4.3 KiB
4.3 KiB
trusted execution environments
cool resources
full autonomous agents
- setting your pet rock free, by teleport (2024)
- the truth of ai agents, by phala (2024)
- physical unclonable functions for socially unpredictable humans, by sxysun (2024)
sgx stuff
- linux instalation guides
- intel SGX explained, by costan et al.
- secure computation in rust: using intel's SGX with teaclave && fortanix
- 2fa zk-rollups using sgx, by j. drake
- why multi-prover matters, sgx as a possible solution, by taiko labs
- autonomous tees manifest, by poeticte
- hardware-supported trusted execution environments, by m. schneider et al.
cloud providers and framework
- nitro enclaves at aws
- a few notes on aws nitro enclaves: attack surface, by p. platek
- keystone enclave (open framework for architecting tee)
attestations
quantum settings
- is the security of quantum cryptography guaranteed by the laws of physics?, by bernstein
- the laws of physics and cryptographic security; by rudolph
- qtee, sarching for security through physics
- introduction to quantum information, by bt3gl
offensive
- securing tee apps: a developer's guide, by prateek et al. (2025)
- the 5 levels of secure hardware, by g. konstantopoulos (2024)
- openai's take on ai infrastructure threat model (2024)
- using memory errors to attack a virtual machine, by govindavajhala et al.
- ztee, trustless suply chains, by q. kilbourn: part I and part II
on blockchains
- tees: a primer, by a. shidham (2025)
- the road towards an encrypted mempool on ethereum, by shutter (2025)
- demystifying remote attestation by taking it on-chain, by flashbots
- spacecoin, by d. bar et al. (leveraging satellite infra for tee-like functionality)
- multi-prover implementation on scroll (leveraging tees)
code
- liquefaction
- smart contract key-encumbered wallet platform (i.e., key is not known by user or or admin, but generated by the application running in a tee)