By the year 2035, the total value of the global sports technology industry will reach an estimated $144 billion.
Yet most professional teams continue to purchase their software based on blogs and other sources rather than based on their operations.
The fundamental difference between elite teams and those at the amateur level is not how much money they spend.
It is rather their access to integrated lab-quality physical measurements, live event feeds, and automated venue management systems in an efficient manner.
This guide will identify the leading providers, pricing factors, and strict technical implementation requirements of the current leading sports tech companies.
Industry Growth and Database Mergers
In 2025 alone, the sports technology industry generated $200 billion in deal value, and $14.3 billion of that was invested in private funding rounds.
Artificial intelligence (AI) is no longer an "add-on" capability; in the first half of 2025, AI accounted for 30% of all private transactions.
The reality that is developing is incredible consolidation and significant movement toward common databases.
For example, Sony's recent acquisition of STATSports serves as an example of how you can combine player location data with physical health records.
This produces the type of information that will no longer require separate single-user applications.
Today, organizations purchasing technical tools must consider how well the tools send clean, verifiable data to a central team database.
A software vendor that cannot explain how their hardware is calibrated or the specific limits of their API will ultimately waste your time and money.
Performance Tracking and Wearable Devices
Elite Monitoring
In order for sports organizations to make the most out of the opportunities presented by performance tracking and wearable devices offered by sports tech companies, organizations must first recognize the vast difference between clinical lab research data and daily operational reporting.
For a regular Tuesday training session, professional teams don't need 100% accurate motion capture data.
Coaches need speed, readiness reports on a player's fatigue levels, and how prepared they are for their next competition.
If the focus is on analysing a player's throwing technique, optical biomechanical measurement systems must be used.
For tracking accumulated running loads over the week and determining injury risk, GPS, along with motion sensing wearables, must be utilised.
The majority of buyers of these products are making the fundamental mistake of buying laboratory equipment for field applications, resulting in lost time in regards to when they will receive data.
1. Catapult
Today, Catapult is still the leading provider of field-based monitoring of a player's physical performance.
They serve over 4600 elite athletes in 40 sports.
The Catapult system uses a combination of GPS units worn by players and a local positioning system that can operate indoors.
Each piece of Catapult hardware tracks speed, distance, the force and method of impact, and directional changes hundreds of times per second.
The true value of Catapult goes beyond simply having the best hardware available.
It also offers coaches the ability to convert billions of data points into a user-friendly display of red, yellow, and green scores.
However, using Catapult's system requires strict day-to-day routine and discipline from the equipment manager.
Each vest must be fully charged, assigned to a specific player, and synced with the GPS hardware right after practice each day.
If players mistakenly switch vests, the baseline data for both players will be compromised for the remainder of the week.
Additionally, Catapult has integrated video analysis into their system, so coaches can view the exact footage that caused a spike in a player's heart rate.
2. STATSports
In the wearable GPS devices landscape, STATSports is Catapult's primary competitor and has an influential presence on the soccer field in Europe.
On 25 October 2025, Sony acquired STATSports, signalling a complete transformation of how the fitness industry sees raw physical information.
The acquisition of STATSports was a very strategic combination of Sony's optical tracking systems and STATSports' internal physical data collection system.
The average consumer who uses STATSports products receives an in-depth level of detail regarding their daily step balance, total running speed, and total physical stress.
Notably, the STATSports Apex Pod is widely respected for accuracy in particularly challenging sports stadium environments.
This solves issues that arise when GPS signals bounce and or malfunction in large arenas.
With the merger of the two companies, teams will soon know exactly how fast a player has run and how they performed in relation to their specific position.
This becomes a determining factor in the injury prevention process as it applies to a specific player.
The assessment of STATSports equipment will require a considerable compromise to a large initial setup.
Teams must establish fitness metrics of baseline levels for each team member prior to being able to use daily records as a predictor of injuries.
3. KINEXON
KINEXON dominates indoor tracking and venues where traditional satellite GPS does not function, such as professional basketball and ice hockey.
As opposed to relying on satellites, KINEXON uses ultra-wideband radio transmitters that have been installed directly in the rafters of each facility.
Players have small tracking devices sewn into their shorts, and they are tracked in real-time to the level of accuracy of within one cm.
Additionally, the tracking chips have also been inserted inside the game balls.
Teams can measure how a player performs, how fast a player runs, and how fast the ball moves from player to player.
They calculate other metrics such as the time it takes to shoot as well as how much distance the player has moved on the court.
The difficulty level of employing this type of technology is purely physical.
In order to use it, the team must drill many holes into the arena, run multiple wires, and consistently calibrate the anchor points used for data collection.
If the system is not maintained by arena staff on an ongoing basis, the live data can drift off the chart, becoming less accurate.
4. Output Sports
Demanding rapid and regular testing can be a challenge for all sports organizations.
This is why Output Sports has created a solution for high-volume and frequent physical testing without having to create a sports science laboratory.
They have over 800 sporting organizations, with approximately 50% of all English Premier League teams as clients, and have just raised $4.8 million pre-Series A funding.
Instead of requiring players to wear some type of vest throughout the entire game, Output Sports allows players to perform a single physical test.
Athletes perform a jump or a weight-bearing exercise with a small sensor attached to them, recorded via their cell phone camera.
The coach gets a score in real time to evaluate the player's ability.
It eliminates the problem of how much time is spent daily testing by elite teams.
They currently use Output Sports to test their players immediately before the beginning of their strength training sessions to determine how fatigued each player was before training.
The cost of the small testing device is much less than that of a full team GPS system.
This makes it highly attractive to colleges and mid-level professional teams that require accurate data but do not have the budget to retain full-time data scientists.
5. Vicon
Vicon is a prime example of high-quality, clinical-grade motion capture technology.
Unlike GPS and the simple camera on your phone, the Vicon motion capture system has a dedicated room that has many high-speed optical cameras.
Your athlete must also be wearing a suit that is covered in reflective markers.
The Vicon system tracks the precise three-dimensional position of each and every joint with no lag time and with an accuracy of one millimeter.
Therefore, it is only meant to be a medical support tool during the rehabilitation of an injured athlete after they have post-operative knee surgery.
They need to establish that they have restored their full range of motion safely before they can return to play.
The implementation cost of the Vicon follows suit: it requires a considerable number of cameras, a specific large server with dedicated space, and highly-trained biomechanics professionals.
If any team were to attempt to incorporate Vicon for regular day-to-day evaluations of fatigue, the team would be wasting their time.
One athlete alone would take a completely unrealistic amount of time just to get into a reflective suit.
6. Qualisys
The Qualisys company is in competition with Vicon as providers of clinical motion capture.
While both companies sell motion capture systems and cameras, Qualisys places a greater emphasis on the versatility of their systems in performing underwater and in very difficult outdoor environments.
As such, their motion capture optical cameras are used frequently for swimming and golf, and also for baseball pitching.
Unlike the Vicon system which is a medical support tool for rehabilitation, Qualisys is able to provide an athletes' raw movement data as absolute facts.
For example, if a closing pitcher was experiencing a reduction in the velocity of their fastball, a Qualisys analysis will show exactly which degree of shoulder tilt is causing the issue.
The Qualisys system provides an exact digital model of the motion of the athlete.
However, the required workflow in order to utilize a Qualisys system is equally as complicated as the required workflow for utilizing the Vicon system.
In order to function properly, cameras in the Qualisys system must be calibrated daily.
When a heavy object collides with a camera system overnight, everything must be reset the next morning in order for the data to be usable.
Optical Tracking and API Feeds
The days of human referees and manual scorekeepers are coming to an end.
Professional leagues are replacing human error with automated optical tracking and real-time data feeds developed by sports tech companies.
Not only do these types of systems enhance the broadcasting experience for viewers, but they also provide a permanent and official record of the game.
It is critical that the information captured by any vendor within the scope of this technology be accurate.
This data will be sold within seconds to sports betting companies.
If there happens to be a delay of more than 3 seconds or a dropped data packet, millions of dollars worth of bets will be lost.
1. Hawk-Eye
Hawk-Eye is another significant asset owned by Sony.
Hawk-Eye is globally regarded as the standard for automated officiating.
Selling major core technology for tennis line calling and soccer VAR systems, Hawk-Eye utilizes a combination of electronic technology and automated video systems.
They visually track balls and players through several high-speed camera systems located around stadiums.
Through these camera systems, Hawk-Eye can create a real-time digital 3-D image of every event within an event.
For example, if a tennis ball hits the line at exactly one millimeter, an official at Hawk-Eye will immediately confirm this event.
While the technology is astounding, the operational logistics involved require a massive amount of infrastructure at every venue.
The entire venue must be pre-wired, equipped with optimal lighting conditions, and tested for operational efficiency continuously.
This system is very dependent on having large amounts of server power at the event venue.
If massive amounts of video data are sent to the cloud and then sent back down to the venue, it will create latency that cannot be tolerated by live sports action.
2. Genius Sports Solutions
Rather than develop the hardware solutions for customers, Genius designs and develops all the data pipelines that allow the entire sports economy to thrive.
Genius holds the exclusive rights to provide up-to-date official game data for sports leagues such as the NFL to sportsbooks and media outlets.
Once a referee confirms it is a touchdown, Genius Sports immediately sends that official game data out to the world as it happens.
Genius' business model is built around speed, data governance, and game integrity.
They guarantee that any data provided to a sportsbook is real, secure from hacking, and is faster than any fan in attendance taking a mobile device picture.
Teams and leagues use Genius to ensure they receive payment for the data they provide.
The only requirement is that the league's scoring system must have a fully integrated API connection to Genius' servers with zero security gaps.
3. Stats Perform
Stats Perform is the world's largest historical predictive data engine for the sports industry.
Whereas Genius Sports concentrates on real-time and live betting rights, Stats Perform examines the historical context of sports.
They use predictive artificial intelligence and media data to map outcomes.
For example, if a TV network flashes a graphic that says a striker has a 72% chance of scoring from a specific area, that data was likely powered by Stats Perform.
Stats Perform uses a massive amount of AI technology to look back on the historical data of sports for many years to find patterns.
They have created an impressive tool for professional teams to scout players.
By allowing users to request specific styles of play from foreign leagues, Stats Perform provides a way for scouts to connect with foreign players remotely.
Although it provides an enormous amount of data, managing this scale is challenging.
One of the biggest problems for team officials that do not employ dedicated data analysts is handling so much data in a short timeframe.
4. Bolt6
Bolt6 has quickly established itself as a formidable competitor to Hawk-Eye's automated officiating technology.
Bolt6 emphasizes the development of artificial intelligence-based video processing and accelerated deployments.
Bolt6 states that it provides the same level of accuracy in optical tracking as previously established systems without requiring an entire data center.
They achieve this by using artificial intelligence to infer where to place cameras that do not have a direct view of the ball.
Therefore, Bolt6 is an attractive option for lower division professional sports.
It works well for sports that do not have the financial means to invest in traditional infrastructure for professional officiating.
The key advantage comes from trusting that the AI system will correctly derive the physics of the ball if the camera's line of sight is blocked.
5. Owl AI
Owl AI has announced it received an $11 million seed round to support the development of advanced technology solutions.
These solutions utilize advanced thermal, nocturnal, and computer vision capabilities in the sports industry.
The use of these technologies marks a departure from traditional optical camera systems via the use of a three-dimensional thermal imaging system.
Using 3D thermal imaging technology will allow Owl AI to accurately track players and objects in total darkness or heavy rain.
It works perfectly in dramatic lighting conditions where traditional optical camera systems have demonstrated their inability to function.
Originally developed in the automotive and defence industries, this technology now gives sports perfect and precise player tracking.
It removes the need for expensive and accurate stadium lighting.
In addition, broadcasters are now able to develop new types of broadcasts for their fans.
Currently, the biggest limitation on implementing this technology is the high price of the specialist sensor units.
6. Jabbr
Jabbr uses deep computer vision for creating a scoring solution.
Boxing traditionally had three human judges manually counting every punch during each fight.
This often resulted in many disputes and scoring errors.
With existing boxing broadcasts, Jabbr's software will analyse the video of a fight from a standard broadcast camera.
It uses artificial intelligence engines to automatically count all the punches thrown, where they landed, and at what speed.
Jabbr creates a data-driven score for what has historically been a completely subjective sport.
This will have a significant impact on how fighters prepare for their fights.
It also changes the way broadcast companies present stats about fights.
The biggest requirement for Jabbr to function correctly is that the video must have clean and clear angles.
When the referee is standing in front of the camera, it makes it difficult for AI to classify punches accurately.
Fan Engagement and Content
Moving to Solutions for Fans
As recently as 2025, 75% of new investment in the sports tech sector was allocated to sports tech companies that provide "solutions for fans."
Teams have realised that while they can only sell a certain number of tickets, there is an infinite amount of digital fan engagement potential.
Thus, teams are no longer just about putting on a game.
They are focused on creating an interactive, highly accessible and fully customisable digital environment.
1. OneCourt
The technology company OneCourt is developing a unique platform for visual sports fans who have either color blindness or low vision.
Historically, sports stadium operators have neglected this segment of the fan base.
The OneCourt platform allows fans to subscribe to OneCourt on a mobile device or tablet.
That device is the same size as a standard smartphone.
Users hold the mobile device in their lap while they watch the game at home or in person at the stadium.
By utilizing a special tracking device placed on the stadium floor, OneCourt captures real-time spatial data of player movement.
It converts this data into physical vibrations on a miniature field layout on the device.
Fans can feel the movement of all players and where the ball is as it happens.
This advances the accessibility of sporting events significantly for the blind and visually impaired.
In order to accomplish this, teams must be able to easily export their real-time player tracking data directly to OneCourt's servers.
This must happen with minimal latency or delay.
If the player tracking data uploads are delayed, fans will experience the stadium crowd's reaction before feeling the play, ruining the experience.
2. Lingopal.ai
Lingopal.ai recently raised a Series A round of funding for $14 million in early 2025.
They work with many of the largest global brands, including Juventus.
Lingopal.ai removes the language barriers of sport content using advanced artificial intelligence to translate content natively.
The global football club produces a large volume of video content and audio content in their native language.
Using AI technology supplies all of the various languages all at once with the same tone and emotion as the original speaker.
Because of this, they can immediately monetize their fans in Asia and North America.
The workflow is very simple for the club.
However, the software must continually learn the sports slang and technical jargon used by the club to ensure no mistaken translation errors are made.
3. TMRW Sports
TMRW Sports is the company behind TGL golf league.
TMRW Sports is actively working to create an entirely new sport viewing experience.
They are not just adding technology to a traditional sport, but creating a sport within a tech studio.
The venue contains an immense custom-made digital display screen for the players to hit real golf balls.
The ball instantly transforms into their digital environment upon impact.
The venue also has real grass and sand traps which allow for the venue to be mechanically altered for different layouts.
We are at the very cutting edge of mixed reality sports.
The technology is based on complete risk; the entire product relies on the seamless unification from physical to digital.
When sensors do not accurately read the rotation of the golf ball, it results in an inaccurate digital representation.
4. SailGP
SailGP operates as more than just a racing league.
SailGP has emerged as one of the most technologically advanced sports leagues, serving as a sport-technology platform on the water.
They integrated live data into the broadcast of the racing in a user-friendly manner to make a very complicated sport accessible to the average viewer.
All SailGP boats are equipped with hundreds of sensors, capturing massive amounts of data.
This includes wind speed, hull loading, and route-specific information, which is then utilized to create live visuals on the TV.
The data generated by the sensors allows the viewer to understand why one boat is moving faster than the other.
SailGP processes billions of data requests every race.
Sailing occurs in some of the most extreme conditions, which are the most significant obstacles to obtaining reliable data.
Harsh saltwater environments, violent forces, and super-fast speeds overwhelm basic electronic systems, requiring military-spec sensors.
5. Cosm
Cosm has created a way for fans to engage with live sporting events outside the stadium in a whole new way.
Cosm's immersive viewing locations allow for massive LED screens to be placed in an enormous, dome-shaped public facility.
Cosm's spectators do not view the sporting events on a flat screen.
Rather, they are placed in an environment similar to that of a cinema with the screen wrapping around their peripheral vision.
Cosm has partnered with many of the top broadcasters in the industry, obtaining the very best high-definition feeds from the games.
The Cosm business model has revolutionized live sports viewing.
Each of these immersive venues will operate as tickets with a premium price point.
The technical limitation of being able to send uncompressed 8K video feeds across America without a single dropped frame is due largely to bandwidth.
Sponsorship, NIL, and Automating Revenue
Although the media covers performance statistics most frequently, the software which sustains a sports organization's financial viability exists in operational functions.
Professional teams waste thousands of hours each year coordinating travel plans, collecting sponsor payments, and submitting tax documents.
Today's technological trend is to rapidly automate administrative functions associated with these activities.
1. WolfCycle
WolfCycle is a hugely successful technology solution that utilizes aggressive sales and sponsorship technology.
They added 145 new clients in 2025 to an already sizeable client base of approximately 250 organizations.
This includes 20 NHL, 17 MLS, 11 NBA, and 11 NFL franchises.
With WolfCycle, artificial intelligence is employed to analyze large volumes of data.
It locates those companies with the highest likelihood of purchasing a luxury suite or entering into a sponsorship arrangement with a team.
Rather than make random cold calls to local businesses, each sales representative receives a personalized target list each day.
The software also provides pre-written outreach messages for the sales team.
Additionally, WolfCycle encourages teams to better manage their internal customer relationship management systems.
If a team's historical sales data is poor, the AI will generate incorrect target recommendations.
2. Teamworks
Teamworks is the operating system of choice among the largest sports organizations.
They demonstrated their ability to dominate the market when they raised an incredible $235 million in Series F funding in 2025.
This increased the company's valuation to over $1 billion.
Through the use of Teamworks, sports organizations are able to eliminate the extreme level of chaos that accompanies scheduling for professional sports teams.
A typical NFL roster includes numerous players, coaches, medical staff, and equipment managers.
Teamworks enables teams to centralize all flight schedules, meals, appointments, and playbooks into a single mobile application.
If a flight is delayed, there is one update sent from this application to every single person who works for the organization.
The key barrier to using Teamworks is actually cultural.
If older staff members refuse to use the application in favour of texting or sending out individual messages, the system will fall apart.
3. CourtReserve
CourtReserve operates with the club facility concept and is tasked with managing the overwhelming amount of daily activity at tennis and pickleball facilities.
In late 2025 they received $54 million in a funding round to expand their operations.
They are now serving 2000+ clubs and 5,000,000 players.
CourtReserve automates every aspect of court reservations, payment processing, scheduling lessons, and member communications.
Prior to using this software, clubs relied on paper sheets and telephone calls.
They were not able to collect a large amount of fees that were owed them for unused reserves or double-booked courts.
CourtReserve is forcing a facility to operate just like any other eCommerce business in today’s world.
The number one obstacle to the success of CourtReserve is getting club owners to train their front desk staff.
Staff must learn to stop overriding the software when setting the day's schedule and let the automated system perform its job.
4. VeloVisa
VeloVisa addresses one of the most challenging issues for all sports franchises today: obtaining a visa for foreign players.
This is critical when playoff teams trade or acquire a foreign player during playoff season.
Currently, 17 NHL clubs and 17 MLB clubs have contracted with VeloVisa.
As a result of working with VeloVisa, they are reporting an 83% reduction in the time it typically takes to complete the process for the issuance of a visa.
This reduction has a dramatic effect on how long it takes before the foreign player is legally allowed to work in the U.S. after being acquired mid-season.
Typically, data is recorded and processed onto enormous piles of paper by hand.
The VeloVisa automated system automates all processes relating to collecting data and records all passport data securely.
It issues clients with precise government documents in real time.
In this instance, it is critical that the software encrypts data so it can withstand rigorous scrutiny and audit from legal professionals.
5. Arkero
In 2026, Arkero successfully closed a pre-seed round of funding, in which it raised $6 million to develop operational software for the modern soccer industry.
Among its initial customers are some of the biggest soccer franchises in the world.
These include the Seattle Sounders, San Diego FC, and Bolton.
Arkero focuses on helping their customers navigate the complexities of the global soccer transfer market.
This requires the management of player agent commissions, international transfer regulations, scouting reports, and medical records.
Arkero is creating a central location where the status of all ongoing negotiations with potential player transfers can easily be monitored.
By doing this, their customers will be able to monitor their compliance with league salary cap and FIFA global transfer regulations.
It ensures they don't inadvertently violate any rules as they rush through the fast-paced transfer window.
Additionally, the solution will assist in fostering open communication between the clubs' finance departments and sporting directors.
6. Fanstake
In 2025, Fanstake raised a $6.25 million seed funding round to capitalize on the change in college sports.
They are focused on the current momentum surrounding Name, Image, and Likeness funding.
The platform allows all types of users to offer funds to assist in recruiting a certain high school football player.
Fans can also pledge money to hinder the transfer of a current player from the school that the fan supports.
In other words, the platform has taken what was previously an uncertain and chaotic area for college athletics and organized it into an efficient online system.
All money is held in a secure escrow account, and funds will only be released if the player signs a Letter of Intent.
The success of this model will be directly dependent upon the organization's compliance with all applicable federal and state regulations.
Every transaction will need to comply with the rapidly changing laws regarding the compensation of student-athletes.
7. Novig
In a very short period of time, Novig has developed a leading company in the sports betting data segment.
They established themselves as one of the fastest growing sports tech companies in the space by completing an $18 million Series A funding round in 2025.
A $75 million additional round followed, elevating the company's valuation to over $500 million.
Unlike traditional sportsbooks, which only allow users to place bets against the house, Novig is an automated betting exchange.
It matches users with each other as opposed to matching the user with a house.
Users can create their own wagers and the software matches both buyers and sellers in real time.
The key to the company's success is their proprietary technology which must provide a real-time match of bets with no downtime.
Novig must be constructed in the same way that a Wall Street high frequency trading platform is created, or they risk going out of business.
Even a brief one-half second of lag time during a live event will result in the user losing money due to outdated odds.
Technology Platform Costs and Implementation
For an optical technology system to be effective, there needs to be a quality assurance protocol implemented to calculate camera calibration.
For wearable technology systems to work properly, it needs to have a defined session capture discipline; accuracy and validity of the data are dependent on the equipment managers adhering to the protocols of logging/recording when players enter and exit training sessions.
Data governance is a key component of API integration; most vendors promise automatic API integration to existing software platforms; this is not true. Integration effort grew rapidly as a team continues to add new sources of data. If you are not employing a data engineer to assist with integrating wearable data, medical data, and video data into a centralized dashboard, you will fail.
Teams or leagues selling data to wagering partners have large limits with regard to data governance. There is a need for establishing secure and authenticated pipelines. If you send live game data to partners without using an integrity-ready/encrypted data feed, there is a high risk that the data can be data-scraped, delayed, or manipulated, resulting in huge financial disputes and contracts being voided.
If your next purchase of a sports technology solution does not eliminate manual entry of data or generate a new and measurable revenue stream, you will be purchasing a toy as opposed to a business tool. The marketing claims of all vendors regarding the use of artificial intelligence are generic. Request hard proof of API compatibility as well as daily operational workflows before signing a contract to purchase technology.