Built for

the World’s Most Demanding Networks

We move encryption out of your data path to maximize throughput and energy efficiency with uncompromising quantum-resilient security — deployed where it is enforced, not where capacity is consumed.

The IPK Baseline

Every deployment starts here

These aren’t features of one solution — they’re properties of the architecture. Every IPK integration inherits all six.

Zero latency cost

Encryption adds no delay to the data path.

Quantum-resilient by design

Matrix & lattice-based cryptography, structurally embedded.

~3% total energy reduction

CPU-heavy encryption workflows eliminated.

No operational disruption

Integrates into existing infrastructure and architectures.

Optimized footprint

Reclaim capacity from hardware you already own.

Future-standard scalability

Any speed, any medium, any coming standard.

Data Centers

Maximize secure throughput without expanding footprint

Traditional · OEM · SmartNIC · Hyperscale · AI & Cloud Infrastructure

Secure data in motion and at rest across data center, cloud, and AI infrastructure — without expanding footprint. Two focus areas, one architecture.

Chipset DCI
  • 10–30% more usable throughput reclaimed from encryption overhead at data center interconnect
  • Zero-latency encryption embedded at the interconnect chipset — not in the data path
Memory Wall
  • Encryption off the CPU–memory path — easing the memory-bandwidth bottleneck as compute outpaces memory
  • Secure data at rest and in motion within AI data centers without added processing load
Wireless & Connectivity

Up to 350% more throughput under encryption

5G Cellular · 5G Satcom · Wi‑Fi · Optical Networking

Secure high-throughput traffic across every transmission medium — without sacrificing performance or spectrum efficiency.

5G Cellular
  • Up to 350% more usable throughput under encryption — the largest gain of any IPK deployment
  • Closes the “Sparrow” vulnerability in the 3GPP standard — securing setup and call initiation end-to-end
5G Satcom
  • Zero added latency on satellite and backhaul links — where every millisecond and watt counts
  • No loss of spectral efficiency from encryption overhead — spectrum stays fully productive
Wi‑Fi & Optical Networking
  • Routers, servers, and switches — line-rate encryption, with optical networking a signature strength
  • No operational disruption to existing network equipment or topology
Government & Mission-Critical

Encryption where it was previously impossible

Defense · Public Safety · Tactical Communications · Critical Infrastructure · Government

Encrypt real-time communications without compromising latency, dropouts or operational burden.

  • Real-time voice, video, and sensor data encrypted where it was previously impossible
  • Reduced hardware, power, and equipment weight in the field
  • Layered-architecture ready — slots into defense-grade security stacks without replacing them
At a Glance

Where each deployment differs

The baseline guarantees above apply everywhere. Here’s what changes by environment.

Data CentersChipset DCI · Memory Wall Wireless & Connectivity5G Cellular · 5G Satcom · Wi‑Fi & Optical Government & Mission-CriticalDefense · Public Safety · Critical Infrastructure
Throughput gain 10–30% Up to 350% (5G cellular) Mission-enabling — encryption with zero real-time overhead
Latency impact 10% improvement 10% improvement 10% improvement
Signature capability Interconnect-chipset encryption · relief at the memory wall Closes the 3GPP “Sparrow” vulnerability · full spectral efficiency Encryption where it was previously impossible
Primary integration ASIC · SmartNIC firmware Silicon IP · firmware Firmware · layered architectures
Designed to

Integrate where you operate

Deployed where it is enforced, not where capacity is consumed.

Silicon IP

Physical Layer

Embed IPK directly in chip designs for maximum performance and anti-tamper protection.

Firmware

Datalink Layer

Upgrade security on existing hardware via FPGA firmware — creating a SmartNIC.

Network Software

Transport Layer

A software-defined security layer across routers, switches, and perimeters.

SDK

Application Layer

Embed IPK in applications, VPNs and cloud services with our developer kit.

Ready for a Technical Deep Dive?

See IPK liberate your network

Schedule a technical briefing with our engineering team to explore how IPK integrates into your architecture.

Book a Demo