S3-Compatible
Cloud Object Storage.
Store and serve unbounded text structures, application logs, media profiles, and machine learning matrices securely from anywhere. Neviri Object Storage delivers zero-maintenance unstructured data storage with eleven nines of architectural durability and lightning-fast global HTTP endpoints.
Region: Global-Edge
CORS: Enabled
Access: Private
Flat Namespace Key-Value Scale Architecture
Traditional hard disk formats rely on a hierarchical directory layout, mapping structural node references across nested folder layers. As application persistence arrays scale toward millions or billions of independent components, navigating these nested system trees creates devastating file system bottlenecks and resource locking delays.
Neviri Object Storage completely bypasses hierarchical limits by establishing a completely flat key-value namespace architecture. Every uploaded asset is managed as a standalone, immutable data container containing raw binary components, custom metadata keys, and unique globally identifiable string identifiers.
By separating asset orchestration paths from computing compute layers, our storage nodes scale outward infinitely without administrative file system degradation. Whether you are querying a single user icon profile or pulling gigabytes of machine training records, our clusters deliver data back to your client channels instantaneously.
Enterprise Storage Metrics
- Full S3-compatible API layout compliance across all operations.
- Synchronous multi-node erasure coding replication architecture.
- Sub-millisecond Time-to-First-Byte execution benchmarks.
- Granular lifecycle configurations to reduce old backup storage costs.
- Integrated edge delivery network optimizations for public media asset tracking.
Unified API Interface Integrations
Building application pipelines shouldn't require specialized structural wrappers. Because Neviri exposes a standard S3-compatible endpoints tier, developers can initialize connections instantly using standard, trusted native library stacks.
const { S3Client, PutObjectCommand } = require("@aws-sdk/client-s3");
const client = new S3Client({
endpoint: "https://s3.neviri.com",
region: "global",
credentials: { accessKeyId: "nv_access_key", secretAccessKey: "nv_secret" }
});
await client.send(new PutObjectCommand({
Bucket: "user-assets",
Key: "uploads/avatar.png",
Body: fileBuffer,
ContentType: "image/png"
}));Enterprise Infrastructure Included Standard
Every object storage bucket deployed onto our clusters delivers secure encryption pipelines, edge-caching policies, and validation matrices natively.
Eleven Nines Durability
Our storage arrays distribute encoded parity data fragments across multiple storage ranks automatically, reaching 99.999999999% file persistence standards safely.
Server-Side Encryption
Protect files at rest automatically. Neviri enforces military-grade 256-bit AES encryption schemes across object blocks before writing any fragments down to disk tracks.
Static Web Optimization
Convert any bucket asset into a low-latency public endpoint instantly. Host client-side static interfaces without managing runtime configuration files or computing nodes.
Atomic Object Versioning
Protect files against malicious overrides or human deletion errors. Maintain incremental historical data variations inside structured tracking branches.
Granular ACL Policies
Implement a hardened zero-trust posture. Control network access paths via itemized CORS configuration profiles and cryptographically encoded IAM access tokens.
Multiplexed API Streams
Accelerate heavy batch operations. Neviri pipelines parallel multipart object chunking routines, combining data streams natively at edge boundary gates.
Automated Storage Tier Lifecycles
Programmatically reduce long-term file retention costs by configuring smart bucket aging pipelines.
Standard Tier
Days 1 - 30
High-performance hot storage pool optimized for immediate access speeds, ideal for active mobile uploads, running application assets, and streaming media files.
Infrequent Access
Days 31 - 90
Reduces data hosting fees dramatically for files that are rarely referenced but must remain accessible instantly over API streams without retrieval lag parameters.
Glacier Archive
Day 91+
Data block fragments are packed down into deep archiving cold storage pools, offering minimal billing footprints for immutable logging records and historical system audits.
Object Storage Deep Dive
Comprehensive responses tracking object storage architecture, compliance validations, CORS rules, and structural durability practices.
Access API DocsObject Storage is a flat-namespace data storage architecture designed to store practically unlimited quantities of unstructured data—such as images, videos, audio logs, PDF invoices, database backups, and static website frontend assets. Unlike Block Storage, which treats data as formatted disk paths inside an attached drive, Object Storage manages files as standalone objects containing raw data, a customizable metadata dictionary, and a unique globally accessible key string. You should use Object Storage whenever your application demands infinitely scalable, highly durable persistence that can be accessed programmatically over standard HTTP/HTTPS channels from anywhere on the globe without mounting network filesystems.
Neviri Object Storage is built from the ground up to support the industry-standard AWS S3 API framework specification. This means that any library, utility, infrastructure-as-code configuration, or SDK that is designed to interact with Amazon S3 will work seamlessly with Neviri out of the box. You do not need to rewrite your application logic or adapt your legacy microservices; you simply modify your cloud environment configuration parameters by updating your access keys, secret credentials, and pointing your destination endpoint URL to `https://s3.neviri.com`.
Data durability defines the probability that a file will remain intact and readable without corruption over long historical cycles. Neviri reaches eleven nines of durability by utilizing an advanced distributed Erasure Coding matrix layer across our physical storage fabrics. When you transmit an object to a Neviri bucket, the payload is partitioned into mathematical data fragments and parity blocks distributed across multiple discrete storage server arrays, storage racks, and electricity distribution boundaries inside our availability zones. Even if multiple server components, drive enclosures, or complete network switch arrays encounter simultaneous hardware failures, our storage layers rebuild the missing data slices on the fly, preventing data loss or user disruption.
Yes. Neviri Object Storage features native Static Website Hosting optimization parameters. By switching your bucket access configuration to public read-only and configuring your index and error documents (e.g., `index.html` and `404.html`), you can host highly responsive single-page React, Vue, Vite, or Next.js applications directly from our storage edge. When combined with our integrated edge caching layer and automated SSL certificate generation pipelines, your static content is delivered directly from the network edge, avoiding compute management overhead and scaling costs completely.
Lifecycle management rules allow you to automate data tiering based on time parameters to minimize long-term storage expenses. For example, you can create a rule stating that user upload logs should reside on our high-performance Standard storage tier for the first 30 days. As the data ages and is rarely accessed, Neviri can automatically transition those objects to our Infrequent Access (IA) tier, which cuts costs significantly. After 90 days, the policy can transition the blocks down to our ultra-cold Archive tier, or permanently purge them from existence, optimizing your operational overhead programmatically.
By default, all newly provisioned Neviri Object Storage buckets are configured to be entirely private, blocking unauthorized public access. Access permissions are strictly managed using fine-grained Access Control Lists (ACLs) and comprehensive Identity & Access Management (IAM) keys. Furthermore, we fully support robust Cross-Origin Resource Sharing (CORS) XML/JSON configuration models. This allows security operations teams to whitelist exact browser origin domains, preventing malicious third-party portals from making unauthorized cross-site asset requests against your media storage nodes.
Yes, versioning can be activated on any bucket with a single click. When versioning is turned on, every single write or overwrite event creates a distinct, numbered cryptographic instance of that object instead of destroying the legacy asset. If an engineer accidentally executes a bulk delete routine, or a ransomware script attempts to modify data files, the legacy historical versions remain fully preserved, allowing you to instantly roll back state configurations. You can also enforce strict Object Locking policies, making files completely immutable and un-deletable for an exact window of time to satisfy compliance requirements.