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Kyndryl announces agreement to purchase Healthcare IT Leaders, LLC, to accelerate AI-led modernization
Press release
Aug 10, 2026
Newly named Kyndryl Distinguished Engineer Haytham Elkhoja has built his career helping organizations ensure the resilience of mission-critical systems amid rapidly growing complexity. By reshaping customers’ approaches to resilience from reactive exercises into core design principles, and by maintaining a holistic view of the interplay between software and IT infrastructure, Haytham guides organizations as they engineer reliability into the digital DNA of their operations.
Here, Haytham shares his perspective on reliability transformation in regulated, cloud-native enterprises, lessons he has learned from his personal pursuits, and what he would be doing if he had chosen another path.
What is application-centric reliability transformation? Who needs it, and why?
Haytham Elkhoja: At its core, an application-centric reliability transformation is a cultural and architectural shift that redefines resilience by embedding a resilience-by-design mindset directly into software architecture, engineering culture, and strategic decisions from day one rather than treating it as an afterthought, a buzzword, or a regulatory mandate to be grudgingly checked off a list.
While Site Reliability Engineering (SRE) operationalizes system stability, application-centric reliability architects it. I bridge the gap between software and infrastructure by designing resilience directly into the application layer. My approach unifies architectural patterns, modern enterprise capabilities, and decentralized governance to bring end-to-end coherence and integration across applications, platforms, and data pipelines — all in pursuit of reliability.
What are the implications for regulated, cloud-native enterprises?
Elkhoja: With regulators increasingly treating operational resilience with the same gravity as financial stability, enterprises can no longer rely solely on Service-Level Agreements (SLAs). Instead, reliability must be built directly into the different layers to help ensure the availability of critical services remains intact, and data integrity is preserved even during underlying cloud failures. The latter is especially true because managing data consistency in distributed systems is notoriously complex.
My area of focus addresses the inherent risks of distributed, cloud-native complexity and the difficulties of hybrid data consistency. Regulated enterprises with the ambition to become cloud-native must embed guardrails into the end-to-end architecture to reduce cascading failures (or their impact) across complex service chains. As a technologist, I help my customers navigate environments where regulators often hand down incredibly stringent demands by helping them engineer the intentional architectural trade-offs and capabilities needed to satisfy these strict mandates, all while balancing modernization and rapid innovation in the cloud.
What passion(s) drew you to this line of work?
Elkhoja: I’ve always been captivated by the challenge of making sense of complexity, especially when driven by the sheer stakes of mission-critical enterprise systems. There’s a distinct intellectual challenge in taking massively complex, distributed and hybrid services, where everything is inherently prone to failing, and engineering it so beautifully at the application layer that the end-user never notices a thing.
My newfound passion is to enable organizations to adapt and then adopt Agentic Reliability Engineering. Leveraging autonomous, intelligent agents to handle unpredictable variables in real time is the next logical step in mastering complexity at scale and helping to ensure that systems can autonomously read the environment, dynamically adjust for failure modes, and execute precise remediation strategies completely on their own and self-heal. It is an exciting space.
I’ve always been captivated by the challenge of making sense of complexity, especially when driven by the sheer stakes of mission-critical enterprise systems.
What advice would you give to your younger self?
Elkhoja: Before telling myself what I should have done better, I need to give myself some credit: I was always the youngest and surrounded by far more experienced people in any group, work or otherwise. It wasn’t intentional, but looking back, that environment is what truly drove me and made me work harder, giving me a massive head start and carving my path early in life.
Otherwise, I would tell my younger self to not be hyper-focused on perfection, to be bold, and to get comfortable being uncomfortable. A lesson I only wish I embraced sooner. Actively surrounding yourself with mentors from diverse backgrounds who aren't directly connected to your day-to-day circle also is important. Getting outside perspectives is invaluable.
Finally, don't settle for just a role or a position; look for leaders who will elevate you.
What activities do you enjoy in your spare time?
Elkhoja: I’m an avid snowboarder and golfer, and I draw parallels between those activities and my work. For example, golf is all about making sense of complexity in unpredictable environments. Every shot is impacted by variables you must constantly adapt to: the lie of the ball, the temperature, wind, and the selected club. Distributed systems operate exactly the same way. You are constantly managing an unpredictable environment with shifting variables.
Another passion is heavy metal music, and I make it a strict habit to go to concerts whenever I can. Granted, at my age, headbanging requires proper warm-up and Ibuprofen. In another life, I’d be the drummer of a death metal band or on the PGA Tour or perhaps both.
