Neburion — Proof, not promises.

The Problem

Cloud storage
demands blind trust

You upload your most sensitive data to providers who won't let you verify where it is, how it's stored, or whether it's been accessed. Every major cloud provider asks you to trust their word. Neburion asks you to verify their math.

Vendor Lock-in

Proprietary APIs, egress fees, and format traps make it expensive to leave once you're in.

Compliance Theater

Certifications on paper. No cryptographic proof your data meets regulatory requirements in practice.

Opaque Custody

You can't verify where your data physically resides or prove it hasn't been tampered with.

Token Tax

Decentralized alternatives force you to buy volatile cryptocurrency tokens just to store a file.

The Fix

One line changes
everything

Neburion is fully S3-compatible. If your app talks to AWS S3, it already talks to Neburion. Change the endpoint URL. Keep your SDK, your code, your workflow. Get client-side encryption, erasure coding, and cryptographic audits for free.

endpoint_url = "https://s3.neburion.io"

migrate.py

# Before: AWS S3
import boto3

s3 = boto3.client('s3',
endpoint_url='https://s3.amazonaws.com'

# After: Neburion (one line)
s3 = boto3.client('s3',
endpoint_url='https://s3.neburion.io'
)

# Everything else stays the same
s3.upload_file('data.csv', 'my-bucket', 'data.csv')
# Encrypted. Sharded. Verified. Done.

How It Works

From upload to proof
in seven steps

Upload

S3-compatible API accepts your file

Encrypt

AES-256-GCM on your device

Erasure Code

10+6 Reed-Solomon shards

Distribute

Shards spread across nodes globally

Audit

PoCA Merkle proofs verify integrity

Retrieve

Reassemble from any 10 of 16 shards

Decrypt

Only your keys unlock the data

Four Patent-Pending Technologies

Engineered from
first principles

Every layer of the Neburion stack was designed to eliminate trust assumptions. Four patent-pending innovations, filed with the USPTO on March 27, 2026.

PoCA

Proof of Custodial Audit

Cryptographic proof for every byte

Every audit query returns a Merkle proof that mathematically verifies your data is intact, untampered, and stored exactly where we say it is. No trust required.

Merkle tree verification Per-object proofs Tamper-evident

$ neburion audit object abc123

VERIFIED Object abc123
  Merkle Root   0x7f3a...c821
  Proof Depth   8 nodes
  Leaf Hash     0x4e2b...f190
  Timestamp     2026-04-08T14:23:01Z
  Shards        16/16 intact
  Custodians    16 nodes verified

ROOT

H(01)

H(23)

H(0)

H(1)

H(2)

H(3)

ARM

Adaptive Redundancy Matrix

Survive the loss of any 6 nodes

Reed-Solomon erasure coding splits every file into 10 data shards plus 6 parity shards. Lose up to 6 nodes — your data is still complete and verifiable.

10 + 6 erasure coding 99.9999% durability Zero downtime recovery

16 shards (10 data + 6 parity)

Node status (16 custodians)

10 online — data recoverable 6 offline — still intact

EPoI

Economic Proof of Identity

Sybil resistance without proof of work

Every storage operator stakes economic value, builds reputation, and verifies geographic location. Faking 100 identities isn't a bug to fix — it's a $500,000 economic problem we make unprofitable.

Economic stake required Multi-factor identity Zero proof-of-work waste

Stake

$5,000

Reputation

92/100

Age

243 days

Geography

Verified

Uptime

99.8%

Identity Score 87.4

Sybil attack cost: ~$500,000 per 100 identities

DTN-SEL

Delay-Tolerant Storage Extensibility Layer

Storage that works where TCP doesn't

Built for environments where standard cloud storage fails: deep space missions, disaster zones with intermittent connectivity, military operations with delayed networks. Storage that doesn't time out.

0ms to 24h delay tolerance DTN-RFC compliant Space mission scenarios

EARTH

RELAY

MARS

RTT: 12m 34s

Bundle protocol with store-and-forward relay chain

Global Network

Distributed by design

Storage nodes verified by cryptographic identity, staked by economic value, and monitored in real time.

Loading nodes... | Ashburn, VA

Built Different

Five things we
refuse to do

No cryptocurrency tokens

You pay in dollars. No wallets, no gas fees, no volatility. Storage infrastructure shouldn't require a speculative asset.

No vendor lock-in

Full S3 compatibility means your code, SDKs, and tooling work without modification. Leave whenever you want. We bet you won't.

No data mining

Zero-knowledge architecture means we literally cannot read your data. Client-side encryption isn't optional — it's the only mode.

No surprise pricing

Flat, predictable tiers. No egress fees. No request charges. No bandwidth tax for accessing your own data.

No region restrictions

Data distributed globally by default. Pin to specific regions for compliance. Geographic sovereignty as a feature, not a limitation.

Comparison

How we measure up

	Neburion	AWS S3	Filecoin	Storj	Backblaze B2
S3 Compatible	Yes	Yes	No	Yes	Yes
Client-Side Encryption	Default	SSE Optional	No	Yes	No
Compliance Certs	Designed for HIPAA/GDPR/SOC 2	Yes	No	GDPR	SOC 2
Crypto Token Required	No	No	Yes (FIL)	Yes (STORJ)	No
Egress Fees	$0	$0.09/GB	Variable	$0.007/GB	$0.01/GB
Cryptographic Audit Proofs	PoCA Merkle	CloudTrail logs	PoRep/PoSt	No	No
Patent-Pending Tech	4 innovations	N/A	N/A	N/A	N/A
Source Available	Yes	No	Yes	Yes	No

Pricing

Flat rates. No egress fees.
No surprises.

Every plan includes client-side encryption, erasure coding, and cryptographic audit proofs.

Free

$0 /mo

For exploration and personal projects.

50 GB storage
10 GB egress/mo
S3-compatible API
Client-side encryption

Start Free

Developer

$9.99 /mo

For developers building production apps.

500 GB storage
100 GB egress/mo
Priority support
Audit log access

Get Started

Team

$49.99 /mo

For teams that need shared buckets and collaboration.

5 TB storage
1 TB egress/mo
5 team members
Role-based access
Shared audit logs

Start Trial

Your existing SDKs.
Zero new dependencies.

Neburion speaks S3. Use the AWS SDK you already know in any language.

import boto3

s3 = boto3.client('s3',
    endpoint_url='https://s3.neburion.io',
    aws_access_key_id='YOUR_ACCESS_KEY',
    aws_secret_access_key='YOUR_SECRET_KEY'
)

# Upload a file
s3.upload_file('report.pdf', 'compliance-docs', 'report.pdf')

# Download
s3.download_file('compliance-docs', 'report.pdf', 'local-report.pdf')

# List objects
response = s3.list_objects_v2(Bucket='compliance-docs')
for obj in response['Contents']:
    print(f"{obj['Key']} - {obj['Size']} bytes")

import { S3Client, PutObjectCommand, GetObjectCommand } from '@aws-sdk/client-s3';

const client = new S3Client({
    endpoint: 'https://s3.neburion.io',
    region: 'us-east-1',
    credentials: {
        accessKeyId: 'YOUR_ACCESS_KEY',
        secretAccessKey: 'YOUR_SECRET_KEY',
    },
});

// Upload
await client.send(new PutObjectCommand({
    Bucket: 'compliance-docs',
    Key: 'report.pdf',
    Body: fileBuffer,
}));

// Download
const { Body } = await client.send(new GetObjectCommand({
    Bucket: 'compliance-docs',
    Key: 'report.pdf',
}));

package main

import (
    "github.com/aws/aws-sdk-go/aws"
    "github.com/aws/aws-sdk-go/aws/session"
    "github.com/aws/aws-sdk-go/service/s3/s3manager"
    "os"
)

func main() {
    sess := session.Must(session.NewSession(&aws.Config{
        Endpoint:         aws.String("https://s3.neburion.io"),
        Region:           aws.String("us-east-1"),
        S3ForcePathStyle: aws.Bool(true),
    }))

    uploader := s3manager.NewUploader(sess)
    file, _ := os.Open("report.pdf")
    defer file.Close()

    _, err := uploader.Upload(&s3manager.UploadInput{
        Bucket: aws.String("compliance-docs"),
        Key:    aws.String("report.pdf"),
        Body:   file,
    })
    if err != nil { panic(err) }
}

# Configure endpoint
export AWS_ENDPOINT_URL=https://s3.neburion.io
export AWS_ACCESS_KEY_ID=YOUR_ACCESS_KEY
export AWS_SECRET_ACCESS_KEY=YOUR_SECRET_KEY

# Upload a file
aws s3 cp report.pdf s3://compliance-docs/

# Sync a directory
aws s3 sync ./local-data s3://compliance-docs/backups/

# List bucket contents
aws s3 ls s3://compliance-docs/

# Audit with Neburion CLI
neburion audit object report.pdf --verify
VERIFIED — Merkle proof valid, 16/16 shards intact

Security & Compliance

Designed for the most
demanding standards

HIPAA

GDPR

SOC 2

AES-256

Zero-Knowledge

ITAR-Ready

Designed for compliance with these frameworks. Formal certifications in progress.

Use Cases

Built for industries
where trust isn't optional

Healthcare

HIPAA-compliant storage with cryptographic audit trails. Patient records encrypted client-side, verified by Merkle proof. Auditors get mathematical certainty, not checkbox compliance.

$ neburion compliance hipaa --report
Records audited: 47,231
Encryption: AES-256-GCM (client-side)
Retention: 7yr policy enforced
Audit trail: COMPLETE

Government

ITAR-ready architecture with geo-pinning and verified deletion. Data sovereignty as cryptographic guarantee.

Finance

SOC 2-ready with immutable audit logs. Every transaction verified, every access logged, every proof exportable.

Disaster Recovery

16-shard redundancy survives simultaneous node failures. DTN-SEL handles intermittent connectivity in crisis zones.

Space Missions

DTN-SEL protocol handles interplanetary latency. Store-and-forward relay chains keep data intact across light-minutes of delay.

Traction

Real system. Real numbers.

Tests Passing

Storage Nodes

Packages

Patent-Pending Technologies

Audit verified — object 7f3a...c821

Upload — compliance-docs/report.pdf

Shard integrity check — 16/16 passed

Bucket created — healthcare-records

Merkle proof generated — root 0x4e2b

Upload — backups/db-snapshot-04.gz

Node 12 health check — PASSED

Access key rotated — user ak_7x9m

Audit verified — object 7f3a...c821

Upload — compliance-docs/report.pdf

Shard integrity check — 16/16 passed

Bucket created — healthcare-records

Merkle proof generated — root 0x4e2b

Upload — backups/db-snapshot-04.gz

Node 12 health check — PASSED

Access key rotated — user ak_7x9m

Founder

Built from conviction

Founder & CEO

Active Duty Service Member

I built Neburion because I saw firsthand what happens when critical data depends on trust instead of math. In demanding environments, you can't afford to hope your storage provider is telling the truth — you need cryptographic proof. Every design decision in this system came from one question: if we can't verify it, why should anyone believe it? Neburion replaces promises with proofs, vendor lock-in with open standards, and blind trust with mathematical certainty.

FAQ

Common questions

Yes. Neburion v0.1.0 is deployed and running in production. We have 342 passing tests, 16 active storage nodes, and real users uploading data through our S3-compatible API. We're backed by Microsoft for Startups and have filed four patent applications with the USPTO. That said, we're transparent: this is an early-stage product. We're building in public and iterating fast.

Neburion is fully S3-compatible, so your existing code and SDKs work without changes. The difference: Neburion encrypts data on your device before upload (not on our servers), shards it across multiple independent nodes using erasure coding, and provides cryptographic Merkle proofs that your data is intact. AWS S3 is a mature, reliable service — but it asks you to trust Amazon. Neburion asks you to verify the math. We also charge zero egress fees and require no proprietary tooling.

Every file is split into 16 shards using Reed-Solomon erasure coding: 10 data shards and 6 parity shards. You only need any 10 of the 16 to reconstruct the full file. That means up to 6 nodes can simultaneously fail and your data remains complete and accessible with zero downtime. The Adaptive Redundancy Matrix (ARM) automatically rebalances shards to maintain the 10+6 ratio as nodes come back online or new nodes join.

All encryption happens on your device before data is transmitted. We use AES-256-GCM, the same standard used by military and financial institutions. Your encryption keys never leave your device and are never stored on our servers. This is true zero-knowledge architecture: we literally cannot read your data even if compelled to. The encrypted data is then split into shards — each shard is individually useless without both the other shards and your decryption key.

One line. Change your endpoint URL from s3.amazonaws.com to s3.neburion.io. That's it. Your boto3, AWS CLI, @aws-sdk, or any other S3-compatible tool works immediately. For bulk migration, run aws s3 sync s3://your-bucket s3://your-bucket --endpoint-url https://s3.neburion.io and your data migrates with encryption and sharding applied automatically.

Your data is sharded across our globally distributed network of verified storage nodes. Each node operator has passed Economic Proof of Identity (EPoI) verification and staked economic value. On the Compliance plan, you can geo-pin data to specific regions for regulatory requirements. Every shard's location is verifiable through our Proof of Custodial Audit (PoCA) system — you can cryptographically prove exactly which nodes hold your data at any time.

Proof, not promises.

Cloud storagedemands blind trust