Services & Technologies
Graph Readiness Sprint
Assess your data landscape, define use cases, and build a pilot plan in two weeks
Graph in 30 Days
Quickly deploy a Neo4j-powered data lake, even in regulated IT environments
Graph-Safe RAG
Policy-aware retrieval with lineage and masking for safer answers
🧠 1. Graph Databases & Knowledge Graphs (Neo4j, AWS Neptune)
Why: The heart of “Connected Intelligence.”
Purpose: Reveal relationships, dependencies, and causal patterns hidden in complex ecosystems (e.g., patient networks, supply routes).Use Cases:
- Detect fraud rings in healthcare claims.
- Model supplier risk dependencies.
🤖 2. Generative AI + RAG (Retrieval-Augmented Generation)
Why: Transform unstructured content into trustworthy decisions.
Purpose: Ground LLMs with your policies, SOPs, and regulatory text to produce auditably correct outputs.Use Cases:
- Compliance and regulatory assistant with citations.
- Evidence-backed incident playbooks for logistics disruptions.
☁️ 3. Cloud Data Lakehouse (Databricks, Snowflake, BigQuery)
Why: A single analytical substrate for all data types.
Purpose: Blend structured, semi-structured, and unstructured data for near real-time analytics at scale.Use Cases:
- Unify EHR/claims, ERP orders, and IoT telemetry for 360° insights.
- Run large-scale queries and ML feature pipelines.
⚡ 4. Real-Time Streaming & Event-Driven Architectures (Kafka, Flink, Spark Structured Streaming)
Why: Move from batch ETL to live decisioning.
Purpose: Distribute “system-of-record” updates instantly across the ecosystem.Use Cases:
- Immediate rerouting when supply delays or shortages occur.
- Real-time care coordination and fraud anomaly alerts.
🧬 5. AI/ML Platforms & MLOps (Azure ML, Vertex AI, AWS SageMaker)
Why: Industrialize AI—from training to monitoring.
Purpose: Governed lifecycle for predictive, prescriptive, and generative models.Use Cases:
- Forecast hospital admissions or shipment delays.
- Prescriptive optimization for inventory and routes.
🧩 6. GenAI Orchestration over Enterprise Data (LangChain, LlamaIndex)
Why: Make LLMs reliably interact with your systems.
Purpose: Tool-use, retrieval, and graph-aware reasoning with full traceability.Use Cases:
- Generate policy-aligned responses with linked evidence.
- Compose insights across graph, lakehouse, and APIs.
🧷 7. Data Integration & Virtualization (Denodo, Trino)
Why: Deliver fast, governed access without heavy ETL.
Purpose: Present a unified semantic view across distributed sources.Use Cases:
- Federated analytics across EHR, ERP, WMS/TMS, quality systems.
- Speed partner onboarding with minimal replication.
🔐 8. Governance, Security & Observability (IAM/MFA, Protegrity, Dynatrace, Splunk)
Why: HIPAA/GxP compliance and platform resilience are non-negotiable.
Purpose: Enforce least-privilege access, data protection, and full auditability with runtime visibility.Use Cases:
- PHI/PII control with tokenization and masking.
- End-to-end pipeline and application observability.
🧱 9. API-First, Microservices & Data Mesh
Why: Modular scale and domain ownership.
Purpose: Decouple domains with governed contracts for data and services.Use Cases:
- Partner-ready integration for logistics and providers.
- Domain data products with SLAs and lineage.
🧠 10. Multi-Agent AI & Knowledge Reasoning (LangGraph, AutoGen, OpenDevin)
Why: Coordinate specialized AI skills for complex tasks.
Purpose: Chain-of-agents that plan, verify, and take action with your data and tools.Use Cases:
- Regulatory copilot that drafts, validates, and packages submissions.
- Autonomous risk assessment across supplier networks.
⚡️ 11. Data Fabric & Semantic Layer (Stardog, TopBraid, AtScale)
Why: Shared meaning and governance across heterogeneous systems.
Purpose: Harmonize vocabularies and ontologies so humans and AI share the same context.Use Cases:
- Unify healthcare, pharma, and logistics taxonomies for analytics and RAG.
- Policy-aware access and consistent metrics across tools.
🌍 12. Digital Twins & Simulation Intelligence (Azure Digital Twins, AnyLogic)
Why: See, simulate, and optimize complex real-world systems.
Purpose: Fuse IoT, graph context, and AI predictions into virtual replicas for “what-if” analysis.Use Cases:
- Model hospital capacity, patient flow, or outbreak spread.
- Simulate supply chain disruptions and optimize routes/stock.