Quantum Secure Communication and Data Protection
We solve both today’s and tomorrow’s threats - replacing vulnerable algorithms with quantum-secure, ephemeral encryption
Quantum Secure Communication and Data Protection
We solve both today’s and tomorrow’s threats - replacing vulnerable algorithms with quantum-secure, ephemeral encryption
Our Services
All Solutions That Take Your Organization to Quantum
Level Security
Features
Ephemeral Key Generation via
PUFs (Physical Unclonable Functions)
Unclonable, Zero-Stored Authentication
Insider-Proof & Session-Hijack-Resistant
Hardware-Level Entropy + Signal Obfuscation
Features
Ephemeral Key Generation via
PUFs (Physical Unclonable Functions)
Unclonable, Zero-Stored Authentication
Insider-Proof & Session-Hijack-Resistant
Hardware-Level Entropy + Signal Obfuscation
Hardware-Based Token Encryption
A hardware-based security token that generates ephemeral cryptographic keys using physical entropy - never storing any secrets. It enables zero-knowledge authentication without passwords, biometrics, or persistent credentials.Every session is uniquely secured, immune to insider access, session hijacking, and quantum decryption.The token transforms identity and encryption into a stateless, unstealable, future-proof architecture.
Zero-Knowledge Biometric Authentication
A breakthrough solution that redefines secure identity verification by eliminating stored biometric credentials and ensuring no encryption keys are ever reused. Designed for maximum privacy and resilience, it integrates deepfake detection, liveliness testing, and MFA support — all powered by real-time analysis of 468 facial landmarks. This ensures ultra-secure authentication without compromising user privacy or exposing sensitive data.
A breakthrough solution that redefines secure identity verification by eliminating stored biometric credentials and ensuring no encryption keys are ever reused. Designed for maximum privacy and resilience, it integrates deepfake detection, liveliness testing, and MFA support, all powered by real-time analysis of 468 facial landmarks. This ensures ultra-secure authentication without compromising user privacy or exposing sensitive data.
Deepfake Resilience & Liveliness Test
Deepfake Resilience & Liveliness Test
Offline Encryption Systems
Offline Encryption Systems
Offline Encryption System by Crygma delivers uncompromising security in environments where digital traces and cloud dependencies are unacceptable. Designed for air-gapped communication, it uses keyless technology, multi-signature, and multi-layer encryption - ensuring that no encryption keys are ever stored or reused.With built-in support for quantum-resistant algorithms, the system empowers organizations to encrypt and transmit sensitive data offline, whether through QR codes or real-time disaster recovery deployments.
Serverless Communication Network
Crygma’s Serverless Private Communication Network revolutionizes secure communication by removing the weakest links - servers, stored data, and even stored encryption keys. It supports all communication types (voice, video, text, and file transfer), while ensuring zero data and zero encryption keys are ever stored at any point in the transmission lifecycle.
Use Cases
See How Our Solutions Transforms Industries
Secure Drone & Satellite Command, Navigation & Communication
Crygma secures drone and satellites operations with hardware-based authentication, jamming resistance through true entropy frequency hopping, and zero stored encryption keys. Communications are protected by real-time noise injection and post-quantum encryption. Drones operate autonomously without relying on any central infrastructure, using on-device zero-knowledge command verification.
Impact :
Immunity to Signal Interception & Spoofing
Resilience Against Jamming
Quantum-Resilient Live Feeds
45% Noise Level Resistance
Eliminating Card Fraud Without Changing the Card
tackled the global surge in payment card fraud by embedding quantum-secure, hardware-based encryption directly into existing ECC-enabled cards. With no stored credentials, real-time authentication, and user-controlled key updates, fraud is blocked at the root — without changing cardholder experience or issuer workflows.
Impact :
0% Credential Theft – No data or keys stored
100% Cloning Protection – Chip-level challenge-response
Seamless Issuer Integration – No infrastructure changes
Quantum-Resilient for Future Threats
Quantum Safe Crypto Exchange
We can bring crypto exchanges into the quantum-secure era by transforming them into Quantum-Safe Exchanges - leveraging advanced hardware-based entropy, zero-knowledge authentication, and post-quantum cryptography. This approach eliminates stored private keys and session tokens, making wallets, logins, and transactions unhackable by design - even against future quantum threats.
Impact :
Eliminates Private Key Theft
Stops Session Hijacking & Insider Abuse
Passwordless, Zero-Knowledge Security
Future-Proof Against Quantum Attacks
Biometric Payments
Our Zero-Knowledge Biometric Authentication enables secure, passwordless biometric payments without ever storing biometric data. By analyzing 468 facial landmarks in real time and using ephemeral encryption, it ensures that authentication is accurate, private, and resistant to both AI deepfakes and quantum threats - making biometric payments not only seamless, but also unbreakable by design.
Impact :
No Stored Biometric Data
Deepfake & Spoofing Protection
Unclonable, On-Demand Encryption
Quantum-Safe, Passwordless Transactions
SCADA & Industrial IoT Protection
Crygma secures SCADA systems and Industrial IoT infrastructure with quantum-resilient, hardware-based encryption that requires no stored credentials or centralized key management. By leveraging real-time, zero-knowledge authentication and physically unclonable functions (PUFs), the system ensures that commands, sensors, and device communications are verified locally — making industrial operations immune to spoofing, hijacking, and remote compromise.
Impact :
Eliminates credential theft risks across ICS, PLCs, and connected endpoints.
All data and commands are cryptographically verified at the edge — no need for trust in external servers.
Prevents tampering and insider threats by binding each device to its unique hardware fingerprint.
Ensures that even nation-state level threats using future quantum systems cannot compromise operations.
Secure Tactical & Government Communication
Each communication session is secured with a unique, on-demand encryption key that vanishes after use, leaving no keys or metadata behind. Even in disconnected or hostile environments, authentication occurs locally with no stored credentials to steal or spoof. This ensures resilient, untraceable communication immune to interception, deepfakes, or insider compromise.
Impact :
Communication sessions are immune to interception, spoofing, and MITM with zero stored keys or metadata.
Operates fully offline, securing communication in disconnected or hostile environments without infrastructure.
Eliminates insider threats by using real-time authentication with no stored credentials or secrets.
Future-proofed with quantum-resilient encryption that blocks AI and quantum decryption attempts.
Payment Systems & ATM Protection
Each transaction uses a one-time, hardware-generated key that disappears after use, making skimming, replay, or cloning impossible. No sensitive data is stored on the card or terminal, blocking credential theft and physical tampering. Authentication is instant and local, preventing fraud even in offline or compromised environments. The system resists quantum and AI attacks, ensuring long-term security for all payment operations.
Impact :
Skimming, cloning, and replay attacks are blocked with one-time, hardware-generated encryption per transaction.
No stored credentials on card or terminal eliminate data theft and physical tampering risks.
Works offline with instant local authentication, ensuring resilience in disconnected environments.
Resistant to AI and quantum attacks, future-proofing payment infrastructure against emerging threats.
Access Managment
Access is granted using real-time, device-specific authentication with no stored passwords or biometric data. Each session generates a unique, ephemeral key that self-destructs, leaving no trace for attackers to exploit. Authentication can combine facial expression, liveness, and challenge-response for unmatched accuracy. Even if devices are stolen or cloned, access cannot be replicated without the live, verified user.
Impact :
Prevents credential theft and insider abuse with zero stored passwords or biometrics.
Stops impersonation, spoofing, and deepfakes using live expression and device-bound verification.
Enables secure access even without internet or central servers.
Ensures that stolen or cloned devices can’t bypass authentication without the real
Secure Drone & Satellite Command, Navigation & Communication
Crygma secures drone and satellites operations with hardware-based authentication, jamming resistance through true entropy frequency hopping, and zero stored encryption keys. Communications are protected by real-time noise injection and post-quantum encryption. Drones operate autonomously without relying on any central infrastructure, using on-device zero-knowledge command verification.
Impact :
Immunity to Signal Interception & Spoofing
Resilience Against Jamming
Quantum-Resilient Live Feeds
45% Noise Level Resistance
Eliminating Card Fraud Without Changing the Card
tackled the global surge in payment card fraud by embedding quantum-secure, hardware-based encryption directly into existing ECC-enabled cards. With no stored credentials, real-time authentication, and user-controlled key updates, fraud is blocked at the root — without changing cardholder experience or issuer workflows.
Impact :
0% Credential Theft – No data or keys stored
100% Cloning Protection – Chip-level challenge-response
Seamless Issuer Integration – No infrastructure changes
Quantum-Resilient for Future Threats
Quantum Safe Crypto Exchange
We can bring crypto exchanges into the quantum-secure era by transforming them into Quantum-Safe Exchanges - leveraging advanced hardware-based entropy, zero-knowledge authentication, and post-quantum cryptography. This approach eliminates stored private keys and session tokens, making wallets, logins, and transactions unhackable by design - even against future quantum threats.
Impact :
Eliminates Private Key Theft
Stops Session Hijacking & Insider Abuse
Passwordless, Zero-Knowledge Security
Future-Proof Against Quantum Attacks
Biometric Payments
Our Zero-Knowledge Biometric Authentication enables secure, passwordless biometric payments without ever storing biometric data. By analyzing 468 facial landmarks in real time and using ephemeral encryption, it ensures that authentication is accurate, private, and resistant to both AI deepfakes and quantum threats - making biometric payments not only seamless, but also unbreakable by design.
Impact :
No Stored Biometric Data
Deepfake & Spoofing Protection
Unclonable, On-Demand Encryption
Quantum-Safe, Passwordless Transactions
SCADA & Industrial IoT Protection
Crygma secures SCADA systems and Industrial IoT infrastructure with quantum-resilient, hardware-based encryption that requires no stored credentials or centralized key management. By leveraging real-time, zero-knowledge authentication and physically unclonable functions (PUFs), the system ensures that commands, sensors, and device communications are verified locally — making industrial operations immune to spoofing, hijacking, and remote compromise.
Impact :
Eliminates credential theft risks across ICS, PLCs, and connected endpoints.
All data and commands are cryptographically verified at the edge — no need for trust in external servers.
Prevents tampering and insider threats by binding each device to its unique hardware fingerprint.
Ensures that even nation-state level threats using future quantum systems cannot compromise operations.
Secure Tactical & Government Communication
Each communication session is secured with a unique, on-demand encryption key that vanishes after use, leaving no keys or metadata behind. Even in disconnected or hostile environments, authentication occurs locally with no stored credentials to steal or spoof. This ensures resilient, untraceable communication immune to interception, deepfakes, or insider compromise.
Impact :
Communication sessions are immune to interception, spoofing, and MITM with zero stored keys or metadata.
Operates fully offline, securing communication in disconnected or hostile environments without infrastructure.
Eliminates insider threats by using real-time authentication with no stored credentials or secrets.
Future-proofed with quantum-resilient encryption that blocks AI and quantum decryption attempts.
Payment Systems & ATM Protection
Each transaction uses a one-time, hardware-generated key that disappears after use, making skimming, replay, or cloning impossible. No sensitive data is stored on the card or terminal, blocking credential theft and physical tampering. Authentication is instant and local, preventing fraud even in offline or compromised environments. The system resists quantum and AI attacks, ensuring long-term security for all payment operations.
Impact :
Skimming, cloning, and replay attacks are blocked with one-time, hardware-generated encryption per transaction.
No stored credentials on card or terminal eliminate data theft and physical tampering risks.
Works offline with instant local authentication, ensuring resilience in disconnected environments.
Resistant to AI and quantum attacks, future-proofing payment infrastructure against emerging threats.
Access Managment
Access is granted using real-time, device-specific authentication with no stored passwords or biometric data. Each session generates a unique, ephemeral key that self-destructs, leaving no trace for attackers to exploit. Authentication can combine facial expression, liveness, and challenge-response for unmatched accuracy. Even if devices are stolen or cloned, access cannot be replicated without the live, verified user.
Impact :
Prevents credential theft and insider abuse with zero stored passwords or biometrics.
Stops impersonation, spoofing, and deepfakes using live expression and device-bound verification.
Enables secure access even without internet or central servers.
Ensures that stolen or cloned devices can’t bypass authentication without the real
Secure Drone & Satellite Command, Navigation & Communication
Crygma secures drone and satellites operations with hardware-based authentication, jamming resistance through true entropy frequency hopping, and zero stored encryption keys. Communications are protected by real-time noise injection and post-quantum encryption. Drones operate autonomously without relying on any central infrastructure, using on-device zero-knowledge command verification.
Impact :
Immunity to Signal Interception & Spoofing
Resilience Against Jamming
Quantum-Resilient Live Feeds
45% Noise Level Resistance
Eliminating Card Fraud Without Changing the Card
tackled the global surge in payment card fraud by embedding quantum-secure, hardware-based encryption directly into existing ECC-enabled cards. With no stored credentials, real-time authentication, and user-controlled key updates, fraud is blocked at the root — without changing cardholder experience or issuer workflows.
Impact :
0% Credential Theft – No data or keys stored
100% Cloning Protection – Chip-level challenge-response
Seamless Issuer Integration – No infrastructure changes
Quantum-Resilient for Future Threats
Quantum Safe Crypto Exchange
We can bring crypto exchanges into the quantum-secure era by transforming them into Quantum-Safe Exchanges - leveraging advanced hardware-based entropy, zero-knowledge authentication, and post-quantum cryptography. This approach eliminates stored private keys and session tokens, making wallets, logins, and transactions unhackable by design - even against future quantum threats.
Impact :
Eliminates Private Key Theft
Stops Session Hijacking & Insider Abuse
Passwordless, Zero-Knowledge Security
Future-Proof Against Quantum Attacks
Biometric Payments
Our Zero-Knowledge Biometric Authentication enables secure, passwordless biometric payments without ever storing biometric data. By analyzing 468 facial landmarks in real time and using ephemeral encryption, it ensures that authentication is accurate, private, and resistant to both AI deepfakes and quantum threats - making biometric payments not only seamless, but also unbreakable by design.
Impact :
No Stored Biometric Data
Deepfake & Spoofing Protection
Unclonable, On-Demand Encryption
Quantum-Safe, Passwordless Transactions
SCADA & Industrial IoT Protection
Crygma secures SCADA systems and Industrial IoT infrastructure with quantum-resilient, hardware-based encryption that requires no stored credentials or centralized key management. By leveraging real-time, zero-knowledge authentication and physically unclonable functions (PUFs), the system ensures that commands, sensors, and device communications are verified locally — making industrial operations immune to spoofing, hijacking, and remote compromise.
Impact :
Eliminates credential theft risks across ICS, PLCs, and connected endpoints.
All data and commands are cryptographically verified at the edge — no need for trust in external servers.
Prevents tampering and insider threats by binding each device to its unique hardware fingerprint.
Ensures that even nation-state level threats using future quantum systems cannot compromise operations.
Secure Tactical & Government Communication
Each communication session is secured with a unique, on-demand encryption key that vanishes after use, leaving no keys or metadata behind. Even in disconnected or hostile environments, authentication occurs locally with no stored credentials to steal or spoof. This ensures resilient, untraceable communication immune to interception, deepfakes, or insider compromise.
Impact :
Communication sessions are immune to interception, spoofing, and MITM with zero stored keys or metadata.
Operates fully offline, securing communication in disconnected or hostile environments without infrastructure.
Eliminates insider threats by using real-time authentication with no stored credentials or secrets.
Future-proofed with quantum-resilient encryption that blocks AI and quantum decryption attempts.
Payment Systems & ATM Protection
Each transaction uses a one-time, hardware-generated key that disappears after use, making skimming, replay, or cloning impossible. No sensitive data is stored on the card or terminal, blocking credential theft and physical tampering. Authentication is instant and local, preventing fraud even in offline or compromised environments. The system resists quantum and AI attacks, ensuring long-term security for all payment operations.
Impact :
Skimming, cloning, and replay attacks are blocked with one-time, hardware-generated encryption per transaction.
No stored credentials on card or terminal eliminate data theft and physical tampering risks.
Works offline with instant local authentication, ensuring resilience in disconnected environments.
Resistant to AI and quantum attacks, future-proofing payment infrastructure against emerging threats.
Access Managment
Access is granted using real-time, device-specific authentication with no stored passwords or biometric data. Each session generates a unique, ephemeral key that self-destructs, leaving no trace for attackers to exploit. Authentication can combine facial expression, liveness, and challenge-response for unmatched accuracy. Even if devices are stolen or cloned, access cannot be replicated without the live, verified user.
Impact :
Prevents credential theft and insider abuse with zero stored passwords or biometrics.
Stops impersonation, spoofing, and deepfakes using live expression and device-bound verification.
Enables secure access even without internet or central servers.
Ensures that stolen or cloned devices can’t bypass authentication without the real
Secure Drone & Satellite Command, Navigation & Communication
Crygma secures drone and satellites operations with hardware-based authentication, jamming resistance through true entropy frequency hopping, and zero stored encryption keys. Communications are protected by real-time noise injection and post-quantum encryption. Drones operate autonomously without relying on any central infrastructure, using on-device zero-knowledge command verification.
Impact :
Immunity to Signal Interception & Spoofing
Resilience Against Jamming
Quantum-Resilient Live Feeds
45% Noise Level Resistance
Eliminating Card Fraud Without Changing the Card
tackled the global surge in payment card fraud by embedding quantum-secure, hardware-based encryption directly into existing ECC-enabled cards. With no stored credentials, real-time authentication, and user-controlled key updates, fraud is blocked at the root — without changing cardholder experience or issuer workflows.
Impact :
0% Credential Theft – No data or keys stored
100% Cloning Protection – Chip-level challenge-response
Seamless Issuer Integration – No infrastructure changes
Quantum-Resilient for Future Threats
Quantum Safe Crypto Exchange
We can bring crypto exchanges into the quantum-secure era by transforming them into Quantum-Safe Exchanges - leveraging advanced hardware-based entropy, zero-knowledge authentication, and post-quantum cryptography. This approach eliminates stored private keys and session tokens, making wallets, logins, and transactions unhackable by design - even against future quantum threats.
Impact :
Eliminates Private Key Theft
Stops Session Hijacking & Insider Abuse
Passwordless, Zero-Knowledge Security
Future-Proof Against Quantum Attacks
Biometric Payments
Our Zero-Knowledge Biometric Authentication enables secure, passwordless biometric payments without ever storing biometric data. By analyzing 468 facial landmarks in real time and using ephemeral encryption, it ensures that authentication is accurate, private, and resistant to both AI deepfakes and quantum threats - making biometric payments not only seamless, but also unbreakable by design.
Impact :
No Stored Biometric Data
Deepfake & Spoofing Protection
Unclonable, On-Demand Encryption
Quantum-Safe, Passwordless Transactions
SCADA & Industrial IoT Protection
Crygma secures SCADA systems and Industrial IoT infrastructure with quantum-resilient, hardware-based encryption that requires no stored credentials or centralized key management. By leveraging real-time, zero-knowledge authentication and physically unclonable functions (PUFs), the system ensures that commands, sensors, and device communications are verified locally — making industrial operations immune to spoofing, hijacking, and remote compromise.
Impact :
Eliminates credential theft risks across ICS, PLCs, and connected endpoints.
All data and commands are cryptographically verified at the edge — no need for trust in external servers.
Prevents tampering and insider threats by binding each device to its unique hardware fingerprint.
Ensures that even nation-state level threats using future quantum systems cannot compromise operations.
Secure Tactical & Government Communication
Each communication session is secured with a unique, on-demand encryption key that vanishes after use, leaving no keys or metadata behind. Even in disconnected or hostile environments, authentication occurs locally with no stored credentials to steal or spoof. This ensures resilient, untraceable communication immune to interception, deepfakes, or insider compromise.
Impact :
Communication sessions are immune to interception, spoofing, and MITM with zero stored keys or metadata.
Operates fully offline, securing communication in disconnected or hostile environments without infrastructure.
Eliminates insider threats by using real-time authentication with no stored credentials or secrets.
Future-proofed with quantum-resilient encryption that blocks AI and quantum decryption attempts.
Payment Systems & ATM Protection
Each transaction uses a one-time, hardware-generated key that disappears after use, making skimming, replay, or cloning impossible. No sensitive data is stored on the card or terminal, blocking credential theft and physical tampering. Authentication is instant and local, preventing fraud even in offline or compromised environments. The system resists quantum and AI attacks, ensuring long-term security for all payment operations.
Impact :
Skimming, cloning, and replay attacks are blocked with one-time, hardware-generated encryption per transaction.
No stored credentials on card or terminal eliminate data theft and physical tampering risks.
Works offline with instant local authentication, ensuring resilience in disconnected environments.
Resistant to AI and quantum attacks, future-proofing payment infrastructure against emerging threats.
Access Managment
Access is granted using real-time, device-specific authentication with no stored passwords or biometric data. Each session generates a unique, ephemeral key that self-destructs, leaving no trace for attackers to exploit. Authentication can combine facial expression, liveness, and challenge-response for unmatched accuracy. Even if devices are stolen or cloned, access cannot be replicated without the live, verified user.
Impact :
Prevents credential theft and insider abuse with zero stored passwords or biometrics.
Stops impersonation, spoofing, and deepfakes using live expression and device-bound verification.
Enables secure access even without internet or central servers.
Ensures that stolen or cloned devices can’t bypass authentication without the real
DRAG TO EXPLORE
DRAG TO EXPLORE
Secure Drone & Satellite Command, Navigation & Communication
Crygma secures drone and satellites operations with hardware-based authentication, jamming resistance through true entropy frequency hopping, and zero stored encryption keys. Communications are protected by real-time noise injection and post-quantum encryption. Drones operate autonomously without relying on any central infrastructure, using on-device zero-knowledge command verification.
Impact :
Immunity to Signal Interception & Spoofing
Resilience Against Jamming
Quantum-Resilient Live Feeds
45% Noise Level Resistance
Secure Drone & Satellite Command, Navigation & Communication
Crygma secures drone and satellites operations with hardware-based authentication, jamming resistance through true entropy frequency hopping, and zero stored encryption keys. Communications are protected by real-time noise injection and post-quantum encryption. Drones operate autonomously without relying on any central infrastructure, using on-device zero-knowledge command verification.
Impact :
Immunity to Signal Interception & Spoofing
Resilience Against Jamming
Quantum-Resilient Live Feeds
45% Noise Level Resistance
Eliminating Card Fraud Without Changing the Card
tackled the global surge in payment card fraud by embedding quantum-secure, hardware-based encryption directly into existing ECC-enabled cards. With no stored credentials, real-time authentication, and user-controlled key updates, fraud is blocked at the root — without changing cardholder experience or issuer workflows.
Impact :
0% Credential Theft – No data or keys stored
100% Cloning Protection – Chip-level challenge-response
Seamless Issuer Integration – No infrastructure changes
Quantum-Resilient for Future Threats
Eliminating Card Fraud Without Changing the Card
tackled the global surge in payment card fraud by embedding quantum-secure, hardware-based encryption directly into existing ECC-enabled cards. With no stored credentials, real-time authentication, and user-controlled key updates, fraud is blocked at the root — without changing cardholder experience or issuer workflows.
Impact :
0% Credential Theft – No data or keys stored
100% Cloning Protection – Chip-level challenge-response
Seamless Issuer Integration – No infrastructure changes
Quantum-Resilient for Future Threats
Biometric Payments
Our Zero-Knowledge Biometric Authentication enables secure, passwordless biometric payments without ever storing biometric data. By analyzing 468 facial landmarks in real time and using ephemeral encryption, it ensures that authentication is accurate, private, and resistant to both AI deepfakes and quantum threats - making biometric payments not only seamless, but also unbreakable by design.
Impact :
No Stored Biometric Data
Deepfake & Spoofing Protection
Unclonable, On-Demand Encryption
Quantum-Safe, Passwordless Transactions
Biometric Payments
Our Zero-Knowledge Biometric Authentication enables secure, passwordless biometric payments without ever storing biometric data. By analyzing 468 facial landmarks in real time and using ephemeral encryption, it ensures that authentication is accurate, private, and resistant to both AI deepfakes and quantum threats - making biometric payments not only seamless, but also unbreakable by design.
Impact :
No Stored Biometric Data
Deepfake & Spoofing Protection
Unclonable, On-Demand Encryption
Quantum-Safe, Passwordless Transactions
Secure Tactical & Government Communication
Each communication session is secured with a unique, on-demand encryption key that vanishes after use, leaving no keys or metadata behind. Even in disconnected or hostile environments, authentication occurs locally with no stored credentials to steal or spoof. This ensures resilient, untraceable communication immune to interception, deepfakes, or insider compromise.
Impact :
Communication sessions are immune to interception, spoofing, and MITM with zero stored keys or metadata.
Operates fully offline, securing communication in disconnected or hostile environments without infrastructure.
Eliminates insider threats by using real-time authentication with no stored credentials or secrets.
Future-proofed with quantum-resilient encryption that blocks AI and quantum decryption attempts.
Secure Tactical & Government Communication
Each communication session is secured with a unique, on-demand encryption key that vanishes after use, leaving no keys or metadata behind. Even in disconnected or hostile environments, authentication occurs locally with no stored credentials to steal or spoof. This ensures resilient, untraceable communication immune to interception, deepfakes, or insider compromise.
Impact :
Communication sessions are immune to interception, spoofing, and MITM with zero stored keys or metadata.
Operates fully offline, securing communication in disconnected or hostile environments without infrastructure.
Eliminates insider threats by using real-time authentication with no stored credentials or secrets.
Future-proofed with quantum-resilient encryption that blocks AI and quantum decryption attempts.
WhitePaper
WhitePaper
Discover more use cases
Weak Points
The Key Weak Points We Solve
We solve both today’s and tomorrow’s threats - replacing vulnerable algorithms with quantum-secure, ephemeral encryption.
Stored Encryption Keys (Centralized Key Managment)
Our solutions eliminate stored encryption keys by generating unique, ephemeral keys on demand using hardware-based entropy. No keys are ever stored, rotated, or reused — removing the risks of centralized key management entirely. This architecture is quantum-secure, insider-proof, and requires zero infrastructure change.
Stored Encryption Keys (Centralized Key Managment)
Our solutions eliminate stored encryption keys by generating unique, ephemeral keys on demand using hardware-based entropy. No keys are ever stored, rotated, or reused — removing the risks of centralized key management entirely. This architecture is quantum-secure, insider-proof, and requires zero infrastructure change.
Stored Encryption Keys (Centralized Key Managment)
Our solutions eliminate stored encryption keys by generating unique, ephemeral keys on demand using hardware-based entropy. No keys are ever stored, rotated, or reused — removing the risks of centralized key management entirely. This architecture is quantum-secure, insider-proof, and requires zero infrastructure change.
Static Credentials & Reuse
Our solutions eliminate static credentials by using hardware-based PUFs that generate one-time cryptographic responses per session. No passwords, tokens, or biometrics are ever reused - each interaction is dynamically authenticated via Zero-Knowledge Proofs. This prevents replay attacks, credential theft, and ensures quantum-resilient, non-replicable access.
Static Credentials & Reuse
Our solutions eliminate static credentials by using hardware-based PUFs that generate one-time cryptographic responses per session. No passwords, tokens, or biometrics are ever reused - each interaction is dynamically authenticated via Zero-Knowledge Proofs. This prevents replay attacks, credential theft, and ensures quantum-resilient, non-replicable access.
Static Credentials & Reuse
Our solutions eliminate static credentials by using hardware-based PUFs that generate one-time cryptographic responses per session. No passwords, tokens, or biometrics are ever reused - each interaction is dynamically authenticated via Zero-Knowledge Proofs. This prevents replay attacks, credential theft, and ensures quantum-resilient, non-replicable access.
Predictable Encryption Infrastructure
Our solutions break predictable encryption by generating keys on demand using unpredictable hardware entropy from SRAM/ReRAM PUFs. No pre-shared keys, no static ciphers - each session is secured with a unique, ephemeral cryptographic signature. This eliminates timing-based attacks, key rotation risks, and future quantum decryption threats.
Predictable Encryption Infrastructure
Our solutions break predictable encryption by generating keys on demand using unpredictable hardware entropy from SRAM/ReRAM PUFs. No pre-shared keys, no static ciphers - each session is secured with a unique, ephemeral cryptographic signature. This eliminates timing-based attacks, key rotation risks, and future quantum decryption threats.
Predictable Encryption Infrastructure
Our solutions break predictable encryption by generating keys on demand using unpredictable hardware entropy from SRAM/ReRAM PUFs. No pre-shared keys, no static ciphers - each session is secured with a unique, ephemeral cryptographic signature. This eliminates timing-based attacks, key rotation risks, and future quantum decryption threats.
Device/Session Hijacking and Side-Channel Attacks
We prevent device/session hijacking and side-channel attacks by never storing keys or credentials in memory - they’re generated ephemerally. Authentication uses Zero-Knowledge Proofs and hardware-isolated entropy, leaving no exploitable trace or attack surface. There’s no session token to steal, no memory footprint to scan, and no key reuse to intercept.
Device/Session Hijacking and Side-Channel Attacks
We prevent device/session hijacking and side-channel attacks by never storing keys or credentials in memory - they’re generated ephemerally. Authentication uses Zero-Knowledge Proofs and hardware-isolated entropy, leaving no exploitable trace or attack surface. There’s no session token to steal, no memory footprint to scan, and no key reuse to intercept.
Device/Session Hijacking and Side-Channel Attacks
We prevent device/session hijacking and side-channel attacks by never storing keys or credentials in memory - they’re generated ephemerally. Authentication uses Zero-Knowledge Proofs and hardware-isolated entropy, leaving no exploitable trace or attack surface. There’s no session token to steal, no memory footprint to scan, and no key reuse to intercept.
Man-in-the-Middle (MITM) & Metadata Leakage
We neutralize MITM attacks by using on-demand keys generated from hardware entropy - no static keys or shared secrets to intercept. Our system avoids traditional handshakes, making sessions invisible and immune to interception or impersonation. Metadata is never exposed, ensuring private, untraceable communication every time.
Man-in-the-Middle (MITM) & Metadata Leakage
We neutralize MITM attacks by using on-demand keys generated from hardware entropy - no static keys or shared secrets to intercept. Our system avoids traditional handshakes, making sessions invisible and immune to interception or impersonation. Metadata is never exposed, ensuring private, untraceable communication every time.
Man-in-the-Middle (MITM) & Metadata Leakage
We neutralize MITM attacks by using on-demand keys generated from hardware entropy - no static keys or shared secrets to intercept. Our system avoids traditional handshakes, making sessions invisible and immune to interception or impersonation. Metadata is never exposed, ensuring private, untraceable communication every time.
DRM & Content Leakage
We prevent content leakage by binding each decryption session to a unique device, biometric expression, and hardware entropy. No static licenses or reusable keys — every access request is one-time, unverifiable, and tamper-resistant. Even screen recording or cloning won’t work, as content becomes unreadable outside its authorized context.
DRM & Content Leakage
We prevent content leakage by binding each decryption session to a unique device, biometric expression, and hardware entropy. No static licenses or reusable keys — every access request is one-time, unverifiable, and tamper-resistant. Even screen recording or cloning won’t work, as content becomes unreadable outside its authorized context.
DRM & Content Leakage
We prevent content leakage by binding each decryption session to a unique device, biometric expression, and hardware entropy. No static licenses or reusable keys — every access request is one-time, unverifiable, and tamper-resistant. Even screen recording or cloning won’t work, as content becomes unreadable outside its authorized context.
Prepare for Quantum Era
Why Move To Quantum Security Already Today?
Governments, militaries, financial institutions, and critical infrastructure operators must adopt quantum security now to protect long-term sensitive data from future decryption
“Harvest Now, Decrypt Later”
Adversaries are intercepting and storing encrypted data today, planning to decrypt it once quantum computers mature. Sensitive information - military, medical, legal - could be exposed retroactively.
Future-Proofing Sensitive Long-Lived Data
Contracts, defense blueprints, biometric records, and personal health data often need protection for decades. If it’s still relevant in 10+ years, it needs quantum-safe encryption now.
The Illusion of “One Day” Is the Real Risk
Q-Day won’t send an alert. If you wait for it to arrive, your data is already gone. The threat isn’t tomorrow — it’s the data being stolen today and decrypted later.
Q-Day won’t send an alert. If you wait for it to arrive, your data is already gone. The threat isn’t tomorrow - it’s the data being stolen today and decrypted later.
Migration Takes Time - You Won’t Be Ready Overnight
Quantum-safe upgrades involve infrastructure, hardware, compliance, and key management. If you wait, you won’t have time to deploy in time.
Quantum-safe upgrades involve infrastructure, hardware, compliance, and key management. If you wait, you won’t have time to deploy in time.