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The Majority of PostgreSQL Servers on the Internet are Insecure
The Majority of PostgreSQL Servers on the Internet are Insecure
At most 15% of the approximately 820,000 PostgreSQL servers listening on the Internet require encryption. In fact, only 36% even support encryption. This puts PostgreSQL servers well behind the rest of the Internet in terms of security. In comparison, according to Google, over 96% of page loads in Chrome on a Mac are encrypted. The top 100 websites support encryption, and 97 of those default to encryption.
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The Majority of PostgreSQL Servers on the Internet are Insecure
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
If you use an Apple Macbook, it’s likely that you have a secret enclave for important secrets — such as your encryption keys. These keys define the core of the trust infrastructure on the device — and protect applications from stealing these secrets. The TEE also allows isolation between code which is fully trusted, and code that cannot be fully trusted. If this did not happen, we could install applications on our computer which would discover our login password and steal the encryption used used to key things secret and trusted.
·medium.com·
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
The Majority of PostgreSQL Servers on the Internet are Insecure
The Majority of PostgreSQL Servers on the Internet are Insecure
At most 15% of the approximately 820,000 PostgreSQL servers listening on the Internet require encryption. In fact, only 36% even support encryption. This puts PostgreSQL servers well behind the rest of the Internet in terms of security. In comparison, according to Google, over 96% of page loads in Chrome on a Mac are encrypted. The top 100 websites support encryption, and 97 of those default to encryption.
·innerjoin.bit.io·
The Majority of PostgreSQL Servers on the Internet are Insecure
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
If you use an Apple Macbook, it’s likely that you have a secret enclave for important secrets — such as your encryption keys. These keys define the core of the trust infrastructure on the device — and protect applications from stealing these secrets. The TEE also allows isolation between code which is fully trusted, and code that cannot be fully trusted. If this did not happen, we could install applications on our computer which would discover our login password and steal the encryption used used to key things secret and trusted.
·medium.com·
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)
If you use an Apple Macbook, it’s likely that you have a secret enclave for important secrets — such as your encryption keys. These keys define the core of the trust infrastructure on the device — and protect applications from stealing these secrets. The TEE also allows isolation between code which is fully trusted, and code that cannot be fully trusted. If this did not happen, we could install applications on our computer which would discover our login password and steal the encryption used used to key things secret and trusted.
·medium.com·
Crypto Bug in Samsung Galaxy Devices: Breaking Trusted Execution Environments (TEEs)