Ransomware-Proof Architecture

Ransomware Can't
Rewrite Math.

Multi-cloud erasure coding. Air-gapped proofs. Self-healing credentials. 264x harder to breach than traditional backups—mathematically proven.

$4.5M

Avg ransomware cost

<30 min

Recovery time

264x

Harder to breach

3 clouds

Simultaneous breach

The Math That Protects You

Not marketing. Mathematics.

Traditional Backup

Single cloud, single region

100%

baseline risk

1 target. 1 breach = 100% compromised.

Multi-Region

Single cloud, 3 regions

~4%

25x harder

3 regions. Need 2+ breaches. P² probability.

Nebula Multi-Cloud

3 clouds × 2 regions each

~0.4%

264x harder

Different credentials. Different APIs. Different security teams.

The Calculation

P(breach) = P × P × credential_diversity_factor
With P = 5% (sophisticated attacker), CDF = 0.3:
→ 0.05 × 0.05 × 0.3 = 0.075% success probability

Bring Your Own Cloud

Patent Pending

Your data. Your cloud accounts. Impossible to breach.

AWS

us-east, us-west

5-6 shards

Azure

east-us, west-eu

5-6 shards

GCP

us-central, eu-west

5-6 shards

Reed-Solomon 10/16 Erasure Coding

Any 10 of 16 shards reconstruct your data. One cloud goes down? Recover from the other two. Ransomware encrypts one provider? You're still protected.

Why BYOC Changes Everything

Your Cloud Accounts

Data stays in YOUR AWS/Azure/GCP. We never hold your data.

Zero Vendor Lock-in

Fire us anytime. Your data stays in your accounts.

Client-Side Encryption

We never see your plaintext. Zero-knowledge architecture.

Compliance Built-in

Your data, your compliance responsibility, our proof infrastructure.

Attack Type Comparison

Credential compromiseSingle: Game over | Nebula: 33% shards

Cloud provider breachSingle: 100% | Nebula: 1 of 3

Coordinated attackSingle: Not needed | Nebula: Required

Active Defense Layer

Attack detection, automatic response, evidence preservation.

TripWire Early Warning

Know about breaches before attackers do

Decoy credentials scattered in your environment

Instant alert when attackers try to use them

Automatic account freeze + forensic capture

Result: Attack stopped before data touched. Full evidence trail.

Self-Healing Credentials

Stolen keys become useless in minutes

Anomaly detected → keys auto-rotate

No human intervention required

24/7 automatic protection

Traditional

days/weeks

Nebula

minutes

Indestructible Evidence

Patent Pending

Proof chain survives total compromise

Proofs stored on blockchain—air-gapped

TSA timestamps from external authority

Can't be deleted with your data

Ransomware encrypts your servers. It can't touch the blockchain.
Forensics. Insurance claims. Legal proceedings. All preserved.

Prove the Negative

Verify what DIDN'T happen

Proof of no unauthorized access

Proof of no data exfiltration

Proof of policy compliance

"We weren't breached" becomes verifiable, not just claimed.

Cryptographic Deletion

Patent Pending

Prove the malware is truly gone

Mathematical proof of data destruction

GDPR compliance requirement

Prove infected files purged

Auditors ask: "How do you know the malware is gone?"
You answer: "Here's the mathematical proof."

Sovereignty Lock

Data stays where you mandate

EU data stays in EU. Period.

Geo-fencing enforced during attacks

Sovereignty violation alerts

Ransomware can't exfiltrate to attacker servers without triggering alerts. GDPR/data residency compliance proven.

One-Click Clean Point Discovery

No manual forensics. Mathematical certainty.

Recovery Point API

// Find last clean backup

POST /api/v1/recovery/find-clean-point

{

"vault_id": "vault_abc123",

"suspected_infection": "2026-01-10T14:30:00Z"

}

// Response

{

"last_clean_backup": "2026-01-10T13:45:00Z",

"confidence": 99.7,

"files_affected": 847,

"proof_hash": "sha256:abc123..."

}

Instant Identification

One API call finds your last known-good backup. No hours of forensics.

Hash Comparison

Compares cryptographic hashes across time to identify infection point.

Confidence Score

Mathematical certainty of your clean recovery point. No guessing.

<30 Min RTO

From attack detection to clean recovery. Proven in drills.

Insurance That Pays Faster

Cryptographic evidence accelerates claims and reduces premiums.

Traditional Backup Claim

→30-90 day investigation

→"Prove you had backups"

→"Prove they weren't compromised"

→Disputed payout

Nebula Claim

Submit cryptographic evidence bundle

Proof of clean backup ✓

Proof of successful recovery ✓

Payout in days, not months

NovaSure: Proof-Weighted Insurance

20-25% premium reduction for proof-verified resilience

Why Traditional Backups Fail

1.Backup succeeded, restore failed — You didn't know until disaster

2.Clean backup identification — Which version is pre-infection?

3.Court evidence — Can you prove recovered data is authentic?

4.Insurance claims — No proof = disputed payout

5.Single point of failure — One breach = total compromise

7 Attack Vectors Defended

Log tampering — Immutable audit trails

Vault compromise — MFA-gated operations

Silent poisoning — Version integrity proofs

Credential theft — Zero-knowledge keys

Backup aging — Retention policy enforcement

Restore fabrication — Cryptographic recovery proofs

Quarantine bypass — Isolated recovery environment

Get Ransomware Assessment

Free resilience evaluation + attack simulation demo

Ransomware Resilience Add-On

$149/mo base+ $5/user

Multi-cloud BYOC architecture
Immutable version storage (90 days)
TripWire early warning system
Self-healing credentials
Air-gapped proof chain
Clean backup identification API
Court-ready recovery certificates

Immutable Versions

90-day retention, up to 7 years

MFA-Gated Ops

Prevents credential-only attacks

Recovery Drills

Quarterly automated scheduling

Clean Backup ID

One API call finds last known-good

LIVE ATTACK SIMULATION

See 80% Infrastructure Compromise

Watch our defense layers respond in real-time. Then see the recovery proof generation.

Zero-knowledge encryption • Immutable audit logs • Court-ready evidence

264x harder to breach isn't marketing. It's mathematics.

Ransomware-Proof Architecture

Ransomware Can't
Rewrite Math.

Multi-cloud erasure coding. Air-gapped proofs. Self-healing credentials. 264x harder to breach than traditional backups—mathematically proven.

$4.5M

Avg ransomware cost

<30 min

Recovery time

264x

Harder to breach

3 clouds

Simultaneous breach

The Math That Protects You

Not marketing. Mathematics.

Traditional Backup

Single cloud, single region

100%

baseline risk

1 target. 1 breach = 100% compromised.

Multi-Region

Single cloud, 3 regions

~4%

25x harder

3 regions. Need 2+ breaches. P² probability.

Nebula Multi-Cloud

3 clouds × 2 regions each

~0.4%

264x harder

Different credentials. Different APIs. Different security teams.

The Calculation

P(breach) = P × P × credential_diversity_factor
With P = 5% (sophisticated attacker), CDF = 0.3:
→ 0.05 × 0.05 × 0.3 = 0.075% success probability

Bring Your Own Cloud

Patent Pending

Your data. Your cloud accounts. Impossible to breach.

AWS

us-east, us-west

5-6 shards

Azure

east-us, west-eu

5-6 shards

GCP

us-central, eu-west

5-6 shards

Reed-Solomon 10/16 Erasure Coding

Any 10 of 16 shards reconstruct your data. One cloud goes down? Recover from the other two. Ransomware encrypts one provider? You're still protected.

Why BYOC Changes Everything

Your Cloud Accounts

Data stays in YOUR AWS/Azure/GCP. We never hold your data.

Zero Vendor Lock-in

Fire us anytime. Your data stays in your accounts.

Client-Side Encryption

We never see your plaintext. Zero-knowledge architecture.

Compliance Built-in

Your data, your compliance responsibility, our proof infrastructure.

Attack Type Comparison

Credential compromiseSingle: Game over | Nebula: 33% shards

Cloud provider breachSingle: 100% | Nebula: 1 of 3

Coordinated attackSingle: Not needed | Nebula: Required

Active Defense Layer

Attack detection, automatic response, evidence preservation.

TripWire Early Warning

Know about breaches before attackers do

Decoy credentials scattered in your environment

Instant alert when attackers try to use them

Automatic account freeze + forensic capture

Result: Attack stopped before data touched. Full evidence trail.

Self-Healing Credentials

Stolen keys become useless in minutes

Anomaly detected → keys auto-rotate

No human intervention required

24/7 automatic protection

Traditional

days/weeks

Nebula

minutes

Indestructible Evidence

Patent Pending

Proof chain survives total compromise

Proofs stored on blockchain—air-gapped

TSA timestamps from external authority

Can't be deleted with your data

Ransomware encrypts your servers. It can't touch the blockchain.
Forensics. Insurance claims. Legal proceedings. All preserved.

Prove the Negative

Verify what DIDN'T happen

Proof of no unauthorized access

Proof of no data exfiltration

Proof of policy compliance

"We weren't breached" becomes verifiable, not just claimed.

Cryptographic Deletion

Patent Pending

Prove the malware is truly gone

Mathematical proof of data destruction

GDPR compliance requirement

Prove infected files purged

Auditors ask: "How do you know the malware is gone?"
You answer: "Here's the mathematical proof."

Sovereignty Lock

Data stays where you mandate

EU data stays in EU. Period.

Geo-fencing enforced during attacks

Sovereignty violation alerts

Ransomware can't exfiltrate to attacker servers without triggering alerts. GDPR/data residency compliance proven.

One-Click Clean Point Discovery

No manual forensics. Mathematical certainty.

Recovery Point API

// Find last clean backup

POST /api/v1/recovery/find-clean-point

{

"vault_id": "vault_abc123",

"suspected_infection": "2026-01-10T14:30:00Z"

}

// Response

{

"last_clean_backup": "2026-01-10T13:45:00Z",

"confidence": 99.7,

"files_affected": 847,

"proof_hash": "sha256:abc123..."

}

Instant Identification

One API call finds your last known-good backup. No hours of forensics.

Hash Comparison

Compares cryptographic hashes across time to identify infection point.

Confidence Score

Mathematical certainty of your clean recovery point. No guessing.

<30 Min RTO

From attack detection to clean recovery. Proven in drills.

Insurance That Pays Faster

Cryptographic evidence accelerates claims and reduces premiums.

Traditional Backup Claim

→30-90 day investigation

→"Prove you had backups"

→"Prove they weren't compromised"

→Disputed payout

Nebula Claim

Submit cryptographic evidence bundle

Proof of clean backup ✓

Proof of successful recovery ✓

Payout in days, not months

NovaSure: Proof-Weighted Insurance

20-25% premium reduction for proof-verified resilience

Why Traditional Backups Fail

1.Backup succeeded, restore failed — You didn't know until disaster

2.Clean backup identification — Which version is pre-infection?

3.Court evidence — Can you prove recovered data is authentic?

4.Insurance claims — No proof = disputed payout

5.Single point of failure — One breach = total compromise

7 Attack Vectors Defended

Log tampering — Immutable audit trails

Vault compromise — MFA-gated operations

Silent poisoning — Version integrity proofs

Credential theft — Zero-knowledge keys

Backup aging — Retention policy enforcement

Restore fabrication — Cryptographic recovery proofs

Quarantine bypass — Isolated recovery environment

Get Ransomware Assessment

Free resilience evaluation + attack simulation demo

Ransomware Resilience Add-On

$149/mo base+ $5/user

Multi-cloud BYOC architecture
Immutable version storage (90 days)
TripWire early warning system
Self-healing credentials
Air-gapped proof chain
Clean backup identification API
Court-ready recovery certificates

Immutable Versions

90-day retention, up to 7 years

MFA-Gated Ops

Prevents credential-only attacks

Recovery Drills

Quarterly automated scheduling

Clean Backup ID

One API call finds last known-good

LIVE ATTACK SIMULATION

See 80% Infrastructure Compromise

Watch our defense layers respond in real-time. Then see the recovery proof generation.

Zero-knowledge encryption • Immutable audit logs • Court-ready evidence

264x harder to breach isn't marketing. It's mathematics.

Ransomware Can'tRewrite Math.

The Math That Protects You

Bring Your Own Cloud

Active Defense Layer

One-Click Clean Point Discovery

Insurance That Pays Faster

Ransomware Resilience Add-On

See 80% Infrastructure Compromise

Ransomware Can'tRewrite Math.

The Math That Protects You

Bring Your Own Cloud

Active Defense Layer

One-Click Clean Point Discovery

Insurance That Pays Faster

Ransomware Resilience Add-On

See 80% Infrastructure Compromise

Ransomware Can't
Rewrite Math.

Ransomware Can't
Rewrite Math.