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AI deepfakes targeting children & Micron expands Japan memory fabs - Tech News (Jul 5, 2026)
Published 2 weeks ago
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Episode Transcript
AI deepfakes targeting children
Let’s start with semiconductors—and specifically the kind of memory that’s becoming a bottleneck for AI.
Micron has broken ground on a major expansion of its Hiroshima site in western Japan, a project valued in the trillions of yen. The goal is to ramp up production of high-bandwidth memory, or HBM—one of the critical components used alongside AI accelerator chips in modern data centers. Micron says the new output should start shipping around the summer of 2028.
What makes this more than a routine factory upgrade is the policy backdrop. Japan’s government is preparing to subsidize a large chunk of the build, and it has already committed substantial support for Micron through earlier funding and R&D incentives. For Japan, this is part of a broader push to rebuild strategic chip capacity and reduce supply-chain risk, leaning on its strengths in materials and equipment while trying to regain influence in advanced semiconductors.
Micron expands Japan memory fabs
Staying with chips, there’s also movement on the packaging side of the industry.
CG Power and Industrial Solutions says it has dispatched its first semiconductor chips from its Sanand facility in Gujarat, with the initial shipment going to Japan’s Renesas. The key point here is that this isn’t about announcing a future plant—it’s about product leaving the line and entering an international supply chain.
Packaging and testing—often called OSAT—doesn’t grab headlines like cutting-edge wafer fabs, but it’s essential. It’s where chips get prepared for real-world use, and it can be a stepping stone toward a broader domestic semiconductor ecosyste
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Today's topics:
AI deepfakes targeting children - UK child-safety agencies warn AI “nudification” and deepfake tools are enabling synthetic child sexual abuse material (CSAM), complicating detection and policing.
Micron expands Japan memory fabs - Micron broke ground on a Hiroshima expansion to make high-bandwidth memory (HBM) for AI accelerators, backed by major Japanese government subsidies and industrial policy goals.
India starts shipping packaged chips - CG Power’s Sanand OSAT site shipped its first packaged semiconductor chips to Renesas, signalling India’s growing role in packaging and testing within global supply chains.
NHS App adds AI triage - NHS England is rolling out AI-driven symptom triage inside the NHS App to route patients to GPs, pharmacies, or A&E, raising both access and data-privacy questions.
Europe faces covert drone surveillance - An IISS report links suspicious drone flights over European bases and infrastructure to Russia’s ‘shadow fleet,’ framing them as probes of NATO response procedures.
GCAP fighter jet moves ahead - The UK, Italy, and Japan awarded a major GCAP contract to Edgewing, pushing the sixth-generation fighter programme forward as Europe’s defence partnerships shift.
Episode Transcript
AI deepfakes targeting children
Let’s start with semiconductors—and specifically the kind of memory that’s becoming a bottleneck for AI.
Micron has broken ground on a major expansion of its Hiroshima site in western Japan, a project valued in the trillions of yen. The goal is to ramp up production of high-bandwidth memory, or HBM—one of the critical components used alongside AI accelerator chips in modern data centers. Micron says the new output should start shipping around the summer of 2028.
What makes this more than a routine factory upgrade is the policy backdrop. Japan’s government is preparing to subsidize a large chunk of the build, and it has already committed substantial support for Micron through earlier funding and R&D incentives. For Japan, this is part of a broader push to rebuild strategic chip capacity and reduce supply-chain risk, leaning on its strengths in materials and equipment while trying to regain influence in advanced semiconductors.
Micron expands Japan memory fabs
Staying with chips, there’s also movement on the packaging side of the industry.
CG Power and Industrial Solutions says it has dispatched its first semiconductor chips from its Sanand facility in Gujarat, with the initial shipment going to Japan’s Renesas. The key point here is that this isn’t about announcing a future plant—it’s about product leaving the line and entering an international supply chain.
Packaging and testing—often called OSAT—doesn’t grab headlines like cutting-edge wafer fabs, but it’s essential. It’s where chips get prepared for real-world use, and it can be a stepping stone toward a broader domestic semiconductor ecosyste