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This is the first of a series of articles in which we will share how confidential computing (a set of hardware and software technologies designed to protect data in use) can be integrated into the Red Hat OpenShift cluster. Our goal is to enhance data security, so all data processed by workloads running on OpenShift can remain confidential at every stage.In this article, we will focus on the public cloud and examine how confidential computing with OpenShift can effectively address the trust issues associated with cloud environments. Confidential computing removes some of the barriers that high

Any technological innovation comes with security risks, and open banking is no exception. Open banking relies on APIs…

Explore the transition from passwords to a passwordless future: enhanced security, convenience, and cutting-edge innovations in biometrics and…

Affected versions use deno_core releases that expose `Deno.core.ops.op_panic` to the JS runtime in the base core This function when called triggers a manual panic in the thread containing the runtime. It can be fixed by stubbing out the exposed op: ```javascript Deno.core.ops.op_panic = (msg) => { throw new Error(msg) }; ```

Affected versions use deno_core releases that expose `Deno.core.ops.op_panic` to the JS runtime in the base core This function when called triggers a manual panic in the thread containing the runtime, breaking sandboxing It can be fixed by stubbing out the exposed op: ```javascript Deno.core.ops.op_panic = (msg) => { throw new Error(msg) }; ```

When given a valid UTF8 string "ö\x1b😀", the function in crates/anstream/src/adapter/strip.rs will be confused. The UTF8 bytes are \xc3\xb6 then \x1b then \xf0\x9f\x98\x80. When looping over "non-printable bytes" \x1b\xf0 will be considered as some non-printable sequence. This will produce a broken str from the incorrectly segmented bytes via str::from_utf8_unchecked, and that should never happen. Full credit goes to @Ralith who reviewed this code and asked @burakemir to follow up.

Affected versions allow populating a DistributedSlice of T with elements of an arbitrary other type that coerces to T. For example, elements of type `&&str` could end up in a slice of type `[&str]`, since `&&str` coerces to `&str` via a deref coercion. The flaw was corrected by implementing typechecking for distributed slice elements in such a way that coercion no longer occurs. The element's type must be a subtype of the slice's declared element type.

INC Ransom, a Russian-leanguage ransomware group has claimed responsibility for the ransomware attack on two NHS, hospitals.

The value of cryptocurrencies is going through the roof, so the scammers are even more interested in your funds