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The Internet's control plane,
secured with a one-time pad.

Every route, policy and failover on a network is a control-plane order. Today those orders are protected by public-key handshakes — the layer at risk from quantum computing. JumPedal replaces the handshake with a one-time pad, delivered on the network you already have.
For accredited investors →
How it works →

30 years of mathematics → About us · Working software (demonstration under NDA) · Independently tested [tester, date] → Independent Testing · Full specification (under NDA) · A gated plan → Investors

For accredited investors →
How it works →

30 years of mathematics → About us · Working software (demonstration under NDA) · Independently tested [tester, date] → Independent Testing · Full specification (under NDA) · A gated plan → Investors

The Internet's control plane,
secured with a one-time pad.

Every route, policy and failover on a network is a control-plane order. Today those orders are protected by public-key handshakes — the layer at risk from quantum computing. JumPedal replaces the handshake with a one-time pad, delivered on the network you already have.

The Internet's control plane,
secured with a one-time pad.

Every route, policy and failover on a network is a control-plane order. Today those orders are protected by public-key handshakes — the layer at risk from quantum computing. JumPedal replaces the handshake with a one-time pad, delivered on the network you already have.
For accredited investors →
How it works →

30 years of mathematics → About us · Working software (demonstration under NDA) · Independently tested [tester, date] → Independent Testing · Full specification (under NDA) · A gated plan → Investors

The JumPedal stack

CipherCoil™ makes the pad. InfinityCoil™ moves it. CipherBolt™ runs the network and owns the state that makes it work.

CipherBolt™ Network

The product customers buy: the control plane that runs the network and authorizes every endpoint — routes, policy, slices, failover, telemetry, and the state that pairs, versions and revokes each unit. Licensed per protected node.

OEM Microchips™

CipherCoil™ (the pad) and InfinityCoil™ (the transport): companion silicon as modules first, then as IP inside partners' own chips. The way into every router, radio unit and interconnect.

The pipeline

Make the pad → encode it as R → send R in band → restore the pad exactly at the paired endpoint under CipherBolt™ state → use it once, discard it.

Digital Security is Defined By
Secure Key Exchange

01
The problem
The control plane decides where every packet goes: SD-WAN, 5G/6G signalling, BGP, interconnects. It is protected by public-key handshakes, and public-key cryptography is what a quantum computer breaks.
02
What is proven
The mathematics runs in software today. InfinityCoil™ has been independently tested: fresh, measured-maximum-entropy pads reduced to about 100 bits and restored exactly by one frozen codec. [Tester, date.]
03
How it works, in one line
The pad is born long, on the chip. The wire sees a short tag. CipherBolt™ spends it once, and the order is protected by a one-time pad as long as the order. Longer traffic uses AES under the same pad.
04
Why now
US policy directs migration away from quantum-vulnerable cryptography (National Security Memorandum 10, 2022; NSA CNSA 2.0, 2022), and NIST finalized its first post-quantum standards in August 2024. Every carrier and equipment maker now has a migration programme and a budget.
05
How JumPedal earns
CipherBolt™ is licensed per protected node, per year. The chips ship inside partners' products, as modules first and then as IP. Recurring revenue from the fleet, not a one-time chip sale.
06
The plan, gated by evidence
FPGA proof and the independent letter → first silicon → paying pilots → inside OEM chips. Each stage is left when its evidence exists, not on a date. The current round funds the FPGA proof.
07
Built to be embedded
Modules first, then IP inside partners' silicon — for router, RAN and device makers who already operate fleets. Authorized, versioned and revocable from CipherBolt™.

Independent testing

[Tester], [date]: fresh, measured-maximum-entropy pads reduced to about 100 bits and restored bit-exact by the same frozen InfinityCoil™ encoder and decoder, with new inputs each trial. Hardware characterization — entropy to NIST SP 800-90B, side-channel evaluation on FPGA and silicon — scheduled. Full record in the investor data room.
For accredited investors

JumPedal is raising [amount] of common stock at [price] per share to fund Stage 1: the FPGA proof and the independent letter. Offered only to verified accredited investors under Rule 506(c) of Regulation D. The offering documents, including risk factors, are in the investor portal.

Securing the Control Plane - the Nervous System of the Internet. 
Securing the Control Plane - the Nervous System of the Internet. 

World Leaders Are Saying It Out Loud

“In a post-quantum world, the only encryption that survives is information-theoretic security the One-Time Pad. Everything else is a temporary fix.” — Michele Mosca – Global Risk Institute, Quantum Threat Timeline Report (2025 Update)

“Quantum key distribution will remain a niche government technology through 2035, with information-theoretic alternatives like OTP needed for scalable deployment.” — Gartner Magic Quadrant for Quantum-Safe Cryptography 2025

“Practical deployment of information-theoretically secure solutions at scale would be a game-changer for the entire industry.” — ID Quantique 2025 Whitepaper (world's largest QKD vendor)

Building the Unbreakable Control Plane Four Pillars.
One Architecture. Zero Compromise.

Advanced Theory

Reversible many-to-one index collapse — the only classical mechanism proven to compress pure quantum-random data losslessly. The foundation of no-side-channel, information-theoretically secure control-plane technology.

Innovative Technologies

Multi-Path Encoding (MPE) and in-band key synchronization — true one-time pad security using only existing control-plane traffic. No new cables. No dark fiber. Perfect keys hidden in plain sight.

Microchip Advances

Two 7 nm chips (CipherCoil™ + InfinityCoil™) deliver perfect on-chip randomness and 50–80 % lossless compression of 256-bit OTP keys — at sub-$1 paired cost in volume. Zero impact on latency or throughput.

Scalable Deployment

Same two chips power every product from routers and 5G towers in 2027 to phones, satellites, and the global mesh by 2030. One silicon solution for the entire planet’s control-plane security.

Blog

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