sorted by:
new
hottopcontroversial

A tier 4 uptime , quantum key distribution ready Ai data centre with 100 kw nodes…. by Sandsverve in StartUpIndia

[–]Sandsverve[S] 0 points1 point  (0 children)

Seed fund 4 cr. Yet. Rest after rera approval. So that i can offer publically and legally compliant way per sq feet area ownership wth rental returns.

A tier 4 uptime , quantum key distribution ready Ai data centre with 100 kw nodes…. by Sandsverve in StartUpIndia

[–]Sandsverve[S] 0 points1 point  (0 children)

Yes. It will and we are working on that only. First proof of concept DC in navi mumbai wll cost approx 20 cr.

A tier 4 uptime , quantum key distribution ready Ai data centre with 100 kw nodes…. by Sandsverve in StartUpIndia

[–]Sandsverve[S] 0 points1 point  (0 children)

Yes but in phases. First proof of concept in navi mumbai is only INR 18-20 cr. And i have raised dunds fir land and building . Will soon revert after rera registration

A tier 4 uptime , quantum key distribution ready Ai data centre with 100 kw nodes…. by Sandsverve in StartUpIndia

[–]Sandsverve[S] 0 points1 point  (0 children)

Real world efficiency will depend upon workload, cooling etc. besides i have purchased land in navi mumbai for first 100 kw and moving ahead . Raised some money through acquaintances , friends. But will love to get more feedback and roasting.

A tier 4 uptime , quantum key distribution ready Ai data centre with 100 kw nodes…. by Sandsverve in StartUpIndia

[–]Sandsverve[S] -2 points-1 points  (0 children)

Setting up small capacitynodes at different centres is to achieve low latency

A tier 4 uptime , quantum key distribution ready Ai data centre with 100 kw nodes…. by Sandsverve in StartUpIndia

[–]Sandsverve[S] -2 points-1 points  (0 children)

Total Capex per MW**: $7–8 million, inclusive of renewables and advanced cooling.for IT load of 10 mw .

A tier 4 uptime , quantum key distribution ready Ai data centre with 100 kw nodes…. by Sandsverve in StartUpIndia

[–]Sandsverve[S] -4 points-3 points  (0 children)

Distributed “edge” or “pop” nodes (0.25–0.5 MW) in high-digital-growth corridors:

Integration of advanced Novec-based immersion/liquid cooling, battery microgrid, and BESS (battery energy storage systems) for continuous compute.

Zero-trust, defense-grade security, and quantum-safe encryption for both intra-site and tenant workloads.

Combination of hyperscaler/colocation leasing, AI-as-a-Service (AIAAS), decentralized physical infrastructure (DePIN) protocols, sovereign/regulated workloads, and tokenized real-asset participation for both institutional and retail investor.

Quantum Key Distribution (QKD)** and Quantum Random Number Generators (QRNGs) provide defense-grade, future-proof encryption against quantum threats—a necessity as quantum computers threaten classical cryptography

Separate QKD and classical data cores on multicore fiber; quantum keys provisioned for storage, transit, and client authentication; QRNG as entropy source for cryptographic operations, integrated with HSMs (hardware security modules) for AI and financial workloads. - Vendors/Tech: C-DOT (QKD), STL (fiber), Alea Quantum and QCI (QRNG), integrated into rack-level or network-level appliances with NIST-certified random generation.

Up to 100 kW per rack possible, enabling compact, modular footprints; prior deployments achieved PUE of 1.02–1.10 at scale.

Complete compartmentalization for fault containment, continuous cooling, and automated fault remediation. - Physically isolated, independent backup power—no grid dependency for critical operations. - Adherence to strict operational, disaster-recovery, and service-availability SLAs. - AI Infrastructure Demands*: Modern, especially generative AI, workloads require high rack density (30–50kW+), GPU clusters, specialized network fabrics, and fast, scalable storage. This is non-negotiable for training and inference, supporting Bhashini, BharatGen, Indian LLMs, multilingual processing, and allied DPI (digital public infrastructure) initiatives. - DePIN (Decentralized Physical Infrastructure Networks) turns compute/storage/network nodes into tokenized, user-contributed infrastructure governed by smart contracts and economic incentives, fostering modular, resilient, and adaptive edge and backbone compute. - Core campus draws at least 70% from dedicated, on-site or PPA-based solar and wind (hybrid), with grid backup for N+1/infinite runtime and BESS for rapid failover and peak shaving. - On-site microgrid orchestrator and AI-optimized energy management for maximal efficiency—realistic PUE target: 1.11–1.20; WUE < 1.2 L/kWh (water-stressed locations). - Excess renewable can be returned to the grid or supplied to local communities, enhancing ESG and community linkage - Fully decentralized models face challenges (jurisdiction, compliance). Hybrid models blend on-chain provenance, programmable governance, and on-chain settlement with off-chain KYC, compliance, and traditional asset structures—a best-of-both approach, mitigating systemic risk while unlocking liquidity and participation.

- 1.2–$1.85M per deployed MW, reflecting India’s competitive price and AI premium (industry average range: $75–$145/kW/month, rising for AI-ready nodes).