en

        

PINE

Products / Post Quantum Cryptography / PINE

PINE Image

PINE is a state-of-the-art FPGA based IP network encryption equipment supporting post-quantum NIST FIPS-203 ML-KEM standard compliant key generation mechanism along with quantum-safe symmetric encryption (AES 256 GCM) of Ethernet frame (L2) and IP packet (L3) payload data at 1 Gbps encryption throughput rate. Enhanced IPSEC framework supports establishment of multiple security associations between two or more peer PINE encryptors in a point-to-multipoint network topology. View Product Video

Crypto Features • Hybrid NIST FIPS-203 ML-KEM and Static Keys based encryption key generation • AES-256 GCM Symmetric Encryption • Side Channel Leakage resistant crypto IP Cores • In-built NIST SP 800-90B compliant TRNG • Red-Black Encryption Separation Networking Features • Enhanced IPSEC ESP tunnel encapsulation • Point-to-Multipoint Network Topology Support • 1 Gbps encryption throughput • Ethernet frame (L2) and IP Packet (L3) Payload Encryption • In-band post-quantum FIPS-203 ML-KEM key generation Security Features • Rugged conduction cooled enclosure • Active tamper monitoring with battery backup • Field replaceable Lithium battery • Circular pin connectors with custom cables for security • Emergency Erasure Switch • Multi-factor authentication based user identification System Features • FPGA based design for high throughput and low latency • Touch screen based on-board system GUI • SNMPv3 based NMS Support • Tabletop & 19” telecom rack compatible equipment • Hot-standby power supplies (AC & DC), 200 W (Typical) • 5U (EIA), 8.75” H X 19” W X 23” D, Weight < 25 Kg

Crypto Features • Hybrid NIST FIPS-203 ML-KEM and Static Keys based encryption key generation • AES-256 GCM Symmetric Encryption • Side Channel Leakage resistant crypto IP Cores • In-built NIST SP 800-90B compliant TRNG • Red-Black Encryption Separation Networking Features • Enhanced IPSEC ESP tunnel encapsulation • Point-to-Multipoint Network Topology Support • 1 Gbps encryption throughput • Ethernet frame (L2) and IP Packet (L3) Payload Encryption • In-band post-quantum FIPS-203 ML-KEM key generation Security Features • Rugged conduction cooled enclosure • Active tamper monitoring with battery backup • Field replaceable Lithium battery • Circular pin connectors with custom cables for security • Emergency Erasure Switch • Multi-factor authentication based user identification System Features • FPGA based design for high throughput and low latency • Touch screen based on-board system GUI • SNMPv3 based NMS Support • Tabletop & 19” telecom rack compatible equipment • Hot-standby power supplies (AC & DC), 200 W (Typical) • 5U (EIA), 8.75” H X 19” W X 23” D, Weight < 25 Kg

Interfaces • Plain Text Ports: Two 10/100/1000 Base-T interfaces and Two 1G/10G Single Mode Duplex LC Connector • Cipher Text Ports: Two 10/100/1000 Base-T interfaces and Two 1G/10G Single Mode Duplex LC Connector • One USB 2.0 (Device Mode) port for Fill Gun • One USB 2.0 (OTG) port for Algorithm Loading Device (ALD) • One USB 3.0 port for Software loading (SLP) • One RS232 serial interface • One USB-UART Console Interface • QKD interface (1 G Ethernet MACsec – Copper & Optical-OM3) • NMS interface (1 G Ethernet MACsec – Copper & Optical-OM3) • GUI Interface (1 G Copper) Dimension • 5U (EIA) 8.75” H X 19” W X 23” D Power Supply • DC Ports : 18-75 VDC (Two) • AC Ports : 90-275 VAC (Two) 50-60 Hz • All power supplies are in hot standby mode (220V AC to 24V DC adaptor shall be provided for DC ports) Cooling/Thermal • Conduction cooled fan less system Battery • Two external battery ports for RTC and Tamper • Li-SOCl2 Type D 3.6 V Primary Cell (Two) Power Consumption • Power consumption 200 Watts (Typical) LED Indications • For encryption • For power • System Alarm • Emergency Erasure • Tamper User Interface • CLI /On-board Touch GUI/Web GUI Emergency Erasure • Keylock switch based emergency erasure (Two keys) System Destruction • Keylock switch based system destruction (Two keys) Security Token • Crypto Ignition Key (CIK) token