act i
The demo impressed the boardroom
A model, a prompt, a retrieval layer over your documents. Two engineers built it in a quarter, and in the demo it answered everything.
Neurosymbolic agents · built for regulated finance
Nien runs BFSI operations with neurosymbolic agents that execute like software and answer like staff. Raw language models improvise; ours are not allowed to. Every action is planned in plain English, executed deterministically, logged to the line, and approved by your people.
Nothing improvised. Nothing unexplained. Runs read-only, inside your own environment.
The pattern
act i
A model, a prompt, a retrieval layer over your documents. Two engineers built it in a quarter, and in the demo it answered everything.
act ii
"Where did this figure come from?" A probabilistic system has no answer an inspector will accept. Security and risk said no, or said yes to a sandbox it never left.
act iii
Format drift, edge cases, a model update that changed answers. The pilot that was right in the demo was differently wrong every week, and nobody could say why.
The model was never the problem. Everything around it was — the control, the audit trail, the explainability, the boring reliable part.
The architecture
Somewhere in your building right now, someone is assembling evidence for a regulator response due Friday, re-keying a settlement break, or explaining a data-quality dip to a committee. That work is what agents should do — if they can be trusted never to guess. Nien splits every agent in two, and each half is only allowed to do what it is provably good at.
Language models handle what they are genuinely good at: reading messy documents and writing prose.
never produces a number · never takes an action
Deterministic code — your encoded SOPs and the regulatory instruments — does everything that has to be defensible.
same input, same output, every run
This is the whole trick: the parts of the system that improvise are never the parts that calculate, act or approve. That is what makes the risk-committee conversation short — and what a raw LLM pilot can never offer, however good the model gets.
How it works
Five stages, one discipline: the neural half reads and drafts, the symbolic half computes and acts, and nothing leaves without a named person's sign-off.
Nien ingests what actually arrives: regulator notices, complaint letters, partner settlement statements, bureau rejection files. Messy formats are the normal case, not an exception.
It connects over read-only exports from your LMS and the document share. No core integration project, no write access, nothing to re-platform.
read-only · your LMS stays untouchedEvery figure comes from deterministic code executing your own written procedures. A language model never produces a number. Same input, same output, every run.
Models do what they are good at — reading messy documents and drafting prose. The arithmetic and the rule application are ordinary, inspectable code.
no model ever produces a figureCorrected bureau files, exception reports, DQI packs for your RMC and board, evidence packs for inspection. Each figure links back to the source line it was computed from.
The drafts land on the cadence your risk function already owes: weekly resubmissions, monthly exception memos, quarterly RMC narratives.
every figure traceable to its source lineEvery output is a draft until a named officer approves it. Sign-off gates are configured to your delegation matrix, and the accountability stays exactly where your board put it.
Ambiguity does not get resolved by a model. Records the SOP cannot settle are escalated to a person, with the evidence attached.
human sign-off on every outputEvery read, computation, draft and approval lands in an append-only log. Nothing can be edited after the fact, by anyone, including us.
When the inspection or the statutory audit comes, the answer to "why is this figure what it is" is one click deep, not one week of reconstruction.
append-only · sealed per cycleThe differentiator
Build vs buy
The Directions
Every Nien module is written against the actual instrument that governs the work — the same Directions, formats and methodology annexes that run inside our live demo console. When a Direction changes, the encoded rules change with a reviewable diff.
RBI · RB-IOS 2021 · ombudsman scheme
Fifteen-day complaint clocks with compensation behind them, across banks, NBFCs and beyond. Every deadline extracted, every evidence pack assembled, every response drafted for sign-off.
Operationalised in Grievance & regulator response — the blade that looks the same across all of BFSI.
RBI · Digital Lending Directions · Jan 2027 regime
The conduct regime for lending partnerships arriving January 2027 — settlement flows, FLDG limits, and the paperwork obligations that live between an institution and its partners.
Operationalised in Partner settlement recon + FLDG.
RBI · Master Direction · 2024
The framework every regulated entity must operate and report on — EWS indicators, RMC cadence, and the quarterly narrative your risk committee expects.
Feeds the Portfolio monitoring & EWS roadmap book — indicator-mapped drafting, not another dashboard.
DPDP Act · 2023
Minimum-necessary access, purpose-bound processing, and personal data that never trains a model. Data-protection duties are design inputs to the platform, not a compliance annex.
Applied platform-wide — scoping, retention and the append-only access record.
RBI · MD Jan 2025 + Amendment Directions Dec 2025
Weekly submission cycles, uniformly parameterised reject reasons, Annex-X DQI arithmetic and the half-yearly board review — effective July 1, 2026.
Operationalised in Bureau reporting ops, the book you can watch run in the live demo.
CIC formats · UCRF v3.74 + DQI annexes
The byte-level formats submissions travel in — consumer, commercial, microfinance JLG/SHG — and the Aditya Puri Committee index arithmetic, reproduced to the official worked example.
Inside the live demo — parse the raw bytes yourself and click any figure back to its source.
Segment-specific instruments — for banks, small finance banks, MFIs and insurers — are encoded the same way when their module ships: from the primary text, clause-referenced, with your compliance team signing the encoding.
Live demo — demo.nien.ai
The console at demo.nien.ai plays a full weekly credit-reporting cycle for a fictional NBFC — from raw submission file to signed resubmission, entirely in your browser. Bureau reporting is the demo because it can run with nothing behind the curtain; the same neurosymbolic engine runs every book in the library.
The library
Nien's library is a set of books — one per domain, each carrying the connectors, the encoded procedures, the fixtures and the test corpus for that work. No institution buys the whole knife. The blades your scope needs are assembled per client, and the library grows with every deployment.
recon · co-lending
The 2026 Co-Lending Directions made escrow routing, 15-day booking and next-day NPA sync everyone's problem. Match both sides' files, surface breaks, draft the fix.
recon · bank & collections
Statements matched against ledgers, identical breaks grouped into one resolvable item, the exception memo drafted before the cell sits down.
recon · partners
Variances flagged per your tolerance rules, FLDG utilisation tracked, invocation paperwork drafted. Breaks are cash — found while they are small.
conduct · grievance
Ombudsman clocks extracted, the account's evidence pack assembled from the systems of record, the response drafted for Compliance to sign. The blade that looks the same at a bank, an NBFC and an insurer.
returns · CIMS / DNBS
Returns assembled from your own exports and validated against the schema before the portal ever sees them. The filing calendar stops living in one person's head.
reporting · bureau files
Submission prep and rejection rework on the weekly cycle, DQI recomputed to the official arithmetic. Watch this book run end to end at demo.nien.ai.
payments · NACH
Presentation, re-presentation windows and bounce-reason triage per your SOP; mandate hygiene tracked account by account.
close · LMS → books
The month-end walk from loan system to ledger, including Ind-AS 109 ECL staging and the dual-book reconciliations your auditors ask about.
kyc · CKYC ops
Completeness checks, format fixes and CKYC filings over the real-time APIs in force since July 2026 — with every document's trail kept.
On the roadmap, same engine: portfolio monitoring and EWS narratives keyed to the FRM indicator list, and statement-analysis blades where partners have not already commoditised them. Every blade obeys the house rules — figures from deterministic code, actions behind maker-checker gates, everything on the journal.
Delivery
A library is not a product until it runs in your shop, on your data, under your controls. That assembly is a person's job — an engineer deployed forward, into your building, with your team.
step 01 days
We ingest your SOPs and run drafted procedures against your own files — not a canned demo. You see accuracy on your real data before anyone signs anything.
Out of it comes a scoped map: which blades your operation needs, which systems they touch, and what the shadow-run will measure.
step 02 weeks
The FDE sits with your team, dotted-line to your technology leadership. They connect the LMS, the accounting system and the banks; assemble the blades from the library; and fill the context graph — your GL structure, approvers, thresholds, partner arrangements.
Then the whole thing shadow-runs in parallel with your manual process until the numbers match, cycle after cycle. Only then are procedures published: locked, versioned, signed off.
step 03 steady state
The FDE rotates off. Locked procedures run on their cadence; anything the rules cannot settle lands in an exception queue your maker-checker staff already understand.
A human answer becomes a saved rule, applied automatically when the same case recurs — so the queue shrinks month over month, and the knowledge stays when people move on.
The library is the knife. The forward-deployed engineer is the hand that fits it to your shop.
This is not a services engagement wearing a software badge. The engagement is bounded, the engineer leaves, and what stays is locked procedures, a filled context graph, and software your own team operates.
Who it's for
CIO / CTO
Read-only exports, in-VPC deployment, no core integration, no data egress. The vendor-risk conversation is short because there is little to object to.
CRO / Compliance
Deterministic computation, source-line traceability, an append-only journal, and your own officers' signatures on everything that leaves.
COO / Operations
The role runs every week, including the weeks people are on leave. The book grows; the rework stops scaling with it.
The ops cell
The file is already traced, the drafts already staged, the memo already written. Your morning starts at review, not at row one.
Across BFSI
Weekly CIC cycles, FRM reporting, LSP partnerships and thin ops teams. This is where Nien starts, and where our design partners are.
The same bureau, grievance and reconciliation load, at bank-grade supervisory intensity and branch-scale volume. Same engine, stricter posture.
JLG and SHG reporting formats, dual-bureau obligations and the sector's thinnest ops margins. The UCRF microfinance variants are already in the engine.
High-velocity, short-tenor books where account transitions — and therefore reporting errors — run at multiples of a mortgage book. Plus the January 2027 conduct regime on the partnership itself.
Grievance clocks, regulator correspondence and partner settlement reconciliation follow the same shape: deadline-bound paperwork, evidence packs, named sign-off. The engine carries over; the encoded instruments become IRDAI's.
The same reporting obligations as the majors, with a fraction of the back office. The gap between what the Directions require and what the team can staff is widest here.
The engine — read the mess, compute by encoded SOPs, draft for a named officer's sign-off — is the same across every seat of BFSI. We ship it one proven role at a time, starting where the weekly clock bites hardest.
The honest comparison
| The manual cell | The side-of-desk AI pilot | Nien | |
|---|---|---|---|
| Who does the rework | Analysts tracing records by hand, cycle after cycle | A chat window that suggests; a person still does, and checks | Nien reads, traces, computes and drafts; your team reviews and signs |
| Where figures come from | Spreadsheets and memory | A model's best guess, different on a different day | Deterministic code executing your written SOPs. No model produces a number |
| Audit trail | Email threads and versioned Excel files | Chat transcripts nobody can certify | Append-only journal; every figure traced to its source line |
| When a rule changes | Retrain people, hope it sticks | Re-prompt and hope | Edit the encoded SOP; reviewable diff; effective next run |
| Where it runs | On your desks | Whichever API the pilot was built on | Your VPC or on-premise; read-only against your systems |
| Time to live | It is live already — that is the problem | A demo in weeks; production never | Discovery in days; shadow-run to cutover in weeks |
| Who builds it | Ops and compliance analysts, by hand, forever | Two engineers, off the side of their desks | A forward-deployed engineer with your SMEs, assembling from the book library |
| When the analyst resigns | The knowledge leaves with them | The pilot's author resigned first | The SOP library and the worked-case history stay, structured |
Drawn lines
The boundaries are the product. They are what makes the risk-committee conversation short.
Nien never communicates with your customers — no calls, no messages, no notices, in any channel, for any reason.
No payment rails, no disbursals, no collections. It has no access to money movement and asks for none.
It drafts. Your officers approve and sign. Records the SOP cannot settle are escalated to a person, never auto-resolved.
Nien is software your institution runs, not a regulated entity. Accountability stays with your named officers, where RBI put it.
Security & control
Every design choice below exists because a regulated institution's InfoSec team, risk committee or inspector will ask about it.
Your VPC or on-premise. Your institution's data never leaves your perimeter, so the data-egress objection never opens.
Nien holds no write access to your LMS, LOS or core systems. It works from exports and the document share.
Figures come from inspectable code executing your SOPs. Same input, same output. Models read and draft; they do not calculate.
Every read, computation, draft and approval is recorded and sealed per cycle. Nothing is editable after the fact.
Every output is a draft until a named person approves it, per your delegation matrix. Human accountability is structural, not procedural.
Human-in-the-loop, explainability and in-environment deployment are what RBI's 2026 model-risk expectations reward. Nien is shaped to that grain, not retrofitted to it.
Data protection duties under the DPDP Act are treated as design inputs: minimum necessary access, purpose-bound processing, and your data never used to train anything. Our security program is being built to BFSI procurement grade, and we will walk your InfoSec team through every layer of it.
FAQ
Nien is the agentic back office for regulated finance, built on neurosymbolic agents. Language models read your messy documents and draft prose; deterministic code — your encoded SOPs and the regulatory instruments — computes every figure and takes every action, under your maker-checker matrix. A named officer signs everything that leaves. It runs read-only, inside your environment.
Two halves with a hard boundary between them. The neural half is language models doing what they are provably good at: reading messy documents and drafting prose. The symbolic half is deterministic code — your encoded SOPs, the regulatory arithmetic, the maker-checker gates — doing everything that must be defensible: computing figures, taking actions, keeping the journal. The boundary is architectural, not a policy: the parts that improvise are never the parts that calculate, act or approve. That is why the same input produces the same output, every run, and why every figure has an answer your inspector will accept.
The library is lender-first today because that is where the sharpest deadlines are. But the engine is not lending-specific: grievance response, regulator correspondence and reconciliation have the same shape at a bank, an NBFC, an MFI or an insurer — deadline-bound paperwork, evidence packs, named sign-off. Each segment's books are built the same way, from that segment's own Directions.
Yes — the live demo at demo.nien.ai plays one full weekly reporting cycle for a fictional NBFC, entirely in your browser: four bureaus' rejection files parsed from raw bytes, 26 encoded SOP rules applied, DQI recomputed to the official RBI worked example, and four artifacts drafted for sign-off. Click any figure and it traces to the exact file, line and byte range.
Neither. You already have a board-approved framework and a core stack; Nien does not replace any of it. It is an overlay that does the recurring paperwork those frameworks generate — the corrections, the packs, the responses — so the framework you already report to your board actually runs on time, with evidence.
No. This is the central design rule: a language model never produces a number. Models read messy documents and draft prose. Every figure — a corrected field, a DQI movement, a settlement variance — comes from deterministic code executing your written SOPs, and each one links back to the source line it was computed from. Same input, same output, every run.
Read-only exports from your LMS and access to the document share where the files already land. No write access to any system of record, no core integration project, no new data leaving your perimeter. A typical install is measured in days, not quarters.
Inside your own environment — your VPC or on-premise. Customer data never leaves your perimeter and is never used to train anything. Access is scoped to the minimum the configured books need, and every access is on the append-only journal.
We are working with a small number of institutions as design partners. You bring one messy, deadline-bound workflow and the SOP behind it; we encode the SOP, run it against your real files, and show you the drafts line by line, inside your environment. The engagement runs against measured outcomes — cycles run clean, hours removed, exceptions caught — and the commercial terms are named in the first conversation, not discovered later.
The discovery sprint runs in days and shows accuracy on your own files. Tailoring runs in weeks, on your site. The gate to production is the shadow-run: Nien runs in parallel with your manual process until the numbers match, cycle after cycle — and only then are procedures published, locked and versioned, with your officers signing the outputs. If it cannot match your manual cell in shadow, it does not go live. That is the opposite of a pilot that lives in a sandbox.
Yes, and non-invasively. Nien works from read-only exports and the document shares where your files already land; connectors come from the book library. There is no middleware program, no write access, and no core migration — your LMS, CBS and accounting system stay exactly as they are. That is also why the InfoSec review is short.
No — the engagement is designed to end. The forward-deployed engineer's job is to make themselves unnecessary: assemble the blades, fill the context graph, pass the shadow-run, train your maker-checker team, and rotate off. What stays behind is locked procedures, your ground truth, and software your own team operates — served by a central platform team, not a resident consultant. Each deployment also hardens the library, which is why tailoring gets shorter with every institution we install.
Per role taken over, as a single monthly line item — the way you budget for staff, not per seat or per record. Each assembled role is priced well under the loaded cost of the work it absorbs. We name the number in the first conversation.
No. Nien holds no licences and takes no regulated role. It is software your institution runs, like your LMS or your document management system. Decisions, sign-offs and regulatory accountability remain with your named officers — which is exactly how your inspector expects it.
The encoded rule changes, with a reviewable diff your compliance team signs off on, and every run after it follows the new rule. No retraining program, no vendor change-request queue. This is the practical payoff of keeping the rules legible instead of burying them in a model.
Design partners
We are working with a small number of institutions as design partners. Bring one messy workflow and the SOP behind it. We show you the plan in plain English and the drafts, line by line, inside your environment. It starts with a conversation.