848354
Enclave ઇઉ
@enclavee3 #848354
A protocol for Encrypted Execution Environments
21 Follower 1 Following
Ephemerality is central to what makes E3s unique.
🔑 Encryption keys are single-use and discarded like toxic waste
⏰ Computations are temporary, leaving no lingering data
💨 The encrypted environment vanishes after execution
No leftover data. No persistent state.
Complete privacy and security. https://www.enclave.gg/
🔑 Encryption keys are single-use and discarded like toxic waste
⏰ Computations are temporary, leaving no lingering data
💨 The encrypted environment vanishes after execution
No leftover data. No persistent state.
Complete privacy and security. https://www.enclave.gg/
A remembrance ceremony will be scheduled soon.
A critical feature of Encrypted Execution Environments:
FHE computations can be performed on *multiple* encrypted data inputs.
This makes E3s ideal for running sealed-bid auctions to analyzing private patient data to counting secret votes.
ICYMI: https://blog.enclave.gg/an-introduction-to-encrypted-execution-environments/
FHE computations can be performed on *multiple* encrypted data inputs.
This makes E3s ideal for running sealed-bid auctions to analyzing private patient data to counting secret votes.
ICYMI: https://blog.enclave.gg/an-introduction-to-encrypted-execution-environments/
Another day, another breach.
The average cost of a data breach this year is $4.8M, a 10% increase from 2023 (IBM).
E3s reconfigure our relationship with data for an emerging reality where privacy is not optional, but foundational.
https://x.com/verge/status/1843321326955532555
The average cost of a data breach this year is $4.8M, a 10% increase from 2023 (IBM).
E3s reconfigure our relationship with data for an emerging reality where privacy is not optional, but foundational.
https://x.com/verge/status/1843321326955532555
FHE enables encrypted computing, but relying on a single key is a vulnerability.
E3s offer:
- Single-use keys for each computation request
- Threshold cryptography to split decryption across nodes
- Ephemeral execution — keys exist only for the computation
This results in safer, multi-party computations with zero data exposure.
E3s offer:
- Single-use keys for each computation request
- Threshold cryptography to split decryption across nodes
- Ephemeral execution — keys exist only for the computation
This results in safer, multi-party computations with zero data exposure.
Introducing: Encrypted Execution Environments, enabled by Enclave
A new class of secure computation, combining FHE + ZKPs + DTC.
✅ Computation on multiple encrypted inputs
✅ Secure processing w/o trusted operators or hardware
✅ Verifiable outputs for privacy-preserving apps
https://blog.enclave.gg/an-introduction-to-encrypted-execution-environments/
A new class of secure computation, combining FHE + ZKPs + DTC.
✅ Computation on multiple encrypted inputs
✅ Secure processing w/o trusted operators or hardware
✅ Verifiable outputs for privacy-preserving apps
https://blog.enclave.gg/an-introduction-to-encrypted-execution-environments/
We'll be chatting about Encrypted Execution Environments at tomorrow's @gnosis-dao Community Call. Join us to learn more about E3s. https://x.com/GnosisDAO/status/1837249635934687236
ⓧ Data is traditionally insecure by default.
ⓧ Trusted solutions can't be trusted.
ⓧ Data regulations introduce risks and hurdles.
Encrypted Execution Environments (E3) offers a new class of secure, privacy-preserving computation to address these challenges.
Subscribe to our blog for updates https://www.enclave.gg/
ⓧ Trusted solutions can't be trusted.
ⓧ Data regulations introduce risks and hurdles.
Encrypted Execution Environments (E3) offers a new class of secure, privacy-preserving computation to address these challenges.
Subscribe to our blog for updates https://www.enclave.gg/