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When your agent decides, it shouldn't have to guess .

Deterministic identity, risk, and verification data — agent-callable, audit-traceable, India-Stack-sourced. The decisioning layer for AI agents that ship in regulated environments.

Built for LangChain, AutoGen, CrewAI, and any agent framework that needs verified data, not generated answers

Built for the Decisioning Layer of Agentic AI

Whether you're shipping a banking copilot, a compliance agent, or a vertical SaaS workflow runner — when your agent has to decide something real about an Indian person or business, it needs verified data, not a confident-sounding hallucination.

DollarPe
iMocha
Lark Finserv
NAMCO Bank
Nest
SafeTree
SwitchMyLoan
Times Internet
Yenmo
DollarPe
iMocha
Lark Finserv
NAMCO Bank
Nest
SafeTree
SwitchMyLoan
Times Internet
Yenmo
DollarPe
iMocha
Lark Finserv
NAMCO Bank
Nest
SafeTree
SwitchMyLoan
Times Internet
Yenmo
deterministic outputs, no hallucination agent-callable tool schemas p99 < 800ms decision latency replayable audit per agent action India-Stack data sources (Aadhaar, DigiLocker, GST, UPI) DPDP-aligned consent capture for agent flows built-in PEP, sanctions, fraud screening deterministic outputs, no hallucination agent-callable tool schemas p99 < 800ms decision latency replayable audit per agent action India-Stack data sources (Aadhaar, DigiLocker, GST, UPI) DPDP-aligned consent capture for agent flows built-in PEP, sanctions, fraud screening deterministic outputs, no hallucination agent-callable tool schemas p99 < 800ms decision latency replayable audit per agent action India-Stack data sources (Aadhaar, DigiLocker, GST, UPI) DPDP-aligned consent capture for agent flows built-in PEP, sanctions, fraud screening

Three things agents need that LLMs alone can't deliver.

Foundation models are excellent at language. They are not excellent at being right about a person's PAN, a company's GST status, or whether a bank account belongs to who the user claims. That gap is where agents fail in production — and where Deepvue lives.

Verified data, not generated 01 · Determinism

An agent can't approve a loan, onboard a customer, or vet a vendor on data the LLM "thinks is right." Deepvue returns deterministic outputs sourced from the registry.

Strict JSON schemas, never free-text
Source attribution on every field
Idempotent: same inputs → same answer
Replayable audit per action 02 · Traceability

When an agent does something a human regrets, the answer to "why did it do that?" can't be "the model decided." Every Deepvue call ships with a trace your audit team can replay.

Immutable trace_id per tool call
Inputs, outputs, source captured
Replay endpoint for incident review
Real Indian data, not synthesized 03 · India-Stack

If your agent operates in India — fintech, marketplaces, BGV, lending — it needs Aadhaar, DigiLocker, GST, MCA, UPI as first-class data sources. Generic providers don't have them.

24+ India-Stack-native endpoints
Compliance maps for DPDP, RBI, PMLA

Agents wired to generic web search, scraped PDFs, or model-internal knowledge can't be trusted with regulated decisions. Deepvue is the deterministic, traceable layer between an LLM's reasoning and a real-world decision in India.

Why agents trip on real-world decisions.

The places agentic systems break in production — usually around the moment they have to commit to a real decision about a real person.

LLM-only agent decisioning
Hallucinated PAN/GST values that look real
No audit trail when the agent acts on bad data
Probabilistic outputs in deterministic workflows
DPDP / RBI compliance impossible to evidence
Agent + Deepvue tool layer
Source-attributed data, never invented
Replayable trace per agent decision
Deterministic JSON, idempotent across retries
DPDP-compliant by default, audit-exportable
Building an agent that has to decide something real?
15-min walkthrough — bring your tool schema, leave with a deterministic decisioning layer wired in.

Six tools every regulated agent needs in India.

Each tool comes with strict JSON schemas, source attribution, replayable trace IDs, and deterministic outputs your agent can reason over without guessing.

verify_identity
PAN, Aadhaar (masked), DigiLocker pull, voter ID, driving licence — verified against source registries.
Explore
verify_business
GST, CIN, DIN, Udyam — validated against MCA / GSTN / MSME data with source-attributed responses.
Explore
verify_face
Face match + liveness, anti-spoof, in-house ML. Confidence score with deterministic threshold support.
Explore
verify_bank
Penny-drop ownership + IFSC validation + UPI VPA match. Returns boolean with name-match confidence.
Explore
screen_risk
PEP, sanctions, adverse-media, court records, FIR signals. Structured risk indicators, not narrative.
pull_credit
Credit reports + bureau scores via Equifax partnership. Bank statement analysis for cashflow signals.
Explore

How agents call Deepvue.

Tool registration → invocation → deterministic response → audit trail. The flow your agent framework already supports.

01
Register the tools
Drop our LangChain / AutoGen / CrewAI / OpenAI tool definitions into your agent's registry. Or use the raw OpenAPI spec.
02
Agent invokes a tool
When the agent reasons that it needs verified data, it calls the appropriate tool: verify_identity, verify_business, screen_risk, etc.
03
Deterministic response
Strict JSON schema, source attribution per field, idempotent, sub-second p99 latency. Agent reasons over verified data.
04
Trace written, replayable
Every tool call captures inputs, outputs, source, timestamp. When your audit team asks "why did the agent do this," you have the answer.

Native tool definitions for LangChain, AutoGen, CrewAI, LlamaIndex, OpenAI tools, MCP-compatible servers, and raw OpenAPI 3.1.

Wire decisioning into your agent today.
LangChain, AutoGen, CrewAI tool definitions in our docs. Sandbox keys for everything. Drop in, start invoking.

A tool call, agent-side.

What an agent's tool registration and invocation looks like — LangChain example, deterministic response, replayable trace.

Tool registration (LangChain)
CHAIN
from deepvue.agents import verify_identity
from langchain.agents import AgentExecutor

tools = [
  verify_identity,
  verify_business,
  verify_face,
  verify_bank,
  screen_risk,
  pull_credit
]

agent = AgentExecutor(
  llm="claude-sonnet-4-7",
  tools=tools,
  trace=True
)
What you get
Schemas
strict JSON, no free-text
Tool descriptions
model-readable, when-to-call hints
Trace IDs
per call, replayable
SDKs
Python, TS, plus MCP servers
Tool output the agent sees
// agent invokes verify_identity({pan: "...", ...})
{
  "verified": true,
  "identity": {
    "name": "<source-attributed>",
    "name_match_score": 0.97,
    "pan_status": "VALID_AND_LINKED"
  },
  "source": {
    "provider": "digilocker",
    "fetched_at": "2026-04-28T18:15:03Z"
  },
  "trace_id": "trc_v3a7c9e2",
  "replay_url": "/v1/trace/trc_v3a7c9e2",
  "latency_ms": 487,
  "deterministic": true
}

Compliance map for agentic systems in India.

The frameworks compliance leads ask about when an agent is making decisions on real users — and how Deepvue's deterministic + traceable design maps to each.

DATA
DPDP Act, 2023
Indian data protection. Consent, purpose limitation, data-fiduciary duties — every agent action involving personal data needs this evidenced.
RBI
IT Act, 2000 (Sec 43A)
Reasonable security practices for sensitive personal data — encryption, access controls, breach response, agent-side data handling.
AML
RBI Sectoral Guidance
If your agent operates inside banking / lending / payments — RBI Master Directions on KYC, fair lending, video-KYC, outsourcing.
FATF
SEBI / IRDAI Guidance
If your agent operates in securities or insurance — sectoral rules on automated decisioning, advisor licensing, customer disclosure.
DATA
NIST AI RMF 1.0
US framework — Govern, Map, Measure, Manage. Deepvue's audit trail provides the evidence for the Measure and Manage layers.
DATA
EU AI Act (high-risk)
If your agent operates in EU jurisdictions — Article 14 human oversight, Article 12 logging. Replayable traces help.
SCREENING
ISO/IEC 42001
AI management system standard. Risk management, transparency, traceability — Deepvue's tool layer plugs into your AIMS evidence.
SCREENING
Sanctions / PEP / AML
UN, OFAC, EU, MHA sanctions; FATF PEP lists; adverse media — agent-callable as a single screen_risk tool.
Informational, not legal advice. Sectoral or jurisdiction-specific rules layer on top of these frameworks — Deepvue's deterministic + traceable design gives you the evidentiary substrate to evidence whichever apply.

Where production agents break — and how Deepvue plugs the gap.

Five failure modes seen across agent deployments operating on Indian users. The pattern is consistent: the agent reasons fine, then commits on bad or fabricated data.

Show me the trace replay your audit team can pull.
15-min walkthrough — call a Deepvue tool from a sample agent, replay the trace, see the audit log render.

From sandbox to production in days.

Most teams wire Deepvue into their agent in under a week. Tool definitions for every major framework, sandbox keys for every endpoint, MCP-compatible servers for any client.

Day-by-day rollout
1
Day 1 — sandbox keys + tool definitions for your framework
2
Days 2-3 — register tools in your agent, run end-to-end test calls
3
Days 4-5 — wire trace IDs into your audit pipeline, replay tests
4
Day 6 — production keys, gradual rollout under flag, monitor traces

What you get out of the box for agent decisioning.

Capabilities tuned for agent invocation — strict schemas, low latency, replayable traces, framework-native bindings.

Integration features
Framework bindings
LangChain, AutoGen, CrewAI, LlamaIndex, OpenAI tools.
p99 < 800ms latency
Designed for in-loop agent invocation, not batch.
MCP server compatible
Drop into Claude Desktop, Cursor, or any MCP client.
Idempotent calls
Same inputs → same answer. Safe to retry under failure.
Replayable traces
Per-call trace_id, replay endpoint, audit-export-ready.
Designed for agents
Strict JSON schemas
Every tool returns a typed, validated payload. No free-text fields. Agent can parse and reason without LLM-side cleanup.
Source attribution per field
Every value carries a source pointer (DigiLocker, MCA, GSTN, etc.) and a fetched-at timestamp. The agent can cite, not invent.
Latency budgets
p99 < 800ms for verify_* tools. Rate-limit-aware retries. Caching where deterministic. Designed for agent loops, not batch.
Replay endpoint
Pull any historical tool call by trace_id — inputs, outputs, source, timestamp. Plug into your audit pipeline directly.
DPDP-by-default consent
Tool calls capture user consent metadata where required. Indian servers by default; storage arrangements are negotiated per MSA.
Confidence scores per primitive
Every primitive returns a confidence signal so the agent can branch on uncertainty without parsing free text.
Ship a regulator-defensible agent.
Tool definitions today. Sandbox traces tomorrow. Production-ready in days.

Agent teams building on Deepvue.

Five agent-builder profiles — each shipping into a different regulated workflow, each anchored on deterministic + traceable tool calls.

Banking copilot · India
Customer-onboarding agent
Agent invokes verify_identity + verify_bank + screen_risk in one reasoning loop. Replayable trace per onboarded customer.
Compliance agent · NBFC
Borrower-underwriting agent
Pulls credit bureau, bank statement analysis, employment verification deterministically. No LLM-fabricated income figures.
Vendor-vetting agent · enterprise
KYB + court-record screen
Procurement agent invokes verify_business + screen_risk before vendor onboarding. Audit-grade trail for procurement compliance.
HR agent · BGV platform
Pre-hire screening agent
Agent runs employment verification + court records + reference checks. Hiring manager sees structured risk indicators, not narrative.
Vertical SaaS · marketplace
Seller-onboarding agent
Multi-tenant marketplace agent verifies seller GST, PAN, bank, and adverse-media in one tool chain. Deterministic gate before listing goes live.

Built so your agent can be defended in front of an auditor.

When your agent does something controversial, the answer to "why?" can't be "the model decided." It has to be a trace your audit team can replay. That's what Deepvue gives you.

Agent-side commitments
Replayable trace_id per tool call
Source attribution per data field
Idempotent calls, deterministic outputs
DPDP-aligned consent capture
Audit-side exports
Per-trace replay endpoint
Bulk audit-period export
SOC 2 Type II controls (in audit)
ISO 27001 aligned
GDPR-compatible DPA available

Deepvue is not a regulator and does not represent itself as RBI, SEBI, UIDAI, or any government authority. Customers retain full responsibility for the regulatory framework their agent operates under. Deepvue provides the verification infrastructure, deterministic outputs, and structured audit trail — the agent-design and decisioning policy is yours.

Applicable regulations

All API interactions are protected using encryption, role-based access controls, and audit logging.

Pricing built for agent loops.

Pay per tool invocation. Idempotent retries don't double-charge. Volume bands tier monthly. INR or USD invoicing.

Pricing scales with
monthly tool invocationstool mix (verify_* vs screen_* vs pull_*)audit retention (90 / 365 / 2555 days)latency SLA tierINR or USD invoicing

Agent platforms running 100k-10M tool invocations per month land in per-call ranges similar to LLM provider pricing — but for verified data, not generated text. Test for free in the sandbox before committing.

Common questions from agent-builders and compliance leads.

Real questions, asked in evaluation calls. If yours isn't here, book a 15-min walkthrough — we'll answer it live.

Which agent frameworks does Deepvue support?
Native tool definitions for LangChain, AutoGen, CrewAI, LlamaIndex, OpenAI tools, and MCP-compatible servers. Raw OpenAPI 3.1 spec for any framework not on that list. We're framework-agnostic at the protocol layer.
Can my LLM still hallucinate values if I'm using Deepvue tools?
The LLM still controls when to invoke a tool — that's the whole point of agentic systems. Deepvue's job is to ensure that *when* the agent invokes a verification tool, the response is deterministic and source-attributed. We can't stop the agent from skipping the tool call entirely; that's a guardrail layer concern. We can ensure the agent has a deterministic alternative to making things up.
How does the trace-replay endpoint work in practice?
Every tool call returns a trace_id. GET /v1/trace/<id> returns the full call context — inputs, outputs, source provider, fetched-at timestamp, latency. Plug this into your agent's audit log and you have per-decision evidence on demand.
Is Deepvue suitable for agents operating outside India?
Deepvue's tools are India-stack-native — Aadhaar, DigiLocker, GST, MCA, UPI, Indian banks. If your agent operates exclusively outside India, you'd pair Deepvue with a non-India provider for that geography. For India + global agents, Deepvue handles India; you keep your existing global stack.
What about latency? My agent loop is sensitive.
p99 < 800ms for the verify_* tools. Some screening calls (PEP / sanctions / adverse media) can be slower depending on the screening tier. For agents that can't tolerate a slow path, async invocation with webhook callback is supported.
Can I run the tools locally against an MCP server?
Yes — we ship an MCP server you can drop into Claude Desktop, Cursor, or any MCP-compatible client. Same tool schema, same trace IDs, same backend. The MCP server is a thin local proxy to the hosted Deepvue tools.

Is Deepvue the right decisioning layer for a regulated AI agent in India?

Deepvue provides agent-callable tools that return deterministic, source-attributed identity, business, banking, and risk-screening data for Indian users — exposed through native bindings for LangChain, AutoGen, CrewAI, OpenAI tools, and MCP servers. Every tool call ships with a replayable trace_id so audit teams can answer "why did the agent do that?" with verified evidence rather than model rationalization. Designed for production-grade agentic systems operating under DPDP, IT Act, RBI, SEBI, and IRDAI frameworks.

When your agent decides,
it shouldn't have to guess.

Deterministic. Traceable. India-Stack-native. Agent-callable.

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