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524,225 tools. Updated 2026-09-06 14:34

"DPD" matching MCP tools:

  • Submit multiple settlements in a single call. Runs all settlements concurrently — one failure does not block others. Returns a summary (total/succeeded/failed) and per-item results mirroring what POST /settle would return. Maximum 50 per batch.
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  • Compliance pre-screen for Ramp accounting agent payments — run before issuing an Agent Card to eliminate unnecessary human approval queues. Performs 5 checks in parallel: (1) FATF country risk on source and destination country, (2) amount threshold flags (CTR-equivalent at $10K, large-payment at $100K), (3) OpenSanctions global sanctions screen by counterparty name, (4) OpenSanctions PEP screen for individual counterparties or payroll, (5) GLEIF UBO chain with sanctions at each beneficial ownership node (if LEI provided). Returns APPROVED / FLAGGED / BLOCKED with a humanRequired boolean — true only for FLAGGED cases. APPROVED: issue card automatically, no human needed. BLOCKED: halt, do not proceed, do not notify counterparty. FLAGGED: route to compliance queue. Removes human-in-the-loop for the ~95% of payments that are clean.
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  • Tectonic Intelligence — maps slow-moving structural stress across 22 fault lines in 5 domains (demographic, fiscal, environmental, infrastructure, geopolitical). Each node carries current stress (0–100), accumulation rate (%/yr), tipping threshold, and estimated years to rupture. Where market.cascade traces an acute shock, tectonic surfaces latent pressure before it ruptures. Returns per-node stress state, rupture sequence, horizon timeline, and AI synthesis briefing. No input required — GET.
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  • Aftershock Intelligence — models the secondary waves that follow a primary cascade event. Takes a primary shock (origin node, event type, magnitude, elapsed hours) and returns three aftershock waves: Wave 1 (0–72h immediate secondary effects), Wave 2 (1–4 weeks policy response distortions), Wave 3 (1–6 months structural changes now permanently locked in). Identifies which nodes are rebounding, which face amplified pressure, and which are structurally altered. Companion to market.cascade — run cascade first, then aftershock to see the full picture. POST with origin, eventType, magnitude, elapsedHours.
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  • Screen an ACH payment through the DPX compliance oracle before execution. Runs FATF R16, GENIUS Act, MiCA, and AML checks against the recipient. Returns APPROVED / FLAGGED / BLOCKED with full compliance reasoning. Use this tool BEFORE every ACH payment via mercury.send. ACH is hard to reverse — compliance pre-screening prevents blocked transactions and BSA/AML exposure. Workflow: 1. mercury.ach_authorize (screen only, autoExecute:false) → review decision 2. If APPROVED → set autoExecute:true to send, or call mercury.send directly 3. If FLAGGED → manual review required before proceeding 4. If BLOCKED → do not proceed
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  • Treasury float yield routing analysis for idle Mercury bank balances. Computes how much can be swept above a reserve threshold, then evaluates whether deploying into sUSDS (Sky Protocol Savings Rate) on Base is viable before a settlement deadline. THIS TOOL DOES NOT MOVE FUNDS. It returns a structured recommendation with expected net yield, deployment amount, exit timing, and step-by-step execution instructions. All fund movement decisions remain with the client. Safety rules enforced: • Always keeps thresholdUsd in Mercury — never swept • Maximum 90% of sweepable amount deployed to sUSDS • Minimum 2-hour window required (shorter windows don't cover gas) • Minimum $50,000 sweepable (below this, gas costs exceed yield) • Exit triggered 30 minutes before settlement deadline Current instrument: sUSDS (Sky Protocol) — instant on-chain entry/exit, ~6.25% APY, Base chain, no US person restrictions, no de-peg events on record. Workflow: 1. mercury.accounts → get accountId and available balance 2. mercury.sweep → get yield recommendation and execution steps 3. If PROCEED → follow execution.steps to wire funds and deploy 4. mercury.accounts again at exit time → confirm balance restored
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Matching MCP Connectors

  • AI-native stablecoin settlement rail replacing SWIFT for institutional cross-border payments. 14 tools covering settlement quotes, execution, ESG scoring, oracle status, fee verification, competitor comparison, rail health, investment context, and MPP-gated macro intelligence. Settles via Base mainnet USDC at ~1.385% all-in.

  • Czech & EU due diligence in one call — facts, insolvency, sanctions, VAT, risk score, UBO chain.

  • FX Settlement Corridor Intelligence — per-pair execution risk assessment for 10 major currency corridors against USD: EUR, GBP, JPY, CAD, AUD, CHF, MXN, BRL, CNY, INR. Maps live FRED spot rates to settlement advice for each pair: SETTLE_NOW / SETTLE_WITH_HEDGE / DELAY_SHORT / DELAY_REVIEW / AVOID. Returns DXY dollar regime (STRONG_DOLLAR / NORMAL / WEAK_DOLLAR), regional block risk rollup (G4, Americas, Asia-Pacific), best corridors to settle through now, worst corridors to avoid or hedge, and recommended actions. Distinct from oracle.stability (which covers peg deviation and macro settlement gates) — this tool answers "which currency pairs are risky to settle through right now?" Data: FRED spot rates (DEXUSEU, DEXUSUK, DEXJPUS, etc.), DXY (DTWEXBGS). 1h cache.
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  • Treasury Float Yield Routing Analysis — OPTIONAL, CLIENT-DIRECTED ONLY. Analyzes whether idle settlement float can be productively deployed into a yield-bearing instrument between the current time and a scheduled settlement deadline. Returns a structured recommendation with expected yield, exit timing, liquidity assessment, slippage estimate, and a mandatory risk disclosure. THIS TOOL DOES NOT MOVE FUNDS. It provides analysis only. All execution decisions are made by the client or agent acting on explicit instruction. DPX charges a flat fee for this analysis and does not receive any portion of yield earned. Current supported instrument: sUSDS (Sky Protocol Savings Rate). Selected because: • Instant on-chain entry and exit (no T+1 delays) • No US person restrictions • Real asset backing (tokenized RWAs + Spark borrow rates) • Available on Base chain via bridge • No de-peg events recorded (unlike synthetic alternatives) Safety parameters enforced: • Maximum 90% of settlement amount — 10% always stays in USDC • Early exit triggered 30 minutes before settlement deadline (not 15) • Slippage guard: if DEX USDC/USDS quote shows >0.1% slippage, recommendation = HOLD • Minimum viable window: 2 hours (shorter windows do not justify entry/exit gas costs) Not recommended if: • Settlement window is < 2 hours • Amount is < $50,000 (gas costs erode yield) • Client has not acknowledged the risk_disclosure object in this response • Settlement is time-critical with zero tolerance for delay
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  • Treasury Float Yield Routing Analysis — OPTIONAL, CLIENT-DIRECTED ONLY. Analyzes whether idle settlement float can be productively deployed into a yield-bearing instrument between the current time and a scheduled settlement deadline. Returns a structured recommendation with expected yield, exit timing, liquidity assessment, slippage estimate, and a mandatory risk disclosure. THIS TOOL DOES NOT MOVE FUNDS. It provides analysis only. All execution decisions are made by the client or agent acting on explicit instruction. DPX charges a flat fee for this analysis and does not receive any portion of yield earned. Current supported instrument: sUSDS (Sky Protocol Savings Rate). Selected because: • Instant on-chain entry and exit (no T+1 delays) • No US person restrictions • Real asset backing (tokenized RWAs + Spark borrow rates) • Available on Base chain via bridge • No de-peg events recorded (unlike synthetic alternatives) Safety parameters enforced: • Maximum 90% of settlement amount — 10% always stays in USDC • Early exit triggered 30 minutes before settlement deadline (not 15) • Slippage guard: if DEX USDC/USDS quote shows >0.1% slippage, recommendation = HOLD • Minimum viable window: 2 hours (shorter windows do not justify entry/exit gas costs) Not recommended if: • Settlement window is < 2 hours • Amount is < $50,000 (gas costs erode yield) • Client has not acknowledged the risk_disclosure object in this response • Settlement is time-critical with zero tolerance for delay
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  • Initiate a Mercury bank payment from a connected account. Supports all Mercury payment rails: ACH (0–1 days), Wire (0–1 days), Real-Time Payment / RTP (instant), International Wire (1–3 days), and Check (7–10 days). For International Wire — the primary DPX cross-border use case — provide SWIFT/BIC code and beneficiary bank details. DPX oracle conditions and FX corridor risk should be checked via oracle.stability and market.fx before executing. Can optionally tag the payment for automatic DPX on-chain routing — when dpxRoute:true is set, the payment memo includes the DPX executor wallet address and the Mercury webhook picks it up for USDC settlement on Base mainnet. Use sandbox:true (default) for dry-run testing. Set sandbox:false only when ready to move real funds. Typical cross-border flow: 1. market.fx → check FX corridor risk for the destination currency 2. mercury.accounts → get source accountId 3. mercury.send (sandbox:true) → confirm payment parameters 4. settlement.quote → get DPX fee quote for the USDC leg 5. mercury.send (sandbox:false) → execute (requires explicit user confirmation) 6. mercury.transactions → verify payment posted
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  • Trace the beneficial ownership chain for any legal entity up to 3 levels deep using GLEIF relationship records, then screen every node in the chain against the OpenSanctions consolidated sanctions list (OFAC SDN, EU, UN, UK OFSI). Returns chain structure (SUBJECT → DIRECT_PARENT → ULTIMATE_PARENT), per-node sanctions status, LEI lapse flags, overall CLEAR / REVIEW_REQUIRED / BLOCKED verdict, and FATF R.16 beneficial ownership compliance attestation. Required for correspondent banking due diligence, FATF R.12/13 UBO identification, and MiCA Article 72 counterparty risk management.
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  • Corridor-specific settlement stability score (0–100) for any currency pair. Combines the live global Stability Oracle score with corridor-specific risk adjustments covering 28 currency pairs: regulatory flags (BCB/IOF for BRL, PBoC capital rules for CNH, BCRA controls for ARS, etc.), FX liquidity score based on active trading sessions at current UTC time, cascade penalty from live macro signals, and weekend/off-hours penalty. Returns SETTLE_NOW / DELAY_24H / DELAY_48H recommendation with rationale. Distinct from oracle.stability (which is global) and market.fx (which is spot-rate focused) — this answers "is this specific corridor safe to settle through right now?"
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  • What-if climate scenario analysis. Apply a named scenario or custom stressor multipliers to any subset of commodities and see how signals shift. Built-in scenarios: la_nina_moderate, la_nina_severe, el_nino_moderate, gulf_hurricane_major, us_plains_drought_severe, black_sea_disruption, brazil_frost, chile_drought_copper, pacific_northwest_wildfire. Use to stress-test a commodity thesis before committing to a position.
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  • Shipping & Logistics Stress Intelligence — composite view of global freight market conditions across ocean, air, truck, and rail. Tracks energy-driven shipping costs (Brent crude, diesel), 8 key global trade routes with disruption status, and trade flow signals. Returns a settlementRelevance section mapping logistics conditions to cross-border payment corridor risk: invoice delay risk, trade finance stress, and affected corridors. Useful for treasury teams with supply chain financing exposure, trade finance desks, and agents pricing cross-border payments on goods-backed corridors. Data: FRED (Brent crude), EIA (US diesel). 4h cache.
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  • Initiate a Mercury bank payment from a connected account. Supports all Mercury payment rails: ACH (0–1 days), Wire (0–1 days), Real-Time Payment / RTP (instant), International Wire (1–3 days), and Check (7–10 days). For International Wire — the primary DPX cross-border use case — provide SWIFT/BIC code and beneficiary bank details. DPX oracle conditions and FX corridor risk should be checked via oracle.stability and market.fx before executing. Can optionally tag the payment for automatic DPX on-chain routing — when dpxRoute:true is set, the payment memo includes the DPX executor wallet address and the Mercury webhook picks it up for USDC settlement on Base mainnet. Use sandbox:true (default) for dry-run testing. Set sandbox:false only when ready to move real funds. Typical cross-border flow: 1. market.fx → check FX corridor risk for the destination currency 2. mercury.accounts → get source accountId 3. mercury.send (sandbox:true) → confirm payment parameters 4. settlement.quote → get DPX fee quote for the USDC leg 5. mercury.send (sandbox:false) → execute (requires explicit user confirmation) 6. mercury.transactions → verify payment posted
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  • Track a DPX settlement via SWIFT gpi-compatible status. Given a UETR (Unique End-to-End Transaction Reference), returns gpi-format payment status including pacs.002 payload that a SWIFT member bank can submit to the gpi Tracker. Use this when a UETR was provided at payment initiation (via the uetr field in settlement.execute or POST /payments/initiate). Returns ACCP (settled), PDNG (pending), or RJCT (rejected) with full on-chain settlement details. DPX is not a SWIFT member — the SWIFT member bank submits the returned pacs.002 to the gpi Tracker via their own gpi API access.
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  • List all AI models available through DPX Compute. All models are free-tier (no token cost) — routed via OpenRouter. Returns model IDs, provider, capability strengths, context window, and speed tier. Use this before compute.route to understand what models are available and pick the right one for a task. Free.
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  • Returns a structured calendar of upcoming and in-effect compliance obligations across MiCA (EU crypto-asset markets regulation), SFDR (Sustainable Finance Disclosure Regulation), CSRD (Corporate Sustainability Reporting Directive), the US GENIUS Act (payment stablecoin framework), and FATF Recommendations 15/16. For each event: framework, jurisdiction, requirement summary, effective date, impact level, and article reference. Also returns a DPX alignment section mapping each framework to the specific DPX endpoints that satisfy it. Use this before settlement workflow design, compliance gap analysis, or regulatory reporting.
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  • Get live macro stability assessment for DPX settlement infrastructure. Returns institutional risk score (0–100), status (STABLE/CAUTION/UNSTABLE), peg deviation in basis points, AI reasoning, and PROCEED/CAUTION/HOLD recommendation. Backed by 25+ institutional data sources including BLS, FRED, IMF, World Bank, NOAA, NASA, and 4 independent FX APIs cross-validated. If UNSTABLE or peg deviation ≥ 50 bps, hold large settlements.
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  • Compliance pre-screen for Ramp accounting agent payments — run before issuing an Agent Card to eliminate unnecessary human approval queues. Performs 5 checks in parallel: (1) FATF country risk on source and destination country, (2) amount threshold flags (CTR-equivalent at $10K, large-payment at $100K), (3) OpenSanctions global sanctions screen by counterparty name, (4) OpenSanctions PEP screen for individual counterparties or payroll, (5) GLEIF UBO chain with sanctions at each beneficial ownership node (if LEI provided). Returns APPROVED / FLAGGED / BLOCKED with a humanRequired boolean — true only for FLAGGED cases. APPROVED: issue card automatically, no human needed. BLOCKED: halt, do not proceed, do not notify counterparty. FLAGGED: route to compliance queue. Removes human-in-the-loop for the ~95% of payments that are clean.
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  • Aftershock Intelligence — models the secondary waves that follow a primary cascade event. Takes a primary shock (origin node, event type, magnitude, elapsed hours) and returns three aftershock waves: Wave 1 (0–72h immediate secondary effects), Wave 2 (1–4 weeks policy response distortions), Wave 3 (1–6 months structural changes now permanently locked in). Identifies which nodes are rebounding, which face amplified pressure, and which are structurally altered. Companion to market.cascade — run cascade first, then aftershock to see the full picture. POST with origin, eventType, magnitude, elapsedHours.
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