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Enterprise AI Development That Reaches Production

We build enterprise AI solutions that run inside your ERP, data platforms, and core workflows — with the integration, evaluation, and cost controls that keep them live after the pilot.

Credentials

ISO 27001 Certified

OraclePartner

SnowflakePartner

AWS Partner

Capability
16+
Years of Experience
250+
Projects Delivered
95%
Customer Retention
200+
AI-first Engineers
Who this is for

For Leaders Whose AI Pilots Never Reached Production

Enterprise AI rarely fails at the model. It fails at the seam between the model and the system of record — the master data that disagrees across three systems, the write-back nobody scoped, the evaluation baseline nobody set, and the process owner nobody named. The result is a portfolio of pilots that impressed a steering committee and reached no one.

GrowExx works the other way around: we start from the workflow and the data, treat integration into your ERP or core platform as the center of the engagement rather than the last phase, and design evaluation and governance before we write application code. What you get is enterprise AI that clears your own architecture review, survives audit, and reports its cost per transaction.

HOW WE BUILD ENTERPRISE AI

Three layers. Skip one and it stays a pilot.

01
Workflow & Data Foundation

Decision mapping, master data, pipelines, retrieval — the ground truth AI runs on.

02
AI Engineering & Integration

Models, orchestration, and write-back into ERP, ledger, and core systems of record.

03
Evaluation & Governance

Golden datasets, audit trails, drift and cost monitoring — proof it works, and stays working.

What we deliver

Our Enterprise AI Development Services

AI Strategy & Data Readiness Assessment

We rank candidate use cases by value and feasibility, profile whether your data can actually support them, and check what your existing platform licences already provide. The output is a costed, sequenced roadmap — and a defensible reason for what you are not building.

Custom Enterprise AI Development

Forecasting, scoring, anomaly detection, document intelligence, optimization, and generative AI — built for one named business process, integrated into the systems that run it, and measured against a baseline captured before the build started.

Enterprise AI Integration

The engineering that decides whether AI can act or only advise: write-back that respects transaction boundaries and approval chains, entitlement propagation so AI operates within the user's permissions, and audit logging on every decision. Oracle, SAP, Salesforce, ServiceNow.

Generative AI & Knowledge Systems

Retrieval pipelines over your documents, tickets, contracts, and policy corpora — with permission-aware retrieval, source citation, abstention behavior, and a golden-question evaluation set. Users get sourced answers from content they are entitled to see.

AI Agents & Workflow Automation

Agents that execute multi-step processes across systems with defined authority, scoped tool permissions, human approval gates by value threshold, and idempotent retry and rollback. Order-to-cash exceptions, invoice matching, close support, service triage.

AI Platform & Production Operations

The shared layer that makes use case three cheaper than use case one: model gateway with provider abstraction, reusable evaluation tooling, cost-per-transaction observability, drift monitoring, and controlled model-version migration. Plus the managed service to run it.

Industries we serve

Enterprise AI, built for how your industry actually runs

Four focus industries. Each with its own constraint to design around.

The Challenge

A risk analyst has a model that improves the portfolio outcome and cannot explain it to validation. So it sits. Meanwhile reconciliation runs twenty days on manual matching, KYC refresh is a queue of documents, and the fraud alerts that do fire arrive faster than investigators can clear them. Every automated decision that touches a customer is one a regulator may later ask you to reproduce.

How Our Enterprise AI Helps

We build for defensibility as well as accuracy. Deterministic rules stay wrapped around probabilistic components so policy limits cannot be breached by a model. Acceptance thresholds are agreed with risk and validation before deployment, not after. Every decision logs its inputs, sources, model version, and any human override — and data stays inside approved boundaries, including private-tenancy models.

Deliverables

Risk and early-warning models with explainability artifacts. Reconciliation and exception automation with audit-grade evidence. KYC and claims document intelligence. Permission-aware advisor assistants.

Quantified Result

30% fewer unexpected losses

Risk AI product for a US firm with $70B+ in assets.

The Challenge

A planner rebuilds the same demand scenario in a spreadsheet because the planning system cannot answer “what if the supplier slips a week.” Two buildings over, quality data sits in a historian the corporate network is deliberately segmented from. The data exists in volume; almost none of it is joined, labeled, or trusted across sites — and nothing that touches the line can be trialed in production.

How Our Enterprise AI Helps

We design around the OT/IT boundary rather than against it — training on historian and ERP data without breaching segmentation, and running inference at the edge where latency demands it. Forecasting is backtested against your own history so the business case is proven before deployment, and anything touching the line runs in shadow mode until it clears an agreed accuracy threshold.

Deliverables

Demand forecasting and inventory optimization wired into planning. Process parameter and yield optimization. Predictive maintenance with work-order integration. Quality inspection at the edge.

Quantified Result

50% fewer forecasting errors.

With 65% productivity gain, in specialty chemicals.

The Challenge

The administrative work is drowning the clinical work — prior authorization packets, denial rework, coding queues, and an interoperability backlog of HL7 and FHIR mappings where a single wrong field silently corrupts a feed. The obvious AI answer is blocked by the obvious constraint: IT will not approve anything that lets protected health information touch an outside model.

How Our Enterprise AI Helps

We design so PHI never enters an uncontrolled AI workflow — de-identification and redaction at the context boundary, synthetic data in non-production, and private-tenancy or self-hosted models where policy requires. AI goes first at administrative and interoperability work, where return is fastest and clinical risk is lowest. Our ISO 13485 certification shapes how traceability evidence is produced.

Deliverables

Claims and prior authorization document processing with denial analysis. Coding and documentation support under human review. HL7-to-FHIR mapping with conformance tests. Revenue cycle exception detection.

Quantified Result

30% less documentation time

at a specialty-care network.

The Challenge

Pricing, allocation, and promotion are the decisions that actually move margin, and they are the ones nobody wants to automate — because a wrong call is visible in the P&L that week. Customer data is split across channels, so personalization runs on a partial view of the same person. And peak trading imposes a freeze that compresses the delivery year into the months when everything is riskiest.

How Our Enterprise AI Helps

We target the margin and working-capital decisions rather than front-end novelty, and we insist on measurement design before launch — holdout groups, incrementality testing, and guardrails that cap the blast radius of an automated pricing or allocation call. Identity resolution across channels is scoped as real work, not assumed. Systems on revenue paths degrade gracefully and switch off cleanly.

Deliverables

Demand forecasting and cross-channel inventory allocation. Pricing and promotion optimization with margin guardrails. Churn prediction with retention triggers. Catalog enrichment.

Quantified Result

40% fewer stockouts

With 25% lower holding costs, in AI Inventory Forecasting.

See how we cut a 20-day reconciliation cycle to 2 days for a finance team.

Industry-specific reference architecture. 20 minutes. No slides.

How we deliver

Our Enterprise AI Development Methodology

Click any step to see what happens inside it and what you get out of it.

Step 01 · Discovery & Data Readiness

Find out if your data can support the use case — before the build.

Workflow and decision mapping, baseline cost capture, data quality and master data profiling, integration surface review, and a build-versus-buy check against the platform licences you already hold.

Output: A solution definition, data readiness verdict, and costed business case for your approval committee.

Step 02 · Architecture, Governance & Evaluation

Design the system and how it will be judged, together.

Model and hosting selection against residency, latency, and cost constraints. Retrieval and integration design covering write-back and approvals. Golden datasets and acceptance thresholds agreed upfront.

Output: An architecture and evaluation pack your CTO, CISO, and risk function can sign off once.

Step 03 · Data Foundation & Build

Build the data layer, then build on top of it.

Pipelines, master data reconciliation, semantic definitions, and retrieval indexing — then the AI system itself, with deterministic guardrails and integration into your systems of record.

Output: Validated pipelines plus a working build, with AI-facing data reconciled to your reporting.

Step 04 · Evaluation & Shadow Launch

Prove it against real traffic before it gets authority.

Accuracy against acceptance thresholds, adversarial and edge-case testing, integration and reversal-path verification, and cost per transaction measured at projected volume — then shadow-mode running.

Output: A hardened release with evaluation evidence and a shadow-mode comparison against the current process.

Step 05 · Adopt, Operate & Compound

Redesign the process, then keep the system honest.

Process redesign, user training on where the system is and is not reliable, and escalation paths — then drift and quality monitoring, controlled model-version migration, and inference cost optimization.

Output: A live system on a quarterly outcome review, with the platform layer reused by use case two.

Why GrowExx

Why Choose GrowExx for Enterprise AI Development?

01

We Land AI Inside the System of Record

GrowExx runs a full Oracle practice — ERP, HCM, SCM, CX, analytics, managed services — alongside its AI practice. The hardest part of enterprise AI is safe write-back into a live transactional system. Most AI vendors have never had to do it.

02

We Run Our Own AI in Production

Recogent for reconciliation, Hirin for recruiting, Inventory Forecasting on Oracle Cloud Infrastructure, Conversational BI, Churn Prediction. These are GrowExx products, where the accuracy and cost problems are ours.

03

Data Engineering Is in the Same Team

The most common reason enterprise AI misses its business case is data that could not support it. We build the pipelines and master data reconciliation in the same engagement, so that surfaces in week three, not in UAT.

04

We Tell You When Not to Build

Every discovery checks what Oracle, Microsoft, Salesforce, or ServiceNow already ships inside licences you own. Where buying is the better answer, we say so. Recommending less work is how you earn the harder problems.

05

Governance Designed In, Not Retrofitted

Golden datasets, acceptance thresholds, decision audit trails, and model inventory are architecture decisions in our method. That is what gets a system through your own approval process on the first attempt.

06

Model-Neutral and Portable

We do not sell a platform or resell a model. Systems are built through a model gateway with provider abstraction, so switching model or vendor later is a configuration change, not a rebuild.

Convinced? Schedule a 30-min enterprise AI roadmap call →

Selected work

Real-World Enterprise AI Case Studies & Success Stories 

Explore our latest case studies to see exactly how we deliver ROI for brands just like yours.

What our clients say

The CFOs and CIOs we've worked with.

"

GrowExx is the only partner who refused to start coding until we agreed on the ROI math. That discipline is exactly why our reconciliation agent shipped on time, on budget.

CFO
Global Finance Group
AI Agents
BFSI
"

We had three AI vendors. Two showed us demos. GrowExx showed us the eval harness, the cost-per-task dashboard, and the rollback plan. That's why they got the contract — and the renewal.

VP Operations
Apex Enterprise
Enterprise AI
Logistics
"

Their team treats every agent like a regulated piece of software, not a science project. That's the difference between a pilot you brag about and an agent your auditor signs off on.

Chief Risk Officer
Vanguard Manufacturing
AI Agents
Manufacturing

Talk to the team behind these outcomes.

From our insights

Where Enterprise AI actually pays

Featured Product

Recogent — an enterprise AI system built the way this page describes.

Recogent automates account reconciliation across general ledger, AP, AR, intercompany, inventory, and fixed assets. It is the textbook enterprise AI problem: high volume, rules-heavy but exception-rich, bound tightly to the ledger, and unforgiving on both accuracy and audit trail.

Recogent · Live metrics
25 days → 2
Reconciliation cycle
99%
Match accuracy
70%
Less manual work
Related services

Where to go next.

Embed AI into the Oracle estate that already runs your business.

Production-grade GenAI for content, code, and customer experience.

C-suite advisory: roadmap, ROI, governance, and operating model.

Pre-production audit of AI features for security, compliance, and performance.

Frequently asked

FAQs about Enterprise AI Development Services

Enterprise AI development is the design, build, integration, and operation of AI systems that run inside a large organization’s core business processes — connected to its systems of record, governed under its risk obligations, and measured against business outcomes. It differs from general AI development because the system must integrate with existing platforms, operate under access and audit constraints, be provably accurate before it influences real decisions, and stay economically viable at production volume.

Rarely because the model is inadequate. The recurring causes are data that could not support the use case at production quality, integration into the system of record that was never scoped, no evaluation baseline so nobody could agree the system was good enough, no accountable process owner, unit economics that only worked at demo volume, and adoption failure because the workflow was never redesigned. Each is addressable — but only before the build.

Through API, event-driven, and batch patterns, with four concerns that decide whether the integration is safe: transaction and approval semantics for anything the AI writes back, identity and entitlement propagation so AI operates within the requesting user’s permissions, reversal paths for undoing an automated action, and audit logging of what was done and why. We work across Oracle ERP, HCM, SCM, CX, plus other ERP, CRM, MES, core banking, EHR, and OMS platforms.

Cost has two components and only one is usually budgeted. Build cost is driven by data readiness, integration complexity, workflow count, and compliance requirements. Run cost is the line that surprises finance: model inference, retrieval infrastructure, evaluation overhead, and human review capacity. A system profitable at pilot volume is not automatically profitable at scale, so we model run cost per transaction during architecture and track it in production.

Discovery and data readiness typically runs three to five weeks, architecture and evaluation design adds two to four, and a first production use case generally deploys within a few months after that. The largest variable is the condition of your data — remediation ranges from weeks to several months and should be scoped as its own work rather than absorbed silently into an AI timeline.

Through evaluation designed before the build. We construct golden datasets covering real and edge cases, agree acceptance thresholds with the accountable process owner and your risk function, and build regression suites that work against non-deterministic output. Systems influencing live processes run in shadow mode against real traffic before getting authority. After launch, quality is monitored against the same baseline — because AI degrades quietly.

Only if you decide it should be, and only within limits you define. Options range from commercial API models under enterprise data-handling terms, to models hosted inside your own cloud tenancy, to fully self-hosted open-weight models where nothing leaves your infrastructure. The data flow decision is made explicitly in discovery: which models, where they run, what may be sent, what is retained.

By propagating the requesting user’s identity and entitlements through retrieval and tool access, so the system can only ground answers in content that user is already authorized to see. This is designed into the retrieval architecture rather than filtered afterwards, because post-hoc filtering of generated text is not a reliable control. Agents inherit the same constraint.

Yes. The application code, custom models, prompts, agent configurations, pipelines, evaluation harness, and dashboards are yours. Delivery is to your repository, your cloud account, your tenant. Where third-party models are used, those contracts sit directly between you and the providers — and provider abstraction means you are not locked to one of them.

Let's talk

Start Your Enterprise AI Project

If your AI pilots impressed everyone and reached no one, the constraint is almost never the model — it is data, integration, evaluation, and adoption. In 30 minutes we will look at the process you want to change, the systems it touches, and the data behind it, and tell you what is realistically buildable and what it costs to run.

No sales pitch
NDA on request
senior AI architect on call

Fun & Lunch