Hardware Security IP Core

Gave Engine

Institutional-grade hardware security with deterministic sub-microsecond latency. Zero-jitter clock domain. Single-cycle physical zeroization.

<305ns
End-to-End Latency
0ns
Jitter
1 CLK
Physical Zeroization
15%
Packet Loss Recovery

Engineered for Determinism

Three properties that institutional-grade cryptographic hardware demands — and that software alone cannot guarantee.

Ultra-Low Latency Processing

Deterministic sub-305ns end-to-end latency through fully pipelined hardware datapath. No cache misses, no branch mispredictions, no OS scheduling jitter. Every packet traverses the same critical path in the same time.

< 305ns wire-to-wire

1-Clock Physical Zeroization

All keying material, session state, and intermediate cryptographic values are physically erased in a single clock cycle upon tamper detection. No multi-cycle flush. No software intervention. Hardware-guaranteed.

1 clock cycle zeroize

Topology-Conditioned Recovery

Maintains secure channel integrity under adverse network conditions. Resilient to 15% sustained packet loss through hardware-level forward error correction and topology-aware session recovery.

15% packet loss tolerance

End-to-End Tooling

Everything needed to design, synthesize, benchmark, integrate, and evaluate the Gave Engine IP Core.

01 — DESIGN

FPGA Design & Synthesis

  • Xilinx Vivado / Altera Quartus Prime
  • Synthesis, Place & Route, Timing Closure
  • ModelSim / QuestaSim verification
  • SystemVerilog testbench suites
02 — BENCHMARK

Latency & Jitter Testing

  • IXIA / Spirent ns-precision testers
  • Solarflare / Napatech capture cards
  • Wireshark hardware-timestamped analysis
  • Sub-305ns + 0ns jitter proof reports
03 — INTEGRATE

Sandbox & API Integration

  • Private sandbox (Singapore, Cloud)
  • REST API on Port 8443 / 9090
  • Webhook events (tamper, zeroize)
  • Docker / K8s mock emulator
04 — OPERATIONS

IP & Sales Operations

  • 1-Page Mutual NDA (mNDA)
  • API specification documents
  • Institutional KYC / compliance
  • Paid PoC proposals ($15k–$35k)

Performance Envelope

Verified through IXIA/Spirent hardware testing at nanosecond precision.

Parameter Value Notes
End-to-End Latency < 305 ns Wire-to-wire, deterministic
Jitter 0 ns Single clock domain, no variance
Physical Zeroization 1 clock cycle All keying material + session state
Packet Loss Tolerance 15% Topology-conditioned recovery
Interface REST API Ports 8443 (engine) / 9090 (agent)
Tamper Response Hardware Webhook: tamper_detected, zeroized
Sandbox Region SG (Singapore) Cloud-hosted emulator available

Evaluation Process

From first contact to production integration in four steps.

1

Mutual NDA

Sign a 1-page mutual NDA. We protect your use case; you protect our IP. Standard institutional terms.

2

Sandbox Access

Receive API credentials for the private sandbox. Test webhook events, health checks, and payload integration.

3

Technical Evaluation

Run your own latency benchmarks against the emulator. Review FPGA synthesis reports and timing closure data.

4

Paid PoC

Proceed to a structured proof-of-concept engagement ($15k–$35k) with dedicated engineering support.

Request Sandbox Access

Available to qualified institutional counterparties after NDA execution. KYC verification required for compliance.

Contact for Access
Engine API :8443 Agent Dashboard :9090 Region: SG