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LectureHSE · May 23, 2026

Cloud Infrastructure for AI Business

How managers choose a platform, govern complexity and evaluate infrastructure economics

/ Cloud Infrastructure for AI Business · HSE 2026

Slide contents

  1. 1. Cloud Infrastructure for AI Business

    How managers choose a platform, govern complexity and evaluate infrastructure economics

  2. 2. Alexander Polomodov

    Technical Director & Fellow, T-Technologies

    Architecture and engineering R&D.

    AI adoption in SDLC.

    Focus: cloud platform choice.

  3. 3. Here cloud is a management choice

    Options, criteria and regular governance

    No basic recap — Cloud, IaaS/PaaS/SaaS — in notes.

    We look like managers — Options, acceleration, risk.

    We calculate economics — We keep the resource, hardware, payback and FinOps examples.

  4. 4. 01. Management frame

    Before choosing technology, understand which speed, control and accountability the business is buying

  5. 5. Which decisions managers actually make

    Platform: public, managed, private, hybrid.

    Where speed matters; where control matters.

    Owners: platform, product, security, finance.

    Loop: cost, reliability, reversibility.

  6. 6. A platform portfolio beats one answer

    The rational answer is usually a mix

    Public / managed — Speed and services; provider-rule dependency.

    Private platform — Scale, compliance, predictable load.

    Hybrid strategy — Core controlled; spikes stay in cloud.

  7. 7. Evaluate speed against control

    What accelerates business

    Launch time and change frequency.

    Managed services: DB, queues, AI, observability.

    Reduced infrastructure load on product teams.

    What contains risk

    Data, compliance, access, audit.

    Predictable cost under growing load.

    Critical-loop exit strategy.

  8. 8. 02. Migration as a business program

    Move not servers, but the model of speed, risk, accountability and change governance

  9. 9. Migrate only for business pull

    Migrate when

    Faster product and environment launch.

    The existing platform blocks delivery speed.

    Clear domain, owner, success criteria.

    Wait when

    Stable, cheap, non-blocking service.

    Team cannot own the new ops-loop.

    Technical fashion without business impact.

  10. 10. Migration options: rehost / replatform / refactor / replace

    At each step recalculate not only progress, but also accountability, cost and reliability

  11. 11. Executive anti-patterns

    Migration without priority and owners.

    Move itself beats speed/reliability/economics.

    Unclear: on-call, changes, risk, bill.

    Old delivery process in new cloud.

  12. 12. 03. Platform governability

    Repeatable safe infrastructure change

  13. 13. IaC is management control

    Infrastructure as code (IaC) matters when change trace, guardrails and environment repeatability matter

  14. 14. Kubernetes must earn its complexity

    Orchestration pays off only with a platform team, mature practices and real service variability

  15. 15. Responsibility model: platform, product, security, finance

    Unnamed accountability appears in incidents

    Platform — Standards, templates, baseline reliability, observability, security and the change path.

    Product — Architecture decisions, load, user value and product unit cost.

    Governance — Security, access, audit, forecast, allocation and TCO.

  16. 16. 04. Money calculation example

    Compare order of magnitude: cloud resources, buying a server and the payback point

  17. 17. Price per cloud resource unit

    720 hours per month, public Yandex Cloud rates for vCPU, RAM and network storage

  18. 18. Cloud equivalent of a regular server

    Rough monthly cost of compute, RAM and two storage scenarios

  19. 19. Cost of similar hardware

    Catalog example

    Dell PowerEdge R750: 24 physical cores.

    64 GB RAM in base configuration.

    Catalog price: from 566,050 ₽.

    What is not included

    noHDD: price disks separately.

    No DC, power, network, licenses, ops.

    Educational order-of-magnitude estimate.

  20. 20. Payback point and private cloud at scale

    At large predictable load, managers must calculate when owning the platform is better than buying it as a service

  21. 21. 05. FinOps and regular governance

    Recurring accountability, forecast and team behavior

  22. 22. Cost drivers and expense allocation

    You need to see which decisions create spend: compute, storage, network and managed services

  23. 23. FinOps loop: showback/chargeback, optimization, forecast

    Finance, product and engineering must discuss cost in one regular loop

  24. 24. Unit economics instead of total invoice size

    Calculate cost per useful product unit.

    Unit economics shows margin decay earlier.

    Reliability has price and risk.

    Mature FinOps changes team behavior.

  25. 25. Final decision matrix

    Key question: when is owning the baseline platform cheaper and more reliable than buying it as public cloud?

  26. 26. References and materials

    Core sources

    FinOps Foundation - FinOps Framework: finops.org/framework/

    CNCF Kubernetes docs: kubernetes.io/docs/ · cncf.io

    Cloud architecture frameworks.

    Yandex Cloud pricing and Servermall R750.