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Reporting on Industry 4.0, digital transformation, Internet of Things, cybersecurity, AI and emerging technologies.

Succeed in connecting the dots between digital business, transformation, processes, value, & purpose.

Industry 4.0

Digital transformation

Cybersecurity

Internet of Things

Artificial intelligence

Wide 16:9 horizontal film cover in a highly stylized retro-futurist illustrated print style inspired by Olly Moss and Laurent Durieux. Deep midnight black background with subtle dark grid lines receding into the distance suggesting vast invisible infrastructure. Centered slightly left, a large geometric fragmented humanoid head or skull constructed entirely from stacked silicon chip layers and circuit board geometries, cracking apart and splitting into multiple diverging glowing pathways that arc outward across the composition like neural branches or data streams — rendered in a clean vector-illustration style with sharp edges and deliberate flat color planes. The core of the head emits a warm amber-gold internal glow, while the diverging paths pulse in electric teal and cool magenta neon light trails. At the top of the image, bold condensed white sans-serif capital letters read "GIMLET LABS" — stark, wide-tracked, commanding, in a tight geometric typeface. Directly beneath in smaller, lighter steel-blue condensed tracking: "AND THE RISE OF MULTI SILICON AI INFERENCE". At the very bottom center in tiny ultra-spaced white capslock lettering: "DISTRIBUTED. HETEROGENEOUS. INEVITABLE." — acting as a tagline strip. The right third of the image fades into atmospheric dark depth with faint receding grid planes and distant glowing node points like edge servers across a horizon. Color palette strictly: black, deep navy, electric teal, neon magenta, warm amber gold, and cold white type. No photorealism — clean flat illustration with subtle gradient depth, high contrast, bold cinematic composition.

Gimlet Labs, multi silicon AI inference

Gimlet Labs is building a multi silicon inference cloud for AI agents. Explore how heterogeneous hardware, distributed inference, scheduling, and edge cloud orchestration could…
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