Enterprise AI Development Services

We build AI architecture, shared services and governance, as well as production applications for your ERP, CRM and data systems. Then, we extend proven capabilities across the enterprise.

125+ AI Models Trained or Deployed
120+ Enterprise AI Integrations Delivered
125+ LLM Fine-Tuning Implementations Across Clients

Company-wide delivery experience across client engagements, while implementations and models represent different measures of work.

Enterprise AI connecting ERP, CRM, identity, service desk, data platforms and model gateway

Trusted by Fortune Global 500 leaders, governments & top universities across 30+ countries

Powered by leading cloud & AI platforms

Recognized by leading industry reviewers

Awards & industry recognition

At a Glance

Enterprise AI Development at a Glance

Enterprise AI development connects AI across your functions and applications, as well as your data. In addition, it includes the identity, security and governance your organization needs. As a result, isolated pilots become shared capabilities that teams reuse and operations can own.

What you get

An enterprise AI architecture and shared AI services, together with integrated applications and a governed path from pilot to production

Who owns it

Your business sponsor owns outcomes and also sets priorities. Meanwhile, SDLC Corp designs, builds and supports delivery.

Output

AI running inside your existing systems with evaluation, monitoring and audit logging, as well as a rollout plan for more teams

Services

Enterprise AI Development Services We Deliver

Our enterprise AI development services help businesses build generative AI applications as well as language models. We also implement machine learning and integrate intelligent systems into existing operations.

Enterprise Generative AI Development

Build generative AI applications for tasks such as document processing, knowledge retrieval and content generation. Then, we connect AI models with enterprise data and existing workflows to support business operations.

LLM Development

Develop private and custom language model solutions for enterprise applications, especially where data must stay in-house. For example, we support fine-tuning, retrieval-augmented generation and secure knowledge access. In addition, we integrate language models with internal business systems.

Enterprise Machine Learning Development

Create machine learning models for uses such as predictive analytics, forecasting, classification and anomaly detection. We then develop solutions with enterprise datasets to support data-driven decisions, process analysis and operational planning.

Enterprise AI/ML Implementation

Integrate AI and machine learning solutions into enterprise applications as well as the workflows around them. For example, we support data connectivity, model deployment, API integration, and performance monitoring to manage AI systems within existing infrastructure.

Enterprise AI Chatbot Development

Develop AI chatbots for needs such as customer support, employee assistance and internal knowledge access. Then, we connect conversational AI with enterprise databases and business applications to deliver contextual responses and automate routine interactions.

Explore all 5 enterprise AI services

Architecture and Security

Enterprise AI Architecture, Security and Compliance

Enterprise AI architecture defines how models and applications work together with enterprise systems, identity and controls. As a result, new use cases can reuse approved components and reduce repeated security reviews.

Shared AI Services and Architecture

Applications call common services instead of wiring their own model access:

  • Model gateway and routing across providers
  • Evaluation for quality and safety checks
  • Access controls tied to your identity system
  • Logging and audit trails for every model call
  • Integration services for CRM, ERP and document systems
Enterprise AI architecture showing model gateway, identity, evaluation and logging shared across applications and enterprise systems

Solutions

Enterprise AI Solutions by Industry

Enterprise AI solutions deliver the most when they target a specific workflow with a measurable outcome. For example, we build solutions for the industries below.

Financial Services

Fraud detection, document processing, credit and risk analysis as well as compliance monitoring support.

FinTech software

Healthcare

Clinical documentation assistance and EMR-ready output, together with patient communication and operational forecasting.

Proof: 50% less documentation workload.

Healthcare software

Logistics and Supply Chain

Document automation, shipment workflow validation and knowledge assistants, as well as forecasting.

Proof: 98% lower processing error rate.

Logistics software

Manufacturing

Defect detection and predictive maintenance, together with quality reporting.

Proof: 96% defect detection accuracy in auto production.

Manufacturing software

Retail and E‑commerce

Demand forecasting, product search and recommendations, and also customer support automation.

E-commerce and retail

Nonprofits and NGOs

Fund accounting and grant workflows, as well as donor reporting and programme delivery with AI built into the ERP.

Government and Public Sector

Public services such as citizen intake, call routing and document and records processing.

Enterprise Operations

Cross-system workflows across ERP, CRM and service platforms, together with shared services.

Integration

Enterprise AI Integration and Technology Stack

AI creates value when it works inside the systems people already use. That is why we integrate enterprise AI with ERP, CRM, service platforms and data stores without rebuilding what already works.

OpenAI logoOpenAI
Anthropic Claude logoClaude
Google Gemini logoGemini
Meta Llama logoLlama
Mistral AI logoMistral
Hugging Face logoHugging Face
LangChain logoLangChain
LlamaIndex logoLlamaIndex
LangGraph logoLangGraph
PyTorch logoPyTorch
TensorFlow logoTensorFlow
NVIDIA logoNVIDIA
Kubernetes logoKubernetes
Amazon Web Services logoAWS
Microsoft Azure logoAzure
Google Cloud logoGoogle Cloud

Case Studies

Enterprise AI Programs in Production

Three AI implementations connected to live business systems rather than pilots, across visual inspection, fraud detection and freight operations.

View All AI Case Studies
01 / 03 · Computer Vision

AI Defect Detection for Automotive Paint Inspection

96% defect detection accuracy

SDLC Corp built an edge computer vision system, so surface defect detection accuracy rose from 81% to 96%. In addition, it returned inspection decisions to the production line’s PLC.

  • 96% defect detection accuracy
  • 42% fewer false positives
  • About 180 ms per decision
  • Production line PLC integration

Implementation: edge inference connects visual inspection directly to production controls, so decisions keep pace with line speed.

Read the case study
AI defect detection in automotive production case study
02 / 03 · Machine Learning

Graph ML Fraud Detection for a Poker Network

92% collusion capture rate

SDLC Corp built a graph machine learning system to detect coordinated multi-account play, increasing collusion detection from 74% to 92% while reducing false positives.

  • 92% collusion capture rate
  • 47% fewer false positives
  • 62,000 hands per minute
  • Real-time hand scoring

Implementation: graph machine learning maps relationships across accounts and gameplay, so fraud detection goes beyond individual rule triggers.

Read the case study
Graph machine learning fraud detection for online gaming
03 / 03 · Decision Intelligence

AI Freight Operations Intelligence for Oracle OTM

100% of posted costs validated and approved

SDLC Corp built an AI system that reads freight invoices and then validates them. Before posting to Oracle OTM, costs require validation and approval. Meanwhile, exceptions go to a reviewer.

  • 100% of posted costs approved
  • Invoice and shipment matching
  • Human review for exceptions
  • Recorded validation history

Implementation: validation and approval control the posting workflow, while exception history stays available for review.

Read the case study
AI freight operations intelligence for Oracle OTM

Delivery

How We Deliver Enterprise AI

Five stages take enterprise AI from priorities to production, with evaluation, security and ownership built in rather than added at the end.

  1. 1. Assess and Prioritize

    To begin with, we inventory current AI pilots, applications, data and risks. Then, we rank use cases by value, feasibility and readiness.

    Output: a prioritized use-case portfolio.
  2. 2. Design the Architecture

    After that, we define how models and applications connect with enterprise systems, data services, identity and governance.

    Output: an enterprise AI architecture and reference design.
  3. 3. Build and Integrate

    Then, we build shared services and the first applications. In addition, we connect them to ERP, CRM, service platforms and data sources.

    Output: working AI inside your systems.
  4. 4. Evaluate and Secure

    Once the build is ready, we test quality, safety and performance against agreed measures. In addition, we complete security and compliance review.

    Output: validated, approved applications.
  5. 5. Deploy and Scale

    Finally, we release in controlled stages and monitor performance and cost. Then, we extend proven capabilities to more teams and departments.

    Output: a repeatable rollout and operating model.

Pricing

What Enterprise AI Costs and How Long It Takes

Plan your investment across assessment, foundation and production, as well as ongoing operations. However, these indicative USD ranges depend on scope, integrations and data readiness. Cloud, model API and licensing costs are also extra.

Enterprise AI phases with indicative duration and investment in USD
PhaseWhat it coversIndicative durationIndicative investment · USD
Assessment AI and application inventory, prioritized use cases, architecture and governance gaps2–4 weeks$5,000–$20,000
Foundation Integrations, model gateway, identity, evaluation and logging6–12 weeks$25,000–$100,000
First production use cases Two to three applications live, with ownership and monitoring8–16 weeks$50,000–$200,000
Scale and operate More departments, reusable services, ongoing optimizationOngoing$5,000–$25,000/month

Your Enterprise AI Partner

Why Choose SDLC Corp for Enterprise AI Development?

We connect AI with your existing systems and address security requirements before launch. We also plan support after launch, with clear ownership throughout delivery.

  • Connected architecture. Build around your applications, data flows and access controls instead of replacing them.
  • Defined ownership. Agree priorities, acceptance criteria and review responsibilities before rollout.
  • Production support. Include evaluation and monitoring, as well as ongoing improvements, in the delivery plan.
Enterprise AI document review workflow connected to ERP, CRM and data systems, with access controls, evaluation and monitoring

Get Started

Scale AI Across Your Enterprise

Tell us which systems, teams and use cases you want AI to cover. Then, we will return a scoped approach and an indicative range.

Talk to Our Experts
Enterprise AI implementation delivered by SDLC Corp

Comparison

Enterprise AI vs Related AI Services

Enterprise AI sits above individual AI services rather than replacing them. In other words, it sets the architecture, governance and operating model that those services plug into.

Enterprise AI compared with related AI services, what each covers and when to choose enterprise AI
Compared withWhat that service coversChoose enterprise AI when
AI developmentBuilding a specific AI application or modelSeveral applications need shared services as well as security and ownership
AI integrationConnecting AI to existing systems and workflowsIntegration must also follow one architecture across teams
Data modernizationPreparing data platforms for analytics and AIData is ready, so the question is how AI is built, run and governed on it
AI consultingStrategy, use-case selection and roadmapThe roadmap is set, so you now need an architecture and delivery
Data modernization vs AI modernizationSee the comparisonYou need to sequence data and AI work so neither blocks the other

Blogs and Insights

Practical Reading on Enterprise AI

Explore guides to enterprise AI planning and governance, as well as data modernization.

View All AI Blogs
Enterprise AI roadmap covering use cases, governance, KPIs and ROI
AI Roadmap

Enterprise AI Roadmap Guide: Use Cases and ROI

Learn how to choose enterprise AI use cases and then measure their return.

Read the Roadmap Guide
Enterprise AI governance framework
Governance

Enterprise AI Governance Framework

Explore ownership, risk classification and controls so enterprise AI initiatives stay accountable.

Read the Governance Guide
Enterprise data and AI modernization roadmap
Modernization

Enterprise Data and AI Modernization Roadmap

Understand when to start data modernization and how to sequence AI implementation work.

Read the Modernization Guide

Enterprise AI Development Client Reviews

Explore what clients say about our AI applications and ERP automation, as well as how we deliver. Then, talk to us about your enterprise AI architecture and integration needs.

4 selected AI and automation reviews View on Clutch ↗

The videos below describe broader SDLC Corp client engagements, while the written reviews cover AI and automation projects.

Client story

Eric Leist

CEO, Edgerton Strategies

Client story

Doug Schmidt

CEO, RoofAid USA

Client story

Reyzal Razmi

All Star Influencers

Client reviews on Clutch 01 / 04
5.0 / 5 AI stock pattern detection
Their product had high accuracy rate of 90% due to which my customers were very happy.
Selected excerpts from client reviews on Clutch.

FAQs

Enterprise AI Development FAQs

Enterprise AI Basics

Enterprise AI development services help organizations design, build and integrate AI, then scale it across functions, applications and enterprise systems. For example, they can include enterprise AI architecture, shared AI services, applications, security, governance, integration and production rollout.

Enterprise AI is artificial intelligence deployed within an organization's operational technology environment rather than as an isolated experiment or consumer tool. As a result, it typically requires enterprise identity, integration, security, governance and operational ownership.

Generative AI is a capability: models that produce text, images, code or other content. By comparison, enterprise AI combines that capability with machine learning, retrieval and agents. It then provides architecture, security, governance and operations across the organization. See generative AI development.

Cost, Timeline and Getting Started

Cost depends on the number of systems and use cases, as well as data readiness, compliance scope and deployment model. For example, a first program with shared services and two to three production use cases typically costs $75,000 to $300,000. By comparison, assessment work is a fraction of that. The cost and timeline section above also shows stage-by-stage ranges.

A first production release typically takes 14 to 28 weeks once integrations and approvals are agreed. Assessment and foundation work come first, then priority use cases, then rollout to more teams. However, programs with many integrations or strict compliance reviews take longer.

The first measurable saving usually comes from reuse. For instance, later applications do not rebuild shared model access, identity, evaluation and monitoring. For each application, define the business measure before building. For example, track processing time, tickets automated or forecast accuracy. For practical guidance, also see the roadmap resource below.

We offer fixed-scope assessments and project-based builds, as well as dedicated teams and managed operation. Most enterprise programs start with an assessment and a small foundation build, then expand by department. Then, talk to our experts to match a model to your budget cycle.

Architecture and Governance

Through APIs, queues and controlled workflows that connect AI to ERP, CRM, service platforms and databases. Existing software stays in place. Instead, AI reads and writes through controlled interfaces, using approved permissions and audit trails. See AI integration and implementation.

To begin with, maintain an AI inventory and assign ownership. Then, define risk classes, model controls, evaluation standards, human oversight and change management. The NIST AI RMF Core also describes governance responsibilities, documented policies and ongoing risk management. Also, secure it with your organizational identity, permissions, secure APIs, secrets management, network controls and audit logging. Therefore, agree identity and access requirements with your security team before deployment. See AI Governance Consulting Services.

It classifies AI systems by risk and sets obligations for higher-risk uses, such as documentation, oversight and monitoring. Therefore, maintain an AI inventory, risk tiers and lifecycle controls. See the EU AI Act text for applicable obligations. However, applicability depends on your use case and region.

Scaling and Choosing a Partner

Scaling requires more than extra infrastructure. Before anything else, integrate the application with real systems and assign operational ownership. In addition, secure, govern and monitor it. For example, RAND’s research on AI project failure identifies unclear problems, inadequate data and deployment infrastructure as recurring barriers. Finally, measure technical and business outcomes: adoption, processing time, quality, workflow completion, human escalation, operating cost, support reduction and revenue impact.

Firstly, check ERP, CRM and service-platform integration experience. Also, assess shared services, governance and security credentials. Finally, request measured production references and confirm ownership after launch. For example, ask to see a program that moved from pilot to multi-team rollout.

Let’s Plan Your Enterprise AI Project

Get expert guidance on scope, architecture, timelines, and delivery approach so you can move forward with confidence.

What happens next?