What we doSmart IT SolutionsStress Testing & Scenario Engine
A board what-if, answered in days.
In most institutions a new stress scenario is a quarter of manual work: analysts rebuilding shocks in spreadsheets, chasing positions across systems, reconciling results that never quite agree with the last run. So the questions stop being asked — and a capability the board is told it has, exists only as effort. BIZENIUS builds the engine: scenarios defined in one governed place, shocks applied consistently, results aggregated with lineage — reruns in days, on machinery your team owns.
Where this begins
The frictions this engine removes.
The quarter-long what-if
The risk committee asks a reasonable question — rates up, one sector down — and the answer takes a quarter of spreadsheet engineering to produce. By then it answers last quarter’s question.
Results that won’t reconcile
This run and the last disagree, and no one can say whether the scenario changed, the data changed, or a formula did. Manual machinery keeps no versions.
The programme outgrew the plumbing
The advisory work gave you scenarios worth running — reverse stress tests, recovery triggers, ICAAP integration. The plumbing still runs on heroics.
What we build
Scenario machinery with a memory.
An engine build turns stress testing from an annual project into a standing capability — governed, versioned, and fast enough that the board’s questions get answered while they still matter.
Scenario definition & governance
Scenarios specified in one controlled place — shocks, narratives, approvals and versions — so every run is reproducible and every change has an author.
The shock & aggregation engine
Shocks applied consistently across portfolios, results aggregated to P&L, capital and liquidity — the translation your methodology specifies, encoded once.
Run management & lineage
Every run stored with its scenario, data snapshot and results — this quarter reconciles to last quarter because the engine remembers both.
Results in decision form
Outputs shaped for their audiences — ALCO, risk committee, board, ICAAP annex — from one computation, without re-work.
Handover & source code
Your risk team defines and runs scenarios without engineering help; your institution owns the code. New scenarios are configuration, not projects.
How the build runs
Scope. Build. Integrate. Hand over.
Scope
Your scenario methodology, portfolios in perimeter, and the KPI — fixed with your risk and IT teams before code.
Build
The engine in increments — your team runs a real scenario on it mid-build, not in a demo at the end.
Integrate
Position and market data drawn from your systems as they are, inside your perimeter or your own cloud tenancy.
Hand over
Your analysts trained to define and run scenarios themselves — documentation, training and source code included.
Scoped against one KPI — typically days-to-answer for a new scenario — and priced before we build.
Proof
Judged by what changes.
Days
not a quarter — the build standard for answering a new board scenario once the engine is live
The BIZENIUS build standard
Asked before engaging
The questions CROs put to us first.
Whose methodology does the engine run?
Yours. The engine encodes the scenario-to-impact translation your framework specifies — it does not impose one. Where the methodology itself needs work, our Stress Testing advisory practice designs it first; engine and methodology are then built to fit each other.
Is this a risk system replacement?
No — it is deliberately narrower. The engine sits beside your existing systems, draws positions from them, and does one thing well: scenarios, shocks and aggregated results with lineage. Narrow is why it lands in a quarter instead of three years.
Who owns it, and where does it run?
You own the code and the system; it runs inside your perimeter or your own cloud tenancy with encryption, role-based access and full audit trails. Your security team reviews the architecture at scoping.
Can our own analysts really run it without engineers?
That is the handover test — the build is not finished until your risk team has defined, run and presented a scenario without us in the room. Training runs through the Capability Arc alongside the build.
How is it priced?
Fixed at scoping against the fixed perimeter and KPI. The quotation follows the scoping session and holds unless you choose to widen the perimeter.
The Capability Arc™
This build is one point on the arc.
The engine amplifies a programme worth running — most clients pair it with the advisory practice that designs the scenarios and the masterclass that trains the team.
Fix it · Advisory
Stress Testing & Scenario Governance Advisory
Scenarios your board recognises as its own risks — designed before the engine industrialises them.
Learn it · Training
Advanced Basel III, Stress Testing & ICAAP Masterclass
Scenario design and severity calibration — taught by the bench that builds the machinery.
The ask
Request a scoping session.
Tell us how long your last ad-hoc scenario took. An engineer and a risk practitioner will walk your current process — and return a fixed perimeter, one KPI, and a priced proposal for the engine that retires it.
Scoping sessions are working meetings, not sales calls. A senior engineer responds within two working days.
Stress Testing & Scenario Engine
Leave the question with us.
Two lines on the mandate is enough — a senior practitioner replies within one business day.