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FictiveBox
AI & ML Engineering

AI and ML systems wired to operational outcomes.

We build lakehouses, real-time pipelines and ML and GenAI systems that drive decisions, work orders and revenue. Not notebook demos. Not dashboards that nobody opens. Systems that show up inside the tools your operators already use.

Capabilities

What we deliver

Lakehouse architecture

Iceberg or Delta on S3 or ADLS with governed access and unified batch plus streaming.

Real-time pipelines

Kafka, Flink, Spark Structured Streaming and CDC pipelines with end-to-end SLOs.

ML and MLOps

Training, registry, deployment, monitoring and feedback loops with MLflow, Kubeflow or SageMaker.

Grounded GenAI

Enterprise RAG with vector stores, evaluation harnesses, PII safeguards and hallucination controls.

Decision intelligence

Reverse ETL into CRM, ERP, CMMS and marketing so models actually change what people do.

Data governance

Lineage, contracts, quality SLOs and privacy controls embedded into delivery, not added at audit time.

Outcomes

Why teams choose FictiveBox

Real-time KPIs from 320M devices with under 2-second latency
30% lift in maintenance planning accuracy using ML
Enterprise RAG with 95%+ grounded-answer rate
Single source of truth across ERP, CRM and ops platforms
Engagement

How we work

Step 01

Frame

Use case discovery with operators, not just data scientists. Success metric written in business language.

Step 02

Ground

Data contracts, feature pipelines, governance and evaluation harnesses before any model is trained.

Step 03

Model

Training, evaluation, registry and deployment with CI for models, not just code.

Step 04

Operate

Monitoring, drift detection, retraining and reverse ETL into the systems of action.

Stack

Tools & technologies

SnowflakeDatabricksBigQueryIcebergKafkaFlinkdbtMLflowLangChainPyTorch
FAQ

Common questions

What does FictiveBox's AI and ML engineering service include?
Lakehouse architecture, real-time data pipelines, applied machine learning with MLOps, grounded generative AI and retrieval-augmented generation, decision intelligence, and data governance. The emphasis is on systems that appear inside the tools operators already use rather than standalone dashboards.
When should a company move from AI experiments to AI engineering?
When a model works in a notebook but nothing downstream changes. The gap is rarely the model: it is feature pipelines, a model registry, monitoring, evaluation harnesses and getting predictions back into operational systems. That is the engineering layer this service builds.
What kinds of AI projects does FictiveBox take on?
Predictive maintenance wired into CMMS work orders, enterprise retrieval-augmented copilots grounded in your own content, computer vision for quality inspection, and forecasting and demand planning. Each is delivered as a production system with retraining and monitoring, not as a proof of concept.
How do you keep generative AI answers grounded?
Retrieval-augmented generation over your own governed sources, with evaluation harnesses and monitoring around the model so answer quality is measured rather than assumed, and with governance applied to what the system is allowed to retrieve and say.
Which data and ML technologies are supported?
Snowflake, Databricks, BigQuery, Iceberg, Kafka, Flink, dbt, MLflow, LangChain and PyTorch, with delivery running Frame, Ground, Model and Operate stages.

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