Banking & Payments
Operating the infrastructure that moves money
Our banking leadership has spent more than two decades inside ATM and payments operations — running national field-maintenance programmes, standing up switch and network operations centres, and being accountable to banks and regulators for availability measured to the minute. This practice is not a service line we entered; it is a discipline we have operated through cash crunches, network migrations, regulatory audits and demonetisation-scale demand shocks.
Discuss this practiceBanking runs on infrastructure that must never stop: ATM and cash-deposit estates spread across a country, payment switches that authorise transactions in milliseconds, networks that connect thousands of endpoints, and the field workforce that keeps it all running. Advait operates this infrastructure for banks, payment networks and managed-service principals — combining field operations, command-centre monitoring and rigorous service management.
Our banking practice is built on the disciplines that matter in regulated, uptime-critical environments: preventive and corrective maintenance, spare-parts logistics, dispatch management, SLA governance, asset lifecycle control and 24x7 monitoring. We treat every minute of downtime as a measurable commercial and reputational cost, and we manage to it.
From a single network operations centre to a national ATM managed-services programme covering field-level and second-line maintenance, technical infrastructure services and remote monitoring, we run banking operations as an engineered service — instrumented, governed and continuously improved.
Understanding your world first
Before we discuss what we operate, here is how we read the forces reshaping this sector — and the operational pressures your teams are living with today.
Cash is consolidating, not disappearing
Even in digital-first markets, ATM and cash-recycler estates remain critical infrastructure and financial-inclusion obligations. Networks are rationalising terminal counts while raising availability expectations on the terminals that remain — which raises, not lowers, the operational bar.
Estates are multi-vendor and ageing
Most estates mix NCR, Diebold Nixdorf, Hitachi and Hyosung hardware of varying vintages, with software stacks mid-migration. Operators must be hardware-agnostic and fluent across OEM service models, parts ecosystems and firmware lifecycles.
Real-time rails raise the stakes
UPI, instant-payment schemes and ISO 20022 migration mean switch and network operations now carry real-time, 24x7 settlement-grade expectations. Authorisation latency and switch availability are now board-level metrics.
Regulators expect demonstrable control
Central-bank availability mandates, outsourcing-governance rules and resilience frameworks (e.g. operational-resilience regimes) require banks to evidence control over outsourced infrastructure — not just contract for it.
- Guaranteeing consistent availability across thousands of dispersed, vendor-fragmented endpoints.
- Holding mean-time-to-repair within SLA when engineers, spares and sites are geographically distributed.
- Coordinating cash logistics, OEM service and connectivity carriers under a single accountable layer.
- Evidencing regulatory and PCI control across every field intervention and configuration change.
- PCI-DSS for cardholder-data environments and key management.
- Central-bank ATM availability and cash-availability directives.
- Outsourcing and operational-resilience governance (board-level accountability for outsourced infrastructure).
- ISO 27001 information-security and ISO 20000 service-management alignment.
The winning operating model is a single accountable operator that fuses 24x7 monitoring, an engineered field organisation and rigorous service management — instrumented end-to-end and governed to availability the bank can show its regulator. That is precisely the model this practice was built to run.
Why this is hard to get right
ATM and payment estates are geographically dispersed, vendor-fragmented and uptime-critical, making consistent service levels hard to guarantee.
Field maintenance, spares logistics and dispatch are operationally complex and directly determine availability, cash-availability and customer trust.
Banks need a single accountable operator across monitoring, field response and service management — not a patchwork of disconnected vendors.
The operating thesis
How we think about the problem — and the principles, earned over decades of execution, that govern every engagement in this practice.
Instrument everything
Remote monitoring and command-centre operations give real-time visibility of every endpoint, so faults are detected — and often resolved — before customers are affected.
Engineer the field
Preventive and corrective maintenance, optimised dispatch, spare-parts logistics and a managed field workforce convert SLAs into deployed engineers at the right place at the right time.
Govern to SLA
Service-level management, incident and problem management, asset lifecycle control and transparent reporting hold the entire estate to measurable, audit-ready standards.
The intellectual property behind the operation
The methodologies we have codified from running these operations at scale. Each governs how the work is designed, delivered and improved.
Banking Operations Lifecycle™
Our end-to-end operating model for taking on, running and continuously improving a banking-infrastructure estate. Every programme we run moves through these stages — and keeps cycling through the last three forever.
Discover & Baseline
We audit the estate before we touch it — every terminal, OEM, firmware version, connectivity path and contract — and establish the availability and MTTR baseline we will be measured against.
- Asset discovery & physical audit
- OEM & contract mapping
- Availability / MTTR baseline
- Risk & spares-gap assessment
ATM Operations Framework™
The four operational pillars that determine whether an ATM estate delivers availability. Weakness in any one pillar shows up as downtime — so we engineer and govern all four together.
See
Real-time monitoring and auto-ticketing across every endpoint — faults detected, triaged and often resolved remotely before a customer is affected.
- Threshold & anomaly alerting
- Auto-ticketing & triage
- Remote remediation
Respond
An engineered field organisation — distributed coverage, SLA-aware dispatch and spares-supported first-time-fix — that converts alerts into restored terminals fast.
- SLA-aware dispatch
- First-time-fix spares
- FLM / SLM tiering
Prevent
Preventive and predictive maintenance that lowers fault rates at source — scheduled servicing, condition monitoring and repeat-fault elimination.
- Risk-based PM schedules
- Condition monitoring
- Repeat-fault programmes
Govern
Service-level management, asset lifecycle control and audit-ready reporting that hold the estate to measurable, demonstrable standards.
- SLA & incident governance
- Asset lifecycle control
- Audit-ready evidence
Field Service Excellence Model™
A maturity model for the field organisation — the lever that most directly governs availability and cost. We assess every programme against it and drive deliberate progression up the levels.
Reactive dispatch
ReactiveEngineers dispatched on failure with limited routing logic, inconsistent spares and manual reporting. First-time-fix is low and truck-rolls are high.
Managed coverage
ManagedGeographic coverage modelled to SLA windows, mobile tooling deployed, spares kitted for common faults. Response and first-time-fix become predictable.
Optimised routing
OptimisedDispatch and routing optimised against live SLA risk, utilisation actively managed, repeat faults fed back into prevention. Cost-per-fix falls while availability rises.
Predictive & automated
PredictiveCondition and telemetry data predict failures before they occur; remote remediation and automated dispatch handle a growing share of incidents without a human in the loop.
What we build and operate
Explore the 22 capabilities within Banking & Payments. Each is operated to the doctrine below.
How we run it
Every capability in this practice is delivered under the same operational disciplines — the standards that make the operation governable, secure and scalable.
Governance
Banking programmes run on a formal service-management governance structure — daily operations reviews, weekly SLA and incident reviews, monthly business reviews and quarterly strategic reviews — with a named service-delivery manager accountable for availability, SLA attainment and the field organisation. Major incidents follow defined command, communication and post-incident-review protocols.
Reporting & insight
Operations are reported through real-time availability dashboards and a governed reporting cadence covering uptime, fault volumes, MTTR, SLA attainment, preventive-maintenance compliance, spares consumption and asset status. Banks receive transparent, audit-ready evidence of performance across the estate.
Security & compliance
Operations align to banking-grade security and regulatory expectations — controlled access to terminals and networks, segregated environments, change control on switch and network configuration, and full alignment to PCI-DSS, ISO 27001 and the institution’s own control framework. Field interventions follow strict security and reconciliation procedures.
Transition & onboarding
Estates are onboarded through a structured transition — asset discovery and audit, network and monitoring integration, spares positioning, field-workforce mobilisation and SLA baselining — with hypercare before steady-state. Migration is sequenced to protect availability throughout.
Business continuity
Continuity is engineered through redundant monitoring, regional field coverage, buffer spares inventory, escalation to backup engineers and tested major-incident playbooks — protecting availability through outages, demand peaks and disruption.
Scalability
Programmes scale across regions and estate size through a regional field-coverage model, distributed spares logistics, a repeatable engineer-onboarding engine and command-centre capacity designed to absorb additional endpoints without degrading service.
How we structure the operation
The leadership spine we deploy. Roles are sized to the engagement, but the accountabilities below are present in every operation we run.
Service Delivery Director
Single accountable owner of availability, SLA attainment and the field organisation. Chairs business reviews and owns the bank relationship at executive level.
Command Centre / NOC Manager
Runs 24x7 monitoring and the real-time operational view; owns major-incident command, escalation discipline and dispatch coordination across regions.
Regional Field Managers
Own engineer coverage, utilisation and first-time-fix within their geography; accountable for response-time adherence and local spares health.
Service Management & SLA Lead
Owns the incident, problem and change processes, SLA governance, and the audit-ready reporting suite the bank and regulator rely on.
Spares & Logistics Lead
Owns the spares supply chain — buffer-stock positioning, repairable-unit cycles and OEM coordination — that underpins first-time-fix.
Switch / Infrastructure Operations Lead
Owns switch, network and technical-infrastructure operations, change control on critical configuration, and integration with host and core-banking systems.
The platform stack we operate on
We are platform-agnostic but opinionated. We operate your stack, our stack, or a hybrid — instrumented end-to-end for control and visibility.
Monitoring & observability
Estate-wide monitoring with threshold and anomaly detection, auto-ticketing into the service-management system, and single-pane-of-glass dashboards from estate down to individual terminal.
Service management (ITSM)
ITIL-aligned incident, problem, change and asset management — the system of record for every fault, intervention and configuration change across the estate.
Field workforce management
Mobile dispatch and scheduling, SLA-aware routing, in-app job, parts and reporting capture, and live engineer utilisation — the engine that turns SLAs into on-site response.
Switch & payments infrastructure
Real-time transaction monitoring, authorisation-flow oversight and reconciliation tooling, operated under strict change control on switch and network configuration.
Spares & asset lifecycle
Asset registers, repairable-unit tracking and spares-inventory management that keep first-time-fix high and capital tied up in spares low.
Analytics & reporting
Availability, MTTR, fault-pattern and repeat-fault analytics feeding both executive reporting and the continuous-improvement engine; audit-ready evidence packs on demand.
Where machines do the heavy lifting
Automation is not a slide in our proposals — it is wired into the operating model. These are the levers we deploy to compound productivity year over year.
Remote remediation
A growing share of faults — reboots, soft resets, configuration corrections — are resolved automatically or remotely from the command centre, eliminating truck-rolls entirely.
Auto-triage & intelligent dispatch
Faults are auto-classified and routed to the right tier and nearest qualified engineer with the right parts, compressing time-to-dispatch and lifting first-time-fix.
Predictive maintenance
Telemetry and fault-history models flag terminals likely to fail, converting unplanned downtime into scheduled, low-cost preventive intervention.
Reconciliation & exception automation
Cash and transaction reconciliation exceptions are auto-detected and routed for resolution, protecting accuracy in deposit and switch operations.
The metrics we govern to
What gets measured gets managed. These are the operating metrics we commit to and review — with the target bands we hold ourselves against.
How we report and review
Transparency is structural. Every operation runs on a fixed cadence of reviews, each with a defined audience and decision set.
Live availability, open incidents, SLA-risk terminals and dispatch status on shared dashboards.
Overnight availability, major incidents, dispatch backlog and spares exceptions reviewed in a standing operations call.
SLA attainment, MTTR trend, fault patterns, PM compliance and improvement-action status.
Business review: availability and cost trends, regulatory evidence, root-cause programmes and the forward improvement roadmap.
Operating best practices
The principles we have learned the hard way — and now build into every operation from day one.
Hold the incumbent’s availability as the floor during transition — never let a handover dip service.
Position spares for first-time-fix, not for the warehouse: regional buffer stock beats central efficiency.
Treat repeat faults as failures of prevention, not of repair — feed every recurrence back into PM and design.
Make the command centre the single source of operational truth; never run field and monitoring as separate worlds.
Govern OEMs and carriers on back-to-back SLAs so the bank always has one accountable operator.
Instrument before you take accountability — you cannot govern an estate you cannot see.
Run change control on switch and terminal configuration with the same rigour as core banking.
Review cost-per-fix alongside availability; sustainable service is both available and economic.
What clients realise
Maximised ATM and payment uptime
Faster fault resolution across the estate
One operator across monitoring and field
Audit-ready, regulation-aligned operations
Where this function is heading
We invest ahead of our clients. Here is how we see this discipline evolving — and how we are preparing operations for it now.
Predictive everything
Telemetry-driven failure prediction shifts the estate from reactive repair to scheduled prevention, structurally lifting availability while cutting truck-rolls.
Software-defined terminals
As ATM software stacks modernise, more faults become remediable remotely and more capability ships via configuration — changing the field/monitoring balance.
Real-time rails & ISO 20022
Instant-payment schemes and message-standard migration push switch and network operations toward continuous, settlement-grade resilience expectations.
Resilience as regulation
Operational-resilience regimes will demand demonstrable, tested control over outsourced infrastructure — favouring operators who can evidence governance, not just contract for service.
Cash-recycling economics
Recyclers reduce cash-handling cost and CIT trips; operating them well — note validation, reconciliation, security — becomes a distinct, higher-value discipline.
Autonomous remediation
Closed-loop automation will resolve a growing share of incidents end-to-end, with engineers reserved for the genuinely physical and the genuinely complex.
From our operating leaders
Availability is not a number you report. It is a machine you build — monitoring, field, spares and governance engineered to work as one. Banks do not buy engineers; they buy the certainty that a terminal will be transacting when a customer walks up to it.
Advait Banking Operations Leadership
The cheapest fault is the one that never happens, and the second-cheapest is the one you fix from the command centre. Every truck-roll we eliminate is availability gained and cost removed at the same time.
Advait Field Service Leadership
How we can work together
The commercial and governance models through which this practice is typically engaged.
Frequently asked
Yes. We operate multi-vendor estates under a single accountable layer — coordinating OEMs, carriers and cash logistics with back-to-back SLA management — so the bank has one operator responsible for availability end to end.
Better businesses are built through better operations.
Whether you are establishing a capability centre, transforming customer operations, running critical banking infrastructure, operating renewable assets or creating value across a portfolio — Advait brings the operators, the platform and the accountability to deliver.