Engineering within Sportradar is driven according to a set of core architectural principles:
Scalable Cloud-Based Infrastructure. All new systems are designed to support horizontal scaling without necessitating higher-spec server hardware deployment. By designing native cloud applications, we can elastically scale the amount of hardware required in minutes compared to the month required to manually rack and stack new servers in data-centers. Furthermore, as demands fall due to a season ending, we relinquish the spare server capacity that avoids the typical over-provisioning associated with peak-demand.
We design our core platforms to handle five times the initial workloads through elastic scaling. We have a cloud first strategy and develop all new products in the public cloud following an API and service strategy. Our technology enables us to move quickly on behalf of our clients but with the resiliency and fault tolerance expected by enterprise-scale customers.
Optimized for rapid data ingest and low-latency. Speed in acquiring and distributing data is key to driving revenue and lowering costs.
We acquire data to power our AI models, feed our betting products and provide insights into matches. The latency between a single data element being published and it being available to our internal systems and customers alike is a key metric. With recent advances in data acquisition, we are now able to acquire data from third parties and make it available to both internal and external consumers at sub-second speeds.
Similarly, fast data distribution is critically important for our clients. A few milliseconds of delay can mean the difference between a profitable and unprofitable position for our betting customers. Larger data latency can cause losses due to odds arbitrage and ?sure betting,? when a spectator at an event is able to make a bet online before the outcome is known to the bookmaker.
Build for High System Resilience and Availability. Our systems have been built for top security, data integrity and loss prevention. They are highly available and resilient to guarantee that our solutions are available when our customers need them.
We run a hybrid architecture including physical and multiple public cloud infrastructures. We have three high-end physical data centers. Our cloud applications typically run across three clusters in the United States, the European Union and Asia, while our live data service, which acts as a backbone to many higher value-chain products, runs in ten zones across geographic regions. Our flexible architecture enables data transmission via the closest physically located distribution node. If one node goes down, then the network automatically reconfigures and redirects data traffic to the next closest working node. We believe this type of sophisticated ring topology is unique in the market.
Observability ensures we are delivering. In addition to constant internal monitoring of our applications to evaluate their performance and reliability, we also utilize synthetic transaction monitoring. This allows us to monitor the service as if we were an end user of our products. Our synthetic service end-points are global and capable of detecting ?last-mile? ISP-related issues. Through this mechanism we are able to prove the quality of service our customers receive without paying 1st line support engineers to have ?eyes-on-glass? 24/7.
Embed security at every level. Our systems are built to be secure on the basis of a Defense In Depth approach to software development. We work to ensure that our developers are aware of best practices, new risks and other security patterns that aid them in building market leading security into our products. We complement that with extensive use of market leading tools and services to quantify and validate our security postures, validating code at every step of the way from development all the way through to running in production. Where potential issues are identified within our systems we assess and prioritize their impact, and our processes state that anything deemed to carry a significant risk to the business is prioritized above on-going product enhancements.
Rapid Updates and Agile Development. Engineers within our core teams are empowered to make the decisions required to build world class products, and work within a ?build, release, operate? mentality. This encourages ownership that goes beyond just delivering code and ensures that they feel a sense of ownership and prioritize the technical aspects of reliability and scalability alongside delivering on new product features. Through our advanced development environment, we are able to quickly distribute product improvements using modern CI/CD techniques, ensuring that every release is built against stringent quality gates but can still be delivered in the shortest timeframe possible.
Sportradar Group Ag's Comment on Supply Chain
Engineering within Sportradar is driven according to a set of core architectural principles:
Scalable Cloud-Based Infrastructure. All new systems are designed to support horizontal scaling without necessitating higher-spec server hardware deployment. By designing native cloud applications, we can elastically scale the amount of hardware required in minutes compared to the month required to manually rack and stack new servers in data-centers. Furthermore, as demands fall due to a season ending, we relinquish the spare server capacity that avoids the typical over-provisioning associated with peak-demand.
We design our core platforms to handle five times the initial workloads through elastic scaling. We have a cloud first strategy and develop all new products in the public cloud following an API and service strategy. Our technology enables us to move quickly on behalf of our clients but with the resiliency and fault tolerance expected by enterprise-scale customers.
Optimized for rapid data ingest and low-latency. Speed in acquiring and distributing data is key to driving revenue and lowering costs.
We acquire data to power our AI models, feed our betting products and provide insights into matches. The latency between a single data element being published and it being available to our internal systems and customers alike is a key metric. With recent advances in data acquisition, we are now able to acquire data from third parties and make it available to both internal and external consumers at sub-second speeds.
Similarly, fast data distribution is critically important for our clients. A few milliseconds of delay can mean the difference between a profitable and unprofitable position for our betting customers. Larger data latency can cause losses due to odds arbitrage and ?sure betting,? when a spectator at an event is able to make a bet online before the outcome is known to the bookmaker.
Build for High System Resilience and Availability. Our systems have been built for top security, data integrity and loss prevention. They are highly available and resilient to guarantee that our solutions are available when our customers need them.
We run a hybrid architecture including physical and multiple public cloud infrastructures. We have three high-end physical data centers. Our cloud applications typically run across three clusters in the United States, the European Union and Asia, while our live data service, which acts as a backbone to many higher value-chain products, runs in ten zones across geographic regions. Our flexible architecture enables data transmission via the closest physically located distribution node. If one node goes down, then the network automatically reconfigures and redirects data traffic to the next closest working node. We believe this type of sophisticated ring topology is unique in the market.
Observability ensures we are delivering. In addition to constant internal monitoring of our applications to evaluate their performance and reliability, we also utilize synthetic transaction monitoring. This allows us to monitor the service as if we were an end user of our products. Our synthetic service end-points are global and capable of detecting ?last-mile? ISP-related issues. Through this mechanism we are able to prove the quality of service our customers receive without paying 1st line support engineers to have ?eyes-on-glass? 24/7.
Embed security at every level. Our systems are built to be secure on the basis of a Defense In Depth approach to software development. We work to ensure that our developers are aware of best practices, new risks and other security patterns that aid them in building market leading security into our products. We complement that with extensive use of market leading tools and services to quantify and validate our security postures, validating code at every step of the way from development all the way through to running in production. Where potential issues are identified within our systems we assess and prioritize their impact, and our processes state that anything deemed to carry a significant risk to the business is prioritized above on-going product enhancements.
Rapid Updates and Agile Development. Engineers within our core teams are empowered to make the decisions required to build world class products, and work within a ?build, release, operate? mentality. This encourages ownership that goes beyond just delivering code and ensures that they feel a sense of ownership and prioritize the technical aspects of reliability and scalability alongside delivering on new product features. Through our advanced development environment, we are able to quickly distribute product improvements using modern CI/CD techniques, ensuring that every release is built against stringent quality gates but can still be delivered in the shortest timeframe possible.
Sources:
Sportradar Group Ag's official press releases and regulatory filings; CSIMarket.com's supply-chain research; and the financial filings and press releases of other companies cited in this report.
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