Run NFT marketplaces, mint services, and indexers on dedicated infrastructure that separates live API traffic from indexing jobs, keeps latency stable during drops, and preserves control over metadata origins.
Isolate mint coordination, APIs, and ownership queries from indexing jobs to keep latency stable during spikes.
Select CPU, memory, NVMe storage, and bandwidth from concurrency, catalog size, and event volume to avoid limits.
Keep NFT metadata and media on a controlled origin with defined cache policy, ownership rules, and consistent access.
Serve public NFT media via CDN caching when requests justify offloading, while applications and storage remain controlled.
NFT platforms combine storefront APIs, mint coordination, ownership queries, metadata services, databases, and event indexers that compete for compute when capacity is shared. During drops, live requests collide with replay, enrichment, analytics, and recovery jobs, slowing browsing, ownership checks, and transaction paths. This creates unpredictable latency under load.
At Melbicom, we provide isolated dedicated servers with defined CPU, memory, storage, and bandwidth boundaries. Marketplace traffic and mint services run separately from indexing, replay, analytics, and recovery jobs, while metadata and media stay on a controlled origin with explicit cache policy and lifecycle control. Isolation preserves consistent API latency during spikes.
Teams assign workloads to separate nodes, choose regional placement around users and blockchain endpoints, and use CDN only for repeated public media delivery. You retain full ownership of applications, smart contracts, wallets, keys, metadata, monitoring, backups, and incident response across the stack. This model keeps capacity planning tied to demand.
Run storefront APIs, search, bids, and ownership queries on isolated infrastructure so indexing jobs never affect latency.
Dedicated capacity runs mint coordination and submission during spikes so browsing and metadata access stay responsive.
Process blockchain events and replay history on separate nodes so indexing throughput scales without slowing live APIs.
Host NFT metadata and media on controlled origins where cache rules, ownership, and availability remain consistent.
Support multi-chain collections with dedicated capacity for indexers, databases, and APIs, reducing schema conflicts.
Plan recovery using separate compute for backups, restores, and reindexing so production APIs stay responsive.
Cache frequently requested NFT media through CDN layers to reduce origin load while keeping ownership controlled.
Deliver images and metadata globally through CDN layers when demand justifies caching without replacing origin storage.
