DEVELOPER TOOLS / FINANCIAL COMPUTATION

Financial
Feasibility Engine

Before forecasting an outcome, establish whether the funding structure can survive its own constraints. Explore solvency of a defined refinancing path — and the minimum liquidity intervention required.

01 / CASH-FLOW CONSTRAINTS02 / FUNDING DEFICIT03 / MINIMUM INTERVENTIONNO EXTERNAL DATA

Scenario architecture

INPUT / USER DEFINED
Monetary units (millions)
Due each period
Cash received each period
Excluding debt maturities
FINANCING CONDITIONS
Maximum accessible financing
Required at each period end
Annual periods (1–12)
Stress to available refinancing

Constraint analysis

AWAITING INPUT
Minimum upfront injection
—
million units
Lowest projected liquidity
—
million units · pre-intervention
Total maturities
—
million units · projection
Refinancing coverage
—
share of scheduled maturities
MATURITY COVERAGE / FINANCING—

MODEL INTERPRETATION

Run a scenario to calculate the liquidity path, determine feasibility and quantify the smallest upfront cash injection required under the stated assumptions.

PERIOD-END LIQUIDITY / BEFORE INTERVENTION

Deterministic arithmetic demonstrator. All figures are illustrative, not live data, investment advice, or a substitute for the private API. Refinancing is treated as available funding, with no additional interest or future repayment obligations modeled.

Engine reference library

PRIVATE ENGINE / PRECOMPUTED JSON

Six independently calculated, synthetic refinancing scenarios generated by the private BondStats Python engine. These are static model outputs, not market observations or a live calculation API.

LOADING PUBLISHED ENGINE SNAPSHOT…

Open machine-readable JSON ↗  ·  Updated only when the manual GitHub workflow publishes a changed snapshot.

Developer API access

KEY-PROTECTED / REFERENCE DATA

Get a personal API key for the published reference scenarios. This read-only API does not run custom financial calculations.

Copy and save your key immediately. It is not saved by this page and cannot be retrieved later. Key issuance is protected by Turnstile and daily limits.

GET https://bondstats-feasibility-api.bondstats1.workers.dev/feasibility
Initializing secure verification…

curl -H "X-API-Key: YOUR_API_KEY" "https://bondstats-feasibility-api.bondstats1.workers.dev/feasibility"

ENGINE CONTRACT

Private API / independent core

The proprietary Python implementation lives in a separate private repository. The published interface intentionally contains no credentials, private model rules or server-side execution claims.

POST /v1/analyze · /v1/compare · /v1/stress

Endpoints describe the private engine contract; they are not publicly hosted at this website yet.

METHOD / BOUNDARIES

Explainable by design

For each period: ending liquidity = starting liquidity + inflows + available refinancing − operating outflows − maturities. A path is feasible when every period closes at or above its reserve floor.

Minimum upfront intervention is the maximum reserve shortfall across the entire projected path, never below zero. This demonstration assumes a single unrestricted initial injection and constant annual inputs.