EveryMatrix’s Architected Flexibility

Leveraging cutting-edge technologies like AI, blockchain, and microservices, EveryMatrix builds adaptive, scalable systems that enhance player experiences and ensure regulatory compliance. Samoil Dolejan, Platform CEO, says the core is GamMatrix, a flexible and resilient player account management system that supports rapid integration and real-time insights.

Sami, you joined the business a decade ago and have held several leadership positions. How are advancements in software development technologies shaping EveryMatrix’s approach?

Over the last ten years, I’ve had the opportunity to lead through some of the most remarkable technological shifts in our industry. AI and machine learning have completely changed how we personalise player experiences, interpret behavioural trends, and assess risk with far greater accuracy. At the same time, blockchain and cryptocurrencies are forcing us to re-examine long-standing assumptions around trust, ownership, and value in a digital-first economy.

These technologies are changing more than just what we build, they’re reshaping how we architect systems: fast, event-driven data flows, real-time engines powered by data, and platforms that are smart enough to adapt as the conditions or behaviours change. All of this is helping us build better systems and ultimately, serve our clients with more intelligence and agility.

What role does GamMatrix’s Player Account Management system occupy within EveryMatrix’s wheelhouse of solutions?

GamMatrix is the engine room of the EveryMatrix platform. It orchestrates the entire player lifecycle – from onboarding and identity verification to wallet operations, session limits, and responsible gaming enforcement. It’s built to ensure transactional accuracy, regulatory alignment, and real-time access to player data across all supported markets.

Its value, however, goes beyond integrity. GamMatrix gives operators the ability to act on data in real-time – segment intelligently, adapt faster, and deliver experiences that respond to how players actually behave. It’s a system designed not just for compliance and retention, but also to unlock growth through smarter decision making.

How does GamMatrix collaborate with clients to understand their specific needs and challenges?

We have dedicated onboarding teams and technical account managers who work side-by-side with our clients, from initial integration through to live operations. Their role is to tailor configurations, resolve edge cases, and ensure the platform is delivering measurable value from day one.

Every engagement begins with a simple but essential question: What are your goals over the next two to five years, and how can our platform help you reach them? That conversation shapes the roadmap. It turns implementation into a strategic partnership and aligns our technology direction with our client’s business outcomes.

Our PAM is architected for flexibility – its modular, microservices-based design allows operators to scale specific services independently. That means faster deployments, higher uptime, and the ability to evolve without disrupting the rest of the platform

What are clients typically asking for with the PAM? Greater multi-currency functionality, more player engagement tools, CRM improvements…?

The answer is: all of the above – it just depends on the operator’s maturity, market focus, and regulatory context. That’s why we stay tightly aligned with both industry evolution and shifting regulatory demands. Every engagement starts by addressing the core requirements – regulatory compliance, responsible gambling controls, multi-currency support, identity management, etc.

Once those foundations are in place, clients quickly shift focus toward deeper goals: gaining sharper insight into player behaviour, improving segmentation, and unlocking more advanced engagement tools.

In some cases, that means integrating with preferred third-party providers. In others, it’s about refining loyalty mechanics, streamlining multi-brand management, or optimising player journeys across channels. The key is adaptability. Our PAM is architected to flex with these needs so that wherever our clients are focused, the platform is ready to support them.

What are the challenges of maintaining compliance while continuing to provide flexible, customisable functionalities for different territories?

The hard part is maintaining strict compliance without slowing down innovation. Every market has its own rules – and they evolve quickly. Some require player protection controls, others bespoke reporting, and many change with little notice.

We’ve designed our PAM so compliance is built into the architecture, not bolted on. That means we can adapt configurations for each jurisdiction without rewriting the platform code. It lets us move fast, stay aligned with regulation, and still give clients the flexibility to localise and scale.

Platforms experience usage spikes during major sporting events or promotions. How is GamMatrix built to handle increased loads without sacrificing on performance?

We engineer for resilience at both the application and data layers. During major sporting events or high-volume promotions, our PAM automatically scales at the application level using container orchestration policies that respond to load in real time. On the data layer, we use a horizontally sharded architecture to distribute the load and maintain low-latency access to key services.

With so many moving parts, how do you maintain a regular upgrade cycle with minimal downtime?

The complexity of our ecosystem – payments, content, odds, KYC, fraud systems – demands an architecture that prioritises stability and agility. We’ve built our PAM as a collection of modular, independently deployable services that communicate through well-defined APIs. This allows us to upgrade components in isolation, reducing risk and minimising downtime.

Deployments are automated and continuously verified, with built-in safety mechanisms like rapid rollback and real-time observability. If something doesn’t look right, we catch it early. We’ve also designed the platform to be resilient by default—using asynchronous communication, load isolation, and failure containment patterns to ensure that even if something fails, the impact is limited and recoverable.

How do the features of the MoneyMatrix platform create a work management process flow that allows clients to accept and process payments efficiently?

MoneyMatrix is designed to treat payments as a managed workflow, not just a series of transactions. The Transaction Monitoring Application gives teams real-time visibility into payment activity, so they can respond quickly when something looks off, whether it’s a delay, a failed step, or a risk flag.

The Rules Engine allows operators to configure logic across jurisdictions and user segments – automating decisions like when to trigger KYC checks, how to route withdrawals, or which provider to prioritise.

It’s all policy-driven and easy to adapt, no code required. Workspaces bring it all together by giving teams a shared environment to manage cases, escalate actions, and fine-tune operations in real time. That creates a payment flow that’s fast, compliant, and ready to scale.

Since 2020 the MoneyMatrix payment platform has seen daily payment transactions increase by 25 times, more than doubling year-on-year. Could you tell us more about the infrastructure that’s powering this dramatic growth in transactions?

The dramatic growth in transactions since 2020 has been made possible by our focus on building truly scalable systems across all layers of the platform. At the infrastructure level, we rely on modern virtualisation with OpenNebula and containerisation via Kubernetes, which allows us to scale hardware resources seamlessly and elastically.

Our database layer is designed for high performance and horizontal scalability using multidimensional sharding, typically across tenants and players. This ensures consistent performance even under heavy load. On the application side, we build stateless services that scale easily and are deployed on top of this infrastructure.

Where compliance allows, we offload business flows to asynchronous processing, giving us exceptional real-time performance, self-healing capabilities, and strong decoupling between components. This architecture also makes our platform highly elastic, capable of absorbing traffic spikes effortlessly – an essential feature in our industry where load patterns are anything but uniform.

The original version of this article was published by G3 Newswire.