Author: Henry Blakemore

Henry Blakemore brings a distinct perspective to technology journalism, forged through hands-on experience with industrial automation systems and their real-world implementations. His expertise spans the convergence of industrial computing, IoT networks, and emerging automation technologies, where he deciphers complex technical concepts for both specialist and general audiences. Blakemore's analysis consistently illuminates how these interconnected domains are reshaping manufacturing, logistics, and infrastructure. His writing stands out for its emphasis on practical applications rather than theoretical possibilities, drawing from direct observation of technology deployments across global industrial environments.
InnovationSoftwareStartups

Strawberry Browser Secures Major Backing for AI-Powered ‘Self-Driving’ Web Experience

Strawberry Browser, founded in 2023, is developing what it calls a “self-driving browser” with built-in AI companions. The startup has reportedly attracted significant investor interest and a rapidly growing user base for its limited beta release. Sources indicate the platform aims to become the primary interface for AI agent interaction.

The Rise of Strawberry Browser

Stockholm-based startup Strawberry Browser is generating significant buzz in the tech investment community, according to recent reports. The company, founded in 2023 by Charles Maddock, Sebastian Thunman and Arian Hanifi, has reportedly secured €6 million in seed funding from prominent investors including EQT Ventures and General Catalyst, alongside founders from established tech companies.

by Henry Blakemore
EngineeringInnovationTechnology

Carbon Dioxide Enhancement Boosts Microbial Soil Strengthening for Offshore Drilling

Researchers have demonstrated that combining carbon dioxide with microbial-induced carbonate precipitation creates stronger, more stable seabed formations. The technology shows particular promise for deepwater drilling applications while simultaneously sequestering atmospheric CO2.

Breakthrough in Deepwater Formation Stabilization

Scientists have developed an enhanced microbial technology that reportedly strengthens underwater geological formations while capturing atmospheric carbon dioxide, according to recent research published in Scientific Reports. The CO2-MICP (Microbial-Induced Carbonate Precipitation) method demonstrates significant improvements over traditional soil stabilization techniques, particularly for challenging deepwater drilling environments.

by Henry Blakemore