Pinned Repositories
ctypes-demo
Python ctypes
EthDKG
Ethereum-based Distributed Key Generation Protocol
HydRand
Python implementation of the HydRand protocol
mkdocs
Project documentation with Markdown.
openengsb
Open Engineering Service Bus, an easy-to-use engineering tool integration platform
PhilippSchindler.github.io
py_ecc
Python implementation of ECC pairing and bn_128 and bls12_381 curve operations
RandRunner
Generating randomness collectively has been a long standing problem in distributed computing. It plays a critical role not only in the design of state-of-the-art Byzantine fault-tolerant (BFT) and blockchain protocols, but also for a range of applications far beyond this field. We present RandRunner, a random beacon protocol with a unique set of guarantees that targets a realistic system model. Our design avoids the necessity of a (BFT) consensus protocol and its accompanying high complexity and communication overhead. We achieve this by introducing a novel extension to verifiable delay functions (VDFs) in the RSA setting that does not require a trusted dealer or distributed key generation (DKG) and only relies on well studied cryptographic assumptions. This design allows RandRunner to tolerate adversarial or failed leaders while guaranteeing safety and liveness of the protocol despite possible periods of asynchrony.
rob-twophase
The ultimate Rubik's Cube solving algorithm for high-speed axial robots.
YubiPlugin
YubiPlugin - The easy 2nd factor solution for Keepass
PhilippSchindler's Repositories
PhilippSchindler/EthDKG
Ethereum-based Distributed Key Generation Protocol
PhilippSchindler/HydRand
Python implementation of the HydRand protocol
PhilippSchindler/RandRunner
Generating randomness collectively has been a long standing problem in distributed computing. It plays a critical role not only in the design of state-of-the-art Byzantine fault-tolerant (BFT) and blockchain protocols, but also for a range of applications far beyond this field. We present RandRunner, a random beacon protocol with a unique set of guarantees that targets a realistic system model. Our design avoids the necessity of a (BFT) consensus protocol and its accompanying high complexity and communication overhead. We achieve this by introducing a novel extension to verifiable delay functions (VDFs) in the RSA setting that does not require a trusted dealer or distributed key generation (DKG) and only relies on well studied cryptographic assumptions. This design allows RandRunner to tolerate adversarial or failed leaders while guaranteeing safety and liveness of the protocol despite possible periods of asynchrony.
PhilippSchindler/ctypes-demo
Python ctypes
PhilippSchindler/YubiPlugin
YubiPlugin - The easy 2nd factor solution for Keepass
PhilippSchindler/py_ecc
Python implementation of ECC pairing and bn_128 and bls12_381 curve operations
PhilippSchindler/mkdocs
Project documentation with Markdown.
PhilippSchindler/openengsb
Open Engineering Service Bus, an easy-to-use engineering tool integration platform
PhilippSchindler/PhilippSchindler.github.io
PhilippSchindler/rob-twophase
The ultimate Rubik's Cube solving algorithm for high-speed axial robots.
PhilippSchindler/translator
PhilippSchindler/snippets
Some code snippets
PhilippSchindler/vdfresearch.github.io
Website!