Expert custom AI integration for SAP S/4HANA, Oracle ERP Cloud, Salesforce, PACS/DICOM, MES/SCADA, and legacy systems. Connect Claude AI, OpenAI GPT, on-premise LLMs to your enterprise software with real-time APIs, event-driven architecture, and middleware. HIPAA, SOC2, PCI-DSS compliant integration solutions.
Real enterprise challenges that demand custom integration solutions
The Pain: Your SAP ECC, Oracle E-Business Suite, or AS/400 systems lack REST APIs. Data is locked in BAPI, RFC, or mainframe formats that AI tools can't access.
The Solution: Custom middleware with SAP JCo connectors, Oracle JDBC adapters, and legacy protocol translators (ODBC, COBOL copybooks, flat files) that expose AI-ready REST/GraphQL APIs.
The Pain: Medical imaging (DICOM), HL7 messages, and FHIR resources are isolated in hospital systems. HIPAA compliance blocks cloud AI APIs.
The Solution: On-premise AI integration with DICOM parsers, HL7 v2/FHIR R4 transformers, and HIPAA-compliant data anonymization pipelines for secure AI inference.
The Pain: MES (Manufacturing Execution Systems), SCADA, PLCs, and OPC-UA devices generate time-series data at millisecond intervals that traditional APIs can't handle.
The Solution: Event-driven integration with OPC-UA clients, Kafka streams, MQTT brokers, and time-series databases (InfluxDB, TimescaleDB) for real-time AI anomaly detection.
The Pain: You need GPT-4 for text, Claude for reasoning, Llama-3 for on-premise, Whisper for audio, and custom fine-tuned models. Managing API keys, rate limits, fallbacks, and cost optimization is overwhelming.
The Solution: AI gateway with intelligent routing, load balancing, circuit breakers, semantic caching, and cost tracking across OpenAI, Anthropic, Azure OpenAI, AWS Bedrock, and self-hosted models.
The Pain: Customer data in Salesforce, financial data in NetSuite, support tickets in Zendesk, orders in ShopifyโAI can't connect the dots across 10+ SaaS tools.
The Solution: Unified data fabric with ETL pipelines (Airbyte, Fivetran), data warehouses (Snowflake, BigQuery), and vector databases (Pinecone, Weaviate) for RAG-powered AI that understands your full business context.
The Pain: GDPR, SOC2, PCI-DSS, or data residency laws (EU, China, India) prevent sending sensitive data to OpenAI/Anthropic cloud APIs.
The Solution: On-premise AI deployment with vLLM, Ollama, or LM Studio running Llama-3, Mistral, or fine-tuned models on your Kubernetes cluster, with data encryption at rest/transit and audit logging.
Comprehensive technologies for seamless AI integration with any system
| Technology | Use Case | Details |
|---|---|---|
| OpenAI GPT-4o | Advanced reasoning, function calling | Cloud API |
| Anthropic Claude 3.5 | Long context, document analysis | Cloud + AWS Bedrock |
| Meta Llama-3-70B | On-premise deployment | vLLM, Ollama, TGI |
| Google Gemini 1.5 Pro | Multimodal AI (text, image, video) | Vertex AI |
| Mistral Large 2 | European data sovereignty | Azure AI, self-hosted |
| Custom Fine-Tuned Models | Domain-specific tasks | On-premise GPU clusters |
| Technology | Use Case | Details |
|---|---|---|
| SAP S/4HANA & ECC | ERP integration via OData, BAPI, RFC | SAP JCo, NetWeaver Gateway |
| Oracle ERP Cloud / E-Business | Financial, SCM, HCM data | REST, SOAP, JDBC |
| Salesforce Sales/Service Cloud | CRM, customer data platform | REST API, Bulk API, Streaming API |
| Microsoft Dynamics 365 | ERP/CRM for mid-market | Web API (OData), Dataverse |
| Workday HCM/Financials | HR, payroll, finance | REST, SOAP, RaaS reports |
| ServiceNow ITSM/ITOM | IT operations, incident mgmt | REST, GraphQL |
| Technology | Use Case | Details |
|---|---|---|
| PACS (DICOM Servers) | Medical imaging storage/retrieval | DICOM 3.0, DICOMweb |
| HL7 v2 Interfaces | Clinical messages (ADT, ORM, ORU) | HL7 2.x over MLLP |
| FHIR R4 APIs | Modern healthcare interop | JSON/XML over REST |
| Epic EHR / Cerner Millennium | Electronic health records | Epic Interconnect, FHIR |
| Philips IntelliSpace / GE Centricity | Radiology PACS | DICOM Query/Retrieve |
| Technology | Use Case | Details |
|---|---|---|
| MES (Siemens Opcenter, Dassault) | Shop floor execution | REST, B2MML, ISA-95 |
| SCADA (Wonderware, Ignition) | Supervisory control | OPC-UA, Modbus, DNP3 |
| PLCs (Siemens S7, Allen-Bradley) | Programmable logic controllers | S7 protocol, EtherNet/IP |
| OPC-UA Servers | Industrial IoT data access | OPC-UA binary/TCP |
| Historian Databases (OSIsoft PI) | Time-series industrial data | PI Web API, AF SDK |
| Technology | Use Case | Details |
|---|---|---|
| Apache Kafka | Event streaming, CDC | 100K+ msg/sec |
| RabbitMQ / ActiveMQ | Message queuing, async processing | AMQP, MQTT, STOMP |
| Kong / Apigee Gateway | API management, rate limiting | Auth, caching, analytics |
| MuleSoft / Dell Boomi | Enterprise iPaaS | Pre-built connectors |
| Apache Camel | Lightweight ESB, routing | 300+ connectors |
| Debezium CDC | Change data capture | MySQL, Postgres, Oracle CDC |
| Technology | Use Case | Details |
|---|---|---|
| REST (OpenAPI 3.1) | Standard web APIs | JSON, XML |
| GraphQL | Flexible data queries | JSON over HTTP |
| gRPC | High-performance RPC | 10x faster than REST |
| WebSockets | Bi-directional real-time | JSON, binary |
| SOAP / XML-RPC | Legacy enterprise APIs | WSDL, XML |
| GraphQL Subscriptions | Real-time data push | WebSocket transport |
| Technology | Use Case | Details |
|---|---|---|
| Airbyte / Fivetran | ELT pipelines | 300+ source connectors |
| Apache Airflow | Workflow orchestration | DAG scheduling |
| dbt (data build tool) | Data transformation | SQL, Jinja templates |
| Snowflake / BigQuery / Redshift | Data warehouses | Petabyte-scale |
| Pinecone / Weaviate / Qdrant | Vector databases for RAG | Semantic search |
| MongoDB / PostgreSQL + pgvector | Operational + vector data | Hybrid search |
| Technology | Use Case | Details |
|---|---|---|
| OAuth 2.0 / OIDC | API authentication | JWT, PKCE |
| mTLS (Mutual TLS) | Service-to-service auth | Certificate pinning |
| HashiCorp Vault | Secrets management | Encryption, rotation |
| AWS KMS / Azure Key Vault | Key management | FIPS 140-2 |
| Data Encryption (AES-256) | At-rest + in-transit | TLS 1.3, field-level |
| Audit Logging (ELK, Splunk) | Compliance tracking | SIEM integration |
| Technology | Use Case | Details |
|---|---|---|
| Kubernetes (EKS, AKS, GKE) | Container orchestration | Auto-scaling |
| Docker / Podman | Containerization | Isolated services |
| Terraform / Pulumi | Infrastructure as Code | Multi-cloud |
| GitHub Actions / GitLab CI | CI/CD pipelines | Automated testing |
| ArgoCD / Flux | GitOps deployment | Declarative config |
| Istio / Linkerd | Service mesh | Traffic mgmt, observability |
| Technology | Use Case | Details |
|---|---|---|
| Prometheus + Grafana | Metrics, dashboards | Custom alerts |
| Datadog / New Relic | APM, infrastructure monitoring | AI anomaly detection |
| OpenTelemetry | Distributed tracing | Vendor-neutral |
| ELK Stack (Elasticsearch, Logstash, Kibana) | Log aggregation | Full-text search |
| Sentry | Error tracking | Stack traces, alerts |
| PagerDuty / Opsgenie | Incident management | On-call rotation |
How we solve complex integration challenges across industries
Pain Point:
Hospital has 15 years of X-rays, CTs, MRIs in on-premise PACS (Philips IntelliSpace). Cloud AI APIs violate HIPAA. Sending 10TB to cloud costs $150K+ in egress fees. Radiologists waste 20 min/case searching for priors.
Solution:
On-premise GPU cluster (8ร NVIDIA A100) with Llama-3-70B medical fine-tune. DICOM parser extracts metadata. pgvector stores embeddings. AI retrieves similar cases in <2 sec via semantic search. Zero data leaves hospital.
Recommended Stack:
vLLM (Llama-3-70B-Med), PostgreSQL + pgvector, Orthanc DICOM server, FastAPI
Deployment:
On-premise Kubernetes, HIPAA-compliant data center
Workflow:
DICOM โ Orthanc โ Python DICOM parser โ Image embeddings (CLIP medical) โ pgvector โ RAG with Llama-3 โ Findings + similar cases โ HL7 ORU result to EMR
Outcome:
78% reduction in radiologist search time. 91% AI diagnostic accuracy. $0 cloud egress costs. HIPAA audit passed.
Timeline: 14 weeks (PACS integration: 4 weeks, AI deployment: 6 weeks, HIPAA validation: 4 weeks)
Pain Point:
Automotive plant inspects welds via manual QC. 15% defects escape. Cloud AI has 300ms latency (unacceptable for 1.8 sec/unit takt time). PLC data trapped in Siemens S7-1500.
Solution:
Edge AI with NVIDIA Jetson AGX Orin at each station. OPC-UA client pulls PLC sensor data (torque, temperature, pressure). Custom YOLOv8 model (fine-tuned on 50K weld images) runs inference in 120ms. Defect triggers reject actuator via Modbus.
Recommended Stack:
NVIDIA Jetson, TensorRT (YOLOv8), OPC-UA client, Modbus TCP, InfluxDB (time-series)
Deployment:
Edge compute (IP67 enclosures), 5G private network for model updates
Workflow:
Vision camera โ Jetson inference โ OPC-UA PLC write (reject signal) โ Historian logs (InfluxDB) โ Cloud dashboard (Grafana)
Outcome:
97.2% defect detection (vs 85% manual). <150ms end-to-end latency. $2.3M/year savings from reduced rework.
Timeline: 10 weeks (OPC-UA integration: 3 weeks, model training: 4 weeks, edge deployment: 3 weeks)
Pain Point:
Payment fraud detection requires data from Oracle FLEXCUBE, Temenos T24, FIS Profile, SAP Banking. Each has different APIs (SOAP, REST, proprietary MQ). 45-second delay = $180K fraud loss.
Solution:
Event-driven architecture with Apache Kafka. CDC connectors (Debezium for Oracle, custom for T24) publish transaction events. Kafka Streams enriches data. Claude AI API analyzes patterns. Flagged transactions โ case management (Salesforce).
Recommended Stack:
Kafka + Kafka Streams, Debezium CDC, Kong API Gateway, Claude 3.5 Sonnet API, Redis cache
Deployment:
AWS EKS (PCI-DSS VPC), Aurora PostgreSQL (encrypted), S3 audit logs
Workflow:
Core banking โ CDC โ Kafka topic โ Stream processing (fraud score) โ If score > 0.8 โ Claude API (deep analysis) โ Salesforce case โ Analyst review
Outcome:
Fraud detection latency: 45 sec โ 1.2 sec. 89% reduction in false positives. PCI-DSS Level 1 compliant.
Timeline: 16 weeks (CDC setup: 6 weeks, Kafka streams: 5 weeks, AI integration: 3 weeks, PCI audit: 2 weeks)
Pain Point:
Customer asks "Where is my order?" Chatbot only sees Shopify order status. Doesn't know: NetSuite inventory delay, Zendesk open ticket about damaged item, Klaviyo email preferences. Frustrating experience.
Solution:
Customer 360 data platform. Fivetran ELT pipelines sync all systems to Snowflake (hourly). Weaviate vector DB stores customer context. GPT-4o chatbot with RAG retrieves full history. Answers in <3 sec with order + ticket + email context.
Recommended Stack:
Fivetran, Snowflake, Weaviate (vector DB), OpenAI GPT-4o + Assistants API, LangChain
Deployment:
Vercel (chatbot frontend), AWS Lambda (backend), Snowflake (data warehouse)
Workflow:
User question โ GPT-4o embedding โ Weaviate similarity search โ Retrieve customer context (Snowflake) โ GPT-4o generates answer โ Chatbot response
Outcome:
67% reduction in support tickets. 4.8/5 CSAT (up from 3.2). 23% increase in repeat purchases.
Timeline: 12 weeks (data warehouse: 5 weeks, vector DB setup: 3 weeks, chatbot dev: 4 weeks)
Pain Point:
Scientists manually export CSV from LabWare LIMS, check SAP MM for compound availability, download S3 research papers. Takes 4 hours/day. AI can't run automated experiments.
Solution:
Unified API gateway (Kong) with connectors: LIMS (SOAP to REST adapter), SAP (OData), S3 (presigned URLs). Airflow DAG orchestrates: AI generates hypothesis (Claude API) โ checks SAP inventory โ queues LIMS experiment โ monitors results โ summarizes findings.
Recommended Stack:
Kong Gateway, Apache Airflow, SAP OData, LIMS SOAP adapter, Anthropic Claude API, PostgreSQL
Deployment:
On-premise (GxP compliance), air-gapped network, 21 CFR Part 11 audit trails
Workflow:
Claude generates experiment โ Airflow DAG โ Check SAP (compound available?) โ Submit to LIMS โ LIMS webhook (results ready) โ Claude analyzes โ Report to scientists
Outcome:
Experiment design time: 4 hrs โ 12 min. 3.5x increase in monthly experiments. FDA 21 CFR Part 11 validated.
Timeline: 18 weeks (LIMS integration: 7 weeks, SAP OData: 4 weeks, Airflow workflows: 5 weeks, GxP validation: 2 weeks)
Pain Point:
Oracle Transportation Management has order data. Telematics (Geotab) has GPS/fuel. Weather API, Google Traffic API are separate. Dispatchers manually plan routes. 18% fuel waste.
Solution:
Real-time integration hub. Kafka ingests: Oracle TMS (REST API, 15 min polling), Geotab (webhooks, 30 sec), OpenWeather (5 min), Google Maps (real-time). GPT-4o generates optimal routes considering all factors. Pushes updates to driver app.
Recommended Stack:
Kafka, Oracle REST API, Geotab SDK, OpenAI GPT-4o, Redis (cache), React Native (driver app)
Deployment:
AWS (multi-region for low latency), API Gateway (rate limiting), DynamoDB (driver state)
Workflow:
Order created (Oracle) โ Kafka โ Enrich with telematics + weather + traffic โ GPT-4o route optimization โ Driver app push notification โ Accept route
Outcome:
22% reduction in fuel costs. 31% improvement in on-time delivery. 4.6/5 driver satisfaction (easier routes).
Timeline: 14 weeks (Oracle TMS API: 5 weeks, telematics integration: 4 weeks, AI routing: 3 weeks, driver app: 2 weeks)
Pain Point:
University has student performance in Canvas, attendance in Zoom, assignments in Google Classroom, grades in Ellucian Banner SIS. AI tutor can't personalize without full context.
Solution:
LTI 1.3 integration with Canvas. Google Classroom API. Zoom webhooks. Banner SIS SOAP API. Data synced to MongoDB. GPT-4o chatbot with RAG: "Student struggling in Physics 101? Check Canvas quiz scores, Zoom attendance, Google assignment submissions, Banner GPA. Suggest personalized resources."
Recommended Stack:
LTI 1.3, Google Classroom API, Zoom API, Ellucian Banner SOAP, MongoDB, OpenAI GPT-4o + RAG
Deployment:
Azure (FERPA-compliant region), Azure AD (SSO), encrypted MongoDB Atlas
Workflow:
Student asks question โ GPT-4o retrieves context (MongoDB) โ RAG with course materials โ Personalized answer + resources โ Log interaction (analytics)
Outcome:
43% improvement in at-risk student performance. 89% student satisfaction. FERPA compliant.
Timeline: 12 weeks (LMS integrations: 6 weeks, data sync: 3 weeks, AI tutor: 3 weeks)
Pain Point:
GE Vernova wind turbines send data to SCADA (Siemens WinCC). OSIsoft PI Historian stores 5 years of sensor data. Maintenance logs in SAP PM. Weather from NOAA. Siloed data = reactive maintenance.
Solution:
OPC-UA client connects to SCADA. PI Web API streams historian data to InfluxDB. SAP PM REST API for work orders. NOAA API for forecasts. Kafka aggregates all. Custom LSTM model predicts failures 14 days ahead. Auto-creates SAP work order.
Recommended Stack:
OPC-UA, OSIsoft PI Web API, InfluxDB, SAP PM API, Kafka, TensorFlow (LSTM), Grafana
Deployment:
Hybrid: Edge (turbine gateways) + Cloud (AWS for ML training) + On-premise (SCADA network)
Workflow:
SCADA sensors โ OPC-UA โ Kafka โ InfluxDB โ LSTM model inference โ Failure predicted โ SAP PM work order API โ Technician dispatched
Outcome:
68% reduction in unplanned downtime. 34% lower maintenance costs. $4.2M/year savings across 120 turbines.
Timeline: 20 weeks (SCADA integration: 6 weeks, historian API: 4 weeks, ML model: 6 weeks, SAP PM: 4 weeks)
Choose the right integration approach based on your requirements
| Criteria | Approach 1 | Approach 2 | Approach 3 | Approach 4 |
|---|---|---|---|---|
| System Age | REST APIs (2015+) | SOAP/XML (2000-2015) | Mainframe/COBOL (pre-2000) | Event streams (Kafka/MQTT) |
| Data Volume | <1M records/day | 1M-100M records/day | 100M-1B records/day | Streaming (unbounded) |
| Compliance | GDPR, standard encryption | SOC2 Type II | HIPAA, PCI-DSS, 21 CFR Part 11 | Real-time audit logs |
| Deployment | AWS, Azure, GCP | Cloud + on-premise | Air-gapped, private data center | Edge + cloud (IoT) |
| Complexity | 1-3 systems, direct API calls | 3-8 systems, API gateway | 8+ systems, ESB/iPaaS, data lake | Event mesh, CQRS, event sourcing |
Proven integration solutions across industries
Epic/Cerner EHR, PACS/VNA, HL7 v2/FHIR, lab systems (LIS), pharmacy (e-prescribing)
Clinical decision support, automated prior auth, medical imaging AI (radiology, pathology), patient triage chatbots
NYU Langone: 40% reduction in prior auth processing time. 95% HIPAA compliance score.
MES (Siemens, Rockwell), SCADA, PLCs, ERP (SAP PP/QM), OPC-UA, historians (OSIsoft PI)
Predictive maintenance (LSTM, Prophet), quality inspection (computer vision), production optimization, energy management
Bosch plant: 32% reduction in unplanned downtime. 18% energy savings via AI optimization.
Core banking (Temenos, Oracle FLEXCUBE, FIS), payment gateways, fraud systems, CRM, regulatory reporting
Fraud detection (real-time transaction analysis), credit scoring, AML monitoring, chatbots (customer service, financial advice)
HSBC: 78% reduction in false positive fraud alerts. $12M annual savings in manual review costs.
Shopify/Magento, ERPs (NetSuite, SAP), WMS, OMS, CRM (Salesforce), marketing (Klaviyo, HubSpot)
Personalized recommendations, dynamic pricing, inventory forecasting, visual search, customer service chatbots
Sephora: 35% increase in AOV via AI recommendations. 50% reduction in customer support costs.
TMS (Oracle OTM, Manhattan), WMS, telematics (Geotab, Samsara), ERPs, carrier APIs (FedEx, UPS)
Route optimization, demand forecasting, warehouse automation (pick path optimization), shipment tracking chatbots
DHL: 24% fuel cost reduction. 28% improvement in on-time delivery via AI routing.
SCADA (GE, Siemens), DMS (distribution mgmt), AMI (smart meters), OMS (outage), weather APIs
Predictive maintenance (turbines, transformers), demand forecasting, outage prediction, renewable energy optimization
NextEra Energy: 42% reduction in transformer failures. $8.5M/year maintenance savings.
OSS/BSS, network monitoring (Netcool, SolarWinds), CRM, billing systems, 5G core network APIs
Network anomaly detection, churn prediction, chatbots (technical support), capacity planning, RAN optimization
Verizon: 53% reduction in network outage time. 67% chatbot resolution rate (no human escalation).
GDS (Amadeus, Sabre), PMS (hotel management), CRM, booking engines, loyalty systems, payment gateways
Dynamic pricing, personalized offers, chatbots (booking, concierge), sentiment analysis (reviews), demand forecasting
Marriott: 21% revenue increase via AI dynamic pricing. 4.7/5 guest satisfaction (AI concierge).
LMS (Canvas, Blackboard, Moodle), SIS (Ellucian, PowerSchool), video conferencing (Zoom), Google Workspace
Personalized learning paths, automated grading, plagiarism detection, student risk prediction (dropout prevention), AI tutors
Georgia State Univ: 21% increase in graduation rate (AI early intervention). 89% student tutor satisfaction.
Procore, BIM 360, ERPs (SAP, Oracle), project mgmt (Primavera P6), IoT sensors (site monitoring)
Project delay prediction, safety hazard detection (computer vision), cost estimation, document analysis (contracts, blueprints)
Bechtel: 18% reduction in project delays. 62% fewer safety incidents (AI monitoring).
PLM (Siemens Teamcenter), MES, dealer systems (DMS), telematics (connected cars), supplier portals
Autonomous driving (perception, planning), predictive maintenance (fleet), supply chain optimization, quality inspection
BMW: 95% weld defect detection (AI vision). 27% reduction in warranty claims (predictive maintenance).
CMS (WordPress, Drupal), DAM (digital asset mgmt), streaming (CDN APIs), CRM, ad platforms (Google, Meta)
Content recommendations, automated video editing, voice synthesis (localization), fraud detection (ad clicks), sentiment analysis
Netflix: 80% of views from AI recommendations. $1B/year value from personalization.
Choose the right integration tier based on system complexity and compliance requirements
1 week
6-8 weeks
10-14 weeks
16-24 weeks
Production-ready integration with documentation, monitoring, and support
Expert answers to common integration questions from 250+ enterprise projects
Yes. We've integrated AI with AS/400 mainframes, COBOL systems, and even paper-based processes via OCR. For legacy systems, we use: - **Screen scraping** for terminal emulators (IBM 3270, VT100) - **Database connectors** (ODBC, JDBC to Oracle, DB2, SQL Server) - **File-based integration** (FTP, SFTP for CSV, EDI, fixed-width files) - **RPA** (UiPath, Automation Anywhere) for UI-based automation - **Protocol translators** (converting proprietary protocols to REST) Example: We connected a 1987 AS/400 inventory system to GPT-4o via DB2 ODBC connector + REST API wrapper.
Timeline depends on complexity: **Simple (1-3 systems, modern APIs):** 6-8 weeks - Week 1-2: Discovery, API testing, architecture design - Week 3-5: Development (API gateway, AI integration) - Week 6-7: Testing, security audit - Week 8: Deployment, training **Production (3-8 systems, some legacy):** 10-14 weeks - +4 weeks for legacy system adapters - +2 weeks for compliance (HIPAA, SOC2) **Enterprise (8+ systems, regulated):** 16-24 weeks - +8 weeks for complex data pipelines - +4 weeks for full compliance validation (HIPAA, PCI, 21 CFR Part 11) We provide weekly status updates and demo working features every 2 weeks.
We specialize in on-premise AI deployments. Options: **1. On-Premise LLM Hosting:** - Deploy Llama-3-70B, Mistral Large 2, or fine-tuned models on your servers - Requires: NVIDIA GPUs (A100, H100) or CPU inference (slower) - We provide: vLLM, Ollama, or TGI (Text Generation Inference) setup **2. Hybrid Architecture:** - Sensitive data stays on-premise (HIPAA, PCI-DSS) - De-identified data sent to cloud AI APIs (OpenAI, Anthropic) - Example: Strip PII, send to GPT-4, merge results back **3. Secure Enclaves:** - Azure Confidential Computing (encrypted RAM) - AWS Nitro Enclaves (isolated compute) - Google Confidential VMs We've deployed 50+ HIPAA-compliant on-premise AI systems for hospitals.
Decision matrix: **OpenAI GPT-4o (Cloud):** โ Best for: Function calling, structured outputs, vision (image analysis) โ Speed: 300-800 ms response time โ Cost: $2.50/$10 per 1M input/output tokens โ Data sent to OpenAI servers (GDPR/HIPAA concerns) **Anthropic Claude 3.5 Sonnet (Cloud):** โ Best for: Long documents (200K context), complex reasoning, coding โ Safety: Lower hallucination rate than GPT-4 โ Cost: $3/$15 per 1M tokens โ Data sent to Anthropic (unless using AWS Bedrock in your VPC) **Meta Llama-3-70B (On-Premise):** โ Best for: Data sovereignty, HIPAA/PCI compliance, fine-tuning โ Cost: $0 per token (after GPU infrastructure) โ Customization: Fine-tune on proprietary data โ Requires GPUs: 2ร A100 (80GB) minimum for 70B model โ Slightly lower quality than GPT-4 (but improving) **Our Recommendation:** Start with cloud APIs (faster iteration), migrate critical workloads to on-premise LLMs as you scale.
Multi-layer optimization strategy: **1. Semantic Caching (58% cost reduction):** - Cache AI responses for similar queries (vector similarity) - Tools: Redis + embeddings, GPTCache - Example: "What's the status of order #12345?" cached for 5 min **2. Intelligent Routing:** - Simple queries โ GPT-3.5 ($0.50/$1.50 per 1M tokens) - Complex queries โ GPT-4o or Claude 3.5 - Privacy-sensitive โ on-premise Llama-3 **3. Rate Limit Management:** - Request queuing with exponential backoff - Multiple API keys with round-robin - Fallback to alternative models (OpenAI โ Azure OpenAI โ Anthropic) **4. Batch Processing:** - Non-urgent tasks batched (50% cheaper with OpenAI Batch API) - Example: Overnight report generation **Real Results:** Client (e-commerce chatbot): Reduced AI costs from $18K/month โ $7.5K/month via caching + routing.
Yes. We've integrated AI with 250+ enterprise systems: **SAP:** - SAP S/4HANA: OData, REST APIs via NetWeaver Gateway - SAP ECC: BAPI, RFC via SAP JCo (Java Connector) - SAP BTP: Cloud Foundry, Kyma runtime - Modules: FI/CO, MM, SD, PP, QM, PM, HCM **Oracle:** - Oracle ERP Cloud: REST APIs, SOAP web services - Oracle E-Business Suite: XML Gateway, iSupplier Portal - Oracle Database: JDBC, SQL*Net **Microsoft:** - Dynamics 365: Web API (OData), Dataverse - Power Platform: Power Automate connectors **Others:** - Workday: REST, RaaS (Report as a Service) - NetSuite: SuiteTalk (SOAP), RESTlets - Salesforce: REST, Bulk API, Streaming API, Apex Example: We connected SAP MM (procurement) to GPT-4o for AI-powered purchase order approval (checks supplier history, pricing trends, budget compliance).
Enterprise-grade security at every layer: **Data in Transit:** - TLS 1.3 with forward secrecy - mTLS (mutual TLS) for service-to-service auth - Certificate pinning for mobile apps **Data at Rest:** - AES-256 encryption for databases, file storage - Field-level encryption for PII (SSN, credit cards) - Encrypted backups (AWS KMS, Azure Key Vault) **Authentication:** - OAuth 2.0 + OIDC (SSO with Okta, Azure AD) - API key rotation (every 90 days) - Service accounts with least privilege (RBAC) **Secrets Management:** - HashiCorp Vault for API keys, certificates - AWS Secrets Manager, Azure Key Vault - No hardcoded credentials (enforced via CI/CD) **Audit Logging:** - All API calls logged (ELK, Splunk) - Tamper-proof logs (WORM storage, blockchain) - SIEM integration (Datadog, Sumo Logic) **Compliance:** - HIPAA Business Associate Agreements (BAAs) - SOC2 Type II controls (annual audits) - PCI-DSS Level 1 (for payment data) - 21 CFR Part 11 (pharma/medical devices) We've passed 50+ security audits (Big 4 firms, client InfoSec teams).
Yes. All packages include post-launch support: **Simple Integration ($18K):** - 90 days support (business hours, 8am-6pm ET) - Slack channel for questions - Bug fixes (no SLA) - Monthly check-in call **Production Integration ($42K):** - 120 days support (24/5, M-F) - Slack + email + phone - 8-hour response SLA for critical issues - Monthly health checks (performance, cost, errors) - Quarterly optimization review **Enterprise Integration ($95K):** - 180 days support (24/7/365) - Dedicated Slack channel + on-call engineer - 1-hour response SLA (critical), 4-hour (high) - 99.95% uptime SLA with credits - Monthly architecture reviews - Quarterly roadmap planning **Beyond Included Support:** - **Managed Services:** $5K-$15K/month (full ops ownership) - **Retainer:** $180/hour (senior engineers, 20-hour minimum) - **Emergency Support:** $500/hour (same-day fixes) Most clients renew support annually at 15% of project cost.
Yes. We're experts in regulated industries: **HIPAA (Healthcare):** - Business Associate Agreement (BAA) signed before project start - ePHI encryption (at rest + in transit) - Access controls (role-based, MFA) - Audit logs (who accessed what, when) - Risk assessment documentation - 50+ HIPAA-compliant integrations (hospitals, clinics, payers) **SOC2 Type II (SaaS, FinTech):** - Control implementation (security, availability, confidentiality) - Evidence collection for annual audits - Vendor security questionnaires - 30+ clients with SOC2 certifications **PCI-DSS (Payments):** - Level 1 compliance (>6M transactions/year) - Tokenization (never store raw card numbers) - Network segmentation (cardholder data environment) - Quarterly vulnerability scans (ASV) - 15+ payment integrations (Stripe, Square, Braintree + custom) **21 CFR Part 11 (Pharma/Medical Devices):** - Electronic signatures, audit trails - Data integrity (ALCOA+ principles) - GxP validation (IQ/OQ/PQ documentation) - 8 FDA-regulated clients **ISO 27001, GDPR, CCPA:** - Data residency (EU, UK, US regions) - Right to erasure, data portability - Privacy by design We work with Big 4 auditors (Deloitte, PwC, EY, KPMG) and provide all documentation.
Multi-layer safety strategy: **1. Human-in-the-Loop (HITL):** - High-stakes decisions โ human approval required - Example: AI suggests "Deny insurance claim" โ human reviews before final decision - Confidence scores: <80% โ escalate to human **2. Retrieval-Augmented Generation (RAG):** - AI answers grounded in your actual data (not hallucinated) - Vector DB retrieves relevant docs โ AI cites sources - Example: "According to policy #12345, section 3.2..." **3. Output Validation:** - Structured outputs (JSON schemas, type checking) - Regex/business rule validation (e.g., phone numbers, dates) - Cross-model verification (GPT-4 + Claude both answer, compare) **4. Audit Trails:** - Log every AI decision (input, output, model, timestamp) - Compliance requirement for HIPAA, FDA 21 CFR Part 11 - Example: "Why did AI approve this loan?" โ retrieve full context **5. Continuous Monitoring:** - Anomaly detection (sudden changes in AI behavior) - User feedback loops ("Was this answer helpful?") - Monthly accuracy reviews (sample 100 AI outputs, manual QA) **6. Fallback Mechanisms:** - If AI fails โ graceful degradation (e.g., "I don't know, let me connect you to a human") - Never silent failures **Real Example:** Healthcare client: AI radiology assistant flags "possible lung cancer." Radiologist reviews, confirms 89% of cases (11% false positives). But 0% false negatives (no missed cancers) because AI is tuned for high recall.
Yes. Custom AI options: **1. Fine-Tuning (Best for Specific Tasks):** - OpenAI GPT-4o fine-tuning: $25/1M training tokens + $75/1M inference - Anthropic Claude (coming 2025) - Open-source (Llama-3, Mistral): Free (need GPUs) - Use cases: Domain-specific classification, custom tone/style, structured outputs - Example: Fine-tuned Llama-3-8B for legal contract analysis (95% accuracy vs 78% base model) **2. RAG (Best for Knowledge Retrieval):** - No training neededโembed your docs in vector DB - AI retrieves relevant context, generates answer - Cheaper + easier to update than fine-tuning - Example: Customer support chatbot with 10K support articles **3. Full Custom Model Training:** - Train from scratch (rare, for massive datasets + unique tasks) - Requires: 100K+ examples, GPU cluster (expensive) - Example: Tesla's Autopilot neural networks **4. Hybrid (Fine-Tuned + RAG):** - Fine-tune for task/style, RAG for knowledge - Best of both worlds - Example: Medical diagnosis AI (fine-tuned on clinical reasoning + RAG for latest research papers) **Data Privacy:** - Fine-tuning on OpenAI: Your data not used to train other models (Enterprise API) - On-premise fine-tuning: 100% data sovereignty (Llama-3, Mistral) We've fine-tuned 30+ models for clients (legal, medical, finance, engineering).
We design for vendor flexibility: **1. Abstraction Layer:** - Single interface for all AI models - Change backend without touching application code - Tools: LangChain, LlamaIndex, custom API gateway **2. Multi-Model Support:** - Deploy GPT-4 + Claude + Llama-3 simultaneously - A/B test models (which gives better results?) - Automatic failover (if OpenAI down โ use Claude) **3. Prompt Portability:** - Store prompts in config files (not hardcoded) - Version control (Git) - Model-specific optimizations (GPT-4 likes XML tags, Claude likes markdown) **4. Data Portability:** - Embeddings in standard format (OpenAI 1536-dim โ normalize) - Vector DB agnostic (Pinecone โ Weaviate migration) **5. Cost Optimization:** - Route queries to cheapest model that meets quality bar - Example: Simple questions โ GPT-3.5 ($1.50/1M tokens), complex โ Claude 3.5 ($15/1M) **Real Migration Example:** Client switched from OpenAI ($12K/month) โ Azure OpenAI ($9K/month, same model) + Llama-3 for non-sensitive data ($0 after GPU cost). Migration time: 2 weeks. Zero downtime. We future-proof integrationsโyou're never locked into one vendor.
Schedule a free 30-minute consultation with our integration architects. We'll audit your systems, design a custom integration roadmap, and provide a fixed-price quote within 48 hours.