Take Full Control of Your Organisation's Communications with the Cellcrypt Server
Take Full Control of Your Organisation's Communications with the Cellcrypt Server
Take Full Control of Your Organisation's Communications with the Cellcrypt Server
Deploy on-premises or in your private cloud to ensure complete data sovereignty and unmatched security.
Cellcrypt isn't just secure. It's Mission-Ready.
Designed for disconnected, hostile, and compromised network environments.
Cellcrypt isn't just secure. It's Mission-Ready.
Designed for disconnected, hostile, and compromised network environments.
Cellcrypt isn't just secure. It's Mission-Ready.
Designed for disconnected, hostile, and compromised network environments.
Cellcrypt Server is a zero-trust, enterprise-grade communications platform purpose-built for organisations that require absolute control over data, infrastructure, and cryptographic identity.
Cellcrypt Server is a zero-trust, enterprise-grade communications platform purpose-built for organisations that require absolute control over data, infrastructure, and cryptographic identity.
It supports on-premises, private cloud, and fully air-gapped ('dark install') deployments, making it uniquely suited to military, government, intelligence, and critical infrastructure operations.
It supports on-premises, private cloud, and fully air-gapped ('dark install') deployments, making it uniquely suited to military, government, intelligence, and critical infrastructure operations.
Cellcrypt enables secure voice and video calls, encrypted messaging, large file transfers, and conference calls—all protected by post-quantum encryption, dual symmetric algorithms, and full metadata sovereignty.
Cellcrypt enables secure voice and video calls, encrypted messaging, large file transfers, and conference calls—all protected by post-quantum encryption, dual symmetric algorithms, and full metadata sovereignty.
On-Premises & Air-Gapped Deployment
On-Premises & Air-Gapped Deployment
On-Premises & Air-Gapped Deployment
Supports complete offline, air-gapped installations with no external network connectivity
Deployable on commercial off-the-shelf (COTS) hardware with standard Operating Systems
Ideal for classified environments, tactical field operations, and zero-connectivity installations
Supports complete offline, air-gapped installations with no external network connectivity
Deployable on commercial off-the-shelf (COTS) hardware with standard Operating Systems
Ideal for classified environments, tactical field operations, and zero-connectivity installations
Zero-Trust Cryptographic Architecture
Zero-Trust Cryptographic Architecture
Zero-Trust Cryptographic Architecture
Assumes all networks are proactively compromised
End-to-end encryption tunnels through TLS and SRTP, overlaid with Cellcrypt's End-to-End Encryption + Post-Quantum protocols
Session keys are unique per interaction and never appear outside the devices
Assumes all networks are proactively compromised
End-to-end encryption tunnels through TLS and SRTP, overlaid with Cellcrypt's End-to-End Encryption + Post-Quantum protocols
Session keys are unique per interaction and never appear outside the devices
Data Sovereignty & Metadata Protection
Data Sovereignty & Metadata Protection
Data Sovereignty & Metadata Protection
All communications and associated metadata (call logs, message records, file access history) remain within your infrastructure
Ensures that no telemetry or user behaviour data is ever exposed to third parties
Complete control over encryption keys, user policies, device access, and audit logs—with no vendor reliance or Cloud Act compliance issues
All communications and associated metadata (call logs, message records, file access history) remain within your infrastructure
Ensures that no telemetry or user behaviour data is ever exposed to third parties
Complete control over encryption keys, user policies, device access, and audit logs—with no vendor reliance or Cloud Act compliance issues
True Zero-Trust vs A Walled Garden
True Zero-Trust vs A Walled Garden
Most enterprise communication platforms—including those branded as "secure"— assume the internal environment is trusted, and security is enforced primarily at the network boundary. Even "secure" communications systems often rely on TLS and SRTP encrypted tunnels to encrypt data in transit, but only within a trusted perimeter.
These protocols terminate at servers or gateway devices, exposing session keys, messages, or media to inspection and compromise. This model, known as the Walled Garden, assumes everything inside the fence is safe.
But what if the garden is already breached? Or worse, what if the breach is invisible?
Most enterprise communication platforms—including those branded as "secure"— assume the internal environment is trusted, and security is enforced primarily at the network boundary. Even "secure" communications systems often rely on TLS and SRTP encrypted tunnels to encrypt data in transit, but only within a trusted perimeter.
These protocols terminate at servers or gateway devices, exposing session keys, messages, or media to inspection and compromise. This model, known as the Walled Garden, assumes everything inside the fence is safe.
But what if the garden is already breached? Or worse, what if the breach is invisible?
Cellcrypt Provides True Zero-Trust Assurance with End-to-End Encryption with Post-Quantum Protection Inside Encrypted Tunnels
Cellcrypt Provides True Zero-Trust Assurance with End-to-End Encryption with Post-Quantum Protection Inside Encrypted Tunnels
Cellcrypt's architecture does not stop at transport encryption (TLS/SRTP). Instead, it establishes application-layer tunnels that wrap encrypted payloads in a secondary, end-to-end encrypted envelope.
These tunnels are anchored by:
Unique session keys derived per call/message
Authenticated key exchange using ECC and post-quantum KEMs
Encryption that never terminates at the server
The Result: Even if the network, VPN, or Cellcrypt’s own infrastructure are compromised, the payload remains encrypted, unreadable, and non-replayable.
Cellcrypt's architecture does not stop at transport encryption (TLS/SRTP). Instead, it establishes application-layer tunnels that wrap encrypted payloads in a secondary, end-to-end encrypted envelope.
These tunnels are anchored by:
Unique session keys derived per call/message
Authenticated key exchange using ECC and post-quantum KEMs
Encryption that never terminates at the server
The Result: Even if the network, VPN, or Cellcrypt’s own infrastructure were compromised, the payload remains encrypted, unreadable, and non-replayable.
Security is more than compliance - it’s survival.
Security is more than compliance - it’s survival.
Security is more than compliance - it’s survival.
Ready to protect your communications?
Ready to protect your communications?
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