ChirayuGCCChirayuGCC

    AI and cloud compute cost advisor

    Govern generative AI, GPU and cloud spend from your India GCC. A transparent engineering model with every assumption on screen.

    Enter your monthly run rate. The model shows current spend, an engineered optimised baseline, and what an India based FinOps and AI platform cell inside your GCC would cost to deliver it.

    Generative AI inference
    GPU training and fine tuning

    Measured SM or tensor core activity, not allocation.

    Core cloud (USD per month)

    Share of spend attributable to an owner, product or cost centre.

    Current monthly run rate
    $286,185
    Optimised monthly run rate
    $178,366
    38% lower
    Realisable annual saving
    $1,031,831
    Adjusted for tagging coverage
    Net annual value after India team
    $823,831
    Payback about 3 months
    Monthly AI and cloud spend, current versus optimised
    Spend poolCurrent per monthOptimised per monthReduction
    Generative AI inference$7,227$3,62950%
    GPU training and fine tuning$43,958$20,35254%
    Core cloud compute, storage and egress$235,000$154,38534%
    Unit economics

    Cost per 1,000 AI requests: $4 today, $2 optimised.

    GPUs needed at 70% utilisation: 10.3 versus 16 today.

    FinOps maturity
    51 / 100

    Stage: Walk on the FinOps Foundation crawl, walk, run scale.

    Governance team cost

    4 engineers in India: $208,000 a year.

    Same team onshore: $740,000 a year.

    India cell saves $532,000 a year before any cloud saving.

    Engineering levers modelled

    Prompt caching and semantic cache
    Cached input billed at roughly 10% of list
    AI
    Model routing to small models
    Up to 90% lower per token on simple intents
    AI
    Batch APIs for offline jobs
    50% discount on eligible traffic
    AI
    GPU utilisation to 70% plus
    Fewer GPUs for the same useful work
    GPU
    Committed and spot GPU capacity
    35% committed, up to 65% spot
    GPU
    Idle shutdown and rightsizing
    Non production off hours, 10 to 15% rightsizing
    Cloud
    Savings plan coverage to 70%
    About 35% on covered steady state compute
    Cloud
    Storage lifecycle and egress design
    Tiering, CDN, private links, region placement
    Cloud
    Assumptions and method
    • Token prices are indicative 2026 list prices per million tokens by tier; cached input at about 10% of list; batch APIs at 50% of list.
    • GPU on demand hourly rates are indicative hyperscaler list prices; committed capacity at 35% off, spot at 65% off; 730 hours per month.
    • Optimised baseline targets 40% cache hit, 25% batch share, 40% routing to small models, 70% GPU utilisation, 50% committed and 20% spot GPU, 70% savings plan coverage, 70% idle recovery, 12% rightsizing, 25% storage tiering and 20% egress reduction.
    • Realisable saving scales with tagging coverage: unattributed spend cannot be governed, so realisation ranges from 55% at zero tagging to 100% at full coverage.
    • Fully loaded FinOps or platform engineer cost: about USD 185,000 onshore versus USD 52,000 in Pune, Bangalore or Hyderabad.
    • Indicative estimates only. Validate against your billing exports (AWS CUR, Azure Cost Management, GCP Billing export) and FOCUS formatted data.

    Frequently asked questions

    What is compute cost advisory for a GCC?

    It is the discipline of measuring, attributing and reducing AI and cloud spend, covering large language model tokens, GPU capacity and core cloud services, run by a FinOps and AI platform cell inside your India Global Capability Centre so the parent company gets engineering led governance at India cost.

    How much can a GCC save on AI and cloud spend?

    Enterprises typically find 20 to 40 percent of cloud spend recoverable through idle shutdown, rightsizing, commitment coverage and storage tiering. Generative AI inference often drops 50 to 80 percent through prompt caching, batch APIs and routing simple requests to small models. GPU estates at 40 to 50 percent utilisation can often run the same work on 30 to 40 percent fewer GPUs.

    Why run FinOps from India?

    A senior FinOps or platform engineer costs roughly USD 50,000 to 55,000 fully loaded in Pune, Bangalore or Hyderabad versus about USD 185,000 in the United States or United Kingdom, and India has deep AWS, Azure and Google Cloud certified talent plus a follow the sun overlap for daily anomaly reviews.

    Which metrics should a board track?

    Cost per 1,000 AI requests, cost per model training run, GPU utilisation, commitment coverage, share of spend with owner tags, anomaly detection time and unit cost per customer or transaction. The advisor reports the first four directly.

    Does data localisation affect cloud cost in India?

    Workloads subject to the Digital Personal Data Protection Act 2023 or RBI data localisation can run in Mumbai or Hyderabad hyperscaler regions. Placing compute near the data also reduces egress charges, which the advisor models as a design lever.

    Are the prices in the tool exact?

    No. They are indicative 2026 list prices and conservative discount assumptions, all shown on screen. A formal assessment uses your billing exports in the FinOps Open Cost and Usage Specification format.

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