MarketAbstract strategy game
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Abstract strategy game

Abstract strategy games are games like chess, draughts and Go. They are typically strategy games with minimal or no narrative theme, an outcome determined mostly by player choice, and in which there is little to no hidden information. Many abstracts are also perfect information games. Pure abstract strategy games are typically deterministic, fully observable, and governed by simple, explicit rules whose strategic depth arises from combinatorial complexity rather than chance. Abstract strategy games are also games of analytical skill, usually with significant depth or strategic complexity. Skill grows over time as players develop experience, and a greater understanding of a specific game. Experienced players with greater ability to analyze multiple moves in advance will almost always beat beginners at abstract strategy games.

Definition
.The term abstract refers to a game's formal detachment from representational content and theme, rather than any artistic style or inscrutability. While pieces in abstract games may have conventional names (e.g., "king," “stone," “pawn"), these labels do not imply a simulation of historical, physical, or fictional realities. In cases that the piece design resembles a theme, it is purely for aesthetic reasons, remaining unimportant to game play. • Close to perfect Information: Little to nothing is hidden from all players, and all players can see the entire state of the board, pieces and all other game elements at all times. • Little to no randomness: There are usually no dice rolls, shuffled decks, or random events. The "input randomness" is close to zero, and the game's complexity arises from the players' moves and position. • Minimal theme and narrative: While some games have minimal "themes" (e.g., Chess represents a stylized medieval court or battle), the mechanics do not rely on this or on any narrative element. The game would function identically if the pieces were replaced with simple geometric shapes. • Discrete turn structure: Game play proceeds in alternating turns, with clearly defined legal moves. • Strategic focus: Game play is largely based on spatial reasoning, pattern recognition, and strategic planning. Many abstract strategy games that closely follow the above principles also happen to be pure strategy games, also known as "combinatorial" games in which there is no hidden information, no random elements, no simultaneous or hidden movement or setup. Many of these are also two player games where two players or teams take a finite number of alternating until a win condition is met. According to Combinatorial Game Theory (2013) by Aaron Siegel, "combinatorial" games have no randomness, no any hidden information, or any simultaneous moves. Winning at these "pure" abstract strategy games relies on pure skill in logic, spatial thinking, and calculation. Furthermore, as Cesco Reale writes, combinatorial or pure abstracts are games in which, "given a game situation and sufficient calculation or reflection time, a player or a fairly powerful calculator can analyze the tree of possible games (up to a defined depth of analysis and with respect to a given evaluation function) and identify the best move (or the set of best moves with equal merit)." There is an intimate relationship between such games and puzzles: every board position presents the player with the puzzle, What is the best move?, which in theory could be solved by logic alone. A good abstract game can therefore be thought of as a "family" of potentially interesting logic puzzles, and the play consists of each player posing such a puzzle to the other. Good players are the ones who find the most difficult puzzles to present to their opponents.Many games which are abstract in nature historically might have developed from thematic games, such as representation of military tactics. In turn, it is common to see thematic version of such games; for example, chess is considered an abstract game, but many thematic versions, such as Star Wars-themed chess, exist. Nevertheless, the theme is aesthetic and interchangeable, and does not affect actual play. Traditional abstract strategy games are often treated as a separate game category, hence the term 'abstract games' is often used for competitions that exclude them and can be thought of as referring to modern abstract strategy games. Two examples are the IAGO World Tour (2007–2010) and the Abstract Games World Championship held annually since 2008 as part of the Mind Sports Olympiad. == Typology ==
Typology
is a traditional Japanese chess-like capture game focused on checkmating the opposing king At the core of abstract game typology are pure strategy games like Chess and Go, where a player or computer can, in theory, analyze a game "tree" of all possible moves to find an optimal play. These games are deterministic, meaning they have no hidden elements or luck. Within this category, scholars further distinguish between "impartial" games (where available moves depend only on the state of the board, like Nim) and "partisan" games (where players have different pieces or move sets, like Chess). Robert Bell's Board and Table Games from Many Civilizations (1960) similarly used four categories, "race", "war", "positional", and "mancala" games. describes a "classical" categorization of board games which consisted of four primary categories: "race", "space", "chase", and "displace" games. The following table classifies abstract strategy games by their primary objective or mechanical "win condition": Number of players is yet another element. Most abstract games are two players, but there are also numerous games for three, four or more players such as Chaturaji, Chinese checkers, Bughouse chess, and Rengo. These multiplayer abstracts thus introduce game politics, and open up the possibility of the "kingmaker" effect, which happens when one losing player makes a choice that improves the chances of the eventual winner. == History ==
History
and Ajax playing a board game. Premodern The earliest known board games for which we know the rules were abstract race games. Games like Senet (c. 3100 BCE) and Mehen (E) from Ancient Egypt, and the Royal Game of Ur (c. 2600 BCE) contained elements of luck, but they paved the way for later pure strategy games. A board resembling a Draughts board was found in Ur dating from 3000 BC, found by British archaeologist Sir Leonard Woolley in the 1920s. The British Museum contains examples of ancient Egyptian checkerboards, found with their pieces in burial chambers, and boards like these are known to have been used by Queen Hatasu. Another very ancient family of board games is the Mancala family, which may be as old or older than Senet, though this is disputed by scholars. Mancala variants spread across Africa, the Middle East, and Asia during the medieval period. Go (Ch: Weiqi), originating in China over 2,500 years ago, remains the oldest pure abstract game still played in a manner close to its original form. It was considered one of the four essential arts of the cultured aristocratic Chinese scholars in antiquity and remains popular today. The earliest written reference to the game is generally recognized as the historical annal Zuo Zhuan (c. 4th century BC). Many traditional cultures outside Eurasia also developed their own abstract strategy games. Patolli originated in Mesoamerica, and was played by a wide range of pre-Columbian cultures such as the Toltecs and the Aztecs. Kōnane was invented by ancient polynesians in Hawaii and features a capture mechanism similar to checkers. Before the rise of chess, Mediterranean cultures played a type of capture game similar to checkers. Plato mentions a game called '', as being of Egyptian origin, The exact rules of these types of games are not known, though there have been numerous attempts at reconstruction. These games may have influenced the "Tafl" family of games (like Hnefatafl or "Viking chess"), popular in Northern Europe, which differed from the Roman games in that Tafl games featured asymmetrical gameplay. depicting Grant Acedrex, a chess variant played on a 12x12 board Chess is believed to have originated in northwest India, in the Gupta Empire ( 280–550), where its early form in the 6th century was known as Chaturaṅga, literally four divisions [of the military] — infantry, cavalry, elephants, and chariotry, represented by the pieces that would evolve into the modern pawn, knight, bishop, and rook, respectively. Chaturaṅga was played on an 8×8 uncheckered board, called ashtāpada, which was also used to play other games like the four player Chaturaji. Modern chess developed in Spain and Italy from the Middle Eastern Shatranj, a medieval descendant of the Indian game. The modern queen was first introduced in Spain during the 15th century, as seen in the Catalan poem ''Scachs d'amor''. Before the rise of modern chess to dominance, many pre-modern chess variants also existed, like Courier chess, Grant Acedrex, Short assize, and Great chess. Outside of the Mediterranean world and Europe, numerous regional chess-like games also developed from the Indian or the Middle Eastern versions of game. They include Xiangqi (China), Shatar (Mongolia), Makruk (Thailand) and Sittuyin (Burma). Shogi (Japan) was the earliest chess type game to allow captured pieces to be returned to the board by the capturing player. This drop rule is speculated to have been invented in the 15th century, possibly connected to the practice mercenaries switching loyalties when captured. Timeline '' The following is a timeline of key pre-modern abstract strategy games: The latter half of the century proved particularly fertile. Reversi (and its variant Othello) appeared in 1883, introducing a unique toggle capture mechanism that would later influence numerous designs. This game achieved remarkable longevity, remaining actively played through its 1971 reincarnation as Othello, demonstrating that certain innovative mechanics could transcend their era. Around the same time, Bashni emerged in 1885 as the progenitor of column checkers games. The 1880s and 90s also saw various new crossing games like Halma, Salta (1899) and Chinese checkers, though earlier games of this type did exist, like Ugolki. Chinese Checkers (originally designed as Sternhalma in Germany) notably achieved folk status, becoming one of the rare designer games to achieve widespread adoption after its publication by the Pressman company. George S. Parker was an influential game designer of the turn of the century, known for founding the early game company Parker Brothers. His innovative abstract game Camelot (originally called Chivalry) was an early crossing game requiring players to move two pieces into a goal zone. The period between 1895 and 1900 saw the creation of several games that would later prove significant, including Dots and boxes in 1895. The turn of the century brought Raumschach in 1907, an early exploration of three-dimensional chess that demonstrated designers' willingness to challenge fundamental spatial assumptions. 20th century on a standard 11×11 board. Here, White wins the game by connecting the left and right sides of the board. The 20th century saw an explosion in the creation of new and innovative abstract strategy games along with the development of combinatorial game theory and game design theory. The first half of the century witnessed continued experimentation with spatial arrangements and rule modifications. Emanuel Lasker's Lasca appeared in 1911, followed by Ringo in 1915. The 1920s introduced Marseillais chess, also known as Double Move Chess, which began exploring multi-action turn protocols that would later become significant design tools. Meanwhile, Stavropol Checkers introduced the mutator concept of using pieces of either color. The period also saw important developments in traditional abstract games, with the Japanese gomoku variant Renju beginning its evolution as a living ruleset in 1899. The use of komi as a balancing mechanism in Go, first documented in 1852 and employed in tournament play by 1907, illustrates how mathematical approaches to game balance were gaining recognition. The 1940s proved pivotal with the creation of Hex in 1942 by mathematician Piet Hein. Popularized by John Nash, Hex kickstarted the hexagonal connection genre and would become one of the most influential games in modern abstract design history. 1942 also saw the development of Teeko, notable for incorporating dual win conditions wherein players could win by forming either four-in-a-row or a two-by-two square. This game achieved significant commercial success initially, though it ultimately faded from play despite multiple revisions by its creator, the magician John Scarne, illustrating that marketing and publicity cannot guarantee long-term success without sufficient depth of play. The 1950s and 1960s saw an explosion of new abstracts, and the era marked a crucial transition as game design began to develop more sophisticated theoretical underpinnings. Alice chess appeared in 1953, while TwixT emerged in 1957 as perhaps the first successful square connection game. Significantly, Twixt's designer Alex Randolph insisted that his name appear on the box, representing an early assertion of designer identity in an industry where creators often remained anonymous. Sid Sackson emerged as a particularly influential figure during this era. His 1964 game Focus introduced stack movement equal to stack height, a mechanic that would inspire future designs. Focus would go on to win the Spiel des Jahres in 1981, marking rare mainstream recognition for a pure abstract game. Sid Sackson's 1969 book A Gamut of Games proved very influential, exposing a generation of players and designers to innovative abstract games and helping establish a vocabulary for discussing game mechanics and design principles. Lines of Action appeared in 1969. It introduced the unification or dynamic connection genre through elegant rules and a strong aversion to draws and cycles, though its core mechanics were essentially non-finite with additional rules ensuring termination. Further games like Sprouts, and Feudal explored diverse mechanical spaces. The Game of Y (circa 1960) also offered an important variant of Hex that eliminated special edge markings. game in progress The 1970s saw continued mechanical innovation alongside growing commercial interest. Connect Four (1975) became a popular commercial game, known for its unique vertical design that was accessible to casual players. Cathedral (1978), was another new game with unique pieces and mechanics. Robert Abbott wrote an influential article promoting his game Epaminondas (1975), titled Under the Strategy Tree, which introduced his concept of "clarity" as it pertains to game design in abstract strategy games. The late 1970s also witnessed experiments with non-traditional boards, including Kensington (1979), which became perhaps the first combinatorial abstract game on an Archimedean board. Furthermore, multi-action turn protocols now bean to appear in games like Conquest (1974), Guerilla (1976), and Phalanx (1980). These games showed how multiple sequential actions within a single turn could lead to further strategic depth. 1980's Trax introduced the loop goal, later used in Havannah (1981), creating an alternative win condition that would inspire subsequent designs. Abalone appeared in 1987, achieving commercial success through high production values and intensive marketing despite balance issues in its original setup that players addressed through alternative configurations. Amazons developed in 1988 as an emergent territorial game featuring a board-shrinking dual-move mechanic that created a high branching factor of possible game states. The work of mathematician John Conway significantly contributed to the development of combinatorial game theory, which he developed while studying Go, providing mathematical tools and terminology that would influence how designers and players discussed abstract games. The publication of Winning Ways for Your Mathematical Plays (1982, Berlekamp, Conway and Guy) provided rigorous mathematical analysis of combinatorial games, further developing the theoretical foundations of the field. R. Wayne Schmittberger contributed significantly through his game designs and his 1992 book New Rules for Classic Games. Schmittberger's Maxi-Star appears to be the first combinatorial game employing recursive scoring, a mechanism where the largest group determines the winner, with ties broken by the second-largest group, then the third, and so on. This scoring approach would later be popularized by Reiner Knizia in games like Tigris and Euphrates (1997) and Ingenious (2004), eventually proving influential in modern abstract design. The information age and the 21st century software The late 20th century digital revolution saw the rise in the use of computers to analyze abstract games and to play them with other humans over the internet, or against bots of various strengths. The founding of the Computer Olympiad in 1989 established competitive computerized game-playing as a recognized pursuit, while Deep Blue's defeat of Garry Kasparov in 1996 demonstrated that artificial intelligence had reached world-championship level in chess, raising questions about the relationship between human and computer capabilities that would influence game design for decades. The internet's popularization in the 1990s proved momentous, enabling geographically dispersed individuals interested in abstract games to connect and exchange ideas. These games featured high-quality components and innovative mechanics, with DVONN and TZAAR winning game of the year awards. From 1998 to 2009, abstract games like Quoridor, DVONN, and TZAAR won Games Magazine's overall Game of the Year award, achieving mainstream recognition. Abstract Game Magazine began publication in 2000, running until 2003 before resuming in 2020, providing a venue for serious discussion of design principles and game analysis. Mark Thompson's "Defining the Abstract" article published in 2000 contributed to ongoing discussions about what constituted an "abstract strategy game." Cameron Browne also emerged as a major figure through his 2005 book Connection Games, which provided comprehensive coverage of this important genre, and his publication of the first Hex strategy book. His 2008 dissertation on automatic generation and evaluation of recombination games led to Yavalath, a novel game designed by computer using evolutionary algorithms, demonstrating that algorithmic approaches could produce genuinely enjoyable games. Further academic studies, like Frank Lantz's 2017 Depth in Strategic Games (2017), have provided analytical tools for evaluating a strategy game's strategic depth. From approximately 2000 to 2010, a game's resistance to AI and computer domination became a frequent discussion topic and design goal. Designers thus sought to create games that would stymie artificial intelligence, with designers of games like Octi, Arimaa (2002), and Havannah offering significant monetary rewards for AI that could defeat top humans. This trend drove designers to look for game mechanics that proved challenging to AI like multimove turns (Arimaa). Arimaa notably sustained itself through an online community, demonstrating how internet communities could keep games alive. However, the "AI resistance" trend died out as Monte Carlo methods developed and neural network approaches emerged, which allowed AIs to learn and dominate in almost any game with proper training. AlphaGo's success against Lee Sedol in 2016 marked a turning point in this trend of game design. AlphaZero, published in Science in 2018 as a general game-playing algorithm, and projects like Leela Zero (2017) demonstrated that AI had achieved dominance across multiple games. Meta's Polygames mastered Hex and Havannah in 2019, while Galvanize Zero mastered numerous games including Chess, Connect6, various Hex board sizes, Reversi, Amazons, Breakthrough, and International Draughts. Despite AI's dominance, the AI resistance movement had a lasting impact on abstract game design. It prompted designers to think systematically about human perceptual faculties and their relationship to games, contributing to deeper understanding of strategic depth. This influenced numerous subsequent designs even after the original motivation to resist AI dominance had disappeared. Many innovations in game mechanics were also introduced during the 90s and 2000s. For example, the 12* balance protocol, where the first player makes one move and subsequently each player makes two moves, gained prominence through Connect6 (2003). The protocol had earlier appeared in Marseilles Chess variants, with the 12* notation being formally incorporated in 1963. Recursive scoring emerged as another powerful tool. Knizia's implementation of it in Ingenious (where scores are determined by the player's weakest color, creating tension around balanced development) demonstrated how recursive scoring could add significant subtlety without interfering with new players' ability to engage with a game. Christian Freeling's Symple (2010), with its "plant or grow all groups" mechanic where an action happens for all groups each turn, represented another exploitation of this approach. Loop goals, introduced by Trax (1980) and Havannah (1981), provided an alternative win condition to connection and territory. The concept of mutators also developed, which are general modifications applicable across multiple games. First publicly mentioned around 1999 and attributed to João Pedro Neto, mutators included variations like misère (goal inversion, "playing to lose"), placement of either color, and specific ban patterns. Yodd (2012) exemplified synergistic mutator use, combining 12* protocol with the ability to place tokens of either color. The Crossway ban, popularized by Crossway (2007), prevented certain cutting patterns. Unlur (2002) popularized the contract phase, a pre-game negotiation mechanism. Various attempts to make Go intrinsically finite have appeared, including Sygo (2010), Redstone, Loose, and Stoical Go (all 2012), seeking to eliminate the need for ko rules while preserving the game's essential character. Some further unique abstract games from the 90s and 2000s include Gess, Quorridor, Blokus, Dameo, Breakthrough, Clobber, Khet, Caylus, and Barca. Recent commercially successful abstracts include Hive (2001), Santorini (2004), Battle Sheep (2010), Tak (2016) and Photosynthesis (2017). Their success illustrates how, despite their decline in mainstream culture, a few abstract games still manage to rise to some level of popularity and compete in the increasingly crowded boardgame market. Nevertheless, while publishers of abstracts like Gigamic succeeded through high production values, most abstract games remain niche products (aside from classics like chess). As such, online platforms have become increasingly important for sustaining player communities and keeping lesser known abstract strategy games alive. Discussions on BoardGameGeek's abstract subforum have provided venues for recent design discussion and community building. Likewise, João Pedro Neto's World of Abstract Games website and Christian Freeling's Mindsports website served as important repositories of information and analysis of abstract games. Cultural and competitive contexts Abstract strategy games have historically been embedded within broader cultural, educational, and philosophical frameworks. In East Asia, games such as go and shogi were traditionally associated with moral cultivation, disciplined thinking, and elite education. In Europe, chess became a central symbol of rationality, and intellectual refinement. Across cultures, abstract games have served as vehicles for social interaction, competition, and the transmission of strategic knowledge. Modern competitive play has further institutionalized abstract strategy games through ranking systems, organized tournaments, and extensive bodies of literature. Formalized competition has also encouraged the development of standardized rule sets and notational systems, facilitating the preservation and study of exemplary games by elite players, some of whom have become celebrities. == Study and theory ==
Study and theory
Objective analysis Analysis of "pure" abstract strategy games is the subject of combinatorial game theory. This branch of mathematics studies games with perfect information. It analyzes "game states" to determine if a position is a win, loss, or draw. The complexity of a game is often measured by its state-space complexity (total number of legal positions) and game-tree complexity (total number of possible paths the game can take). Abstract strategy games with hidden information, bluffing, or simultaneous move elements are better served by Von Neumann–Morgenstern game theory, while those with a component of luck may require probability theory incorporated into either of the above. While ranking abstract strategy games according to qualitative complexity is highly subjective, one can analyze their complexity is purely quantitative terms. In terms of measuring how finite a mathematical field each of the three top contenders represents, it is estimated that checkers has a game-tree complexity of 1040 possible games, whereas chess has approximately 10123. As for Go, the possible legal game positions range in the magnitude of 10170. Combinatorial abstract strategy games have long been used in AI research. Since they are characterized by fixed rules and perfect information, they provide an ideal environment for testing and developing computer algorithms. Perhaps the most famous example is Deep Blue (1997), the first computer to beat a reigning World Chess Champion (Garry Kasparov) using brute-force calculation. AlphaGo (2016), developed by Google's DeepMind lab used neural networks and reinforcement learning to defeat world-class Go champion Lee Sedol. This was a key landmark because Go has more possible positions than there are atoms in the observable universe, making brute force next to impossible. Praxis s playing Kōnane at a combinatorial game theory workshop Regarding practical gameplay considerations, many abstract strategy games reward careful analysis of various possible moves, opponent responses, and consequences. This is often referred to by various terms like "calculating", "reading lines", "looking ahead," "forward visualization." However, this is time consuming and tiring, and abstract game players do not just play by brute force calculation. Instead, various heuristics are employed to eliminate bad options and choose optimal paths, which can then be calculated to a certain degree. == Design principles and aesthetics ==
Design principles and aesthetics
, with its minimalist style and wooden pieces exemplifies one strand of modern abstract game design The design and evaluation of new abstract strategy games often emphasize conceptual elegance and simplicity, with complexity arising from the combination of a few ingenious rules. Modern designers frequently aim to achieve maximal strategic depth with minimal rules, allowing complexity to emerge naturally from player interaction rather than from elaborate mechanics. Game balance is a central concern for modern game designers, particularly with respect to concepts like first-move advantage. Many abstract games incorporate compensatory mechanisms or refined rule adjustments to address this issue. Another recurring consideration is the relationship between learnability and mastery. Successful abstract games tend to offer straightforward rules that can be understood quickly, while simultaneously supporting a deep and prolonged learning curve as well as extensive replay value. This combination has contributed to the longevity of classical abstract games, which remain strategically relevant and exciting centuries after their inception. The goal of many modern game designers is captured in the saying "easy to learn, lifetime to master", which is considered to be a feature of the great classics like Go and Chess. According to J. Mark Thompson, a good abstract must possess four key qualities: depth, clarity, drama, and decisiveness. Depth refers to the capacity of a game to support many distinct levels of skill, such that optimal play remains uncertain in most positions and improvement remains possible over long periods. A deep game resists complete calculation and instead demands refined judgment, allowing measurable stratification among players of different strengths. Clarity, by contrast, concerns intelligibility. In games that are clear, players should generally be able to recognize strong moves, especially decisive ones, and develop reliable heuristics even without exhaustive study. A game that lacks such intelligibility becomes opaque, leaving players without strategic intuition. The challenge for designers lies in ensuring that complexity does not collapse into inscrutability, particularly in newly invented games where it may be difficult to distinguish temporary obscurity from permanent unintelligibility. Drama requires that a player in an inferior position retain meaningful chances to recover, sustaining suspense and engagement across the whole game rather than allowing early mistakes to render later play pointless. Decisiveness, however, demands that sustained superiority can ultimately be converted into an unavoidable win, rather than being indefinitely neutralized by defensive tactics. Games that fail in this respect risk degenerating into endless draws or futile struggles. Thompson writes that these four qualities exist in tension. Increasing clarity can undermine depth, excessive comeback potential can erode decisiveness, and easily secured wins can drain drama. Only a small number of exceptional games manage to attain a balance between these opposing demands. Such games reward play and serve as profound vehicles for expressing human character and intellect, meriting recognition alongside other liberal arts. == Designers ==
Designers
Certain game designers have proved particularly influential through their games and/or their articulation of design principles and theory. Some important modern designers include: • Ferdinand Maack (1861–1930): Raumschach (Space chess), an early 3D chess • Emanuel Lasker (1868–1941): a world chess champion who designed LascaJosé Raúl Capablanca (1888–1942), a world chess champion who developed "Capablanca chess" after play-testing with Lasker • George S. Parker (1866–1952): designed numerous commercially procuded games including CamelotV. R. Parton (1897–1974): designed many unique chess variants like Alice chessWładysław Gliński known for his popular version of Hexagonal chess and his Rules of Hexagonal Chess (1973) • Piet Hein, the inventor of the influential abstract HexAlex Randolph: TwixTSid Sackson (1920–2002) author of A Gamut of Games. He designed Focus (Domination), and Fields of ActionReiner Knizia: Ingenious, Through the Desert, Samurai and Tigris & Euphrates, Cascadero • Wolfgang Kramer: Torres, El GrandeRobert Abbott: Baroque chess, Epaminondas, CrossingsAndrew J. Looney, inventor of the icehouse pieces, used to play many abstract games like Martian chess and Homeworlds • Ralph Betza a FIDE Master who designed many chess variants like Chess with different armies, Avalanche chess, and Way of the Knight. • Christian Freeling: known for the Mindsports webpage and games like Dameo (2000), Havannah and Symple (2010) • Kris Burm who designed the unique GIPF Series of games • James Ernest, best known for Tak • Mark Steere: Atoll, Oust • Phil Leduc: Murus Gallicus (2009) • Luis Bolaños Mures: Kingo (Go with two types of stones), 3D Amazons • Cameron Browne: Shibumi, Yavalath • Nick Bentley: Catchup (2010), Blooms • Dieter Stein: Ordo, Volo, Enso == Challenges and competitions ==
Challenges and competitions
Various competitions and challenges have spurred innovation in the design of abstract strategy games. Portugal's Campeonato Nacional de Jogos Matemáticos (2004–present), the World Mind Sports Games held by the International Mind Sports Association (IMSA) and the Mind Sport Olympiads (1997–present) have provided competitive venues that sustained interest and rewarded excellence in various abstract strategy games. The Computer Olympiad (founded 1989) has tracked AI progress across multiple games. The 8×8 design competition that was won by Breakthrough encouraged further minimalist approaches to familiar board sizes. The Code Cup, beginning in 2003, developed strong AIs for obscure games, providing analytical tools and raising profiles of otherwise unknown designs. Abstract Games World Championship The Mind Sports Olympiad first held the Abstract Games World Championship in 2008 to try to find the best abstract strategy games all-rounder. restricting the competition to players' five best events. During the four years span of 2014–2017, the title was not awarded. From 2018 to 2022 the tournament was reintroduced under the name Modern Abstract Games World Championships. In 2023 it was renamed back to Abstract Games World Championships and only the games with perfect information remained under this category. As of 2025 Andres Kuusk holds the record of most World Champion titles with 8. David Pearce has won the title four times and Florian Jamain twice. • 2008: David M. Pearce (England) • 2009: David M. Pearce (England) • 2010: David M. Pearce (England) • 2011: David M. Pearce (England) • 2012: Andres Kuusk (Estonia) • 2013: Andres Kuusk (Estonia) • 2018: Andres Kuusk (Estonia) • 2019: Andres Kuusk (Estonia) • 2020: Andres Kuusk (Estonia) • 2021: Andres Kuusk (Estonia) • 2022: Andres Kuusk (Estonia) • 2023: Florian Jamain (France) • 2024: Florian Jamain (France) • 2025: Andres Kuusk (Estonia) == See also ==
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