Orestis Alpos

Orestis Alpos

Researcher in distributed systems and applied cryptography. PhD in computer science.

Posts by Tags

applied cryptography

My PhD thesis

2 minute read

Published:

My PhD thesis addresses multiple aspects of distributed protocols and cryptographic schemes. Distributed systems today power almost all online applications, with distributed protocols and cryptographic primitives being constantly deployed. However, resilience, efficiency, and scalability issues still remain open.

censorship resistance

Demystifying pod-core

less than 1 minute read

Published:

Pod is a novel layer-1 network, achieving fast finality, censorship resistance, and accountable safety all at once.

consensus

Demystifying pod-core

less than 1 minute read

Published:

Pod is a novel layer-1 network, achieving fast finality, censorship resistance, and accountable safety all at once.

My PhD thesis

2 minute read

Published:

My PhD thesis addresses multiple aspects of distributed protocols and cryptographic schemes. Distributed systems today power almost all online applications, with distributed protocols and cryptographic primitives being constantly deployed. However, resilience, efficiency, and scalability issues still remain open.

efficiency

Demystifying pod-core

less than 1 minute read

Published:

Pod is a novel layer-1 network, achieving fast finality, censorship resistance, and accountable safety all at once.

general trust assumptions

My PhD thesis

2 minute read

Published:

My PhD thesis addresses multiple aspects of distributed protocols and cryptographic schemes. Distributed systems today power almost all online applications, with distributed protocols and cryptographic primitives being constantly deployed. However, resilience, efficiency, and scalability issues still remain open.

threshold cryptography

My PhD thesis

2 minute read

Published:

My PhD thesis addresses multiple aspects of distributed protocols and cryptographic schemes. Distributed systems today power almost all online applications, with distributed protocols and cryptographic primitives being constantly deployed. However, resilience, efficiency, and scalability issues still remain open.