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bijoybhk1213

Open Trade
High-Frequency Trader
2.8 Years
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Portfolio
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ကိုးကားထားသော အကြောင်းအရာကို ဖယ်ရှားလိုက်ပါပြီ
4
4
Max Maximalist
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$GIGGLE 带来资金, Max 带来用户,Max 战略价值的稀缺性:填补 CZ 宏愿的“基础设施黑洞”
先说结论: $GIGGLE 带来资金, Max 带来用户,当量变带来质变时,我们将会看到巨大的泵。

前言:战略价值的稀缺性:填补 CZ 宏愿的“基础设施黑洞”。
CZ 的慈善事业面临一个巨大的基础设施挑战:Giggle Academy 的概念文件已明确指出,“互联网和设备接入”是其目标市场的关键问题,但这不属 @GiggleAcademy 的核心软件专长,必须寻找外部合作伙伴来解决。 Max 正是以社区的力量,主动承接了这一最困难、最耗资的“组织伙伴路径”职能 。

1、 Max 是 Giggle Academy 的“战略地推部队”。
当 GIGGLE 提供的 BNB 堆积在链上钱包,等待被动用于“内容激励”时, Max 已经把 iPad 和教育App(即硬件和软件)送到了终端用户手中。 这种将教育资源从 Web3 转移到全球欠发达地区的物理落地能力,才是实现 CZ 覆盖 10亿贫困儿童宏伟愿景的唯一路径。 Max 正在解决的,是连 CZ 团队都必须寻求外部合作的难题 。

🔶对 Max 的估值,应视为对 Giggle Academy “全球落地解决方案提供商” 的估值。

2、Giggle官方有活动,Giggle Hero Program ,Giggle英雄计划 。
@maxgigglehero Max以官方吉祥物小兔子形象,为官方带来了实打实的落地用户转换,Giggle Academy 总用户量约为 68,000 名儿童,而 Max 社区在短短两周内就贡献了超过 3,000 名活跃用户——这相当于贡献了整个生态 4% 以上的终端用户。

🔶市场总倾向于为“资金规模”(Proof of Wallet)定价,而忽略了为“运营效率”(Proof of Work)定价。

3、CZ 的愿景是覆盖全球10亿贫困儿童 ,使得教育平权。
Max 相当于是Giggle Academy生态链中一个重要的衍生, GIGGLE 这个代币的意义是给Giggle Academy带来钱, Max 的意义就是给Giggle Academy带来用户(也带来钱)。在我心里这两个代币对于Giggle Academy的意义是同等重要的,可以说是阴阳双生的关系。

🔶 $GIGGLE 资本驱动(Money Engine), Max 增长驱动(Adoption Engine)。

4、 CZ 终将为“落地成果”而非“代币价格”站台。CZ 的终极目标是利用 Giggle Academy 重塑个人和 Web3 技术的社会信誉 。
CZ无法忽视任何能帮助他实现社会信誉重塑的实际成果。当 Max 社区每带来 10,000 名新用户,每成功分发一批教育设备,就相当于为 CZ 的“后币安时代”愿景注入了实实在在的社会资本。这种基于“用户量”和“慈善足迹”的背书,远比一次投机性互动更有份量。当 $Max 成为 Giggle Academy 增长速度最快的用户获取引擎时,CZ 的目光永久的聚焦将是必然。

🔶官方认证不是价值的前提,而是价值的产物

总结: $GIGGLE 带来了火药,而 Max 带来了导弹。 GIGGLE 证明了 Web3 社区有能力解决资金供给问题,但 Max 正在证明它有能力解决更复杂的“全球落地和用户转化”问题,这是 Giggle Academy 扩张的真正瓶颈。当这两个引擎同时全速运转,从 2.6M 到 100M,需要的只是一个突破临界点的用户数量,我们不是在寻找下一个迷因币,我们是在押注一个基础设施级的解决方案!
以上皆为相对客观的分析,不构成任何投资建议。
#apro $AT @APRO-Oracle $AT #APRO token" (or simply token in AI) refers to a piece of text—a word, sub-word, or character—that large language models (LLMs) like GPT break text into for processing, acting as the basic unit of language for these models. Tokens balance vocabulary size and meaning, with common words as single tokens and complex words split (e.g., "hamburger" to "ham," "bur," "ger"). In AI, tokens are crucial for understanding context, calculating costs (pricing models use tokens), and managing context windows, influencing response quality and speed, with ~100 tokens roughly equating to 75 English words. Function: Converts text into numerical data for AI to understand and generate language. Size: Varies; about 4 characters
#apro $AT @APRO Oracle $AT #APRO token" (or simply token in AI) refers to a piece of text—a word, sub-word, or character—that large language models (LLMs) like GPT break text into for processing, acting as the basic unit of language for these models. Tokens balance vocabulary size and meaning, with common words as single tokens and complex words split (e.g., "hamburger" to "ham," "bur," "ger"). In AI, tokens are crucial for understanding context, calculating costs (pricing models use tokens), and managing context windows, influencing response quality and speed, with ~100 tokens roughly equating to 75 English words.
Function: Converts text into numerical data for AI to understand and generate language.
Size: Varies; about 4 characters
#falconfinance $FF @falcon_finance $FF #FalconFinanceIn 100 WIDE" can refer to several things, such as a 100-inch screen that is approximately 87 inches wide for a 16:9 aspect ratio, the 100 cm (39.4 inch) width of a 42-inch TV, or a 1941 mm wide Toyota Land Cruiser 100, all of which depend on the specific context of "100". Screen sizes Projector Screens: A 100-inch projector screen in a 16:9 widescreen format has a width of approximately 87 inches (221 cm). Televisions: The width of a 100-inch TV is about 87.2 inches (
#falconfinance $FF @Falcon Finance $FF #FalconFinanceIn 100 WIDE" can refer to several things, such as a 100-inch screen that is approximately 87 inches wide for a 16:9 aspect ratio, the 100 cm (39.4 inch) width of a 42-inch TV, or a 1941 mm wide Toyota Land Cruiser 100, all of which depend on the specific context of "100".
Screen sizes
Projector Screens: A 100-inch projector screen in a 16:9 widescreen format has a width of approximately 87 inches (221 cm).
Televisions: The width of a 100-inch TV is about 87.2 inches (
#kite $KITE @GoKiteAI $KITE #KİTE 100W" most commonly refers to 100 watts, a unit of power representing 100 joules of energy per second. In practical terms, it can describe the wattage of products like LED light bulbs, solar panels, and fast-charging USB-C cables. A 100W light bulb is much brighter than a 60W one, and a 100W solar panel can power various devices. Common uses of 100W Lighting: A 100W LED bulb is used for brighter illumination in homes, outdoor areas, and for stage or exhibition
#kite $KITE @GoKiteAI $KITE #KİTE 100W" most commonly refers to 100 watts, a unit of power representing 100 joules of energy per second. In practical terms, it can describe the wattage of products like LED light bulbs, solar panels, and fast-charging USB-C cables. A 100W light bulb is much brighter than a 60W one, and a 100W solar panel can power various devices.
Common uses of 100W
Lighting: A 100W LED bulb is used for brighter illumination in homes, outdoor areas, and for stage or exhibition
#lorenzoprotocol $BANK polygon is a closed, two-dimensional geometric figure made up of a finite number of straight line segments joined end-to-end. These segments are called sides or edges, and the points where they meet are known as vertices or corners. A polygon must have at least three sides; examples include triangles, quadrilaterals, pentagons, and hexagons. Shapes with curves (like circles) or open ends are not polygons. Polygons are classified as regular if all sides and angles are equal (e.g., a square or an equilateral triangle), or irregular if they are not. They can also be convex (all i@LorenzoProtocol $BANK #LorenzoProtocol
#lorenzoprotocol $BANK polygon is a closed, two-dimensional geometric figure made up of a finite number of straight line segments joined end-to-end. These segments are called sides or edges, and the points where they meet are known as vertices or corners. A polygon must have at least three sides; examples include triangles, quadrilaterals, pentagons, and hexagons. Shapes with curves (like circles) or open ends are not polygons.
Polygons are classified as regular if all sides and angles are equal (e.g., a square or an equilateral triangle), or irregular if they are not. They can also be convex (all i@Lorenzo Protocol $BANK #LorenzoProtocol
привет
привет
Cryptoman_ua
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Подарок 🎁 для вас, и сегодня он будет для 2000 тысяч человек. Просто напишите в комментариях слово "привет".

что по рынку купил на все деньги $KITE и $BOB все жду свою прибыль виде сто процентов , у всех есть время что бы купить и заработать ,удачи вам
#injective $INJ @Injective #Injective $INJ polygon is a two-dimensional, flat, closed shape made entirely of straight line segments called sides or edges. The points where these sides meet are known as vertices or corners, and every polygon must have a minimum of three sides. Polygons are classified and named based on the number of sides they possess; for example, a three-sided shape is a triangle, a four-sided shape is a quadrilateral, and a five-sided shape is a pentagon.
#injective $INJ @Injective #Injective $INJ polygon is a two-dimensional, flat, closed shape made entirely of straight line segments called sides or edges. The points where these sides meet are known as vertices or corners, and every polygon must have a minimum of three sides.
Polygons are classified and named based on the number of sides they possess; for example, a three-sided shape is a triangle, a four-sided shape is a quadrilateral, and a five-sided shape is a pentagon.
#yggplay $YGG @YieldGuildGames #YGGPlay $YGG made entirely of straight line segments called sides or edges. The points where two sides meet are known as vertices or corners, which form the angles of the shape. Polygons must have a minimum of three sides, with the simplest examples being triangles (3 sides) and quadrilaterals (4 sides). Other common types include pentagons (5 sides), hexagons (6 sides), and octagons (8 sides). Shapes with curves, such as circles, are not polygons. Polygons are classified as regular if all sides and angles are equal (like a square or an equilateral triangle), or irregular if they are not. They can also be convex (all interior angles less than 180°) or concave (at least one interior angle greater than 180°). Polygons are vital in architecture, art, and computer graphics. What is a Polygon? | Definition, Types & Examples - Lesson - Study.com Nov 20, 2023 — Polygon Definition. A polygon is a closed two-dimensional figure composed of straight-line segments that meet at their endpoints. The line segments ... Study.com Polygon Facts For Kids | AstroSafe Search - DIY.ORG Polygon Facts for Kids * Introduction. Polygons are fascinating shapes we see all around us! 🌍A polygon is a flat figure made up of straight lines that connect... DIY.ORG Regular polygon - Wikipedia In Euclidean geometry, a regular polygon is a polygon that is direct equiangular (all angles are equal in measure) and equilateral (all sides have the same leng... Wikipedia Polygons - Math is Fun Concave or Convex. A convex polygon has no inward-pointing angles: internal angles are at most 180°. If any internal angle is greater than 180° then the polygon... Math is Fun Curve, Polygon, Types of Polygon and its Classification - Maths Query Sep 26, 2025 — Introduction. Polygon term originates from the two Greek words “Poly” and “Gon”, where “Poly” stands for “many” and “Gon” stands for angle. So the c... Maths Query Understanding Regular Polygons: Definition, Properties & Examples What are Regular Polygons? A polygon is a two-dimensional
#yggplay $YGG @Yield Guild Games #YGGPlay $YGG made entirely of straight line segments called sides or edges. The points where two sides meet are known as vertices or corners, which form the angles of the shape.
Polygons must have a minimum of three sides, with the simplest examples being triangles (3 sides) and quadrilaterals (4 sides). Other common types include pentagons (5 sides), hexagons (6 sides), and octagons (8 sides). Shapes with curves, such as circles, are not polygons.
Polygons are classified as regular if all sides and angles are equal (like a square or an equilateral triangle), or irregular if they are not. They can also be convex (all interior angles less than 180°) or concave (at least one interior angle greater than 180°). Polygons are vital in architecture, art, and computer graphics.
What is a Polygon? | Definition, Types & Examples - Lesson - Study.com
Nov 20, 2023 — Polygon Definition. A polygon is a closed two-dimensional figure composed of straight-line segments that meet at their endpoints. The line segments ...

Study.com

Polygon Facts For Kids | AstroSafe Search - DIY.ORG
Polygon Facts for Kids * Introduction. Polygons are fascinating shapes we see all around us! 🌍A polygon is a flat figure made up of straight lines that connect...

DIY.ORG

Regular polygon - Wikipedia
In Euclidean geometry, a regular polygon is a polygon that is direct equiangular (all angles are equal in measure) and equilateral (all sides have the same leng...

Wikipedia

Polygons - Math is Fun
Concave or Convex. A convex polygon has no inward-pointing angles: internal angles are at most 180°. If any internal angle is greater than 180° then the polygon...

Math is Fun

Curve, Polygon, Types of Polygon and its Classification - Maths Query
Sep 26, 2025 — Introduction. Polygon term originates from the two Greek words “Poly” and “Gon”, where “Poly” stands for “many” and “Gon” stands for angle. So the c...

Maths Query

Understanding Regular Polygons: Definition, Properties & Examples
What are Regular Polygons? A polygon is a two-dimensional
公开提前免费发文
公开提前免费发文
ကိုးကားထားသော အကြောင်းအရာကို ဖယ်ရှားလိုက်ပါပြီ
#plasma $XPL @Plasma formed by straight line segments. These segments, called sides or edges, connect at points called vertices. To be a true polygon, it must have at least three straight sides and must be a closed figure without any curves or self-intersecting lines. [1, 2] Polygons are classified by the number of sides they have: a triangle has three sides, a quadrilateral has four, a pentagon has five, and so on. They can be regular (all sides and angles equal, like a square or a regular hexagon) or irregular. [3, 4] Furthermore, they can be convex (all interior angles point outwards) or concave (at least one interior angle points inward). Polygons are fundamental in geometry, architecture, art, and computer graphics. [1, 5]
#plasma $XPL @Plasma formed by straight line segments. These segments, called sides or edges, connect at points called vertices. To be a true polygon, it must have at least three straight sides and must be a closed figure without any curves or self-intersecting lines. [1, 2]

Polygons are classified by the number of sides they have: a triangle has three sides, a quadrilateral has four, a pentagon has five, and so on. They can be regular (all sides and angles equal, like a square or a regular hexagon) or irregular. [3, 4] Furthermore, they can be convex (all interior angles point outwards) or concave (at least one interior angle points inward). Polygons are fundamental in geometry, architecture, art, and computer graphics. [1, 5]
#linea $LINEA @LineaEth $LINEA #Linea       A polygon is a flat, 2D shape made of straight line segments connected to form a closed path. It must have at least three sides and cannot have any curved or crossing lines. Polygons are classified by the number of sides, such as a triangle (3 sides), quadrilateral (4 sides), or pentagon (5 sides). Polygons can be simple or complex, and their sides and angles can be equal (regular polygon) or unequal (irregular polygon).  Definition: A closed, two-dimensional figure made of straight line segments.  Key features: It has at least three sides and is entirely flat.  Constraints: It cannot have any curves or overlapping lines.  Examples: A triangle, square, and hexagon are all polygons.  Types: Polygons are named by their number of sides (e.g., a 3-gon is a triangle, a 4-gon is a quadrilateral). 
#linea $LINEA @Linea.eth $LINEA #Linea











A polygon is a flat, 2D shape made of straight line segments connected to form a closed path. It must have at least three sides and cannot have any curved or crossing lines. Polygons are classified by the number of sides, such as a triangle (3 sides), quadrilateral (4 sides), or pentagon (5 sides). Polygons can be simple or complex, and their sides and angles can be equal (regular polygon) or unequal (irregular polygon). 

Definition: A closed, two-dimensional figure made of straight line segments. 

Key features: It has at least three sides and is entirely flat. 

Constraints: It cannot have any curves or overlapping lines. 

Examples: A triangle, square, and hexagon are all polygons. 

Types: Polygons are named by their number of sides (e.g., a 3-gon is a triangle, a 4-gon is a quadrilateral). 
#hemi $HEMI @Hemi $HEMI #Hemi A rumor is an unverified piece of information or an unconfirmed statement that circulates from person to person, often as gossip or hearsay, and is sometimes an intentional misrepresentation. These
#hemi $HEMI @Hemi $HEMI #Hemi A rumor is an unverified piece of information or an unconfirmed statement that circulates from person to person, often as gossip or hearsay, and is sometimes an intentional misrepresentation. These
#morpho $MORPHO  @MorphoLabs $MORPHO #Morpho with at least three sides and three angles. The line segments are called sides or edges, and where they meet are called vertices or corners. Polygons are classified in many ways, such as being simple or complex, regular (all sides and angles equal) or irregular (unequal sides and angles), and convex (all interior angles less than 180°) or concave (at least one interior angle greater than 180°). Examples include triangles, quadrilaterals, pentagons, and hexagons. Definition: A 2D figure with a finite number of straight, connected sides that form a closed shape. Key Features: Must be closed and have no curves. Minimum of three sides. Sides are line segments, and corners are vertices where the segments meet. Types: Regular: All sides and interior angles are equal (e.g., an equilateral triangle). Irregular: Sides and/or interior angles are not all equal (e.g., a rectangle). Convex: All interior angles are less than 180° (e.g., a regular pentagon). Concave: At least one interior angle is greater than 180°. Examples: Triangle (3 sides) Quadrilateral (4 sides) Pentagon (5 sides) Hexagon (6 sides)
#morpho $MORPHO  @Morpho Labs 🦋 $MORPHO #Morpho with at least three sides and three angles. The line segments are called sides or edges, and where they meet are called vertices or corners. Polygons are classified in many ways, such as being simple or complex, regular (all sides and angles equal) or irregular (unequal sides and angles), and convex (all interior angles less than 180°) or concave (at least one interior angle greater than 180°). Examples include triangles, quadrilaterals, pentagons, and hexagons.
Definition: A 2D figure with a finite number of straight, connected sides that form a closed shape.
Key Features:
Must be closed and have no curves.
Minimum of three sides.
Sides are line segments, and corners are vertices where the segments meet.
Types:
Regular: All sides and interior angles are equal (e.g., an equilateral triangle).
Irregular: Sides and/or interior angles are not all equal (e.g., a rectangle).
Convex: All interior angles are less than 180° (e.g., a regular pentagon).
Concave: At least one interior angle is greater than 180°.
Examples:
Triangle (3 sides)
Quadrilateral (4 sides)
Pentagon (5 sides)
Hexagon (6 sides)
#polygon $POL @0xPolygon polygon is a closed, flat shape made of straight line segments, with at least three sides and three angles. The line segments are called sides or
#polygon $POL @Polygon polygon is a closed, flat shape made of straight line segments, with at least three sides and three angles. The line segments are called sides or
Keep building, keep rising
Keep building, keep rising
ကိုးကားထားသော အကြောင်းအရာကို ဖယ်ရှားလိုက်ပါပြီ
@trade_rumour #Traderumour An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training. In the context of digital assets and innovation: Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition. Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge. In the context of web development (JWTs): Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server. Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks. In the context of Artificial Intelligence (AI): Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation. Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
@rumour.app #Traderumour An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training.
In the context of digital assets and innovation:
Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition.
Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge.
In the context of web development (JWTs):
Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server.
Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks.
In the context of Artificial Intelligence (AI):
Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation.
Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
@bounce_bit #BounceBitPrime $BB An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training. In the context of digital assets and innovation: Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition. Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge. In the context of web development (JWTs): Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server. Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks. In the context of Artificial Intelligence (AI): Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation. Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
@BounceBit #BounceBitPrime $BB An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training.
In the context of digital assets and innovation:
Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition.
Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge.
In the context of web development (JWTs):
Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server.
Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks.
In the context of Artificial Intelligence (AI):
Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation.
Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
@Square-Creator-941364024 _bit and contain the hashtag #BounceBitPrimse ime and $BB B to be eligible.An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training. In the context of digital assets and innovation: Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition. Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge. In the context of web development (JWTs): Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server. Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks. In the context of Artificial Intelligence (AI): Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation. Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
@bounce _bit and contain the hashtag #BounceBitPrimse ime and $BB B to be eligible.An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training.
In the context of digital assets and innovation:
Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition.
Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge.
In the context of web development (JWTs):
Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server.
Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks.
In the context of Artificial Intelligence (AI):
Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation.
Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
@PythNetwork #PythRoadmap $PYTH An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training. In the context of digital assets and innovation: Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition. Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge. In the context of web development (JWTs): Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server. Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks. In the context of Artificial Intelligence (AI): Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation. Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
@Pyth Network #PythRoadmap $PYTH An "open token" can refer to a type of digital asset that emphasizes collective intelligence and cooperation, similar to open-source software, to avoid the "tragedy of collective invention" where innovation stalls due to competition for ownership. It can also refer to a JSON Web Token (JWT), an open standard for securely transmitting information between parties as a JSON object, often used in web applications for authorization. Alternatively, in the context of AI, a token is a unit of text (word, part of a word, or punctuation) that a model processes, with "open tokens" potentially implying public or accessible token data used in training.
In the context of digital assets and innovation:
Decentralization: The term "open token" is sometimes used to describe the "ultimate brick of decentralization," fostering a cooperative approach to innovation rather than competition.
Collective Intelligence: It aims to unlock the full potential of collective invention by preventing contributors from monopolizing the fruits of shared knowledge.
In the context of web development (JWTs):
Information Exchange: A JSON Web Token (JWT) is an open, industry-standard method (RFC 7519) for securely sharing information between parties, often a client and a server.
Authorization: JWTs are commonly used as "bearer tokens" to grant access, meaning the entity presenting the token is given access without further checks.
In the context of Artificial Intelligence (AI):
Text Units: Tokens are fundamental units of text—words, sub-word units, or punctuation—that AI models use for processing, training, and generation.
Open Token Data: The phrase could also refer to the underlying data that forms these tokens, which can be open or publicly accessible, contributing to how AI models learn.
နောက်ထပ်အကြောင်းအရာများကို စူးစမ်းလေ့လာရန် အကောင့်ဝင်ပါ
နောက်ဆုံးရ ခရစ်တိုသတင်းများကို စူးစမ်းလေ့လာပါ
⚡️ ခရစ်တိုဆိုင်ရာ နောက်ဆုံးပေါ် ဆွေးနွေးမှုများတွင် ပါဝင်ပါ
💬 သင်အနှစ်သက်ဆုံး ဖန်တီးသူများနှင့် အပြန်အလှန် ဆက်သွယ်ပါ
👍 သင့်ကို စိတ်ဝင်စားစေမည့် အကြောင်းအရာများကို ဖတ်ရှုလိုက်ပါ
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