"Good enough" security
is now a liability
ScipherX was built from first principles to solve problems that traditional security tools cannot. Here's exactly how — and why it matters.
The problem
Traditional security is built on
assumptions that no longer hold
Transport-layer encryption, centralised key storage, and static policies were built for a different era. Today's threat landscape has outpaced them entirely.
Transport-layer isn't enough
TLS/SSL protects data in transit — but the moment it reaches your application, it's decrypted. Attackers increasingly target the application layer.
Centralised key storage
Every traditional KMS stores keys on servers. One breach, one insider threat — and every encrypted dataset is instantly compromised.
Static policies
AI-driven attacks evolve in milliseconds. Rule-based systems that require human intervention to update cannot keep pace.
Quantum will break RSA & ECC
Security leaders expect quantum tech to impact cybersecurity within a year. RSA-2048 and ECC-256 are already targeted in "harvest now, decrypt later" attacks.
The ScipherX advantage
Built differently.
Fundamentally.
ScipherX wasn't adapted from legacy security tools. It was architected from first principles to solve the cryptographic challenges of the next decade.
Post-Quantum Resistant
Built on NIST-approved post-quantum cryptographic standards. Your data is protected against both classical and quantum computing attacks — today and for decades to come.
Zero Server-Side Keys
Keys are computed on-demand across distributed servers — never stored anywhere. No single node stores enough material to reconstruct a usable key, so up to all but one participating server may be compromised without key recovery. If a breach is detected, partial key material can be rotated across servers so keys remain protected.
AI Engine
Runtime policy adjustments, anomaly alerts, and enforcement — without re-encryption. Extendable to approved client-side AI workloads (for example, summarisation) under your policies.
Granular Policy Enforcement
Per-object constraints: time limits, access counts, geographic restrictions, behavioural controls. Applied at the organisation level or per individual encrypted object.
Client-Side by Design
Zero plaintext ever leaves your application process. All cryptographic operations — encrypt, decrypt, sign, verify — execute inside your application using the SDK. No network call to a ScipherX server handles your data.
SAIC enforces strict separation between your data and cryptographic keys. Your payloads and plaintext are never sent to ScipherX servers; key material is provisioned under policy and may reach your application over the network — your data does not take that path.
Standards-Based & Auditable
Full audit trails, automated compliance evidence collection, and tamper-proof logging. 68% of compliance evidence gathered automatically via AI.
Comparison
Same threats. Different design.
Five lenses — pick one to see the split at a glance.
Cryptography & custody
Different trust shape — not just more crypto.
Authority
Central key authority
Session + CA trust
No complete key on one host
Secrets at rest
Long-lived in vault
Not a data-at-rest story
Shards; compute on demand
Blast radius
Often systemic
Wire-only
Bounded by distribution
PQ + app layer
Classical default
Classical TLS
NIST PQ default at app layer
Where plaintext lives
TLS moves bytes; SAIC targets the app boundary.
Crypto runs
Often server / API
Ends at termination
In your app process (SDK)
Payload path
Keys + data intertwined
No object semantics
Data stays; keys follow policy
Object policy
Uncommon by default
—
First-class per object
Harvest-now, decrypt-later
Archival ciphertext needs a PQ app-layer story.
Defaults
RSA / ECC usual
Classical exchange
NIST PQ as platform default
Archival risk
Legacy wraps persist
Interception only
PQ wraps what you store
Policy & evidence
Static rules lag automated abuse.
Runtime
IAM-style lag
Link only
Signals + enforcement
Granularity
Coarse roles
—
Time, geo, device, counts…
Evidence
Mostly manual packs
Certs ≠ governance
Automated audit trail
Delivery
Ship without replatforming the network stack.
Integration
Ops-heavy
Ubiquitous wire
Lean SDK surface
Edge / IoT
Vault-bound
Wire-only
Crypto follows workload
The quantum threat is now
"Harvest now, decrypt later" is not a future problem.
Adversaries are collecting encrypted data today — with the intention of decrypting it once quantum computers are powerful enough. Financial records, health data, communications, and intellectual property are being harvested now. It is already captured. The window to protect it is closing.
Every dataset protected by classical encryption — RSA, ECC, ECDH — is a liability. SAIC uses NIST-approved post-quantum algorithms as the platform default. Organisations that deploy SAIC today are protected against decryption of both future captures and data already in adversary hands.
Schedule a Quantum Risk Briefingof global security leaders expect quantum technologies to impact cybersecurity within 12 months
of organisations view harvest-now-decrypt-later as their top quantum computing threat
average cost of a data breach — encrypted data collected today will cost more when decrypted
published post-quantum standards in 2024. The migration window is open now.
Built by world-class researchers and practitioners
ScipherX has brought together globally leading academics in cryptography and AI with seasoned industry practitioners to build a platform that represents the frontier of what is possible in cybersecurity. The result is a patented, standards-based solution that is years ahead of the market.
See ScipherX in action
Request a demo and let our cryptography experts walk you through the SAIC platform. Understand exactly how post-quantum security applies to your use case.