Monday, October 5, 2026

Offline vs. Online vs. Esports: Which Holds the Most Value in a Boxing Videogame?

 


In a boxing videogame, offline usually holds the most foundational value, online holds the most recurring-engagement value, and esports holds the most promotional value. Treating esports or ranked online play as automatically more valuable than offline players is a mistake.

The myth: “Offline players do not monetize”

That argument does not hold up. An offline player can still buy:

  • Boxer DLC and legends
  • Historic versions of fighters
  • Arenas, gyms, venues, and ring packages
  • Licensed gloves, trunks, robes, shoes, and equipment
  • Commentary or broadcast packages
  • Career-mode expansions
  • Creation Suite content
  • Additional eras, rule sets, organizations, belts, and championships
  • Story or career content
  • Cosmetic packs
  • Optional season or expansion content

None of those purchases requires the customer to enjoy ranked multiplayer or esports.

An offline player who spends hundreds of hours in Career, Universe, Create-A-Boxer, CPU-vs-CPU, tournament, promoter, or historical modes can be an extremely valuable customer.

Which has the most value?

AreaCore valueRevenue potentialLongevityAudience breadth
OfflineContent depth and ownershipVery HighVery HighHighest
OnlineCompetition and retentionVery HighVery HighHigh
EsportsVisibility and organized competitionModerate directlyModerateSmallest specialized audience

1. Offline should be the foundation

Boxing is especially suited to deep offline play because so much of the sport exists outside one isolated fight.

A serious boxing game can simulate:

Career → amateur boxing → matchmaking → rankings → negotiations → training camps → scouting → injuries → weight management → rivalries → championships → promotions → gyms → trainers → commissions → media → historical eras.

That ecosystem can give someone hundreds or thousands of hours without requiring another human opponent.

Offline modes also give developers room to represent things that competitive balancing can suppress.

Muhammad Ali should not have to be artificially equalized with a journeyman merely because both are selectable characters.

Deontay Wilder's power should be dangerous.

George Foreman's strength should matter.

Willie Pep's defensive abilities should matter.

Roberto Durán's inside fighting should matter.

A simulation should first ask:

“How did this boxer actually fight?”

Not:

“How do we make every boxer equally viable in ranked play?”

That is one of the strongest arguments for separating offline simulation from competitive balancing.


2. Online provides enormous value, but it should not control the entire game

Online boxing offers something offline AI cannot completely reproduce: another person thinking, adapting, panicking, countering, baiting, and changing strategy.

That makes it tremendously valuable.

Online can support:

Ranked fights, unranked fights, custom contracts, online gyms, leagues, tournaments, championships, spectator modes, promoter leagues, cooperative gyms, trainer roles, community events, and user-created organizations.

It also creates recurring engagement, which is attractive commercially.

But there is a major design danger.

Online becomes harmful when its requirements dictate offline boxing.

If developers change stamina, damage, knockdowns, attributes, movement, reach, punching power, cuts, recovery, or boxer abilities purely to make competitive matches more “balanced,” they can gradually destroy the simulation.

The answer is not eliminating competitive balancing.

The answer is separating rulesets.

For example:

Simulation
Real boxer capabilities and realistic boxing behavior.

Competitive
Additional balancing rules where necessary.

Custom
Players choose the rules themselves.

That lets each audience exist without forcing everyone into the same interpretation of boxing.


3. Esports is valuable, but its importance is often exaggerated

Esports can generate:

  • livestream exposure
  • tournaments
  • sponsorship opportunities
  • influencer coverage
  • competitive storylines
  • championship events
  • social-media clips
  • community rivalries
  • brand partnerships

Those are legitimate benefits.

But esports should be understood as a specialized layer of the ecosystem, not necessarily the center of it.

Most people purchasing a sports videogame will never become professional esports competitors.

Many will never enter a tournament.

Some will never touch ranked multiplayer.

Yet those players may purchase the game at launch, buy multiple DLC packs, spend hundreds of hours playing, create content, recommend the game, and purchase the sequel.

Calling that customer less valuable makes little sense.


A better way of measuring player value

The industry should stop measuring value primarily through:

“How many ranked matches does this person play?”

A much better measurement is:

Player Value = Purchase + Engagement + Retention + Additional Spending + Community Contribution + Franchise Loyalty

Under that model, an offline player can be every bit as valuable as an online player.

Consider two customers.

Player A

Plays ranked online.

Plays 100 hours.

Never purchases DLC.

Leaves after six months.

Player B

Never plays online.

Plays Career and Universe for four years.

Buys 20 boxer DLC packs.

Buys historical arenas.

Downloads community creations.

Creates hundreds of fighters.

Purchases every sequel.

Which customer was more valuable?

You cannot determine that merely by looking at whether the player was online.


Offline can actually increase DLC value

A deep offline ecosystem gives DLC more places to matter.

Add Lennox Lewis to a shallow exhibition game and you have another selectable boxer.

Add Lennox Lewis to a deep boxing universe and suddenly he can appear in:

Career histories, tournaments, fantasy matchups, CPU-vs-CPU cards, promotions, historical seasons, championships, rankings, custom universes, created fight cards, replay libraries, and era simulations.

The deeper the ecosystem, the more valuable every fighter, arena, trainer, promoter, piece of equipment, and historical package becomes.

That is why offline depth and monetization are not opposites.

They can reinforce one another.


Where esports really belongs

I would structure a boxing game as:

Boxing Simulation
→ foundation

Offline Ecosystem
→ Career, Universe, Creation, historical simulation, CPU-vs-CPU

Online Ecosystem
→ multiplayer, gyms, leagues, tournaments, custom fights

Competitive/Esports Layer
→ standardized tournament rules, anti-cheat, matchmaking, rankings and sanctioned competition

Esports sits on top of the boxing game.

The boxing game should not be designed underneath esports.

That distinction matters.


The bigger mistake: assuming the loudest audience is the largest audience

Competitive communities are highly visible because they produce:

streams, Discord discussions, tournaments, clips, rankings, leaderboards and social-media arguments.

Offline players are much harder to see.

Someone could spend 900 hours building a boxing universe without ever posting about it.

That does not make that player less important.

Visibility is not the same thing as market size.

And activity on social media is not necessarily representative of the entire customer base.

This is precisely why a serious developer should conduct broad research rather than allowing whichever group is loudest on Reddit, Discord, YouTube, Twitch, or X to define the entire game.


The strongest model for a boxing videogame

It should never be:

Offline vs. Online vs. Esports.

It should be:

Offline + Online + Competitive + Esports, with each allowed to serve its own audience.

For the Boxing Videogame Blueprint approach, I would rank their strategic importance this way:

1. Offline simulation and ecosystem depth
The foundation that gives the game identity, longevity, authenticity, creation possibilities, and enormous DLC potential.

2. Online multiplayer and community systems
Essential for human competition, social engagement, leagues, gyms, longevity, and recurring participation.

3. Esports
Potentially powerful for marketing and high-level competitive play, but it should remain a specialized extension rather than dictating how the entire boxing simulation works.

The real mistake is designing a boxing videogame as though the esports player is the customer and everyone else is secondary.

A much healthier philosophy is:

Build the deepest boxing game possible. Let offline players live in it, let online players compete in it, and let esports emerge from a dedicated competitive layer rather than redesigning the entire sport around esports.

And the myth that offline players do not generate post-launch revenue should be retired. Offline customers buy DLC, expansions, licensed equipment, fighters, arenas, historical content, and cosmetic content too. The question is not whether they monetize. The question is whether developers give them enough meaningful content worth buying.

Sunday, October 4, 2026

The Boxing Videogame Blueprint/Wishlist is much bigger than a list of features.

 The Boxing Videogame Blueprint/Wishlist is much bigger than a list of features.

When people hear the word "wishlist," they may think of a few ideas such as better footwork, more boxers, improved graphics, deeper career mode, or additional venues.

That is not what this project has become.

Over years of writing, researching, revisiting old boxing games, studying the sport, examining modern game-development problems, and expanding individual ideas into connected systems, the Blueprint has grown into a large design ecosystem for what a boxing videogame could become.

And even when I try to summarize it, the summary can make the project look much smaller than it actually is.

The value is not simply in how many posts exist.

The real value is in how many parts of boxing have been examined as systems and how those systems can interact.

For example, boxer individuality alone is not one feature.

It can include:

Tendencies.

Capabilities.

Traits.

Attributes.

Boxing IQ.

Knowledge.

Mannerisms.

Stance.

Posture.

Guard.

Footwork.

Defensive style.

Punch mechanics.

Signature punches.

Signature combinations.

Preferred ranges.

Risk tolerance.

Recovery behavior.

Conditioning.

Mentality.

Adaptability.

Physical characteristics.

Genetics.

Career stage.

Age.

Damage history.

Trainer influence.

Opponent influence.

Era.

Ruleset.

And situational behavior.

That is just boxer identity.

Then you have actual boxing mechanics.

Foot placement.

Weight transfer.

Balance.

Punch geometry.

Jab variations.

Short punches.

Long punches.

Inside fighting.

Clinching.

Hand fighting.

Parries.

Catches.

Slips.

Rolls.

Pivots.

Angles.

Ring cutting.

Distance management.

Rope interaction.

Corner trapping.

Guard deterioration.

Block fatigue.

Counterpunching.

Simultaneous punches.

Knockdowns.

Knockouts.

Delayed reactions.

Recovery.

Flash knockdowns.

Flash knockouts.

And different ways fatigue, damage, positioning, timing, balance, and technique affect all of the above.

Then there is stamina and physical simulation.

Not an arcade stamina bar.

Actual layered fatigue.

Overall conditioning.

Arm fatigue.

Leg fatigue.

Recovery.

Short-term exhaustion.

Long-term wear.

Damage accumulation.

Cuts.

Swelling.

Injuries.

Training fatigue.

Overtraining.

Weight cutting.

Career wear-and-tear.

And boxer-specific differences.

Then there is AI.

Tendency-driven behavior.

Capabilities.

Situational decision-making.

Tactical planning.

Opponent recognition.

Adaptation.

Risk assessment.

Ring-position awareness.

Fatigue awareness.

Damage awareness.

Scouting knowledge.

Trainer influence.

Round-to-round adjustments.

CPU vs CPU simulation.

And different AI behavior depending on the boxer, trainer, opponent, scorecards, rules, round, fatigue, damage, and fight circumstances.

Officials are another system.

Referees should not be decorations.

They should have personalities, tendencies, rule awareness, positioning, foul detection, clinch intervention, knockdown counts, warnings, point deductions, stoppage logic, doctor interaction, and commission-specific rules.

Judges should have scoring philosophies, preferences, tendencies, accuracy differences, and the possibility of controversial decisions without simply using random numbers.

Then there is the corner.

Trainer personalities.

Trainer knowledge.

Chemistry.

Advice.

Advice reliability.

Game plans.

Adjustments.

Cutmen.

Swelling treatment.

Cuts.

Recovery.

Motivation.

Loyalty.

Trainer relationships.

And potentially playing or managing the corner itself.

Career Mode is not just "fight, train, fight again."

A true boxing career can include:

Amateur boxing.

Regional tournaments.

National tournaments.

International scouting.

Promoters.

Managers.

Trainers.

Gyms.

Stables.

Contracts.

Negotiations.

Rankings.

Sanctioning bodies.

Mandatory challengers.

Belts.

Unifications.

Vacated titles.

Promotional politics.

Free agency.

An Open Boxer Market.

Sponsorships.

Broadcast deals.

Popularity.

Regional popularity.

International popularity.

Gate revenue.

Attendance.

Fight demand.

Rivalries.

Mentorship.

Injuries.

Retirement.

Comebacks.

Prospect development.

Record building.

Historical records.

Awards.

Accolades.

Hall of Fame consideration.

And a boxing world that continues moving even when the player is not involved.

Scouting itself can become a system.

Scout amateur boxers.

Scout international prospects.

Scout opponents.

Study film.

Hire scouts.

Receive imperfect scouting reports.

Discover hidden strengths.

Discover weaknesses.

Find sparring partners.

Prepare specifically for styles.

Even optional systems such as spying on an opponent's training camp can exist without forcing them on every player.

Training can become its own ecosystem.

Roadwork.

Running.

Jogging.

Bag work.

Mitt work.

Sparring.

Strength training.

Conditioning.

Recovery.

Camp schedules.

Overtraining.

Injuries.

Sparring partner selection.

Training personalities.

Trainer philosophies.

Manual training.

Optional mini-games.

Automated training.

Simulation-based training.

The creation suite can go far beyond Create-A-Boxer.

Create-A-Style.

Create-A-Guard.

Create-A-Defense.

Create-A-Footwork.

Create-A-Clinch.

Create-A-Inside Style.

Signature Punch Creator.

Create-A-Gym.

Create-A-Stable.

Create-A-Promotion.

Create-A-Organization.

Create-A-Commission.

Create-A-Belt.

Create-A-Ruleset.

Create-A-Ring.

Create-A-Arena.

Create-A-Fight Card.

Create-A-Broadcast.

Create-A-Media Outlet.

Create-A-Brand.

Create boxing gear.

Create commentary names.

Create pronunciations.

Build custom boxing worlds.

Import and export creations.

Share creations.

Use creation pools.

Give players massive storage.

A World Editor alone could radically extend the lifespan of a boxing game.

Presentation also deserves depth.

Different broadcast packages.

Different eras.

Ring walks.

Introductions.

Weigh-ins.

Press conferences.

Post-fight interviews.

Belt ceremonies.

Crowd personalities.

Dynamic crowd reactions.

Replay systems.

Slow motion.

Cinematic knockdowns and knockouts as options.

Picture-in-Picture viewing.

Historical visual filters.

Era-specific broadcasts.

Commentary that understands what is actually happening in the ring.

Statistics and media matter too.

Punch statistics.

Advanced analytics.

Career statistics.

Historical statistics.

Records.

Record-breaking.

Awards.

Trophies.

Accolades.

Hall of Fame tracking.

BoxRec-style historical databases.

CompuBox-style punch tracking.

ESPN-style media.

Ring Magazine-inspired coverage.

Rankings news.

Rumors.

Fight announcements.

Injuries.

Upsets.

Prospects.

Championship changes.

And a media ecosystem reacting to the same world the player is participating in.

Then there are gyms and environments.

Different eras.

Different equipment.

Old heavy bags repaired with tape.

New equipment.

Damaged equipment.

Aging walls.

Old posters.

Discolored posters.

Historic photographs.

Different gym cultures.

Neighborhood gyms.

Elite training facilities.

Outdoor training.

Stadiums.

Ballrooms.

Small halls.

Large arenas.

Historic venues.

Outdoor fights.

Then there are equipment, apparel, brands, sponsors, gloves, boots, workout clothing, amateur gear, professional gear, training gear, sponsorship opportunities, fictional brands, licensed brands, wear-and-tear, and equipment authenticity across different eras.

Even boxer appearance can change through the career.

Hair growth.

Facial-hair growth.

Five-o'clock shadow.

Training-camp appearance.

Aging.

Body changes.

Weight changes.

Genetic differences.

Career wear.

Injuries.

Scars.

Different versions of the same boxer at different stages of his career.

Online deserves its own architecture.

Ranked.

Unranked.

Simulation.

Hybrid.

Arcade.

Contract Rule Cards.

Server authority.

Anti-quit systems.

Disconnect handling.

CPU takeover.

Online gyms.

Online tournaments.

Trainer roles.

Different competitive environments.

Offline and online should not have to operate under exactly the same restrictions.

That leads to one of the most important principles in my Blueprint.

Stop trying to force every boxing fan into the same game style.

Simulation can be the foundation.

Hybrid can be an option.

Arcade can be an option.

Assists can be optional.

Sliders can be optional.

Cinematic effects can be optional.

HUD information can be optional.

Competitive restrictions can remain in competitive modes instead of controlling someone's offline career.

Options are not the enemy of balance.

They are a way of serving different players without destroying the simulation underneath.

The Blueprint also explores animation technology, motion capture, procedural systems, film reconstruction, motion matching, AI-assisted animation, historical boxer reconstruction, testing protocols, QA standards, community testing, telemetry, simulation validation, regression testing, and how developers can determine whether a boxer actually resembles himself mechanically instead of merely visually.

And even that does not cover everything.

There are systems involving popularity, sponsorships, economics, boxing politics, amateur boxing, gyms, media, trainers, scouting, records, commentary, sounds, crowd behavior, awards, creation tools, historical eras, presentation, career longevity, CPU simulation, testing, accessibility, HUD customization, equipment degradation, stadium architecture, boxer development, and many other areas.

This is why I no longer look at The Boxing Videogame Blueprint/Wishlist as simply a wishlist.

It is becoming a boxing videogame design reference.

Some ideas are essential.

Some are high priority.

Some are optional.

Some are expansion material.

Some are small immersion details.

Some exist mainly to start conversations.

Not everything belongs in version 1.0.

That is not the point.

The point is to ask a much bigger question:

How far could a boxing videogame actually go if developers stopped designing only around the minimum acceptable representation of the sport?

A realistic boxing game does not need every one of these systems on day one.

But boxing gives developers far more material to work with than punching, blocking, stamina bars, ratings, and a career menu.

The sport itself is the blueprint.

The job is to finally build enough of it.

#Boxing #BoxingVideogames #GameDevelopment #GameDesign #SportsGames #Simulation #GameDev #ArtificialIntelligence #CareerMode #Gaming #FightNight #Undisputed #BoxingGame

Who Benefits From The Boxing Videogame Blueprint/Wishlist?

 

Who Benefits From The Boxing Videogame Blueprint/Wishlist?

The Boxing Videogame Blueprint/Wishlist is not designed for only one type of boxing-game player.

Its potential value reaches far beyond the hardcore simulation fan.

If a company actually developed the systems, modes, mechanics, creation tools, simulation architecture, presentation features, career infrastructure, online options, and customization described throughout the Blueprint, the result could benefit:

  • Offline players

  • Career and Universe players

  • Online players

  • Simulation players

  • Competitive players

  • Esports players

  • Casual players

  • Arcade players

  • CPU-vs-CPU players

  • Creators and sandbox players

  • Content creators

  • Streamers

  • Community league organizers

  • Boxing historians

  • Boxing educators

  • Game-design analysts

  • Developers and publishers

The important distinction is that these audiences do not need to be forced into the exact same experience.

That is one of the most important philosophies behind the Blueprint.

A boxing videogame can serve multiple audiences by creating separate rulesets, options, modes, sliders, assists, competitive configurations, simulation settings, and offline/online authority.

The question should not be:

Which audience should the game be designed for?

The better question is:

How can the game be designed deeply enough that different audiences can use the same boxing ecosystem differently?

That is where the Blueprint becomes valuable.

The Biggest Beneficiaries: Offline, Career and Universe Players

If every major Blueprint system were implemented properly, offline simulation players would probably receive the greatest overall benefit.

Offline play allows boxing to exist without every mechanic being redesigned around competitive balance.

Real boxing contains inequality.

Boxers are not equally powerful.

They are not equally durable.

They do not have identical stamina.

They do not recover equally.

They do not possess the same reflexes, intelligence, speed, defensive ability, punching technique, toughness, chin, reach, footwork, or athleticism.

Offline simulation can embrace that.

A full simulation could include:

  • Authentic boxer differences

  • Fighter tendencies

  • Traits

  • Capabilities

  • Attributes

  • Mannerisms

  • Signature punches

  • Signature combinations

  • Preferred ranges

  • Defensive styles

  • Stance differences

  • Physical limitations

  • Aging

  • Decline

  • Injuries

  • Cuts

  • Swelling

  • Weight management

  • Conditioning

  • Camp performance

  • Trainer influence

  • Referee personalities

  • Judge tendencies

  • Promoter behavior

  • Manager behavior

  • Rivalries

  • Popularity

  • Media

  • Rankings

  • Sanctioning bodies

  • Championships

  • Records

  • History

  • Retirement

  • Comebacks

That is where the Blueprint can become much more than a fighting game.

It can become a boxing-world simulation.

Career Mode Should Be More Than Train, Fight, Repeat

A conventional boxing career often becomes:

Train → fight → gain points → move up rankings → win belt → repeat.

The Blueprint proposes something much larger.

A boxer could begin in an amateur ecosystem.

That fighter might have to:

  • Find a gym

  • Choose trainers

  • Enter tournaments

  • Develop technique

  • Build conditioning

  • Scout opponents

  • Travel

  • Join or leave camps

  • Turn professional

  • Sign with a manager

  • Negotiate with promoters

  • Develop popularity

  • Pursue rankings

  • Change weight classes

  • Manage injuries

  • Handle layoffs

  • Build rivalries

  • Pursue championships

  • Unify titles

  • Break records

  • Earn awards

  • Decline physically

  • Retire

  • Attempt a comeback

Meanwhile, the rest of the boxing world should continue operating independently.

Other fighters should fight.

Promoters should promote.

Champions should lose.

Prospects should rise.

Veterans should decline.

Rankings should change.

Belts should change hands.

Organizations should make decisions.

That creates an actual Universe.

CPU-vs-CPU Players Would Become Far More Important

CPU-vs-CPU is often misunderstood.

Some players hear CPU-vs-CPU and think:

Why would I buy a boxing game just to watch the computer fight itself?

But CPU-vs-CPU can serve many purposes.

It can power:

  • Universe simulation

  • Fantasy matchmaking

  • Tournament simulation

  • Scouting

  • Prediction systems

  • AI evaluation

  • Historical matchups

  • Promotional cards

  • League broadcasts

  • Career progression

  • Spectator modes

  • Testing

  • Training analysis

A deep Tendencies System could make CPU-vs-CPU especially valuable.

The goal should not be two AI-controlled fighters using the same universal behavior.

The goal should be:

fighter identity interacting with fighter identity.

A pressure fighter should behave differently from a defensive counterpuncher.

A cautious veteran should behave differently from an inexperienced prospect.

A boxer with poor stamina should fight differently from someone who can maintain a high output for twelve rounds.

A fighter who dislikes body punches should react differently when consistently attacked downstairs.

That is where simulation becomes interesting.

Creation and Sandbox Players Could Receive Enormous Value

One of the strongest areas of the Blueprint is its proposed Creation Suite.

Players should potentially be able to create far more than boxers.

Imagine creating:

  • Boxers

  • Trainers

  • Cutmen

  • Managers

  • Promoters

  • Gyms

  • Camps

  • Stables

  • Arenas

  • Stadiums

  • Ballrooms

  • Outdoor venues

  • Rings

  • Belts

  • Promotions

  • Organizations

  • Commissions

  • Rulesets

  • Events

  • Fight cards

  • Broadcast packages

  • Media outlets

  • Brands

  • Equipment

  • Regions

  • Boxing eras

Now the videogame becomes a sandbox.

A player could create:

A fictional modern boxing world.

Another could create:

The 1970s heavyweight division.

Another could build:

An amateur boxing ecosystem.

Another could create:

A regional New Jersey boxing universe.

Another could create an entirely fictional promotion with its own fighters, belts, gyms, rules, arenas, media, sponsors, and history.

That dramatically increases replayability.

Content Creators Could Be Major Secondary Beneficiaries

A deep boxing game does not only create value for players.

It creates value for people who create content around the game.

Most boxing-game content is heavily dependent on outside events.

A developer releases:

  • A patch

  • A trailer

  • A roster announcement

  • DLC

  • A screenshot

  • An interview

  • A development update

Creators react.

Then everybody waits for the next announcement.

A Blueprint-driven game could fundamentally change that relationship.

The game itself could continuously create content.

That is extremely important.

The Blueprint Could Become a Content Engine

Imagine the amount of material one deep boxing game could generate.

A creator could make videos about:

  • Boxer tendencies

  • Attributes versus traits

  • Fighter capabilities

  • Stamina

  • Fatigue

  • Wear-and-tear

  • Inside fighting

  • Clinching

  • Footwork

  • Distance management

  • Defensive systems

  • Parrying

  • Catching punches

  • Feints

  • Ring cutting

  • Judging

  • Referees

  • Trainers

  • Camps

  • Scouting

  • Amateur boxing

  • Promotions

  • Management

  • Rankings

  • Belts

  • Media

  • Popularity

  • Equipment

  • Career mode

  • Universe mode

  • Creation systems

  • Historical eras

  • CPU AI

  • Online rulesets

  • Esports settings

  • Simulation settings

That is potentially years of content.

One System Can Generate Many Videos

Take one example:

Boxer Tendencies.

That single system could generate content such as:

  1. What are tendencies?

  2. Tendencies versus attributes.

  3. Tendencies versus traits.

  4. Should tendencies influence user-controlled fighters?

  5. Should tendencies exist online?

  6. How should AI use tendencies?

  7. Which fighters should have dramatically different tendencies?

  8. Why ratings alone cannot recreate fighter identity.

  9. How tendencies improve CPU-vs-CPU.

  10. How developers could research fighter tendencies.

One system becomes ten discussions.

Multiply that across hundreds of Blueprint concepts.

That is enormous potential value for content creators.

Streamers Could Benefit Even More From Persistent Worlds

Streamers need reasons for viewers to return.

A shallow boxing game may provide:

Fight → rematch → ranked fight → career fight → repeat.

A persistent boxing Universe provides something very different.

Viewers could follow:

  • Champions

  • Contenders

  • Prospects

  • Journeymen

  • Rivalries

  • Trainers

  • Gyms

  • Promoters

  • Rankings

  • Championships

  • Records

  • Injuries

  • Careers

  • Comebacks

  • Upsets

The audience stops watching isolated matches.

They begin following a world.

A viewer might return because:

Is that undefeated prospect finally getting his title shot?

Another might return because:

Can the champion survive the rematch?

Another may be following:

Who becomes undisputed?

That creates narrative continuity.

Narrative continuity creates retention.

The Game Could Become a Virtual Boxing Broadcast Platform

Combine:

  • CPU-vs-CPU

  • Commentary

  • Replay systems

  • Picture-in-Picture

  • Statistics

  • Rankings

  • Media

  • Belts

  • Promoters

  • Trainers

  • Judges

  • Referees

  • Tendencies

  • Injuries

  • Fatigue

  • Historical records

  • Broadcast presentation

Now creators could potentially run entire simulated boxing broadcasts.

A streamer might create:

Poe Boxing Promotions

with:

  • Its own roster

  • Rankings

  • Championships

  • Fight cards

  • Gyms

  • Commentary

  • Events

  • Records

  • History

The audience could follow it much like a fictional sports organization.

At that point the videogame becomes partially:

boxing game + simulation engine + creation platform + broadcast platform.

Educational Content Could Become Much Stronger

The Blueprint also provides creators with a better vocabulary for discussing boxing games.

A creator saying:

The footwork feels bad.

does not tell developers very much.

A creator discussing:

  • Micro-steps

  • Lateral acceleration

  • Pivoting

  • Planted movement

  • Ring cutting

  • Weight transfer

  • Stance geometry

  • Lead-foot positioning

  • Retreat speed

  • Directional recovery

is providing useful analysis.

Likewise:

Every fighter feels the same.

can become a discussion about:

  • Attributes

  • Capabilities

  • Tendencies

  • Traits

  • Mannerisms

  • Signature punches

  • Defensive shells

  • Tactical intelligence

  • Physical limitations

That is a much higher level of conversation.

Creators can become educators rather than simply reaction channels.

The Blueprint Could Improve Developer Interviews

Instead of asking:

Is career mode better?

A creator could ask:

Will CPU-controlled promoters negotiate independently, develop prospects, build fight cards, manage rankings, compete for fighters, and respond economically to popularity?

Instead of asking:

Is stamina realistic?

Ask:

Are cardiovascular conditioning, muscular fatigue, accumulated damage, recovery, punch-output efficiency, localized fatigue, and long-term wear modeled independently?

Those questions require substantive answers.

Online Simulation Players Would Benefit Tremendously

Online does not have to mean arcade.

Some players want to fight other humans while still using realistic boxing systems.

An online Simulation ruleset could allow:

  • Authentic boxer ratings

  • Realistic stamina

  • Clinching

  • Inside fighting

  • Cuts

  • Swelling

  • Fouls

  • Flash knockdowns

  • Referee differences

  • Judge variation

  • Real weight differences

  • Style mismatches

  • Authentic boxer weaknesses

This is where a Contract Rules system could become extremely important.

Two players could agree to:

SIMULATION CONTRACT

12 rounds
Authentic ratings
Authentic stamina
Cuts ON
Injuries ON
Flash knockdowns ON
Referee variation ON
Judge variation ON
Assists OFF

Another group could use different rules.

That gives the community flexibility.

Competitive Players Would Gain Mechanical Depth

Competitive boxing does not need to be shallow.

A serious competitive boxing game could require mastery of:

  • Range

  • Timing

  • Footwork

  • Angles

  • Defense

  • Counters

  • Punch selection

  • Stamina management

  • Ring generalship

  • Feints

  • Positioning

  • Adaptation

  • Style recognition

  • Body work

  • Clinching

  • Inside fighting

That could create an enormous skill ceiling.

But there is an important philosophical conflict.

Competitive videogaming often prioritizes:

balance.

Real boxing prioritizes:

difference.

A prime Muhammad Ali should not move like George Foreman.

George Foreman should not punch like Willie Pep.

A fragile fighter should not automatically receive an artificial chin upgrade because competitive players want perfect balance.

Authenticity requires asymmetry.

That means competitive rules should have their own structure instead of redefining the entire game.

Esports Could Benefit, But It Should Not Control the Entire Design

Esports can benefit greatly from sophisticated boxing mechanics.

A high-level match involving:

  • Feints

  • Counters

  • Distance control

  • Foot positioning

  • Slipping

  • Parrying

  • Catching

  • Ring cutting

  • Clinching

  • Inside fighting

  • Fatigue management

  • Tactical adjustment

could be excellent spectator competition.

But esports usually requires:

  • Standardized settings

  • Competitive integrity

  • Anti-cheat systems

  • Predictable tournament rules

  • Reduced randomness

  • Clear presentation

Some simulation elements may therefore need restrictions in sanctioned esports competition.

That is fine.

The mistake would be designing the entire game around those restrictions.

Esports should be one lane, not the authority over every mode.

Casual Players Also Benefit

Depth does not mean every player has to manage everything.

Casual players could use:

  • Assists

  • Automation

  • Simplified controls

  • Automated management

  • Reduced simulation complexity

  • Recommended settings

  • Hybrid rules

  • Arcade settings

A casual player should be able to pick up the game and enjoy it.

A hardcore fan should also be able to turn the assists off and go much deeper.

Those goals do not conflict if the architecture is designed correctly.

Arcade Players Should Have a Place Too

The Blueprint is simulation-focused, but that does not mean arcade fans should be excluded.

An Arcade lane could modify:

  • Damage

  • Stamina

  • Speed

  • Knockdowns

  • Controls

  • Recovery

  • Combo accessibility

  • Presentation

without changing Simulation mode.

That is the critical distinction.

Optional arcade design is very different from forcing arcade mechanics into simulation.

Community Leagues Could Become Much More Sophisticated

League players could benefit substantially from:

  • Custom contracts

  • Weight classes

  • Rankings

  • Belts

  • Online gyms

  • Seasons

  • Commissioners

  • Rulesets

  • Promotional structures

  • Fighter restrictions

  • Event scheduling

  • Records

  • Statistics

  • Tournament formats

Instead of merely organizing matches through Discord and spreadsheets, communities could potentially operate leagues within the game's ecosystem.

That could create much stronger communities.

Content Creators Could Develop Specialties

A sufficiently deep game would also allow different creators to specialize.

One creator might become known for:

Career Mode.

Another:

Historical simulation.

Another:

Competitive boxing.

Another:

Esports.

Another:

CPU-vs-CPU leagues.

Another:

Create-A-Boxer.

Another:

Gym and arena creation.

Another:

Technical boxing analysis.

Another:

AI breakdowns.

Another:

Boxing history.

Another:

Community tournaments.

Instead of twenty channels covering the same roster announcement, the game supports an actual creator ecosystem.

Creators Would Not Have to Depend Entirely on Developers for Content

This could be one of the biggest advantages.

A creator should not need:

  • A roster leak

  • Early access

  • Exclusive footage

  • A developer interview

  • A patch

  • DLC

  • A controversy

just to have something meaningful to discuss.

Deep systems provide evergreen material.

A slow week could produce:

Why Boxing Games Get Stamina Wrong

or:

Seven Things Career Mode Still Needs

or:

Why Every Boxer Should Not Use the Same AI

or:

Could a Boxing Game Simulate 500 Career Fights?

or:

Should Judges Have Personalities?

The videogame becomes the content source.

The Blueprint Could Improve Content Longevity

Games built primarily around content drops require developers to continuously feed them.

Games built around deep interacting systems can generate emergent content.

That means:

Systems create situations.

Situations create stories.

Stories create content.

Content creates community discussion.

Community discussion creates visibility.

Visibility helps extend the game's commercial lifespan.

That is why depth should not only be viewed as a gameplay expense.

It can also be a marketing investment.

Who Benefits the Most?

If I ranked the major audiences based on the complete Blueprint, I would place them approximately like this:

AudiencePotential Benefit
Career / Universe / Offline Simulation Players10/10
Offline Sandbox / Creation Players10/10
CPU-vs-CPU / Simulation Spectators9.8/10
Content Creators / Streamers9.5/10
Community League Players9.5/10
Online Simulation Players9.3/10
Competitive Players8.8/10
Casual Players8.5/10
Esports Players8.2/10
Arcade-first Players7.5/10

Those ratings should not be interpreted as certain audiences being unimportant.

Instead, they show where the current Blueprint naturally provides the greatest depth.

The Bigger Point: Stop Making Every Player Play the Same Boxing Game

This may be one of the most important arguments in the entire Blueprint.

Sports games often act as though developers must choose:

Offline OR online

Simulation OR casual

Authenticity OR esports

Competitive OR career

Hardcore OR accessible

That is a false choice.

The better approach is:

Separate the experiences.

Offline Simulation can prioritize authenticity.

Competitive online can prioritize competitive integrity.

Esports can use sanctioned tournament settings.

Casual players can use assists.

Arcade players can select an Arcade ruleset.

Creators can build worlds.

CPU-vs-CPU players can simulate them.

League organizers can establish custom rules.

Career players can run persistent boxing universes.

Hardcore boxing fans can turn nearly everything on.

That is not fragmentation.

That is player choice.

The Real Value of The Boxing Videogame Blueprint/Wishlist

The Blueprint's value is not simply:

It has a lot of features.

Its deeper value is the ecosystem those systems could create.

For players, it creates freedom.

For simulation fans, it creates authenticity.

For career players, it creates longevity.

For creators, it creates content.

For streamers, it creates stories.

For online communities, it creates leagues.

For esports, it creates a sophisticated competitive foundation.

For casual players, it creates accessible options.

For developers, it creates a framework for thinking beyond the traditional fight-menu-fight structure.

And for publishers, it potentially creates something even more important:

a boxing videogame people continue playing, watching, discussing, creating with, and building communities around for years.

That is ultimately what The Boxing Videogame Blueprint/Wishlist can become.

Not simply a wishlist.

Not merely a collection of features.

Not just a hardcore simulation concept.

It can be a blueprint for a complete boxing videogame ecosystem.

And if developed properly, the biggest winner would not be offline players, online players, esports competitors, streamers, or content creators individually.

The biggest winner would be the boxing videogame community as a whole.

Friday, October 2, 2026

You Cannot Say You Shouldn't Have Listened to the Community While Asking the Community to Keep Talking



You Cannot Say You Shouldn't Have Listened to the Community While Asking the Community to Keep Talking

Something about the way game companies talk to their communities has bothered me for years, and SCI's recent messaging around Undisputed and its next boxing game brings that issue right back to the surface.

You cannot keep telling players:

“We're listening.”

“Keep sending us your suggestions.”

“Your feedback matters.”

“Players are at the center of everything we do.”

And then turn around and say that one of your mistakes was listening too much to the community and that you should have stuck with your original ideas.

Those are two very different messages being delivered at the same time.

Make it make sense.

From my experience working with developers, game companies, community teams, moderators, and people involved in videogame development, I learned something a long time ago:

Companies usually are not sitting around waiting for the community to design their videogame.

Developers already have ideas.

They already have design documents.

They already have meetings.

They already have features under consideration.

They already have systems being prototyped.

They already have priorities.

They already have roadmaps.

They already have opinions about what the game should become.

So when companies tell thousands of players to “send us your ideas,” people need to understand what may actually be happening.

A lot of the time, those suggestions are not being treated as instructions.

They are being used as validation.

The development team may be looking to see whether community feedback matches something the team already believes, already wants, or already has under consideration.

That is not necessarily wrong.

What I have a problem with is making the community believe something different is happening.

Collecting Ideas Is Not the Same as Using Ideas

Suppose developers already plan to improve footwork.

Then thousands of players start posting:

“We need better footwork.”

Later, the company announces improved footwork and says:

“We heard you.”

Technically, they did hear the community.

But there is another question:

Did community feedback actually cause that system to be developed, or did the feedback simply confirm something the developers were already planning?

Those are not the same thing.

If the company already had the system planned, just say it.

“We already had improvements to footwork under development, and your feedback confirmed how important this area is to players.”

I would respect that answer.

What bothers me is when marketing language creates an impression that players have substantially more influence over development than they actually have.

That is where I believe these messages can become deceptive.

Two Opposite Messages at the Same Time

This is where SCI's messaging raises questions for me.

On one side, players are encouraged to continue submitting feedback, suggestions, wishes, concerns, and ideas.

On the other side, Ash Habib has publicly discussed believing SCI should have stuck to its guns more instead of reacting so much to sections of the community.

Fine.

Then define the relationship.

Are players helping design the game?

Are they validating designs?

Are they identifying problems?

Are they helping prioritize existing systems?

Are they being used primarily for usability testing?

Are they helping developers find exploits?

Can community feedback actually change the fundamental design direction?

Or does community feedback matter primarily when it agrees with what the development team already wants?

Those are important questions.

Because “we're listening” can mean almost anything.

Listening Is Not the Same as Letting Players Control Development

I want to make another distinction clear.

A developer should not blindly implement whatever gets the most likes on Discord.

That would be terrible game development.

The loudest group should not automatically determine what happens to a videogame.

Listening does not mean obeying.

Feedback is information.

Suggestions are information.

Complaints are information.

Telemetry is information.

None of those should automatically become design orders.

The developers still need to understand boxing, understand game development, research the issue, test possible solutions, evaluate technical consequences, and make decisions.

But that is precisely why SCI saying it listened too much raises another question.

Was the problem really listening to players, or was the problem how SCI interpreted and implemented the information it received?

Those are completely different problems.

If you listen to the wrong people, that is a research problem.

If you change something too quickly, that is a design problem.

If you respond to whoever complains the loudest, that is a community-management problem.

If you cannot distinguish an exploit from an authentic boxer characteristic, that is a systems-design problem.

If one group complains, you change something, another group complains, and you reverse direction, that is not proof that listening to the community is bad.

It may be evidence that your feedback methodology was bad.

Stop Calling a Small Group “The Community”

This is one of my biggest concerns going into the next Undisputed.

Who exactly represents “the community”?

Discord?

Reddit?

YouTube content creators?

Steam?

Competitive players?

People invited to the studio?

Community testers?

People personally selected by developers?

People with direct contact with SCI?

Because none of those groups individually represents everybody who might buy a boxing videogame.

Where are the offline players?

Where are the Career Mode players?

Where are the simulation players?

Where are the casual boxing fans?

Where are the hardcore boxing historians?

Where are the people who purchased Undisputed and stopped playing?

Where are the people who followed ESBC for years but decided not to buy Undisputed?

Where are the Fight Night players who want another boxing game but did not like what Undisputed became?

Where are the players interested in creation tools, CPU-vs-CPU, Universe-style systems, promotions, trainers, amateur boxing, historical eras, and deeper simulation systems?

If SCI selects a small group of people and asks what they think, SCI has learned what that group thinks.

That is not automatically what “the boxing videogame community” thinks.

This Is Why I Keep Talking About an Independent Third-Party Survey

I have been saying this for a reason.

If SCI genuinely wants to understand the market, conduct a large independent survey.

And don't only survey the people already hanging around the official Discord.

Find different categories of players.

Survey people who love Undisputed.

Survey people who dislike it.

Survey people who stopped playing.

Survey people who never purchased it.

Survey offline players.

Survey ranked players.

Survey competitive players.

Survey simulation players.

Survey casual boxing fans.

Survey hardcore boxing fans.

Survey Career Mode players.

Survey creation-focused players.

Survey people who played Knockout Kings.

Survey Fight Night players.

Survey people who want boxing games but don't currently believe there is one worth buying.

Then publish the methodology.

Tell us how respondents were recruited.

Tell us how many people participated.

Break the responses into player types.

Show disagreements.

That part is extremely important.

Don't hide disagreement.

Maybe competitive players want one thing and simulation players overwhelmingly want another.

Good.

Now you learned something.

Maybe offline players overwhelmingly want deeper stamina consequences while ranked players want more standardized competitive balancing.

Good.

Now design accordingly.

Maybe the answer isn't forcing one system on everybody.

Maybe the answer is providing different rulesets.

Simulation, Hybrid, Arcade, and Competitive Do Not Have to Be the Same Game

This is something I have argued for repeatedly.

A lot of these conflicts disappear when developers stop pretending every player needs exactly the same experience.

You can have a Simulation foundation.

Then offer optional Hybrid settings.

Offer Arcade accommodations.

Offer Competitive parameters where necessary.

Online and offline modes do not have to use identical balancing.

Career Mode doesn't have to be damaged because something is considered problematic in ranked multiplayer.

CPU-vs-CPU doesn't have to operate under the same restrictions as esports.

A boxer does not have to lose his identity because competitive players find one of his authentic advantages difficult to deal with.

Give players options.

That solves far more problems than constantly redesigning the entire game around whichever group is complaining at the moment.

The Wilder Situation Is a Perfect Example

Take Deontay Wilder.

Wilder is supposed to be dangerous.

His punching power is part of his identity.

If there was an exploit involving his power punches, then fix the exploit.

Fix the tracking.

Fix stamina expenditure.

Fix recovery frames.

Fix vulnerability.

Fix animation behavior.

Fix defensive interactions.

Fix networking issues if networking contributes to it.

But don't automatically conclude:

“Wilder is too powerful.”

There is a difference between:

Wilder having exceptional punching power

and

the videogame allowing an unrealistic exploit involving Wilder's punching power.

Those are two entirely different design problems.

This is exactly why developers need boxing people, proper systems designers, telemetry, community feedback, film study, historians, trainers, boxers, referees, judges, and independent research.

You investigate.

You don't simply react.

Community Data Can Become Marketing Noise

This is another thing people need to understand.

Companies can collect tremendous amounts of “community data.”

Thousands of Discord posts.

Thousands of Reddit comments.

Thousands of Steam discussions.

YouTube comments.

Support tickets.

Social media engagement.

Telemetry.

Creator feedback.

Testing sessions.

That sounds impressive.

But quantity does not automatically mean representation.

You can have 20,000 comments generated by a relatively small group of extremely active players.

Meanwhile, hundreds of thousands of quieter consumers might never post anything.

This creates self-selection bias.

The people most motivated to speak are the people being heard.

And then the company can say:

“We've collected thousands of pieces of feedback.”

Okay.

From whom?

That is the important question.

Telemetry Does Not Tell You Everything Either

Developers also collect enormous amounts of behavioral information.

Telemetry might show that people throw a particular punch constantly.

That doesn't necessarily mean players prefer that punch.

Maybe it is overpowered.

Maybe other punches are ineffective.

Maybe the tracking system rewards it.

Maybe stamina doesn't punish it.

Maybe defensive mechanics encourage it.

Maybe the community discovered the most effective strategy and started exploiting it.

Telemetry tells developers:

What players did.

It does not automatically explain:

Why they did it.

And it certainly doesn't tell developers:

What boxing should realistically look like.

That requires interpretation.

Behavior, Preference, and Authenticity Are Three Different Things

This distinction should be fundamental to any boxing videogame.

Behavioral data:
What players actually do.

Preference data:
What players say they want.

Boxing authenticity:
What accurately represents boxing.

Those three things can conflict.

Suppose players say:

“I don't want my boxer getting tired.”

That's preference.

Telemetry shows players throwing 130 punches per round.

That's behavior.

Actual boxing research shows that particular fighter historically doesn't sustain anything close to that output without consequences.

That's authenticity.

What should the developer do?

If the game is supposed to be an authentic boxing simulation, authenticity should matter.

Maybe the answer is not destroying stamina realism.

Maybe the answer is giving players different presets.

That preserves boxing while giving other audiences choices.

Boxer Identity Should Not Be Sacrificed Because Somebody Doesn't Like Fighting Against It

This connects directly with my Tendencies Bible and the boxer-identity systems I have been developing.

Suppose someone complains:

“Mayweather keeps backing away.”

Okay.

The real question shouldn't be:

“Do players enjoy chasing Mayweather?”

The question should be:

“Is Mayweather behaving authentically?”

Ali should move like Ali.

Frazier should pressure like Frazier.

Foreman should manipulate range and physically impose himself in ways consistent with Foreman.

Tyson should close distance differently from Frazier.

Hopkins should disrupt rhythm differently from everybody else.

Wilder should possess frightening fight-ending power.

Boxers should have strengths.

Boxers should have weaknesses.

Real boxing is not competitively “fair” in the videogame sense.

Fighters aren't clones.

They aren't supposed to be.

A player should not be forced to fight exactly like the real boxer, but the boxer's capabilities, tendencies, strengths, weaknesses, traits, physical characteristics, and limitations should remain evident.

That is boxer identity.

If community complaints continuously normalize those differences, eventually every boxer starts becoming the same character wearing a different skin.

That is not authentic boxing.

The Community Should Be Evidence, Not a Design Department

There is a healthier way to do all of this.

Community feedback should function as evidence.

Someone reports:

“The jab isn't controlling distance properly.”

Investigate it.

Someone says:

“Inside fighting doesn't feel right.”

Investigate it.

Someone says:

“Southpaw switching carries no meaningful consequences.”

Investigate it.

Someone says:

“Career Mode becomes repetitive.”

Investigate it.

Someone says:

“This fighter doesn't behave anything like his real-life counterpart.”

Investigate it.

Then developers combine that feedback with:

telemetry,

film study,

boxing expertise,

QA testing,

community testing,

technical analysis,

historical evidence,

and broader market research.

Then make a decision.

That is much better than:

Group complains → patch game → another group complains → patch game again.

Can the Community Ever Prove the Developers Wrong?

This is the question I really want answered.

Companies constantly say they value feedback.

Okay.

Can that feedback actually prove your developers wrong?

Suppose your lead designer believes something is working perfectly.

Then:

telemetry says otherwise,

QA says otherwise,

trainers say otherwise,

boxers say otherwise,

film study says otherwise,

an independent survey says otherwise,

and a large portion of players says otherwise.

Can the studio change direction?

Because if feedback is welcomed only when it confirms an existing internal opinion, then what you have is not really community-driven development.

You have confirmation.

And companies should just say that.

There Is Nothing Wrong With Having Your Own Vision

I actually want developers to have a vision.

I don't want developers blindly designing a boxing game through social-media polls.

That would probably produce an inconsistent mess.

But if Ash Habib wants to return to his original vision, say what that vision is.

Is the next game supposed to be a boxing simulation?

A competitive fighting game?

A hybrid?

An esports product?

A realistic boxing game with optional accessibility?

Tell us.

Then community feedback can be evaluated against that vision.

If the vision is realistic boxing and someone says:

“Make everybody the same speed because it's fairer online,”

the answer can be:

“No. That conflicts with our simulation philosophy.”

Perfect.

At least everybody understands the design philosophy.

But you cannot simultaneously tell people:

“This is your game. Help us build it.”

while also saying:

“Listening to you was one of our mistakes.”

without explaining the difference.

Developers Made the Decisions, Not the Community

This is another part that gets lost whenever studios talk about listening too much.

Players did not write the code.

Players did not approve patches.

Players did not determine the production schedule.

Players did not choose which Discord posts mattered.

Players did not determine which creators received access.

Players did not decide which feedback would be implemented.

Players did not decide how a feature would be changed.

Players didn't decide which systems would be cut.

The developers and company leadership made those decisions.

So if community feedback resulted in bad changes, the lesson should not simply be:

“We listened too much.”

Maybe the real lesson should be:

“We needed a better system for evaluating feedback.”

That is a completely different conclusion.

And frankly, I think it is a much more useful one.

Stop Giving the Community the Illusion of Authority

This is where I think game-industry messaging needs to become much more transparent.

Don't make consumers believe they are development partners if they aren't.

Don't create the impression that people are helping design your game when their primary role is confirming, rejecting, or prioritizing ideas that already exist internally.

There is nothing wrong with telling players:

“We have our own design vision. We use your feedback to identify problems, validate priorities, test assumptions, discover use cases, and occasionally reconsider our direction.”

That is honest.

That is understandable.

That is professional.

What frustrates players is when the messaging changes depending on what is convenient.

When feedback is useful:

“We built this with our community.”

When something goes wrong:

“Maybe we listened to the community too much.”

You cannot have it both ways without explaining exactly what role the community actually plays.

Show Me the Methodology

I don't need another slogan about listening.

Show me how you listen.

Show me who you're listening to.

Show me how participants are selected.

Show me how offline players are represented.

Show me how simulation players are represented.

Show me former players.

Show me dissatisfied customers.

Show me the people who never purchased the game.

Show me hardcore boxing fans.

Show me casual fans.

Show me competitive players.

Show me creators who criticize the game as well as creators who praise it.

Show me where different groups disagree.

Show me the questions.

Show me the sample size.

Show me the methodology.

Show me what feedback changed your mind.

Show me what feedback you rejected and why.

That tells me something.

“We're listening” doesn't.

Don't Give Me Marketing. Give Me Evidence.

This is ultimately where I stand.

I have been around boxing videogames and game communities for decades.

I've worked around developers.

I've dealt with gaming companies.

I've moderated communities.

I've watched how suggestions move through those environments.

That experience taught me not to automatically confuse community engagement with community influence.

They are not the same thing.

Companies can collect ideas without intending to use most of them.

They can collect data primarily to validate internal decisions.

They can use community language as marketing.

They can create the feeling that everybody is participating while a relatively small group is actually influencing the conversation.

That doesn't mean every developer is dishonest.

It means consumers should ask harder questions.

So when SCI says the next game's players will be important to development while its leadership also says the studio should have listened less and stuck closer to its original ideas, I want them to explain exactly what that means.

Because those two ideas can coexist.

A developer can have a strong vision and still listen extensively.

But the process has to be clear.

Tell players:

“We want your feedback, but you are not designing the game.”

Tell them:

“We are gathering suggestions to validate and challenge our assumptions.”

Tell them:

“Some things will change because of feedback. Some will not.”

Tell them:

“Our simulation principles are not determined by popularity contests.”

Tell them:

“When different groups want different things, we will explain which direction we chose and why.”

That I can respect.

But telling consumers that they are central to development while simultaneously blaming excessive community influence for previous decisions creates mixed messaging.

And until SCI explains that contradiction clearly, I am going to continue asking the same question:

Who exactly are you listening to, what influence do they actually have, and how do you know they represent the people you keep calling “the community”?

Because collecting feedback is easy.

Collecting suggestions is easy.

Saying “we're listening” is easy.

Marketing community involvement is easy.

The difficult part is proving that your process is representative, transparent, disciplined, and capable of challenging the developers' own assumptions.

Don't just tell the boxing videogame community you're listening. Show us how.

I also strengthened the distinction between community engagement, validation, actual design influence, telemetry, and independent research, because that makes your criticism much harder to dismiss as simply being against developers having their own vision.

Thursday, October 1, 2026

Motion Capture Is Becoming a Dinosaur for Authentic Boxing Games



Motion Capture Is Becoming a Dinosaur for Authentic Boxing Games

Motion capture can still be useful in a boxing videogame, but companies need to stop treating traditional motion capture as if it is the ultimate solution for creating authentic boxers.

For realistic boxing, that approach is becoming a dinosaur compared with what modern technology can potentially accomplish.

One of the biggest problems begins when developers bring a boxer into a motion-capture studio and ask that boxer to imitate somebody else.

That does not automatically give you the fighter being imitated.

It gives you one boxer’s interpretation of another boxer.

And those are two completely different things.

A Boxer Cannot Simply Become Another Boxer

Boxing styles are built from thousands of little behaviors.

It is not just:

  • how somebody throws a jab

  • how somebody throws a right hand

  • how somebody moves around the ring

It includes posture, balance, rhythm, weight distribution, reaction timing, defensive responsibility, hand positioning, foot placement, hip rotation, shoulder movement, head movement, punch preparation, punch recovery, feints, resets, pivots, exits, entries, range management, nervous habits, fatigue behaviors, pressure responses, and many other details.

A boxer performing another fighter's motion capture may recognize what the fighter does generally, but still perform it differently.

Even a slight difference matters.

A knowledgeable boxing fan may notice:

"That isn't how he threw his hook."

Or:

"He didn't step like that."

Or:

"His hands didn't return to that position."

Or:

"He never moved his head that way after throwing."

Or:

"His rhythm was completely different."

The motion may look like boxing.

It may even look like technically correct boxing.

But that does not mean it looks like that boxer.

That distinction is extremely important.


The Mo-Cap Boxer May Accidentally "Fix" the Fighter

There is another problem that rarely gets discussed.

A boxer doing motion capture might unconsciously correct what they believe is technically wrong.

Suppose a historical fighter dropped his right hand whenever he threw his left hook.

A trained boxer performing the motion might instinctively keep the right hand higher because that is what he was taught.

From a technical coaching standpoint, the performer might be improving the movement.

From a videogame authenticity standpoint, he just made the animation less accurate.

The flaw may have been part of the original fighter's identity.

Maybe opponents exploited it.

Maybe the boxer compensated for it with unusual head movement.

Maybe his speed made the technical mistake difficult to punish.

Maybe he fought that way for twenty years.

You cannot remove those characteristics simply because another boxer considers them technically incorrect.

The objective should not be:

How should this boxer have moved?

The objective should be:

How did this boxer actually move?


Bias Can Affect Motion Capture Too

Boxers are human beings.

They have preferences.

They have styles they respect and styles they dislike.

They have different trainers, philosophies, experiences, rivalries, and technical beliefs.

One boxer might believe a certain stance is fundamentally wrong.

Another might dislike exaggerated lateral movement.

Another might believe pressure fighting is crude.

Another might believe excessive defensive movement wastes energy.

Those beliefs can unconsciously influence performance.

That is one reason a single boxer should never become the definitive authority for reconstructing dozens or hundreds of fighters.

A boxer can provide extremely valuable knowledge.

But that boxer should be one source of information among many.


Historical Fighters Make Traditional Motion Capture Even More Problematic

What happens when the fighter is:

  • retired

  • elderly

  • injured

  • physically compromised

  • suffering from neurological problems

  • unavailable

  • unwilling to participate

  • or deceased?

You obviously cannot ask a prime Joe Louis, Sugar Ray Robinson, Jack Johnson, Archie Moore, Henry Armstrong, Rocky Marciano, Willie Pep, or countless other historical fighters to enter a motion-capture studio.

So what happens?

Traditionally, somebody imitates them.

That immediately introduces interpretation.

Instead of recreating the fighter from evidence, developers are recreating another person's performance of the fighter.

Modern technology gives developers better possibilities than that.


Build the Boxer From Evidence

For historical or unavailable fighters, developers should increasingly think in terms of digital movement reconstruction.

A development team can potentially analyze large collections of footage and extract information about:

  • skeletal positioning

  • stance width

  • torso angle

  • hip orientation

  • shoulder alignment

  • elbow position

  • hand carriage

  • head position

  • center of gravity

  • stride length

  • foot placement

  • acceleration

  • deceleration

  • rotational speed

  • punch trajectories

  • punch recovery paths

  • defensive reactions

  • rhythm

  • cadence

  • distance preferences

  • combination sequencing

  • ring positioning

Instead of saying:

"Imitate Sugar Ray Robinson."

The development process should increasingly become:

"Reconstruct Sugar Ray Robinson."

That is an enormous philosophical difference.


Computer Vision Changes the Equation

Computer vision can analyze existing boxing footage frame by frame.

With enough source material, developers can potentially estimate body landmarks and movement trajectories even when conventional motion-capture markers were never present.

Old footage obviously creates challenges.

Film speed may vary.

Camera angles change.

Some footage is blurry.

Some fighters have limited surviving material.

Objects may obstruct limbs.

But reconstruction technology does not have to work perfectly from a single piece of footage.

Developers can combine evidence across hundreds or thousands of sequences.

One camera angle may reveal the shoulders.

Another reveals the feet.

Another shows the fighter's defensive posture.

Another shows how he pivots after punching.

Over time, the game develops a much richer movement profile.


AI and Machine Learning Can Help Identify Patterns

Artificial intelligence should not mean pressing a button and asking:

"Make Muhammad Ali."

That would be an oversimplification.

AI becomes far more valuable when it helps developers detect repeated patterns across enormous amounts of boxing footage.

For example:

How frequently does a boxer double the jab?

When does he circle clockwise?

When does he drop his lead hand?

How often does he pull straight backward?

What does he do when trapped near the ropes?

How does his movement change after round eight?

What combinations does he prefer against southpaws?

How frequently does he counter the jab?

Which punches cause him to reset his feet?

Does his stance widen when tired?

Does his rear heel rise before certain punches?

Does he pause before attacking?

Those behavioral patterns can become data.

Now boxer authenticity moves beyond canned animation.

It becomes a movement and decision model.


A Boxer Needs a Movement Fingerprint

Every important fighter should have something similar to a digital movement fingerprint.

That fingerprint could contain multiple layers.

Structural Movement Profile

Defines physical movement characteristics:

  • stance geometry

  • posture

  • stride length

  • center of gravity

  • hip rotation

  • shoulder rotation

  • hand positioning

  • head position

  • guard structure

Punch Biomechanics Profile

Defines how that boxer specifically produces punches:

  • punch trajectory

  • acceleration curve

  • hip involvement

  • shoulder involvement

  • weight transfer

  • foot rotation

  • reach utilization

  • extension

  • recoil speed

  • recovery position

Two boxers might both possess excellent jabs while having completely different jab mechanics.

That difference should exist visually and mechanically.

Rhythm Profile

Defines tempo and cadence:

  • steady rhythm

  • broken rhythm

  • explosive bursts

  • pauses

  • feints

  • stop-and-start movement

  • combination cadence

Defensive Movement Profile

Defines defensive behavior:

  • slips

  • pulls

  • ducks

  • rolls

  • catches

  • blocks

  • parries

  • shoulder turns

  • pivots

  • retreats

  • emergency reactions

Transition Profile

This is extremely important.

Many videogames focus on individual animations while transitions look unnatural.

A fighter needs authentic transitions between:

  • movement and punching

  • punching and defense

  • defense and counters

  • combinations and exits

  • slips and punches

  • pivots and combinations

  • clinching and separation

  • hurt states and recovery

Sometimes the transition tells you more about the boxer than the punch itself.


Procedural Animation Should Fill the Gaps

Traditional sports videogames frequently rely heavily on large libraries of predetermined animations.

Modern systems can become far more flexible.

Procedural animation can allow the game engine to modify movement according to:

  • distance

  • punch angle

  • opponent position

  • fatigue

  • balance

  • momentum

  • stance

  • ring location

  • injuries

  • defensive reactions

  • collision

  • foot position

That means the animation does not always have to play exactly the same way.

Consider a jab.

A boxer should not necessarily perform one identical jab animation every time.

The jab might change because:

  • the opponent is farther away

  • the boxer is stepping forward

  • the boxer is retreating

  • the boxer is moving laterally

  • the boxer is reaching

  • the boxer is fatigued

  • the boxer is hurt

  • the boxer is off balance

  • the boxer is countering

  • the boxer is probing

  • the boxer is doubling it

  • the boxer is feinting first

The underlying boxer identity remains intact while procedural systems adapt the movement to the situation.

That is much closer to real boxing.


Physics and Biomechanics Should Influence Animation

Another problem occurs when animation operates independently of physics.

The boxer looks like he threw a powerful punch, but the body mechanics do not support what happened.

A modern boxing engine should understand relationships between:

  • foot position

  • weight transfer

  • torso rotation

  • hip rotation

  • shoulder acceleration

  • arm extension

  • balance

  • contact timing

  • momentum

If the rear foot never properly supports the punch, power should be affected.

If the boxer is leaning too far forward, recovery should change.

If his stance is crossed, movement options should change.

If he misses badly, rotational momentum should influence what happens next.

Now animation is no longer just visual decoration.

Animation becomes connected to the simulation.


Motion Matching Can Improve Natural Movement

Another important technology is motion matching.

Instead of always selecting a predetermined canned animation, motion-matching systems can search large movement databases and identify an appropriate continuation based on the character's current pose, movement, direction, and intended action.

Combined with boxer-specific datasets, this could help boxing movement feel considerably less robotic.

The system could consider:

  • current foot position

  • body orientation

  • momentum

  • target location

  • intended punch

  • defensive state

  • stamina

  • balance

It could then select or synthesize the most appropriate transition.

That is very different from pressing a button and watching the same canned sequence repeatedly.


Physics-Based and Neural Animation Can Go Further

Animation technology increasingly allows characters to respond dynamically instead of merely replaying predetermined clips.

Future boxing games should explore combinations of:

Motion capture + computer vision + biomechanics + procedural animation + machine learning + motion matching + physics-based animation + neural animation.

The important word is combination.

I am not saying motion capture has absolutely no purpose.

I am saying motion capture should stop being treated like the final answer.

It should become one tool within a much larger reconstruction pipeline.


Use the Actual Boxer When Possible

If the boxer is physically capable of performing their movements accurately, absolutely capture them.

That is valuable reference information.

Capture:

  • stance

  • movement

  • punches

  • defensive reactions

  • feints

  • mannerisms

  • ring entrances

  • celebrations

  • shadowboxing

  • training movements

But even then, developers should compare the captured material with actual fight footage.

A retired 55-year-old boxer may perform something differently than he did at 25.

His flexibility may have changed.

Speed may have changed.

Injuries may have changed his mechanics.

Muscle memory may remain, but the physical execution may not be identical.

If the game contains the prime version of that boxer, the objective should be reconstructing the prime boxer, not simply capturing the present-day body.


Boxer Reconstruction Should Be Era Specific

This opens another possibility I have discussed repeatedly.

A boxing videogame should be capable of having multiple versions of fighters.

A boxer at 21 years old may move differently from the same boxer at 33.

That should affect:

  • hand speed

  • foot speed

  • punch selection

  • defensive habits

  • combination frequency

  • reflexes

  • stamina

  • pacing

  • posture

  • aggression

  • clinching

  • ring generalship

Technology can help developers reconstruct those different phases.

Instead of:

Boxer X

you could have:

Young Boxer X

Prime Boxer X

Late-Career Boxer X

Each version could have its own movement dataset and behavioral identity.


Do Not Confuse Correct Technique With Authentic Technique

This is one of the biggest principles developers need to understand.

An authentic boxing game is not a videogame where every boxer performs textbook boxing correctly.

Some great fighters did technically unusual things.

Some broke conventional rules constantly.

Some had awkward balance.

Some carried their hands low.

Some crossed their feet occasionally.

Some leaned too far forward.

Some squared their stance.

Some punched from strange angles.

Some had unusual guards.

Some threw punches trainers would never teach beginners.

Those irregularities are part of boxing history.

If your animation system "corrects" every fighter into perfect textbook form, you are destroying authenticity.


Stop Creating One Skeleton Wearing Different Skins

That is ultimately what many sports games risk becoming.

Different face.

Different trunks.

Different height.

Different ratings.

Slightly different punch animation.

But underneath, everybody feels connected to the same generic athlete.

That is not boxer identity.

I want to be able to remove the HUD, remove the fighter names, use similar camera angles, and still recognize certain fighters because of the way they:

  • stand

  • move

  • react

  • punch

  • defend

  • reset

  • pressure

  • retreat

  • feint

  • pivot

  • exchange

That is what authentic representation should aim for.


Motion Capture Should Become Reference Data, Not Gospel

The better approach is not to throw motion capture away.

The better approach is to change its role.

Traditional approach:

Actor performs movement → animation is cleaned → animation goes into game.

Modern reconstruction approach:

Fight footage + motion capture + computer vision + biomechanics analysis + historical research + boxer consultation + trainer consultation + animation systems + procedural adjustment + physics validation → boxer-specific movement model.

That second approach is considerably more ambitious.

It is also much closer to what I believe a modern realistic boxing videogame should attempt.


Older and Deceased Boxers Should Not Be Generic Imitations

This matters tremendously for boxing history.

A boxer being deceased should not mean:

"Find somebody roughly his size and tell him to imitate the footage."

Technology should increasingly allow developers to reconstruct historical movement instead.

Historical fighters deserve the same attention to identity as modern fighters.

Possibly more.

Because once the surviving film and eyewitness knowledge disappear, the videogame may become one of the places future generations encounter that fighter.

Get it wrong and you are not merely creating a bad animation.

You are misrepresenting boxing history.


Create a Boxer Identity Reconstruction Pipeline

For my Boxing Videogame Blueprint, I would build an entire system around this concept.

I would call it something like:

Boxer Identity Reconstruction System

The pipeline could contain:

1. Source Collection

Fight footage, training footage, photographs, interviews, written accounts, coaching analysis, and historical records.

2. Video Reconstruction

Computer vision extracts body positioning and movement trajectories.

3. Biomechanical Analysis

Developers identify stance geometry, joint behavior, weight transfer, punch mechanics, balance, and movement characteristics.

4. Behavioral Analysis

The system identifies tendencies, combinations, defensive preferences, movement patterns, situational responses, and ring-position behavior.

5. Expert Validation

Trainers, historians, former opponents, sparring partners, and knowledgeable boxing specialists review reconstruction.

6. Motion-Capture Supplementation

Where data is missing, motion capture can reproduce gaps while following reconstructed biomechanical constraints.

7. Procedural Adaptation

The game adapts animations dynamically according to distance, stamina, balance, opponent position, injuries, and other contextual variables.

8. Boxer Identity Validation

Developers compare gameplay against source footage to determine whether the fighter behaves recognizably like the real boxer.

That last step should be mandatory.


The Ultimate Test

The ultimate question should not be:

"Does this animation look good?"

It should be:

"Would somebody who studied this fighter recognize him from the movement alone?"

That is a completely different standard.

And that is where I believe boxing videogames need to go.

Motion capture helped videogames make enormous progress.

But technology has advanced.

Computer vision has advanced.

Procedural animation has advanced.

Machine learning has advanced.

Character reconstruction has advanced.

Physics simulation has advanced.

Biomechanical analysis has advanced.

Game engines have advanced.

Developers should use all of it.

Because telling one boxer to imitate fifty other boxers and calling the result "authentic boxing" should no longer be enough.

A modern boxing videogame should not merely record motion.

It should reconstruct identity.


The 300-Boxer Revolution: How Unreal Engine, AI, and Modern Technology Could Accelerate the Creation of 300 Authentic Boxing Personalities

  The 300-Boxer Revolution: How Unreal Engine, AI, and Modern Technology Could Accelerate the Creation of 300 Authentic Boxing Personalities...