Abstract: A method of additively manufacturing a three-dimensional object may include allocating irradiation of respective ones of a plurality of sequential layers of construction material between a first region and a second region based at least in part on a first irradiation time and/or a second irradiation time. Irradiation of the first region is allocated to a first scanner and the first irradiation time is indicative of a time required for the first scanner to irradiate the first region with respect to at least one of the plurality of sequential layers of construction material. Irradiation of the second region is allocated to a second scanner and the second irradiation time is indicative of a time required for the second scanner to irradiate the second region with respect to at least one of the plurality of sequential layers of construction material. The first irradiation time and the second irradiation time may be at least approximately the same.

Abstract: Techniques for automated incident triage and diagnosis are described. A method of automated incident triage and diagnosis may include receiving incident data associated with an incident, identifying one or more mitigation actions to resolve the incident using at least one machine learning model based at least on the incident data, and automatically executing the one or more mitigation actions to mitigate the incident.

Abstract: An analyte detector for detecting at least one analyte in at least one fluid sample is proposed. The analyte detector comprises at least one multipurpose electrode exposable to the fluid sample. The analyte detector further comprises at least one field-effect transistor in electrical contact with the at least one multipurpose electrode. The analyte detector further comprises at least one electrochemical measurement device configured for performing at least one electrochemical measurement using the multipurpose electrode.

Abstract: An electrode comprising a functionalized surface exposable to a fluid sample. The functionalized surface comprises at least one polymer capable of mediating a salting-out effect and at least one detection agent that binds to an analyte comprised in the fluid sample, wherein the polymer and the detection agent are distributed on the surface of the electrode such that the detection agent is present in essentially equal amounts per surface area throughout the electrode surface and the polymer is arranged around the detection agent present in an amount allowing the reduction of the ionic strength of the fluid in proximity to the detection agent, and allowing for binding an analyte comprised in the fluid sample. A method for manufacturing a functionalized surface on an electrode, an analyte detector comprising the electrode, and the use of the analyte detector for determining at least one analyte in a fluid sample are also provided.

Abstract: An analyte detector for detecting at least one analyte in at least one fluid sample is proposed. The analyte detector comprises at least one multipurpose electrode exposable to the fluid sample. The analyte detector further comprises at least one field-effect transistor in electrical contact with the at least one multipurpose electrode. The analyte detector further comprises at least one electro-chemical measurement device configured for performing at least one electrochemical measurement using the multipurpose electrode.