Outcomes Process Technology Applied AI Team Method Contact

APPLIED AI

AI for the decisions that increase revenue, drive margin, reduce loss, and cut cost.

Applied AI embedded into operational decision systems on production data platforms, improving measurable economic outcomes.

Shaped by McKinsey problem framing, Microsoft-grade delivery, and private equity value creation discipline.

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Some surfaces reveal their truth only end to end.

Some businesses work the same way.

Databricks
Snowflake
Python
AI / ML
Analytics

Decision engines that run in production.

Retail

Pricing optimization. Promotion effectiveness. Assortment planning.

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Insurance

Underwriting models. Claims automation. Risk scoring.

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Banking

Credit risk. Fraud detection. Trade surveillance.

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Manufacturing

Demand forecasting. Predictive maintenance. Quality control.

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Public Sector

Infrastructure digital twins. OpEx and CapEx allocation. Asset maintenance prioritization.

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Marketing

Funnel management, CX optimization, conversion uplift, and churn reduction at scale.

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From hypothesis to EBITDA. From science to fiscal discipline.

01

Scope

Define the objective function, constraints, and economic KPI before building anything.

Model Setup
03

Build

Embed the decision into production systems with controls, lineage, and auditability.

Execution
04

Measure

Track realized P&L and EBITDA impact with a value-creation lens and reallocate capital accordingly.

Value Realization

Production data and AI systems that survive contact with reality.

01

Correctness under change

Delta Lake, Spark, ACID semantics

Late data, corrections, reprocessing. Atomic writes, explicit merge logic, and reconciliation. Numbers finance can trust.

Databricks Snowflake Python
02

Lineage and explainability

Unity Catalog, schema contracts

Metrics trace to source. Ownership is clear. Decisions can be explained after the fact.

Databricks Snowflake Python
03

Performance and cost behavior

Databricks jobs, Snowflake compute

Explicit trade-offs between continuous and on-demand workloads, caching, backfills, and month-end behavior. Predictable performance and cost.

Databricks Snowflake Python
04

Learning in production

Python, MLflow, drift monitoring

Models are tracked, monitored, and judged by business KPIs. If the metric does not move, the system does not survive.

Databricks Snowflake Python

Methods that compound in production.

AI creates value when it improves a decision that repeats at scale. Not every problem needs deep learning. Often the highest leverage comes from well-chosen statistical and optimization methods embedded into operations.

Explore interactive demos, filter by industry or ML method, and learn how each technique works.

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Operator, not advisor.

Direct engagement with one accountable operator. The problem is framed, the system is built, and the result is measured in production.

D

Dmytro Prosyanko

PRINCIPAL

I build and operate production AI systems. At McKinsey I learned how to frame complex business decisions. At Microsoft I learned how to ship durable systems. In private equity value creation I learned to focus on measurable financial outcomes. Science and mathematics shape how I test decisions. Michael Lewis and Bill Bryson are favorite writers; Moneyball and A Walk in the Woods are books I return to often. Outside work, I spend my time helping my daughters navigate this world.

LinkedIn
Science Mathematics Moneyball A Walk in the Woods

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If you're responsible for a decision that materially affects margin, risk, or capital allocation, let's talk.

LinkedIn Dmytro Prosyanko
Location Germany. Serving Globally.

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