3,442 Matching Annotations
  1. Oct 2022
    1. What happens between hints?

      sub liminal

      nudges

      clues

    2. If the larger “goal” is to preserve the possibility of ongoing complexity

      maximizing future choices

    3. attention to coalescence

      seer

    4. older epistemologies

      Dao

    5. Older cultures have held the unseen to be relevant.

      it is not just unseen but perhaps it is not only the Dao that cannot be Daoed?

    6. unseen, rather than hidden or invisible.

      focal attention subsidiary attention

    7. unseen realm is vital, non-trivial, and sacred— and it is real.

      the sacred is real the real is **sscred

      just as

      the real is reasonable (not rational or irrational, rational plodding in assummed closed world with finite causal chain is an unrealistic expectation that leds to ruin, as is the drive for surety

      and only the reasonable can become real through time

    8. life coalesces toward vitality
      • it
    9. Aphanis comes from a Greek root meaning obscured, unseen, unnoticed

      unseen

    10. abduction as the way one context describes another.
        • reason why = high resolution addressable permanent named context networks
        • vectors - in - spaces shape vectors in context space
  2. norabateson.medium.com norabateson.medium.com
    1. ‘Aphanipoiesis’ paper in the ISSS Journal
    2. What is submerging across contexts of life that might produce ready-ing for change?
      • question = what produces ready-ing for change?
    3. Respect is not something that can be mandated;
      • cannot be mandated = respect
    4. The opposite of ready-ing is to force a single-purpose outcome upon a system that is oriented and shaped around pathways that do not correspond to the desired ‘change’.
      • force = a single purpose outcome
    5. An essay on ready-ing: Tending the prelude to changeNora Bateson

      Description

    1. This is a print out of https://norabateson.medium.com/ready-ing-f1d79271a610#annotations:tT--HlYHEe2hrNshk1WKlQ shared on the CICOLAB #convoflow Telegram channel

      via https://convo.kernel.community/rsvp/BlcdX9htox

      configured to allow web annotations within a small reading circle.

      The technology experiment to explore how we may have conversations on the margins

    2. An essay on ready-ing: Tending the prelude to change

      This is a print out of https://norabateson.medium.com/ready-ing-f1d79271a610#annotations:tT--HlYHEe2hrNshk1WKlQ configured to allow web annotations within a small reading circle.

      The technology experiment to explore how we may have conversations on the margins

    1. You can find some example apps here: https://github.com/Peergos/example-apps
    2. The app domain is isolated from the main peergos domain in a separate OS process

      app domain is isolated

    1. You can turn any folder in Peergos into a private website, benefitting from the built-in access control and privacy. Such websites can be viewed using a built-in browser app.

      browser app

    1. A digital garden. Spaces for thinking together. Shared worlds. Intersubjectivities. A commons.

      If you would make it People-Centered where each individual/Communities of practice would be their own(ed) hubs operating as Autonomous Actors forming an IndyNet connecting People, Ideas and un-enclosable Tools and carriers that they need so that everything that is shared in the commons or privately would allow trusted ambient conversations, on the margins, or collaboratively, that are continuous without being synchronous, and contiguous with the entire scaffolding with which each participants contributions were erected, Where everything is evergreen,with verifiable provenance and recapitulable histories. Scaling Synthesis and Reach

      you would be talking about IndyLab on the IndyWeb

      There is a clear convergence present in the design space of possible Open Commons based, Peer-produced "tools to think with, together" to augment human inter-intellect in Open Mutual Learning Commons for Symmathesy an interpersonal MEMEX fort the Web doing the job of organizing the Net's Frontier as the Endless Frontier of Knowledge

      all powered by Permanent Hypermedia Protocols noty Platforms allowing the Players to be their own Platforms Description

    1. Mapping Meaning in a Digital Age

      HyperMaps of Meanings in Autonomous InterPersonal Hypermedia Spaces

      Where the Map IS the territory

      Commons based, peer produced, Permanent , Evergreen, Autonomous Conversations for mutual learning that are continuous without being synchronous, and contiguous with each participants' own(ed) HyperMaps of Meaning that ARE the territory

      https://twitter.com/search?q=contiguous(from%3ATrailMarks%20OR%20from%3ATrailHub1)&src=typed_query&f=top Description

    1. Maria Popova — Cartographer of Meaning in a Digital Age for : spiritual re-parenting

      *Cargographer of Meaning

      • for : spiritual reparenting
  3. bafybeibedgakohzsvxiwbl5742b5qftyy57bpqy7kfr7hyhpq2nzfnb3ze.ipfs.w3s.link bafybeibedgakohzsvxiwbl5742b5qftyy57bpqy7kfr7hyhpq2nzfnb3ze.ipfs.w3s.link
    1. similar generative order can be discerned in theconsciousness of society
      • generative order in the consciousness of society
    2. implicate order,particularly if the whole is relevant to the creation of the parts, or if processesof enfoldment and unfoldment are present.

      !- characterize : implicate order - the whole is relevant to the creation of the parts - processers of - enfoldments and - unfoldments - are present

      • compare : emergence, end emergent properties

      • for : mutual arising through meta-circularity and bootstrapping

    3. a generative order is a process whereby alimited number of simple components generate a diverse structure
      • gloss : generative order

      !- essential - characterization : TrailMarks

    4. on-cept of generative order put forth with F. David Peat in Science, Order, andCreativity
      • concept : generative order
        • in : Science, Order and Creativity
    5. D I A L O G U E A S A N E W C R E AT I V E O R D E R

      1987

    1. the dynamic structure of the programming language was the dynamic structure of the document and it's just it's a different world 00:40:27 he he had to struggle with getting the programming language evolved and adapted into
      • the dynamic structure of the programming langage
      • was the dynamic structure
      • of the doument

      This IS Intentional Programming

      !- claim : NLS was a nascent Intentional Software System - It was not a language work bench - but a system oriented - a collaboration platform designed to bootstrap itself - into existence and continual improvement and in fact - it was kernel based - and at the heart it had a Command Language Interpreter - that allowed thinking and creating software - as a conversational system - driven by a command language - that was used to articulate the intentions - in terms of other intentions, combinations of intentions ultimately - groundrd in primitiver capabilities - that were implemented in machine code for the target system - migration from one machine to the next - system desigtners and devlopers were able to articulate - ideas and means of realizing those ideas in - self structured forms and used the same capabilities - to organize the embodiment of these intentions - in code that when run exhibited the desired behaviour

    2. in fact when we had all all the programming languages that were in nls there was no text file for the 00:40:14 programs they were in the dynamic structure
      • no text files for the program in NLS
      • programs only in a dynamic structure
    3. when you edit in Wikipedia you're editing a text file and then somehow you generate a display out of that and in NLS and the system's Doug is proposing you edit the structure 00:40:02 directly and and the different views did you get or generated out of the structure
      • No Text Files
      • structured Linked Text
    1. A program consists of a tree of nodes, each node being an instance of someintention
      • a program consists of a tree of nodes
      • each node being and in stance of some intention

      !- as in : NLS - see : https://docdrop.org/video/xQx-tuW9A4Q/#annotations:yiHKnFEIEe2RX5Mg4AKCqw

    2. The enzymes can be written in IP itself, and new intentions may be also used in the enzymes themselves. Is thiscircular? Of course it is, but standard bootstrapping methods can ensure that a working copy of the system iskept at any time while the new enzymes are debugged
      • The enzymes can be written in IP itself
      • using new intentions in enzymes

      !- question : is this circular !- answer : of course it is - meta-circular

      • standard bootstrapping methods
      • ensure working copy of the system is kept
      • while the new enzymes are debugged
    3. Identification is unambiguous and invariant, via thegraph-like pointers. Detail can be added at any point, without disturbing any other part of the tree
      • identification unambiguous and invariant
    4. he source tree provides a solid substrate forrepresenting arbitrary intentions in a modular fashion.
      • solid substrate
      • representing intentions
      • modular fashion
    5. One could say that the tree-like pointers are a little like S-expressions in Lisp, while the graph-like pointers define the object type in the object-oriented view.

      LISP S-expressions + object oriented view

    6. Needless to say, the declarations, and the details of the intentions are themselves also intention instances andreside within the source tree, typically, but not always, in a standard library.
      • articulation of intents by means of articulated intents
      • it is not like intentions all the way down
      • but a complete intentional subgraph of permanent interconnected computational artifacts generated from such subgraphs

    7. Thenodes are each identified as an instance of the particular primitive intention by a ―graph-like‖ pointer to thedeclaration of the intention. The nodes also contain ―tree-like‖ pointers to any number of arguments as shown inthe following figure
      • declaration of intention
      • instance of (primitive) intention

      !- repharase : - articulation of intentions by means of articulation of intents

    8. actualize the programmer’s abstract desire, specific nodes are created by the programmer in the source tree.
      • actualize : programmer's abstract desire

      !- response : - the programmer's desire is not abstract - IT is TACIT

      • shiny example : The way we conceptualize a problem creates the space of possible solutions
      • if that conceptualization is faulty the attainable efficacy of providing good solutionjs will be compromised
    9. ―call a specialized instance of procedure P transformed with respect to second and third parameters andpartially inlined up to medium level; adapted to the present implementation of the first parameter, etc, etc.‖

      The very idea of Programming is tied up with the concept of programming languages

      with the death of programming languages programming itself should be laid to rest, the idea abandoned as one that was simply ill conceived

    10. By programmer’s intention we meana desire that something be accomplished.

      !- gloss : programmer's intention - a desire that something be accomplished - what do you really intend here

      • question : how can we refer to Intentional Software on the |IndyWeb?

      Intentional Software through Symmathesy

      • restate - for : ISS

      the software developer's intention is to articulate intentional concepts that capture the conditions for synthesyzing a new HyperMedia Space within which problems of interest can be solved, engagement of interest can be realized etc

      The questions are b roader, more holistic system oriented like

      • matters of cosmology/ontology : what are the transcendental synthetic properties of things and conditions that enable one to create a new digital space where desired intents can be realized
      • workflows
      • experiences
      • mental models
      • intent models
      • goals and purposes
    11. A key element inprogramming is the forming of some intention in the programmer’s mind.
      • forming ideas about intent
      • articulation
      • writing to think
    12. The contributions are in the form of a tree ofnodes, called the IP Source Tre
      • contributions tree of nodes
        • DAG of Intent Graph Neighbourhood subgraph
        • intent addressable permanent interplanetary graph
    13. Without being overly pedantic, we should set the stage by admitting theobvious: programming systems exists because human programmers have ideas to contribute.
      • humans have ideas to contribute

    14. handful of gurus who used to control the means of abstraction
      • gurus controlling the
      • means of abstractions
      • means of ombinations
      • primitves
    15. Indeed, the major promise of IP may not be the fixing of a finite number of mundane problems, but the enablingof the larger scale evolution of programming technology.

      !- major promise : IP - - not : fixing of a finite number of mundane problems - - but : enabling largert scale evolution of programming technology

      !- rehash as : Intentional Software - commons based, peer produced intentional constellations for Software as a conversation, mutual learning

    16. Moreover, thedominant products can remain on the top only by continually evolving and improving and they are orders ofmagnitudes better in every respect than their pre-evolutionary prototypes.
      • continual evolving improving
      • pre-evolutionayr prototypes

      • value prop : intentional constellations

      • making the facility for intentional articulation itself
      • universal, ubiqutous open to co-evoliution
      • opens the way to continual improvement through
      • open, commons based peer produced co-evolution
      • improving the available Tools for thought and articulated intent as compated with isolated pre0evolutionary prototype TfTs
      • pre-evoutiounary prototype
    17. This means that the existing legacy code of the usersis no longer an albatross retarding innovation, but a valuable asset to which new services can be tied withoutlimit. Once encoded in terms of intentions, software assumes an invariant ―immortal‖ form, free from inherentobsolence.

      !- meme : intentional software as "immortal form" - existing legacy articulations are assets - to which new servicdes can be tied to - composed of, re-mix re-use, re-purpose

      !- meme : intentional software - beyond programming - beyond ontology

      • point to : long tail software
    18. There emerged a smallnumber of dominant word processing packages, but there are a myriad of niche products also
      • domninant word processor packages
      • myriad of niche products
    19. Once the relatively expensive hardware box was made universal, the number of wordprocessors skyrocketed and the quality and power of the products greatly increased.

      !- going : universal - make expensive dedicated hardware for word procdessoirs universal - resulting quality and power ofavailable solutions in any specific application domains increased

    20. ncoded in terms of intentions,
      • same as : articulated intentions
    21. One key property of intentions, as described in the sequel, is that they can coexist with each other―syntactically‖ and can be made to coexist ―semantically
      • intentions can co-exist syntactically and semantically
    22. ―JOVIALl‖ that is ―Jules’ Own Version of the International Algorithmic Language‖. This was one small steptoward the intentional world)

      !- about : JOVIALI - step towards the intentional world

    23. Each intention carries the definition of its associated notation (―syntax‖) and implementations(―semantics‖) as attached method
      • intentions carry
        • definition of associated notation syntax
        • implementation semantics as attached methods
    24. arbage collection isanother meme: Lisp and Smalltalk carry it
      • garbage collection
      • meme carried by LISP and smalltak
    25. features of thelanguages are the genes (or more precisely, information ―memes
      • language features as memes
    26. Arbitrary type calculus, meta-work, domain-specific compilation knowledge, and information traditionally keptin ―good‖ comments should be expressible as part of the machine processable part of the program
      • arbitrary type calculus
      • meta-work
      • domain specific compilation knowledge?
      • comments should be expressible
      • as part of the machine processable part

      • not literal programming

      • where narraitve is interpersed and organizing
      • code blocks

      !- response : - but articulate software as a conversations and mutual learning

    27. matching any given fixed point.
      • question - what does it mean? : matching any given fixed point

      • guess :

      • problems define their own solutions
      • there is a natural convergence to a solution that cannot be improved
    28. n syntax, any notation should be acceptable.

      !- need to go : beyond syntax and semantics

    29. he issues of syntax, types, standards, and namingshould be delegated to the programmer

      !- delegate : issues to programmer - syntax - types - standards - naming

      !- response - naming is the key - universal means of articulation instead of just syntax - amenable to the "pun" that a machine processable description - can be interpreted to embody the intent thus describned - syntax is to make writing machine processable - types are indeed ubiquitous but are only the tip of the iceberg of thought vectors in intent space

    30. contributions remain compatible even whendifferent choices or tradeoffs are made by different programmers

      contributions compatible

      !- ensure : not only - compatibiity, - mapping between intentional conceptualizations - but interoperabiity

    31. Implementationdetail should be separable from computational intent, and any implementation should be accessible for a givenintention, including those matching any given fixed point.
      • implementation detail
      • should be separable from computational intent
      • implementation accessible for given intention
      • matching fixed point

      !- separate : computational intent - from - implementation details - articulate intent in structures that reflect all the abstractions needed to cope conceptionally with what we are creating

      !- make accessible : any implementation - for - any intent - including those matching any fixed point

    32. a system for encoding the programmer’s contributions in units that correspond tothe programmer’s intentions, with arbitrary abstraction that does not incur run-time costs.

      !- goal : intentional system - encode the programmer's contribution in units - that corresponds to the programmer's intention - arbitrary abstractions - no run-time costs incurred

      !- questions? - whose intentions? - what kinds of abstractions?

    33. why talk about the death of languages?

      !- why : death of languages?

    34. https://indylab-2022.fission.app/hyp?intentional&user=indyweb

      Description

    35. programmers get a say in language design.

      programmers get a say in languge design

    36. nease insofar as the general state of software is concerned: development isdifficult, achieving correctness is difficult, levels of software reuse are low relative to what we would intuitivelyexpect
      • unease state of software, difficut
      • development
      • correctness
      • resuse low
    37. re-read the definition of the technical term
    38. ank ―efficiency‖ as unassailable

      efficiency unassailable

    39. Doubtful:
      • choice has to be made
      • freedom to defer choice
        • where information supporting the choice is maximal
        • making wrong choice minimal
      • rendering the issuer routine

      • gloss : Agile

    40. express a specific implementation would be by abstracting it into its computational intent
      • express specific implementation

      • abstract into its computational intent

    41. no conflict between abstraction and efficiency,
      • should not be conflict between abstraction and efficience
    42. should be no incentive to go outside of the normal languageframework
      • no incentive to go outside the framework
      • descending to machine code
    43. erformance becomes a goal for most pieces of software.
      • performance becomes goal for most software
    44. performance which depends on a particular implementation methodor the exploitation of operating system or hardware features
      • goal : performance
      • os
      • hardware
    45. Accessibility of desired implementation
      • implementation efficiency
    46. the mapping between the two be straightforward

      mapping to be straightforward

    47. saying that the encoding be simple

      encoding may not be simple

    48. the ability to abstract is key to anyencoding
      • means of abstraction
    49. the volume of specificcases handled by an abstraction is typically much greater than the overhead of the abstractionmechanism itself
      • volume of specific cases handled by abstractions
      • overhead of the abstraction mechanism
    50. Domain-specific knowledge can not be injected into the compilation process.

      -

    51. failing most other tests for usability.
      • LISP
    52. Meta-work (i.e. consistent rewriting of a program) is not expressible in languages even though itcomprises a substantial part of programmer’s workload. Lisp is an exception in t
      • meta-work
      • Lisp
    53. pieces of program text are not abstractable,

      -

    54. already fixed implementation should bechanged, or that the objects in question should not be considered containers under thecircumstances ignores realistic boundary conditions on one hand and violates sound softwareengineering on the other
      • implementation changed
      • ignore realistic boundary conditions
      • violate engineering principles
    55. Computational intent and implementation details are intermingled.
      • computational intent
      • details

      intermingled

    56. Languages are not compatible with a fixed poin

      Potentially costly unreliable conversions

    57. cause a ―name collision‖

      Not compatible with themselves

    58. Languages are not compatible with themselves:

      name collision

    59. permanent and maintainable combination,
      • share mix Combinations
    60. Languages are not compatible with each other:
      • incompatibility between languages

      Cannot mix and match

      No bon mot

    61. the list of ―terrible things‖ which are taken for grante
    62. The purpose of a language is to encode the programmers’ contributions

      oh no, it isn't

    1. Our Product Lead, Darlene, will reach out with next steps!

    1. Twemex is a browser extension for Twitter that automatically surfaces the most interesting ideas.It helps you spend less time mindlessly scrolling, and more time developing your thoughts.

      Description

    1. because there is no onboarding experience provided by the app the community ends up creating the onboarding experience for new users so we're like sort of as a 00:06:28 community like deciding how this app is can not should be used but can be used in various ways and setting up these sort of conceptual structures of like well here's one way you could use Rome and another and there's no official way and I doubt 00:06:41 will be given
      • community created onboarding experience
      • setting up conceptual structures
    2. Roam Research Tour with Egghead.io's Maggie Appleton - Evergreen Notes and Digital Gardens

      -

    1. the destination is without a doubt Heaven and this little thing we're putting together here on Earth is the map, the plan et you are the how.
      • destination
      • heaven
      • map
      • you are the how
    2.  audacity of the golden word "audacity,"

      audacity auspicios

      • for : beyond programming
    1. Data relevance is a question of access and intent
        • question of : data relevance - is - access & intent

      !- what? : IndyNet - in a People Centered setting - relevance is an emergent property of combination trustful access and intent through time

    1. acknowledging the risk of concurrent updates spanning long-lived branches of history.
      • long-lived branches of history
    2. a far edge database for local-first applications and autonomous computing agents.
      • concept : far edge database for local-first apps
    3. Fission Reactor: Dialog First Look

    1. Users might even bring their own data

      this is sure to happen when doing zero friction onboarding of local first, offline first, commons based peer produced permanent long tail software or PWAs

    1. One thing we've been thinking about a lot is progressive login: Since everything is local-first, you can just start using an app without connecting it to anything else, just store the data locally.

      !- concept : Progressive Login

      Nice to see that you are thinking about zero friction engagement and progressive on-boarding too. This is particularly appropriate in a webnative setting that is ultimately heading towards the long tail of software where the apps come to people instead of people flocking to apps.

    2. If you were using redirectToLobby, there's an optional redirectTo param where you can define which URL they will be redirected back to: https://webnative.fission.app/modules.html#redirectToLobby
      • param : RedirectTo
    1. “App Owned Login” means that the app includes sign up rather than Fission auth lobby. And that file system access across apps (as mentioned) is going to look

      !- concept : App Owned Login

    1. Share files, images, links, videos and notes My Flow is your personal space to share files, links, videos, images and notes, so you can access them on your computer, tablet and phone. It's file-sharing and more, made simple.

      !- share - files - links - videos - images - notes - - slogan : filesharing made simple

    2. Benefits of My Flow file sharing The My Flow feature in Opera is a simple and secure way to connect your phones, tablets & computers, to share files and more between them.

      !- benefits : - simple, secure way to connect devices to

      !- provide - personal space to share files - no login - private - secure - encrypted

    3. My Flow Securely share files, links and notes between your computer and phone with My Flow. My Flow file sharing is built into Opera Browser for mobile and desktop

    1. Holo Fuel Economics 101Alastair Ong, Art Brock, Mary Camacho, David Atkinson

    1. onboard to the town’s social network while they read the “disorientation guide”, with its evocative descriptions of the best local sites, each with its own dumb, regional pun as a web address.

      "disorientation guide"

    2. best sync point to the global punk2punk stream: a decentralized, digital, international pop underground.

      punk2punk - decent(ralized) - digital - international - pop underground

    3. awful how our experiences are commodified, contorted, cut up, and traded

      experiences commodified contorted, cut up and traded

    4. I’ll be direct: we have given so much energy and intention to a handful of centralized platforms that it’s become metaphysically dangerous. These tech companies are like bootstrapped archons, drawing power from the passion and humanity we share to their sites, and from the continued illusion that this is how it must be.
      • much energy and intention
      • bootstrapped archons

    5. Sacred Servers

    1. dual (adj.)c. 1600, in grammar, "the form or number relating to two," from Latin dualis "that contains two; the dual number, duality," from duo "two" (from PIE root *dwo- "two"). General sense of "relating to two, expressing two, composed or consisting of two parts" is from 1650s. Related: Dually.

    1. (source also of Sanskrit avidhat "allotted," Old Avestan vida- "to devote oneself to").

      vida

      old Avestan vida

    2. divide (v.)early 14c., "separate into parts or pieces," from Latin dividere "to force apart, cleave, distribute," from assimilated form of dis- "apart" (see dis-) + -videre "to separate," which, according to de Vaan, is from PIE *(d)uid- "to separate, distinguish" (source also of Sanskrit avidhat "allotted,"

    1. individual (adj.)early 15c., "one and indivisible, inseparable" (with reference to the Trinity), from Medieval Latin individualis, from Latin individuus "indivisible," from in- "not, opposite of" (see in- (1)) + dividuus "divisible," from dividere "divide" (see divide (v.)).

      Description

      !- split : indi(vid) & dual - indy & dual - for : IndyWeb, IndyNet

    1. the possibility of finding solutions to problems that before seemedinsoluble

      solutions to seemingly insoluble problems

    2. AUGMENTING HUMAN INTELLECT: A CONCEPTUAL FRAMEWORK

      The 1962 paper

    3. Description

    1. The hub manages and controls all functions of the network. It also acts as a repeater for the data flow.

      !- gloss : hub | star network - manages and controls all functions of the network - repeater for the data flow

      !- for : concept : huddle | IndyNet -

    2. Star network

    1. Internet of People (IoP)An inter-disciplinary approach to Networking in a human-centric NGI

      Description

    1. Visit: ngi-assure-opencall.fundingbox.com Apply: ngi-assure-opencall.fundingbox.com

      -

    2. The goal of RIM is to evolve the Internet’s resource management approach to enable receivers to execute congestion control functions,…

    3. RIM: Receiver-driven Incoming-traffic Management

    Annotators

    URL

    1. Keynote: Collective Problem Solving: Music, Science, Software - Jessica Kerr 1,171 views • 9 May 2019 1,171 views 9 May 2019
      • for : Camerata
    1. all of the society that the person we are describing is also located within is shifting in a countless field of variables, as is the forest around the tree we spoke of. The contexts are variables that are learning together.
      • shifting through time

      • the forest around the tree

      • contexts are variables that are learning together

      !- for : Software as a Conversation

      Synthetic creation

    2. Shifting our understanding of the make-up of the conglomeration of interactions that form a living entity so that we are not defining parts and wholes is the first step in our understanding of this new term.
      • shifting through time
      • no parts and wholes

      !- for : IndyWeb holonic structures through mixing

    3. testament to the characteristics of contextual multilayered shiftings through time
      • shifting through time
    4. learning within shifting interactions and patterns through time.
      • shifting through time
    5. shiftings through time

    6. Symmathesy (Noun):

      sym

      is a proposed short name for webnative constellations that facilitate p2p live interations

      short for Symmathesys

      Portrmanteau of

      Sym + Mathesi + System

    7. Mathesi, (to learn)

      Mathesy

    8. Sym (together)

      Sym

    9. transcontextual mutual learning through interaction.

      trans(con)textual mutual learning

      through (p2p live) interaction

      over the web

    10. trans(con)textual mutual learning

      through p2p live interaction

      over the web

    1. improved web architecture
      • strict sandboxing and permissions,
      • to empower and protect end-users.
      • Our solution is not only secure,
      • but convenient,
      • as it works in existing browsers
    2. The current web has become hostile for both its users and the society at large;

      hostile - users - society

    3. A better web Published: Tue 02 August 2022

    1. learn to build amazing systems and workflows
      • build
        • systems
        • workflows
    2. Tana Fundamentals

    1. So even from like the very beginning of using Rome, there was a core piece missing. 00:04:10 That I'm kind of surprised it has taken this long for like note taking tools to catch up with and for people to implement mm-hmm and that is ontologies essentially.

      !- claim : - missing : Roam Ontologies - core piece missing from Roam - ontologies - NB : plural is right, personal - surprised it has taken this long for note taking tools to catch up with and implement ontologies essentially

      !- reply : - great affordances, uniform way of handing properties and collections - bake it into nice UX flow - need to go beyond ontologies and semantics - to intentologies and symmathesy

    2. Tana Tour with Maggie Appleton: Content pipeline, daily template, decision making, and travel 3,742 views • 30 Sept 2022 3,742 views 30 Sept 2022

    1. 💬 Speech Balloon Emoji Meaning A cartoon-style balloon used to represent spoken word in comics. Sometimes  used in communication apps to indicate that another person is typing a message.

      💬

    1. ❇ (SPARKLE) utf-8 character icon SPARKLE is one of the 192 characters in the Dingbats Unicode subset.

    1. Small startups often don’t calculate the traffic cost, even tho it can be 90% of their bill”

      traffic costs

    2. How we reduced our annual server costs by 80% — from $1M to $200k — by moving away from AWSAn interview with Zsolt Varga, the tech lead and general manager at Prerender

    1. Because the verification key is embedded in the name, all names created with w3name are "self-certifying," meaning that you can validate any record published to that name without needing any other authority or "source of truth" than the name itself.
      • self-certifying
      • name itself is a source of truth
    2. What's in a name?
      • for : it
    3. w3name is a service that provides secure, stable identifiers for data that changes over time (also known as "mutable" data). It uses the IPNS protocol to seamlessly interoperate with the public IPFS network, so the links you create with w3name can be used with any IPFS client software or HTTP gateway.
      • service
      • secure, stable identifiers for mutable data
      • changes over time
      • w3name
    4. doesn't require any authentication to use - no account or API keys required!
      • no authentication needed
    1. IPNS works by using public key cryptography to allow "self-issued" names which don't require any coodination or central authorities.

      "self-issued" names

      all you need to know yourself through time

      are True Names that are immutable

    1. IPNS works by using public key cryptography to allow "self-issued" names which don't require any coodination or central authorities. The caveat is that the definition of "name" is somewhat constrained compared to general-purpose key/value storage systems.
      • allow "self-issued" names
    2. Naming is famously one of the few hard problems in computer science, the exact number of which vary depending on the computer scientist you're speaking with and their predisposition to off-by-one errors.
      • predisposition to off-by-one errors
    1. names can simply be updated to point to new CIDs. Build rich experiences for your users while still taking advantage of content addressing and the other superpowers of IPFS!
      • names updated to point to new CIDs
    2. w3name sits on top of IPFS, generating names that have cryptographically verifiable and performantly updatable pointers.
      • names
      • cryptographycally verifiable & updateable pointers

    1. Trusted by the futureweb3.storage is the easiest way to enable the decentralized web for anyone, from cutting-edge user-first apps, to traditional products at scale, to hackathon projects.

      user-first

      should nod it be

      people-first

    1. w3up that natively uses UCAN for authentication, meaning you can cryptographically delegate permission to other actors to directly upload to your account.
      • delegate permission to other ACTORS to directly upload to your account
    2. using CLI tools like ipfs-car and carbites.

      car carbites

    3. w3up that programmatically allows you to unlink uploads from being associated with your account

      unlink uploads associated with your account

    1. w3up-cli is a command-line interface for the w3up platform by DAG House. You can use the CLI to do things like generate an identity, register, upload assets, list your uploads, and more!

      DAG house