Author: Ava Winslow

Ava Winslow brings a distinctive perspective to technology journalism through her background in industrial computing systems, where she first witnessed how automation and IoT technologies transform physical operations into intelligent networks. Her reporting demystifies complex industrial technologies while exploring their convergence with consumer-facing innovations in the emerging tech landscape. With a keen eye for how enterprise-grade solutions influence broader technological adoption, she translates specialized industrial applications into accessible insights for the wider tech community.
SecurityTelecom

International Cybercrime Ring Dismantled in Multi-Country Operation Targeting SIM Card Fraud Network

Law enforcement agencies across Europe have dismantled a sophisticated criminal network that provided SIM-box services to cybercriminals worldwide. The operation, codenamed ‘SIMCARTEL,’ resulted in seven arrests and the disruption of a service responsible for creating 49 million fake online accounts used in various cybercrimes.

Major Cybercrime Network Disrupted

European law enforcement authorities have successfully dismantled a criminal organization that operated a sophisticated cybercrime-as-a-service network, according to reports from Europol. The international operation, dubbed ‘SIMCARTEL,’ targeted a network that provided illegal SIM-box services to criminals worldwide, sources indicate.

by Ava Winslow
ResearchScience

Breakthrough Mouse Model Uncovers Novel Treatment Pathways for Rare Genetic Inflammatory Disorder

Scientists have created a groundbreaking mouse model that replicates NLRC4-associated autoinflammatory disease with infantile enterocolitis. The research reveals unexpected therapeutic potential in glucose supplementation alongside conventional cytokine blockade, offering new hope for treating this rare genetic condition.

Novel Animal Model Replicates Human Autoimmune Disorder

Researchers have developed a breakthrough animal model that accurately mimics NLRC4-associated autoinflammatory disease with infantile enterocolitis (AIFEC), according to a recent study published in Cellular & Molecular Immunology. The model reportedly provides crucial insights into disease mechanisms and has uncovered unexpected therapeutic strategies, including glucose supplementation alongside conventional anti-inflammatory approaches.

by Ava Winslow