Defense, Intelligence
& Government.
Modern adversaries map before they attack.
Entropya prevents discovery by eliminating the signals, access paths, and visibility needed to identify a target.
NIST FIPS 203 (ML-KEM)
Patented SDPN
Swiss-headquartered
Independently evaluated
Vetted supply chain
25+ years cyber expertise
THE OPERATIONAL PROBLEM
Visibility is the vulnerability.
Reconnaissance now precedes nearly every advanced attack. Adversaries map exposed control surfaces, harvest encrypted traffic for future decryption, and build pattern-of-life models long before any active intrusion.
Encryption protects the contents of a session. It does not protect the session's existence, the endpoints' locations, or the predictability of the path between them.
WHAT CONVENTIONAL DEFENSE LEAVES DISCOVERABLE
Public IP addresses and exposed control planes
Open ports, protocol signatures, routing metadata
VPN, firewall, and proxy fingerprints
Device identifiers across cellular and satellite paths
THE ARCHITECTURAL SHIFT
Hide. Harden. Verify.
01. HIDE
Digital Camouflage
Removes IPs, DNS records, ports, and protocol metadata from public visibility. Traffic blends into general HTTPS flows. No mappable signature.
02. HARDEN
Post-Quantum Cryptography
NIST FIPS 203 ML-KEM applied end-to-end. Designed against harvest-now-decrypt-later. Operates across legacy, multi-cloud, cellular, and satellite environments.
03. VERIFY
Zero Trust by Architecture
Every session separately authenticated, randomly routed, and dynamically authenticated. No implicit trust. No third-party processors in transit.
Built by operators who know the target.
Entropya is led by seasoned cybersecurity professionals with extensive experience in secure defense communications and national-level cyber operations. With over 25 years of combined experience identifying and exploiting some of the most sophisticated targets in the world, the architecture is built on a deep understanding of how adversaries operate.
PRODUCT APPLICATIONS
Sovereign Solutions.
Next-Gen Secure Communication
Post-quantum voice, video, and messaging on infrastructure the customer owns. Includes Pi Epsilon and SecureXchange Mail.
Entropya Encrypted Network (EEN)
Untraceable encrypted transport powered by patented SDPN. Replaces VPN, proxy, and TOR with randomised, one-way, quantum-ready paths.
Hardened Infrastructure
Quantum-safe architecture that conceals devices, paths, and protocols. Includes Iron Edge Gateway and Virtual Dissimulated Encrypted Server.
Data Synchronization and Storage
Encrypted distributed storage and sync with cryptographic integrity. Designed for sovereign deployment.
Untraceable Data Transport
Anonymous encrypted transport with no digital fingerprints or attribution. The transit layer behind every Entropya capability.
Mobile & Edge Security
Non-attribution mobile communications and edge concealment for forward, deployed, and travelling teams. Includes Cipher Phone, Cipher Key, and the Mobile 5G Travel Router.
JOINT FUNCTIONS
Built for the joint functions defense executes.
F-02
Command, Control and Communications
Decision flow across contested and degraded environments. Voice, video, file, and machine-to-machine traffic over transport that does not reveal endpoints or paths.
F-01
Intelligence and Reconnaissance
Secure collection, transport, and analysis across dissimilar networks. No routing or attribution signatures that adversaries can use to identify collection assets.
F-03
Fires and Effects Coordination
Share targeting and effects data across security levels and coalition partners. No network signatures for adversaries to predict, jam, or interdict.
F-04
Logistics and Sustainment
Signature-free transport for sensitive logistics traffic moving across commercial and host-nation infrastructure, including port calls and foreign transit.
F-05
Diplomatic Mobility and Embassy Networks
Communications that do not associate to local cellular identifiers. Embassy traffic that does not depend on host-nation infrastructure for confidentiality.
F-06
Space-enabling ground infrastructure
Cloaked links between ground stations and satellite constellations across general internet transit. Low-probability-of-detection characteristics at sub-5ms latency.
MEASURED
Performance.
400 Gbps
Throughput per node
<5 ms
Latency across global transport
99.9 %
Uptime
0
Third-party data-in-transit processors
Common questions.
A VPN encrypts traffic but leaves an endpoint adversaries can locate and target. Zero-trust access vendors focus on access control inside a network that is still visible from outside it. Entropya's SDPN removes the network signature entirely. Adversaries cannot map what they cannot see.
FIPS 203 is the United States NIST standard for module-lattice-based key encapsulation. It is the first standard specifically designed against the threat of cryptographically relevant quantum computers. Entropya applies ML-KEM 1024 end to end.
Software-Defined Private Networking. Entropya's patented core technology. It creates randomised, one-way, ephemeral session paths with no persistent IP, DNS, or routing signature. SDPN is the engine behind EEN.
Yes. Entropya operates a reseller program and works with defense primes. Partner enquiries go through the reseller program page.
No. Deployment is plug-and-play with zero configuration. Entropya is available as software or hardware (Iron Edge Gateway, Cipher Phone, Cipher Key, Data Vault) and is agnostic to your existing infrastructure. It runs alongside legacy systems, multi-cloud environments, cellular and satellite networks without requiring you to rebuild what you already operate.
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