Cryptology
What has been done

In 1992, WARPA has worked out a zeroknowledge proof of knowledge in one round in the sense of FiatShamir

Later, it was proved that this algorithm, while being tractable is, in addition, postquantum. It has been presented at Catacrypt'2017

In 2021, WARPA was able to include in this protocol a secret key distribution, while keeping the zeroknowledge proof of knowledge property. This software should fly on the International Space Station in 2023 (to be confirmed)

This algorithm is particularly well fitted for large constellation of satellites since for attacking them, it implies the need of an individual attack on each of them
The near future
WARPA is currently developing a financial software for currency exchange guaranteeing at the same time the following properties

Anonymous transactions

Traceable transactions

Possibility to store ones money on any personal means (USB key, hard disk, cloud, etc.)
This system is consistent with the currencies worldwide
Quantum radar
What has been done

From 2002 on, WARPA has developed a new approach of quantum physics, dropping the Archimedes axiom in the set of axioms founding this discipline

This brought to a much more general "world" with additional possibilities

In particular, this gives the possibility to "find" the famous hidden variables whom Einstein and de Broglie believed in against the Copenhagen school of Bohr

And this of course destroys, to some extent, the intrinsic randomness plaguing quantum physics
The near future

Introducing finite projective geometry we are able to design a quantum radar able of evaluating its target with an accuracy of 10^7 m at a distance of 100 km

The radar, for detection, does not need any echoing wave

Stealthness against such a radar is not possible

Many disruptive applications are made possible

A single preliminary experiment is required to confirm the feasibility of such a concept
Communications which cannot be tapped
What has been done

From the same disruptive physics as the one described in the previous section, we introduced that time knots theory into quantum physics

This gave birth to a communication protocol which

cannot be tapped

sends information quicker than the speed of light, but without contradicting relativity theory


This protocol has been published and presented at Catacrypt'2014
The near future

Design of a physics experiment able of detecting a specific knot topology
Analog quantum computer
What has been done

Our non Archimedean approach of quantum physics has allowed WARPA to work out the principle of an analog quantum computer able of NPComplete computations

This has been presented at Catacrypt'2014
The near future

Carry out a small scale experiment

Achieve some better knowledge of subspaces in finite projective geometries

Apply this to cristallography in physics