Scenario: unifying treasury and liquidity on one real-time platform
What changes when treasury sees every balance in real time
This is a representative scenario, not a named-client result and not a record of outcomes delivered to a specific institution. It follows an anonymous archetype, a multi-entity community bank with roughly $5 to $15 billion in assets, to show how a treasury and liquidity modernization with ACM could unfold and what outcomes are realistic to set as targets. Every figure below is framed as a goal or tied to a cited benchmark.
Liquidity decisions made on yesterday's data
Our archetype bank operates several legal entities, a handful of correspondent relationships, and a growing book of cross-border activity. Its treasury function is capable but constrained by the systems beneath it. Positions live in different places and arrive on different clocks, so the team spends its morning assembling a picture of cash that is already hours old by the time it is complete.
The symptoms are familiar to any treasury leader. Balances are pulled from core extracts, correspondent portals, and spreadsheets, then reconciled by hand. Intraday positioning is effectively a guess, so the bank holds larger buffers than it would like and leaves working capital idle to stay safe. FX and funding decisions wait on overnight files. Every settlement path, wire, ACH, and emerging stablecoin rail, is operated and reconciled separately, multiplying the places an error can hide.
- Fragmented positions: cash sits across entities, accounts, and currencies with no single, current view, so the decision window often closes before the numbers reconcile.
- Manual reconciliation: treasury staff re-key and match balances by hand each day instead of acting on them, and the load grows with volume rather than shrinking.
- Idle buffers: without reliable intraday visibility, the bank over-funds accounts defensively, leaving liquidity unproductive.
- Disconnected settlement: wires, ACH, FX, and stablecoin transfers run on separate tools, each adding a handoff and a reconciliation burden.
- Control by spreadsheet: approval limits and segregation of duties live partly outside the systems that actually move money, which examiners notice.
Treat liquidity as one real-time system, delivered in stages
Rather than add another standalone treasury tool to integrate and reconcile, the scenario consolidates the full liquidity picture onto one client-owned platform that shares a real-time ledger with the bank's core. ACM's Agile Speed Framework keeps the rollout low-risk: a working surface goes live early in read-only mode, then controls and live settlement enable in controlled phases the bank's risk teams approve.
Real-time cash positioning
A live, consolidated view of balances across accounts, entities, and currencies, updated as transactions settle rather than overnight, so intraday decisions rest on current data instead of estimates.
Liquidity forecasting
Forward projections that blend scheduled flows, historical patterns, and current positions, so funding gaps surface early and buffers can be sized to evidence rather than caution.
Sweeps, pooling, and FX
Rules-based sweeps and pooling concentrate idle balances, while multi-currency FX across major markets brings cross-border funding and conversion inside the same platform.
Unified settlement
Outbound wires, ACH, and stablecoin settlement run from one console on shared rails, with non-custodial options where the bank requires them, so reconciliation is built in rather than performed after the fact.
Delivery starts with one high-value flow, typically real-time positioning across the bank's primary entities, proves itself against live data, then expands to forecasting, automated sweeps, FX, and live settlement. ACM's ecosystem partners extend the platform where it helps: Hanzo.ai for AI and data, and Lux Network for tokenized settlement infrastructure.
From a morning of assembly to a platform that reconciles itself
The operational difference shows up first in the work the treasury team no longer does, and then in the speed, visibility, and productivity of cash across the bank. The end state is one owned ecosystem in place of a patchwork of extracts and portals.
- One current view of cash: positions across every entity, account, and currency reconcile by design because treasury reads from the same real-time ledger as the core.
- Forecasting that frees capital: reliable intraday visibility lets the bank size buffers to evidence and put previously idle balances to work.
- Settlement that posts itself: wires, ACH, FX, and stablecoin transfers move through shared rails, so matching is automatic and exceptions become rare rather than routine.
- Controls inside the system: counterparty limits, maker-checker approvals, and segregation of duties are enforced on every transaction, not maintained in side spreadsheets.
- Audit built in: every position view, limit change, approval, and settlement is logged with actor, timestamp, and before/after state, exportable for examiners and protected with post-quantum cryptography.
Realistic targets, framed honestly
The figures below are objectives to model and plan against, drawn from ACM design targets and cited industry figures, and from the measurable difference between batch-era treasury operations and a real-time, consolidated platform. They are not outcomes claimed for any specific institution. Actual results depend on the bank's entity structure, rail mix, starting systems, and pace of adoption.
- Up to 95% lower infrastructure cost versus a legacy core, an ACM design target for its cloud-native platform, freeing budget for treasury initiatives rather than maintenance.
- Real-time visibility: a target of moving from overnight, manually assembled positions to live intraday cash across all entities.
- Released working capital: a goal of measurable liquidity recovered from defensive buffers and idle balances as forecasting and sweeps mature.
- Lower reconciliation effort: a target of substantially reducing manual matching as unified settlement makes reconciliation a property of the rail.
- Settlement optionality: readiness to operate across traditional rails and stablecoin settlement, a market where transfer volume reached roughly $27.6T in 2024, without standing up a separate stack.
A discovery engagement turns these targets into a model specific to the institution, sized against its own entity count, balance distribution, and the first flow it chooses to modernize.
Regulated-first delivery, secured for the long term
A treasury modernization succeeds on governance and security discipline as much as on capability, because this is the surface where a single approval moves real funds. ACM designs both in from the first release.
- Compliance in scope from day one: approvals, limits, segregation of duties, and audit trails are designed to support SOC 2, ISO 27001, PCI-DSS, and HIPAA requirements, built into each release rather than added later.
- Post-quantum protection for long-lived records: balance, FX, and settlement data are a "harvest-now, decrypt-later" target, so ACM aligns to the NIST post-quantum standards finalized in 2024, ML-KEM (FIPS 203), ML-DSA (FIPS 204), and SLH-DSA (FIPS 205). See post-quantum security.
- Iterate from real feedback: early read-only deployment grounds decisions in production behavior before any live payment authority is enabled.
- One connected ecosystem: treasury shares rails and a ledger with payments and settlement and the wider Treasury & Liquidity platform, so positions stay consistent end to end.
- Open the conversation early: the most useful first step is mapping your current setup. Contact ACM to begin.
Further reading: related ecosystem research on agentic AI and automation at papers.hanzo.ai, and on tokenized finance and settlement at lux.network.
Turn this scenario into your liquidity roadmap
Bring your entity structure, your correspondent and rail mix, and the cash visibility gap that costs you most. We will map a realistic first flow and an evidence-based path to a single, owned, real-time treasury platform for your institution.
Build your roadmapFrequently asked questions
Is this case study based on a real institution?
No. This is a representative scenario grounded in industry context, not a named-client result. It describes an anonymous archetype, a multi-entity community bank with roughly $5 to $15 billion in assets, to illustrate how a treasury and liquidity modernization with ACM could unfold. All figures are framed as target outcomes or tied to cited industry data, not as actual results delivered to a specific institution.
How are the target outcomes derived?
They are design targets and industry-referenced figures, not client-reported results. The infrastructure cost figure is an ACM design target of up to 95% lower cost versus a legacy core for its cloud-native platform. Visibility, working-capital, and reconciliation targets reflect the measurable difference between batch-era treasury operations and a real-time, consolidated ledger. Actual results depend on entity structure, rail mix, and which flow an institution modernizes first, and would be modeled during a discovery engagement.
Do we have to replace our entire treasury stack at once?
No. ACM uses its Agile Speed Framework to avoid a single high-risk cutover. A working treasury surface goes live early in read-only mode, then forecasting, automated sweeps, FX, approvals, and live settlement enable in controlled phases your risk and compliance teams approve. You move at a pace those teams are comfortable with, validating each step against production data.