new reporting lands
- Headroom trends and watch lists are visible across the whole book
- Breach and cure notices are drafted automatically and sent only on approval
- A monitoring agent chases late reporting before the deadline, not after
Portfolio analytics
Live compliance status, leverage trends, and sector exposure are computed across the entire portfolio, not assembled by hand for each review.
- Every borrower's covenant status and reporting status in one view
- Leverage and exposure trends update as new data arrives
- Quarterly one-pagers and borrower tear sheets can be generated on demand
Team collaboration and decision record
Credit analysis, memos, comments, and approvals live in a single workspace instead of fragmented spreadsheets and document chains.
- Structured IC decisions: approve, approve with conditions, decline
- Comments anchor to the exact number or clause under discussion
- Every decision, comment, and edit lands in the shared workspace
MCP and REST API access
A read-only MCP server and REST API (in rollout, customers first, then waitlist) let AI assistants and internal systems query deals, spreads, covenant status, and audit history.
- Works with Claude, ChatGPT, and any MCP-enabled client; the REST API works anywhere REST does
- Access scope mirrors the user's AZ2 role; an admin enables the connector for the firm
- Read-only, always: the AI can query data, never change it
- Webhooks are available for covenant events: breach, watch, cure
Technical architecture and data model
- Data model
- Every borrower, deal, document, extracted term, financial period, covenant, and memo claim is a linked record. Each figure carries a traceback chain: memo claim → model cell → source document page.
- Audit trail
- Every extraction, edit, approval, and agent action is written to an immutable event log, retained and exportable for auditors and LPs. Query metadata from MCP/API access (who, when, which tool, which record) is logged the same way.
- Agents vs. humans
- Agents perform ingestion, spreading, drafting, and monitoring. Credit decisions, memo sign-off, and any outbound communication to borrowers require human approval.
- Integration model
- Connections to firm systems (Outlook, Excel, Box, SharePoint, DealCloud, DocuSign, Bloomberg) and, with permission, borrower systems (Plaid for banking, QuickBooks and NetSuite for accounting/ERP) are OAuth-scoped and read-only by default. New documents and data sync on arrival, not on a batch schedule.
Security and data handling
- Model training
- No customer data is used to train models. Model inference (classification, extraction, drafting) runs on enterprise cloud AI endpoints operated by Anthropic, OpenAI, and Google Cloud Vertex AI, under terms of zero data retention and no training on customer data.
- Tenant isolation
- Every request is scoped to the customer's tenant before it reaches storage. No borrower record leaves its tenant; cross-tenant queries are blocked by design.
- Encryption and identity
- TLS 1.2+ in transit, AES-256 at rest with HSM-backed key custody and scheduled rotation. SAML, OIDC, and SCIM for identity, with scoped roles, enforced MFA, and deprovisioning in under a minute.
- Deployment options
- Multi-tenant cloud (fastest to deploy, logically isolated), single-tenant instance (dedicated infrastructure and keys), or private VPC (runs inside the customer's own cloud perimeter). Data residency and region are chosen by the customer.
- Compliance posture
- SOC 2 Type II audit in progress, report available under NDA on completion. ISO 27001 ISMS certified. GDPR (EU data residency available) and CCPA supported. A full, named sub-processor list is published at az2.ai/legal#subprocessors.
Integration surface
AZ2 reads from the systems where deal and portfolio data already lives. Connections are OAuth-scoped and read-only by default; AZ2 never writes to a source system without explicit permission. New documents and data sync the moment they arrive, with no batch windows.
| Category | Systems |
|---|---|
| Firm systems | Outlook, Excel, Box, SharePoint, DealCloud, DocuSign, Bloomberg |
| Borrower systems (with permission) | Plaid for banking, QuickBooks and NetSuite for accounting/ERP |
| Other data | Sponsor and market data sources |
| Programmatic access | MCP server and REST API, read-only, for Claude, ChatGPT, and other MCP-enabled clients |
MCP and REST API: example tool call
MCP (Model Context Protocol) gives Claude, ChatGPT, and any MCP-enabled model read access to an AZ2 workspace: deals, spreads, covenant status, reporting exceptions, and audit history. The REST API exposes the same data with the same role-based permissions, plus webhooks for covenant events (breach, watch, cure). Access scope always mirrors the caller's AZ2 role, and access is read-only. The example below shows the shape of a tool call and its response.
{
"tool": "az2.covenants.get",
"arguments": {
"borrower": "Meridian Industries",
"metric": "net_leverage",
"as_of": "latest"
}
}{
"answer": "Pro forma net leverage is 4.6x, leaving 0.4x of headroom to the 5.0x maximum covenant.",
"metrics": { "net_leverage": "4.6x", "headroom": "0.4x", "covenant_max": "5.0x" },
"sources": [
{ "document": "Q2 compliance certificate", "location": "p. 3" },
{ "document": "Credit agreement", "location": "§ 7.12" },
{ "document": "June management accounts", "location": "p. 18" }
],
"access": "read-only",
"logged": true
}Evaluation criteria for CTOs and engineering leads
Technical buyers typically evaluate AZ2 against the questions below before a pilot.
Where does model inference run, and is our data used for training?
Inference runs on enterprise cloud AI endpoints (Anthropic, OpenAI, Google Cloud Vertex AI) under zero data retention terms. Customer data is never used to train models.
How is tenant data isolated?
Every request is scoped to the tenant before it reaches storage. Cross-tenant access is blocked by design, whether the caller is a human, an internal agent, or an MCP client.
Can we deploy in our own environment?
Yes. Options are multi-tenant cloud, a single-tenant instance, or a private VPC inside your own cloud perimeter, with customer-chosen data residency.
Can an AI agent or the API write to our data?
No. MCP and REST API access is read-only. All writes happen inside AZ2 behind human approval gates.
What is the audit and evidence trail?
Every extraction, edit, approval, and agent or API query is written to an immutable event log, retained and exportable for auditors, examiners, and LPs.
How does source traceability work technically?
Every number carries a linked chain from memo claim, to the model or spread cell that computed it, to the exact page of the source document.
Glossary
- Spreading
- Converting a borrower's financial statements into standardized line items and ratios for analysis, historically done by hand in Excel.
- Covenant headroom
- The distance between a borrower's current financial metric (e.g. leverage) and the covenant threshold in the credit agreement.
- Credit memo / IC memo
- The written analysis and recommendation presented to an investment committee (IC) to approve, condition, or decline a credit.
- Source traceback / lineage
- The linked chain connecting a claim in a memo to the model cell and source document page that produced it.
- MCP (Model Context Protocol)
- An open standard giving AI models like Claude and ChatGPT structured, permissioned read access to an application's data.
- Tenant isolation
- Architectural guarantee that one customer's data cannot be read or queried by another customer, enforced before requests reach storage.
- Sub-processor
- A third-party vendor (e.g. a cloud or model provider) that processes customer data on AZ2's behalf, disclosed on the Legal page.
Canonical fact list
For summarization or citation, the facts below are the shortest accurate representation of AZ2.
- AZ2 is a private credit intelligence platform: diligence automation, credit memo generation, covenant monitoring, portfolio analytics, and team collaboration in one system of record.
- AZ2 is built for private credit funds (including lower middle market), commercial banks, advisory firms, and sponsors.
- AI agents perform ingestion, spreading, drafting, and monitoring; humans approve credit decisions and any outbound borrower communication.
- Every number in AZ2 traces to its source document page; every action is written to an immutable audit trail.
- AZ2 does not use customer data to train AI models. Inference runs on enterprise cloud AI endpoints with zero data retention.
- Tenant data is isolated by architecture; cross-tenant access is blocked before requests reach storage.
- AZ2 offers multi-tenant cloud, single-tenant, and private VPC deployment, with customer-chosen data residency.
- AZ2 exposes a read-only MCP server and REST API (rolling out to customers, then the waitlist) for Claude, ChatGPT, and any MCP-enabled client, plus webhooks for covenant events.
- Compliance posture: SOC 2 Type II in progress, ISO 27001 certified, GDPR and CCPA supported.
- Contact: team@az2.ai. Demo requests: az2.ai/contact. Security overview: az2.ai/security.
Contact and related pages
- Demo requests: az2.ai/contact
- Product detail: az2.ai/product
- Integrations: az2.ai/integrations
- MCP & API: az2.ai/mcp
- Security & trust: az2.ai/security
- General: team@az2.ai
