CurPay's Practical Quantum Tools (REST API)
Below we have provided examples of some of CurPay’s tools that can
benefit your organization: A password creator, card dealer, GUID generator,
and encryption key generator, all aimed at demonstrating the utility of our QRNGs.
These tools are for those looking to integrate into secure applications
and workflows, especially those requiring strong entropy sources
or cryptographic resilience. They are commercially available and provided
by easy-to-use REST API Access. But note, currently quantum hardware is
limited, sometimes running circuits can
take minutes to hours to schedule time on cloud providers. CurPay will assist with
setting up what works right for your organization.
CurPay's Quantum A-Life
This is our biologically inspired world with quantum-initialized creatures
having dynamic behavior,
neural processing, and DNA mutation. Since quantum hardware is limited,
this demostration uses the
azure quantum simulator. However it is a demonstration of the research
that CurPay is working on using it's
quantum/classical approach.
Creatures process inputs like energy, distance to target,
food field vectors, edge proximity, other creatures, etc. Creatures will update
their velocity via
neural activation with quantum jitter. As they reproduce the offspring's brain
mutates based on a quantum
random DNA mutation rate. Parent creatures pass on successful skills for searching
and hunting food (Mushrooms).
There are 4 different types of creatures that combine evolutionary dynamics,
quantum entropy, and behavioral
feedback loops into a self-tuning autonomous entity. Creatures must eat or
they cant reproduce and will die.
Only the successfull creature linages will survive.
The creature's neural network (8 input, 2 output) uses quantum-derived randomness,
giving it a uniquely
entropy-rich initialization and mutation process. It’s a hybrid design blending
classical structure
with quantum-enhanced unpredictability.
Food in the form of a mushroom is quantum-random spawned (with entropy bias).
It governs survival,
movement, and reproduction. Food scarcity affects survival pressure
and in the event that food runs low only the strongest, fastest or smartest creatures will survive.
Creatures carriy a mutable DNA object that shapes its neural and physical characteristics.
They are created with DNA that have inheritable traits and behavioral parameters using
quantum-derived randomness
for initialization and tuned for quantum-aware population synthesis. It’s an expressive
DNA system that allows for both
stability and surprise, anchored by quantum entropy and rendered in a dynamic simulation space.
Genes mutate by sampling
from QRNG-based offsets—resulting in entropy-driven evolution. Over time, lineages may
diverge into different behavioral “species” due to independent mutation paths
(e.g. aggressors, wanderers, hoarders). Traits like
"furyFactor"", neural weights, color and movement tendencies are inherited from
parents with controlled quantum random variation.
The Mutation tree at the bottom displays a visualization of a family tree
that tracks ancestry, generation, and mutation rates.
Every node in the mutation tree logs generation, mutation rate,
energy and health of creatures. It allows for tracing high-variance
evolutionary bursts. Use your mouse wheel to zoom in and out.
Feel free to let this run in your browser. You can watch how
the creatures learn and mutate into effciant hunters.
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