AES-256-GCM > ACTIVE IPSec // TUNNEL SECURE DDoS SHIELD // ON
P4S SOFTLESS · Zero Software Attack Surface

Secure by Design. Secure by Default.

Eliminating software-level vulnerabilities with hardware-driven, SOFTLESS network security solutions for critical industrial infrastructures.

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<3μs
AES-256 Latency
0%
SW Attack Surface
100%
Bandwidth Preserved
1
Gbps
<3μs
Encryption Latency
ZERO
Software Flaws
SF-106 CYBER CONTROLLER // APEX REV.4
FPGA Core
FW
Crypto
AES
DDoS
MIT
Router
RTR
Monitor
TAP
Health
HLT
1
Gbps
1.1μs
Latency
0
SW Flaws
<3μsAES-256 Encryption Latency
100%Bandwidth Preserved
ZEROSoftware Attack Surface
68%Cyberattacks Are Ransomware
9×Real-Time Independent Firewalls (SF-106-8)
15yr+FPGA R&D Behind P4S Technology
<3μsAES-256 Encryption Latency
100%Bandwidth Preserved
ZEROSoftware Attack Surface
68%Cyberattacks Are Ransomware
9×Real-Time Independent Firewalls (SF-106-8)
15yr+FPGA R&D Behind P4S Technology
LIVE SIMULATION
P4S SOFTLESS™ FPGA ACTIVE

P4S Hardware
Command Center

Watch the P4S FPGA block live attacks in microseconds — then race AES-256 encryption against software firewalls. No OS. No drivers. Pure silicon logic.

✓AES-256-GCM-16
✓<3μs Block Latency
✓100% Detection Rate
✓Zero Software Layer
CIPHERWALL — MONITORING ALL PORTS
0
Blocked
—
μs/Block
100%
Block Rate
FPGA · P4S SOFTLESS
AES-256 · 9×FW · 18 Gbps
REDUNDANT PSU
FPGA SHIELD
9
FW Engines
18G
Capacity
ATTACK SOURCES
PROTECTED NETWORK
— HARDWARE FIREWALL LOG — SF-106-8 · 9 PORTS —
FPGA · AES-256 · <3μs · ZERO SOFTWARE
AES-256-GCM-16 RACE — READY
0 races run
64-byte packet · AES-256-GCM-16 · IPSec · Same Payload
P4S FPGA
SF-106-2 CipherWall
<3μs
VS
SOFTWARE FW
Linux kernel + OpenSSL
~3000μs
FeatureP4S FPGASoftware FW
Encryption Latency<3μs~3000μs
Software Attack SurfaceZEROOS + Stack
Zero-Day VulnerabilityImmuneExposed
Available Bandwidth100%−15%+ loss
Max Power Draw1W50–200W
— AES-256-GCM-16 RACE LOG —
1000× FASTER · SILICON · IMMUTABLE
0
Attacks Blocked
100%
Block Rate
<3μs
Encrypt Latency
1000×
Faster Than Software
Core Technology

The SOFTLESS
Innovation Stack

Three layers of hardware-native engineering eliminate every software vulnerability vector. Security logic wired directly into silicon — not installed, not patched, not exploited.

01
Step 01 · VHDL Logic
Ethernet Standards in
Wired Logic
Cybersecurity algorithms are written directly in Hardware Description Language (VHDL) — not software. Every Ethernet standard becomes immutable, silicon-level logic that cannot be exploited remotely.
Hardware Description Language · VHDL
02
Step 02 · FPGA Fabric
Agile FPGA
Implementation
VHDL logic is programmed into reconfigurable FPGA components — delivering sub-microsecond latency, scalable performance, and complete immunity from software-layer remote exploits.
Programmable Silicon · <3μs Latency
03
Step 03 · PCB Integration
Integrated Electronic
Board Architecture
The complete SOFTLESS stack is realized on a production electronic board — a resilient physical microchip architecture that is fundamentally resistant to any remote software exploit or supply-chain attack.
Production PCB · Zero Remote Attack Vector
SF-106 Series

Flagship
Product Lineup

Three purpose-built controllers — each a complete SOFTLESS security node. Zero software. Zero compromise. Deployable on DIN rail or PCIe.

P4S SF-106-2 CipherWall — compact 2-port (IN/OUT) FPGA hardware firewall
SF-106-2 // CipherWall · 2-Port
Total Speed
AES-256 VPN
Firewall
Latency
Consumption
2× RJ45 1GbE +9V to +48V DC or POE 70×40×20mm
P4S · SF-106-2 · REF: SF-106-2-WPA / IKEv2
SF-106-2
CipherWall
High-performance hardware cipher and firewall. AES-256-GCM-16 IPSec encryption, real-time DoS/DDoS protection, and native firewall enforced entirely in FPGA logic — deployable on any live network without disruption.
Total Speed (2 ports FD)1 Gbps
Routing Latency (VPN+FW)3μs – 25μs
IPSec Speed (per port)1 Gbps AES-256-GCM-16
Max VPN Tunnels (per port)16
Firewalls / Rules per Port1 FW · 32 Rules
Connectivity2× RJ45 1000BaseT + USB-C
Power Supply+9V–+48V DC or POE
Operating Temp−40°C to +85°C
Dimensions / Weight70×40×20 mm · 170 g
Max Consumption1 W
Total protection against DoS & DDoS — processed in-traffic, pre-OS
AES-256-GCM-16 IPSec encryption · gPTP sync ±10ns/hop
POE pass-through — acts as POE injector at 48V · 1 W max consumption
Inbound rules: flow frequency, MAC, IP, VLAN, protocol/port filtering
Full Technical Specifications Datasheet PDF
P4S TAP-106-8 Network Probe — passive 8-port (A/B/C/D) hardware network TAP
TAP-106-8 // Network Probe · 8-Port
Throughput/TAP
Replication/Port
Packet Loss
Added Latency
Bandwidth Avail
8× RJ45 1GbE 2× TAPs DIN Rail No Config
P4S · TAP-106-8 · NETWORK PROBE
TAP-106-8
Network Probe
Real-time passive hardware TAP with 2 fully independent monitoring channels. 100% replication of outbound traffic on ports A', B' and C', D' — zero disruption, zero packet loss, zero added latency, no configuration required.
Max Throughput per TAP1 Gbps
Replication per Port (A'/B'/C'/D')1 Gbps
Independent TAPs2 (fully independent)
Copper Interfaces8× RJ45 1000BaseT
Power Supplies2× redundant
Power Supply+12V to +36V DC
Operating Temp−40°C to +85°C
Dimensions / Weight165×100×65 mm · 780 g
Max Consumption6 W
Packet Loss / Added LatencyZERO / ZERO
100% passive inline TAP — zero disruption to live infrastructure
Protection diode prevents any upstream data flow contamination
No configuration required — plug-in DIN rail deployment
Industrial grade: −40°C to +85°C · gPTP · redundant PSU
Full Technical Specifications Datasheet PDF
P4S SF-106-8 Network Controller — 8-port + management hardware firewall appliance
SF-106-8 // Network Controller · 9-Port
Total Speed
9× Firewalls
AES-256 VPN
Latency
Health Mon
9× RJ45 1GbE 9 Real-Time FW DIN Rail
P4S · SF-106-8 · REF: SF-106-8-WPA / IKEv2
SF-106-8 Cyber
Network Controller
The ultimate industrial cyber network controller — 9 independent real-time hardware firewalls (1 per port), AES-256-GCM-16 IPSec, data flow monitoring, health telemetry, and intelligent routing. Commuter, router, cipher, and security node in a single SOFTLESS appliance.
Total Speed (9 ports FD)18 Gbps
Routing Latency (VPN+FW)3μs – 25μs
IPSec Speed (per port)1 Gbps AES-256-GCM-16
Max VPN Tunnels (per port)32
Firewalls / Rules per Port9 FW · 64 Rules
Connectivity9× RJ45 1000BaseT + USB-C
Power Supply+12V–+36V DC · Redundant
Operating Temp−40°C to +85°C
Dimensions / Weight165×100×65 mm · 780 g
Max Consumption10 W
9 fully independent real-time firewalls — 1 per port, ultra-low latency
Health monitoring: anomaly detection, timestamping, CISO & AI transmission
DIN rail · redundant PSU · gPTP sync ±10ns/hop · seamless installation
Rules: flow frequency/consistency, MAC, IP, QinQ/VLAN, protocol/port
Full Technical Specifications Datasheet PDF
Industry Impact

The Painful Reality of
Software Vulnerabilities

Software-layer security fails at scale. New Gen eliminates the attack surface entirely — not by patching vulnerabilities, but by removing the software layer that creates them.

0%
Ransomware Prevalence
of all detected cyberattacks globally are Ransomware — the single dominant threat vector across every critical industry sector in 2024.
0
Software Flaws on
New Gen Hardware
No software layer means no software vulnerabilities. P4S SOFTLESS delivers mathematically zero software-exploitable attack surface — not reduced, eliminated.
<0μs
64-Byte Frame
Encryption Latency
AES-256-GCM hardware encryption executes in under 3 microseconds for a 64-byte frame — over 1,000× faster than any software cryptography stack.
Software Security Reality
Patches, updates, zero-days.
Perpetual vulnerability cycle.
vs.
New Gen Approach
P4S SOFTLESS Reality
No software. No patches.
No attack surface.
Services & Sectors

Industry Sectors
We Serve

P4S SOFTLESS is purpose-built for environments where downtime is measured in catastrophe. Specialized deployments for the world's most sensitive infrastructure.

Industry Sectors We Serve
Energy
Oil, Gas, Hydrogen & Electricity
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Transport
Air, Rail, Road & Maritime
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Health
Hospitals, Labs & Medical Devices
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Public Administration
Federal & State Government
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Digital Infrastructure
Cloud, Data Centres & Networks
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Manufacturing
Medical Devices, Electronics & Industry
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Banking
Retail & Corporate Banking Services
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Financial Markets
Payment Systems, Trading & Clearing
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Water
Supply, Treatment & Distribution
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Automotive
Vehicle Manufacturing & Mobility
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Pharmaceuticals
Drug Development & Production
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Space
Satellites, Launch & Ground Ops
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Plastics & Waste
Recycling, Processing & Environmental
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Food Production
Agriculture, Processing & Supply Chain
Explore →
Life Sciences
Biotechnology, Research & Clinical
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Defence & Military
Armed Forces, Intelligence & Security
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View All Sectors & Services
Specialized Services
01
Cybersecurity Risk Analysis
End-to-end assessment of your network environment — identifying attack surfaces, mapping vulnerabilities, and delivering an actionable remediation roadmap built around P4S SOFTLESS architecture.
02
Industrial Network Design
Specialized OT/ICS network architecture for energy, oil & gas, and manufacturing — designed from the ground up for hardware-native security, reliability, and zero-downtime operations.
03
Cyber Network Visualization
Real-time visual intelligence of your entire network topology — traffic flow, anomaly detection, and hardware health status displayed through TAP-106-8 monitoring architecture.
04
Deployment & Integration
Expert hardware deployment with zero disruption to live operations — full integration support, firmware lifecycle management, and ongoing mission-critical infrastructure partnership.
Ready to Eliminate
Your Software Attack Surface?
Join critical infrastructure operators worldwide deploying P4S SOFTLESS hardware security. Our engineers analyze your environment and design a deployment with zero operational disruption.
Set Up a Free Consultation Contact Our Team
About New Gen Cyber Solutions

Pure Simplicity.
Absolute Security.

New Gen Cyber Solutions was founded on a single conviction: software-based cybersecurity is structurally broken. As long as security depends on software, it inherits every vulnerability that software carries.

After 15+ years of R&D in programmable logic hardware, our team engineered P4S SOFTLESS — a breakthrough architecture that writes security directly into FPGA silicon. No OS. No drivers. No exploitable code surface. Security that exists before software boots, operates independent of it, and cannot be removed by it.

15+
Years of R&D
0
SW Attack Surface
<3μs
AES-256 Latency
Learn More About Us Contact Our Team →
01
15+ Years of FPGA Security R&D
Our technology emerges from over a decade and a half of research in real-time data processing using exclusively programmable logic hardware — not adapted from general-purpose computing, purpose-built for security.
02
Sovereign Hardware Engineering
End-to-end French sovereignty — R&D, PCB design, manufacturing, and technical support. Our supply chain is controlled, auditable, and free from third-party hardware backdoor risk.
03
Low CSR Footprint
P4S devices consume as little as 1W at full operation. Minimal carbon footprint, maximum security density. Industrial-grade hardware built to last in the harshest environments: −40°C to +85°C.
04
Easy Deployment, No Disruption
Drop-in installation at any point in a live network — no software to install, no configuration agent, no maintenance window. P4S appliances integrate transparently via full IEEE 802 Ethernet compliance.