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Decoding Data Science

112 members • Free

68 contributions to Decoding Data Science
Most AI projects do not fail because of the technology. They fail because they start with the technology
. The real shift is from “Where can we use AI?” to “Which business problem is worth solving?” AI creates value when organisations: Fix inefficient processes before automating them Move beyond endless pilot projects Prioritise measurable business outcomes Invest in data quality, skills and organisational readiness Keep human trust, originality and creativity at the centre The winners in AI adoption will not be those using the most tools. They will be those solving the right problems. What is the biggest barrier to real AI value in your organisation: strategy, data, skills or execution? Share your perspective in the comments.
Most AI projects do not fail because of the technology. They fail because they start with the technology
The biggest shift in AI learning is not technical. It is an identity shift.
Stop asking: “What course should I watch next?” Start asking: “What will I build next?” The DDS Builder Codex begins with an identity-first foundation: intentional learning, active participation, visible progress, and continuous building. Learn. Build. Share. Elevate. Repeat. That is how learners become builders.
The biggest shift in AI learning is not technical. It is an identity shift.
Agentic AI is moving from answering questions to supporting full clinical pathways.
Systems such as MIRA and AMIE point toward a future where AI can assist with history-taking, diagnosis, treatment planning, medication safety, and longitudinal care. The real opportunity is not replacing clinicians—it is giving them faster, more consistent, and data-informed decision support. Healthcare may become one of the most meaningful applications of agentic AI. What will matter most: accuracy, safety, bias control, explainability, and human oversight.
Agentic AI is moving from answering questions to supporting full clinical pathways.
AI-native engineering requires a different mindset.
Traditional software is built for deterministic outputs. AI systems are probabilistic, variable, and sometimes uncertain. The shift is clear: Testing → Continuous evaluation Defensive programming → Grounding and guardrails Binary correctness → Calibrated confidence One-time QA → Continuous observability and tracing Reliable AI is not about eliminating uncertainty. It is about designing systems that can measure, manage, and respond to it.
AI-native engineering requires a different mindset.
Moonshot Kimi K3 is pushing open-source AI beyond model size.
The interesting part is not only its reported 2.88 trillion parameters, but the operational architecture around it: Visual self-correction Parallel multi-agent “Swarm” workflows Local deployment and customization Lower cost and fewer platform restrictions The bigger shift is clear: AI competition is moving from who has the largest model to who can build the most effective system around the model. Open-source AI is becoming a serious option for builders who value control, flexibility, and cost efficiency.
Moonshot Kimi K3 is pushing open-source AI beyond model size.
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Mary Rose Delos Santos
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341 points to level up
@mary-rose-delos-santos-2451
Heyy

Active 7h ago
Joined Apr 2, 2026