Share on Facebook Tweet on Twitter Share on LinkedIn Share by email
Markulf Kohlweiss

 

RESEARCHER

I am a researcher at Microsoft Research Cambridge in the Programming Principles and Tools group and a member of the Constructive Security sub group.

I did my PhD at COSIC (Computer Security and Industrial Cryptography) group at the Department of Electrical Engineering ESAT of the K.U.Leuven. During my PhD I worked as a researcher in the European PRIME project (Privacy Enhancing Identity Management for Everyone) and PrimeLife project.

In prehistoric times, I received a degree of Master in Computer Science (Diplom Ingenieur, Dipl.-Ing.) from the University of Klagenfurt, Austria and visited IBM Research Zurich for my master thesis.

I am currently collaborating with the following colleagues on privacy-friendly smart metering, zero-knowledge proofs and malleability, and formal verification of cryptographic protocols.

Please look at DBLP for my publications. The information below may be outdated but might contain nuggets that cannot otherwise be found online. Please also contact me directly if you have any questions on my most recent work.

Selected Publications

More publications...

Projects

F7: Refinement Types for F#.

F*: The successor of F7, an ML-like functional programming language aimed at program verification. Programs written in F* can be translated to OCaml or F# for execution.

Privacy-friendly smart metering We have designed protocols that allow for precise billing of consumption while not revealing any consumption information to third parties. We also have developed protocols that allow for privacy-friendly real-time aggregation of smart-meter readings.

Verifiable Computing Verifiable computation schemes enable a client to outsource a computation to an untrusted worker that derives the result together with a proof of its correctness. Crucially, verifying the proof must be more efficient for the client than computing the result.

miTLS: A verified reference implementation of the TLS protocol. Verification is based on a modular code-based cryptographic verification methodology based on types and idealized implementations of cryptographic primitives.

Publications

Education

2005-2010 Ph.D., K.U. Leuven, Belgium

Nov 2002–May 2003 Internship as Master’s Student at IBM Zurich Research Laboratory

1997-2004 Dipl Ing., Computer Science at Universität Klagenfurt, Austria

Contact

email: markulf at microsoft com
tel:  +44 (1223) 479934 934