Bright feelings for children and adults,the magic of technology
For children — the Mifograd tale and the personal craft of a 3D-contest winner. Beside that — the ingredients of magic: attention, memory, ritual.
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For children A tale and a craft
For children
Mifograd is a tale and a book from children to children. Kuryane is the personal site of a 3D-contest winner.
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Mifograd
A children's creative project: fairy-tale birds, a shared effort and a book — from children to children.
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Kuryane
(in progress)
Personal site of a 3D-printing contest winner. The page is being prepared.
Mifograd
Mifograd is a children's creative project on the principle of children for children. The children invent and draw fairy-tale birds, write short texts, and then together take the idea through to a real book. That is how the collection Mythical Birds appears, with children's illustrations and short descriptions, the author's voice kept in the editing. The edition looks like a presentation copy: pleasant paper, a careful binding and a cover you want to pick up; it carries an element printed on a 3D printer. The project suits younger schoolchildren as readers and as a spur to make things, families who want to look and talk together, and teachers and after-school groups as an example of the full cycle from a sketch to a book on the shelf. It is not a textbook and not a dry album. It is a living story made by peers.
Kuryane
Personal site of a 3D-printing contest winner. The page is being prepared.
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Ingredients of magic Attention, memory, ritual
Ingredients of magic
Not tricks. The parts that things and feelings are made of.
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Tokenomics
The price of attention: what it costs to keep the magic from ruining you.
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Context management
Memory: what has to stay, or the spell falls apart.
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AI PDLC
Ritual: how an idea becomes a thing, not a draft.
Tokenomics
The talk takes apart the real economics of working with models: what a session costs (loading context, re-reading, generation) and which moves save money. On our metrics the spend falls to 13.2 billion tokens against a hypothetical 25.0 billion without the optimisations. The mechanics are shown layer by layer — from preparing the context to choosing a model class for the task; session profiles before/after and the return per token by month are included. It suits ML/platform engineers, tech leads and product managers who scale AI in production and answer for the quality budget. It helps choose a model class for a task type, keep the patterns that work in the machine layer and judge the effect by numbers, not by feel.
Context management
The talk follows the path from local improvements of an AI editor to a multi-dimensional, measured system of context management. Quarter by quarter it sets out the milestones and the logic of choosing the vectors of the space; then a summary of the measurements against world practice and charts on data as of 2026-06-21 (AssetManager owns the facts). The final architecture of the loop closes the material, and the limits and the roadmap frame the next steps. The document stands on its own for reading and for saving as PDF. It suits heads of product and platform, ML/data architects, CTOs and managers of an AI transformation. It helps align the language of decisions, compare metrics with world practice and justify development priorities without extra detail.
AI PDLC
The talk opens the delivery loop that is already running — from an idea to production through a kanban board, where an agent does the work and a person sets the gates. The path is 12 states across the board columns, tied to AIDLC/Agentic SDLC practice and to the implementation layers: architecture decisions, the experience layer, tests and end-to-end browser e2e. Historical milestones are shown by quarter; the facts are backed by report 007 (amendment 2026-06-20) and by the delivery-factory doctrine with no hand edits. The charts show how autonomous transitions and human gatekeepers are spread. It suits product owners, tech leads and platform engineers who build or scale a delivery factory. It helps see the limits of automation, the points of human control and how the loop is proved by tracing back to sources. The limits of the current maturity and the roadmap of the next steps are stated.
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