From pilot to production

AI applied to real-world banking.

We turn artificial intelligence initiatives into productive, measurable, and governed use cases on a proven banking platform.
Tell us about your AI plans
The banking moment

Banking doesn't have an AI problem.
It has a methodology problem.

The intent is already there. The difficult leap is between the promising test and the productive use case: prepared data, clear hypotheses, measurable KPIs, internal ownership, governance, and real adoption.
Pilots without hypotheses
Tests that work technically but are launched without a primary KPI, baseline, or decision on continuity.
Unprepared data
Information that is fragmented, inconsistent, or difficult to govern when the use case needs to operate in real-world processes.
Delayed governance
Supervision, auditing, ownership, and kill switches are often added after the pilot, when they should be designed from the start.
The hero remains human.
AI amplifies team capabilities; context, judgment, and accountability remain human.
Production architecture

Three layers
working as one.

Each layer handles a distinct responsibility: the platform supports the banking contract, the agentic layer specializes the use case, and the bank retains control over every decision.
Banking architecture
Layer 01 · Infocorp
The contract with the regulator lives on the platform.
Processes, data, integrations, profiling, KYC, and compliance form the foundation where AI can operate with context and traceability.
Identity and channels
Governed data
Native audit trail
Specialized agents
Layer 02 · Vertical AI
Specialization turns models into measurable results.
Models, prompts, and tools are fine-tuned for a specific banking domain. This is the layer where general capability becomes a use case with ROI.
Specialized agents
Banking RAG
Scoped automation
Operational governance
Layer 03 · Bank
Responsibility remains 
within the bank.
The hypothesis, primary KPI, AI Owner, and approval committee define what the agent can do, what is audited, and when it must stop.
AI Owner
KPI and baseline
Safe AI approval
Infocorp Framework

Choose where to invest. Validate how to scale.

The four pillars organize opportunities where returns can be measured. The four cross-cutting axes define the conditions to make them work.
01 / Where to apply AI
01
Augmented personal productivity
Assistants that reclaim hours of repetitive cognitive work without replacing human decision-making.
GURU
Internal support
Semantic search
02
Intelligent operational excellence
End-to-end automated critical processes: onboarding, KYC, collections, and case management.
KYC/KYB
Collections
Back office
03
AI-powered products
Financial experiences with more context, memory, and personalization across digital channels.
Channel AI
AI Marketing
Next best action
04
Accelerated software engineering
End-to-end automated critical processes: onboarding, KYC, collections, and case management.
SmartOps
Migration
Observability
02 / How to scale

Four conditions before moving to production.

No pillar works without strategy, data, Safe AI, and adoption working together.
Strategy and Governance
Hypothesis, KPIs, baseline, and control gates every 90 days.
Data Platform
Quality, accessibility, governance, and traceability.
Safe AI
Privacy, configurable human oversight, and kill switch.
People and Change
AI Owner, role-based training, and usage-based adoption.

We don't just talk about AI.
We make it work.

Four AI-powered solutions already being used by LATAM banks to improve experiences, operations, and responsiveness.
Conversational Banking
Conversational banking via WhatsApp, Messenger, and X.
See more
IC Insight
Proactive insights and alternative recommendations within web or native applications.
See more
AI Process Automation
Expert-led multi-agent orchestration to automate end-to-end business processes.
See more
IC Smart Support Agent
Expert agent for operations, support documentation, procedure manuals, and observability.
See more
Safe AI in banking

Designed to operate with control.

In financial services, an automated decision without traceability is not a decision: it is a risk. That is why governance is not added at the end; it is designed from the start.
Limited autonomy
The agent operates only within an explicitly defined scope. Outside of that scope, it escalates to a human.
Supervision where it matters
Configurable human-in-the-loop: pre-emptive, sampling-based, or by exception, depending on process risk.
Full traceability
Every decision is recorded in plain language for reconstruction, auditing, and export.
Data isolation
Authenticated access layer, model layer, and audit layer are always kept separate.
Kill switch
Clear mechanism to stop or limit the agent under defined conditions.
Evidence

From real-world cases to replicable capabilities.

Four implementations in Latin American banking show results in operations, channels, and engineering.
Conversational channel
Business onboarding
The agent operates only within an explicitly defined scope. Outside of that scope, it escalates to a human.
KYC/KYB
Compliance
Human-in-the-loop
USD
540K
conversion vs human
Conversational channel
Conversational collections
The agent operates only within an explicitly defined space. Outside of that space, it escalates to a human.
+80%
conversion vs human
Digital service
Conversational service
Transactional chatbot with over 30 banking services resolved within the conversation.
+250K
monthly active users
Technical delivery
Agentic engineering
Prompts, contexts, and human auditing applied to technical migration on IC Banking architecture.
−30%
migration cost
Roadmap

From measured pilot to
governed scale in 12 months.

Three horizons with a clear gate condition. Each gate defines what must be proven before committing to the next investment.
Evidence
A measurable hypothesis.
Choose the first case with an owner, baseline, and continuity criteria before building.
Diagnosis using the Maturity Model.
Highest impact/effort cell selected.
AI Owner, minimum Safe AI, and responsible team.
Deliverable
Prioritized backlog, primary KPI, and baseline.
Gate condition
Written hypothesis, measured baseline, empowered owner, and Safe AI approval.
Produce
A real-world case with users and monitoring.
Transition from pilot to operational process without losing control, traceability, or human judgment.
Execution with primary KPI monitoring.
Review: continue, pivot, or close.
Second initiative identified with documented learning.
Deliverable
Limited production with a reusable playbook.
Advancement condition
KPI moved, real adoption, and lessons converted into method.
Scale
Repeatable capability, not an isolated case.
Convert learning into governance, platform, and reporting for new processes.
Second initiative with a standardized method.
Data platform ready for scale.
Reporting to the board and regulators where applicable.
Deliverable
Operating model for scaling with governance.
Advancement condition
Two production use cases with ROI, sustainable structure, and structured reporting.
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