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How to use digital transformation to take your company to the next level

This interview with Cynthia Corsetti and Synchrony CEO Slavik Zorin was originally published by Authority Magazine. You can read the original article here.

Digital transformation has become a crucial component for businesses striving to stay competitive and relevant in today’s rapidly evolving landscape. As technology continues to shape industries and redefine business models, companies must adapt and leverage digital tools and strategies to unlock new opportunities for growth and innovation. In this interview series, we aim to explore various aspects of digital transformation, including best practices, challenges, success stories, and expert insights. We are talking to thought leaders, industry experts, entrepreneurs, technology innovators, and executives who have firsthand experience in driving digital transformation initiatives within their organizations.

As part of this series, we had the pleasure of interviewing Slavik Zorin.

Slavik Zorin is CEO & Co-Founder of Synchrony Systems — he is a recognized expert in legacy application modernization with more than 30 years of hands-on experience leading complex projects across financial services, insurance, government, and global enterprises. Slavik is the visionary behind Modernization Lifecycle Management and Synchrony’s Modernization Lifecycle Platform (MLP). His work enables organizations to transform legacy systems into modern architectures with speed, accuracy, and traceability.

Thank you so much for joining us in this interview series. Before we dive in, our readers would love to “get to know you” a bit better. Can you tell us a bit about your ‘backstory’ and how you got started?

Hi, Cynthia! Thank you for having me today to share my background and discuss the digital transformation space. My company, Synchrony Systems, helps businesses upgrade their old, critical software systems to modern, efficient platforms. We use a combination of automation and AI-assisted tools to ensure the transition is smooth, cost-effective, and minimizes disruption to daily operations.

I often say my entire career has been lived in the before-and-after of software. I started as an independent consultant in the early days of software development, working with a programming language called Smalltalk. This led to a partnership with IBM, where we helped companies move their systems into IBM’s environment. Our first major project in the early 90s showed us the need for automation, and we began developing tools to make these transitions smoother.

As the industry evolved, we had to continually reinvent ourselves, learning each new technology wave. Those experiences ultimately shaped our focus today: orchestrated, low-risk legacy application modernization through our Modernization Lifecycle Platform (MLP).

In essence, my journey has centered on turning outdated systems into modern, efficient applications that keep businesses moving forward.

Can you share a story about the funniest mistake you made when you were first starting? Can you tell us what lessons or ‘takeaways’ you learned from that?

Back in the early days of our company in the late 90s/early 2000s, when we were still transitioning from being a pure Smalltalk shop into a modernization and migration firm, I was asked to deliver a highly customized three‑day training course for one of our biggest financial clients at the time. Their chief architect, an incredibly bright and respected leader, had spent years building an advanced new framework for their commercial loan system. My job was to train their engineers how to use it.

Because the material was complex and the timeline was impossibly tight, I pulled multiple all‑nighters building the course and preparing the printed materials. By the time the first day of training arrived, I had been awake far longer than any sane human should have been. And, then it happened. In the middle of delivering the course, right there in front of the client and their entire technical team, I fell asleep. Literally nodded off mid‑session.

Our client, thankfully understanding just how much effort had put into preparing the training, quietly took over the class while I slept… in front of everyone. During a break, I realized what had happened. I sat red‑faced, while the room full of engineers tried politely, and unsuccessfully, not to laugh.

The good news? The training went on and the relationship didn’t just survive. It thrived for years afterward. They even eventually hired us to migrate to the very system they once tried to rewrite themselves. One big takeaway from that experience is that strong relationships can help you weather even the most embarrassing moments.

None of us are able to achieve success without some help along the way. Is a particular person who you are grateful for who helped get you to where you are? Can you share a story?

From the very beginning, I built this company alongside my wife, Regena, who has been an essential partner in every sense. While I focus on the engineering and technical vision, she oversees the entire business backbone. From running finance, legal, contracting, accounting, and HR, she essentially manages all of the operational infrastructure that keeps us moving forward.

In addition, our Synchrony team is made up of talented engineers and long‑tenured experts. Even as a small company where everyone wears multiple hats, our employees and contractors form a group of highly skilled, engineering‑driven teams that have grown alongside the company’s evolving modernization mission.

Is there a particular book, podcast, or film that made a significant impact on you? Can you share a story or explain why it resonated with you so much?

A thinker who had a huge impact on me was author and journalist, Christopher Hitchens. I discovered him by accident through a debate podcast, and I was immediately blown away by his intellect, independence, and clarity of thought. I ended up listening to everything he ever recorded and reading all his books. His ability to stand his ground, think deeply, and communicate honestly has shaped how I approach conversations, decisions, and relationships both personally and in business.

Are you working on any new, exciting projects now? How do you think that might help people?

What excites me most right now is the evolution of our Modernization Lifecycle Platform (MLP). MLP is our proprietary platform designed to help organizations upgrade their old applications in a structured and transparent way. It covers everything from analyzing the current system to transforming the code, testing, and deploying the new system. By standardizing this process and integrating automation, MLP significantly reduces the risks and costs that usually come with modernization projects.

The next evolution of MLP is particularly exciting because it introduces AI-assisted tools to support in the initial modernization readiness assessment phase of the process. The goal is to make modernization something companies can manage confidently, without it being a disruptive, once-a-decade crisis. This evolution empowers businesses to keep up with new technologies and digital demands, all while ensuring their critical systems continue running smoothly behind the scenes.

Thank you for all that. Let’s now turn to the main focus of our discussion about Digital Transformation. Digital transformation can mean many things to many people, from your perspective, how do you define digital transformation in your industry?

For us, digital transformation means modernizing mission‑critical legacy applications. That means transforming outdated systems into modern, scalable technologies that better support today’s digital business demands. What’s unique to Synchrony is our focus on the core systems the business actually runs on. Many of these systems were built decades ago in languages like Smalltalk, PowerBuilder, EGL, and mainframe environments. Long before Zero Trust security, modern architectures, or continuous delivery existed.

It’s similar to home improvement. You can’t just upgrade the aesthetics — you have to maintain and correct old wiring, plumbing, insulation, and other invisible aspects that keep the home running. When modernization is done correctly, organizations benefit from stronger cybersecurity, more automated compliance, and more interoperability and extensibility that support continuous improvement.

Which companies can most benefit from a Digital Transformation?

Any company that is running important business operations on decades-old applications and software will benefit from a digital transformation. Across the globe, this is a frequent issue in financial services, government, insurance, utilities, higher-ed and healthcare sectors. Companies in those industries are often particularly vulnerable to retiring experts, increasing maintenance costs, growing regulatory demands, and systems that are difficult to integrate with modern platforms. Neglecting these systems leads to compounding technical debt that can put your whole enterprise at risk.

Has integrating Digital Transformation been a challenging process for some companies? What are the challenges? How do you help resolve them?

Most companies underestimate the complexity of their legacy systems, and we often see the same issues crop up repeatedly.

One common problem is decision paralysis and delay. Organizations know they need to modernize, but they keep delaying it. Those delays also mean these critical projects often lose internal champions to turnover and attrition, stalling momentum.

Overconfidence in in-house rewrites is another frequent challenge. Many companies underestimate the complexity of modernization and assume their in-house teams can handle it alongside their other responsibility. This leads to multi-year delays, blown budgets and no cohesive plans. Or, similarly, they rely too heavily on AI tools that aren’t equipped to properly handle such an enormous task.

Finally, perhaps the most frustrating challenge we see is when the true cost of technical debt is discovered too late. Deferred maintenance turns the already challenging task of modernization into a cost-prohibitive crisis.

Our platform and approach are specifically designed to address these challenges and help businesses modernize quickly without the disruption to the business that comes from fully rewriting their applications.

Ok. Thank you. Here is the primary question of our discussion. Based on your experience and success, what are “Five Ways a Company Can Use Digital Transformation To Take It To The Next Level”? Please share a story or an example for each.

1. Make Legacy Systems Intelligible Before You Touch Them

The biggest mistake companies make is jumping straight into rewriting or replacing systems they don’t fully understand. The first step is always a deep analysis: counting screens, functions, dependencies, integrations, and understanding how the application actually behaves in production. This creates a data-driven foundation for planning.

For example, in our modernization projects, we ingest millions of lines of existing code and generate a complete application inventory. This approach keeps estimates within 20–30% of reality, instead of being off by 300–400% like many manual rewrites.

2. Use Orchestrated, Automated Modernization, Not Risky Rewrites

Manual rewrites are slow, risky, and nearly impossible to estimate accurately. Orchestrated, rules-based automation gives you consistency, traceability, and repeatability. Our tools function like compilers: we take legacy code as input and generate modernized equivalents, reducing both cost and risk.

For instance, our earliest work with IBM on Smalltalk migrations taught us this valuable lesson. By building migration tools instead of relying on manual rewrites, IBM was able to resell our software for large projects where automation dramatically reduced project timelines and improved predictability. They built over a $100 million modernization business that our technical solutions were a part of.

3. Modernize What Matters — And Keep In Mind, Not Everything Matters

Not all legacy logic is bad. Some should be preserved, some refactored, and some removed entirely. Selective modernization minimizes disruption while maximizing ROI. It focuses effort on the parts of the system that matter most to the business.

For instance, applying Pareto’s Principle often reveals that roughly 20% of an application delivers 80% of its business value. By modernizing that high‑impact portion first, organizations can deliver results faster, reduce risk, and avoid rewriting low‑value areas. This targeted approach creates early wins by modernizing a heavily used functionality without taking on the full cost and complexity of modernizing the entire system at once.

4. Adopt Continuous Modernization to Control Technical Debt

Instead of waiting until systems become dangerously outdated, organizations should integrate incremental updates into their regular development workflow. Continuous Modernization (CM) reduces upgrade complexity, improves security, and prevents technical debt from snowballing.

To illustrate, in the CM model, upgrades run in isolated branches and are automatically tested. Issues are caught early, when they’re smaller and less expensive, rather than discovered years later when outdated dependencies force a massive overhaul. This approach can extend the lifespan of mission-critical systems while keeping costs predictable.

5. Treat Security as an Architectural Outcome, Not a Patch Job

Legacy systems were never designed for Zero Trust security, identity-centric access, or real-time observability. Modernization makes systems visible, traceable, and structurally capable of continuous security and compliance. You can’t secure what you can’t see.

Consider the following example. We work with companies to modernize legacy platforms that have become opaque and tightly coupled. By moving to service‑based architectures with clear trust boundaries and least‑privilege access, they shift from reactive patching to security that’s engineered, validated, and auditable.

In your opinion, how can companies best create a “culture of innovation” in order to create new competitive advantages?

A culture of innovation starts with accepting a simple reality that today’s modern system is tomorrow’s legacy. If teams focus on this mission, innovation becomes a continuous discipline rather than a one-time initiative.

From our experience, companies innovate best when they treat modernization like engineering and not improvising. This means transparent workflows, measurable progress, clear architecture, and tools that help teams understand their systems. Our platform makes all modernization activity visible, from test results to automation runs, to defect patterns, which encourages learning and faster iteration.

Innovation thrives when teams feel empowered to evolve systems continuously, supported by data, tooling, and processes that reduce risk and uncertainty.

Can you please give us your favorite “Life Lesson Quote”? Can you share how that was relevant to you in your life?

A quote I often come back to is: “Today’s state of the art system is tomorrow’s legacy.”

After 30 years in this field, I’ve seen every modern platform eventually become the next modernization challenge: Smalltalk, EGL, PowerBuilder, and early Java frameworks. That reality shaped my entire career. It taught me to treat modernization as something continuous and engineered, not a one-time event. It’s why we built structured tools, automation, and ultimately a full Modernization Lifecycle Platform to help organizations evolve without losing the functionality and the underlying value embedded in their systems. For me, this quote is a reminder to stay adaptable. No matter how advanced a system looks today, it will eventually be tomorrow’s legacy system.

How can our readers further follow your work?

You can follow me on LinkedIn and also go to sync-sys.com and visit our blog to learn more about Application Modernization and the digital transformation.

Thank you so much for sharing these important insights. We wish you continued success and good health!

About The Interviewer: Cynthia Corsetti is a CEO and Executive Coach. She is the founder of CC consulting and the host of the podcast, “The Only CEO”. Cynthia has been featured in numerous publications and has been a guest on dozens of podcasts and radio shows. Cynthia helps CEO’s and other c-suite executives to increase their impact, influence, and productivity. She helps clients develop a clear vision, strategy, and roadmap to achieve their goals. Her clients include both new and experienced leaders, as well as those transitioning to new roles. Cynthia holds an MBA from Harvard Business School and a BA from the University of California, Berkeley. She is a certified coach and a member of the International Coach Federation.

Your IT budget is 80% maintenance — here’s how to optimize it

Most enterprise IT organizations allocate 60-80% of their IT budgets to maintaining legacy systems rather than innovating powerful new capabilities. This isn’t sustainable in a market where hyper-scalable, cloud-native technologies and architectures, coupled with the meteoric rise of generative AI, drive competitive advantages.

The root cause? Traditional application modernization approaches create a boom-bust cycle where small technology gaps snowball into massive, expensive system overhauls that consume entire teams for years.

Why IT budget optimization matters now

With pressure to innovate, reduce costs, and adopt emerging technologies, IT budget optimization has become a board-level priority. Every dollar spent keeping outdated systems alive is a dollar not invested in growth.

Organizations that modernize strategically can reduce IT maintenance costs, free up resources for innovation, and keep systems current without costly disruption.

The continuous modernization advantage

Leading organizations are adopting Continuous Modernization (CM) as an approach to IT budget optimization, treating technology updates as an ongoing process rather than periodic disruptions. This approach complements existing CI/CD practices by systematically applying incremental updates to applications, APIs, and software components before small gaps become major problems.

Synchrony Systems helps enterprises make this shift through its Modernization Lifecycle Platform (MLP), a system designed to keep legacy and modern technologies evolving side-by-side.

The methodology works by establishing parallel upgrade pipelines that test new versions of dependencies, frameworks, and platforms in isolated environments. Instead of allowing technical debt to accumulate until it necessitates a major overhaul, teams maintain currency through regular, small updates integrated into standard development workflows.

Deloitte’s 2025 Tech Trends report identifies AI as the common thread of nearly every enterprise technology trend. Organizations that use continuous modernization can systematically incorporate emerging technologies without the architectural disruption typically associated with traditional approaches.

Implementation patterns that lower maintenance costs

Successful continuous modernization implementations share common characteristics:

  • Automated Impact Analysis: Before any update, automated tools analyze potential effects on existing code, dependencies, and system integration points. This preview capability allows teams to understand implications before committing to changes.
  • Isolated Testing Environments: Updates occur in dedicated branches or environments that simulate production but pose no actual risk to operational systems. Teams can experiment, test, and iterate without affecting business operations.
  • Integration with Existing Workflows: Rather than requiring new processes, effective CM approaches integrate directly with established CI/CD pipelines. Development teams continue using familiar tools and workflows while gaining systematic modernization capabilities.
  • Customizable Update Rules: Different applications and business contexts require different modernization approaches. Leading platforms provide configurable rules that allow teams to tailor the modernization process to their specific requirements and risk tolerances.
  • Transparent Tracking and Rollback: Users have complete visibility into what changed, when, and why, along with reliable rollback capabilities when updates don’t perform as expected.

Industry adoption patterns

Enterprise technology adoption follows predictable stages: technical innovation, experimentation, initial pilots, business scaling, and full deployment. Organizations implementing continuous modernization are typically in the pilot or early scaling phases, gaining a competitive advantage while others struggle with traditional approaches.

Urgency is growing. Application modernization has become pivotal for businesses striving to enhance efficiency, agility, and competitiveness. Enterprise applications must modernize to replace existing procedures with more practical, adaptable, and scalable solutions.

Companies without systematic modernization strategies face mounting technical debt that eventually demands massive, disruptive overhauls — exactly what continuous modernization prevents.

Making the transition

The shift to continuous modernization requires both technical and organizational changes:
Technical Infrastructure: Establish parallel development pipelines, automated testing capabilities, and monitoring systems that can handle frequent, small changes rather than infrequent, large ones.

  • Team Skills: Development teams need familiarity with advanced automation tools, impact analysis techniques, and systematic upgrade processes.
  • Risk Management: Promote organizational comfort with continuous changes supported by robust rollback and monitoring capabilities, instead of sporadic revamps.
  • Governance Integration: Align with existing change management, security review, and compliance processes to ensure continuous updates don’t bypass necessary controls.

The path forward

Ready to implement continuous modernization? Start with pilot applications that represent typical technology stacks and business criticality levels. Success with initial implementations provides both technical learning and organizational confidence, paving the way for broader adoption.

The goal isn’t perfect implementation from day one. It’s establishing systematic processes that prevent the accumulation of technical debt while enabling rapid adoption of new technologies and capabilities.

Given the accelerating pace of enterprise technology change, the question isn’t whether to adopt continuous modernization, but how quickly you can implement it effectively across your application portfolio.

 

Synchrony Systems’ Modernization Lifecycle Platform (MLP) offers a unified approach, supporting systematic modernization across diverse technology stacks, including mainframe and EGL applications, as well as PowerBuilder and Smalltalk systems. Learn more about implementing continuous modernization for your organization here.

Retirement brain drain and legacy application risk

Finding IT professionals with the expertise to maintain business-critical legacy applications is becoming increasingly difficult. As experienced programmers in legacy languages retire, a widening skills gap emerges, leaving organizations struggling to support essential systems. Industries such as banking, insurance, and government, which have long depended on in-house mainframe or client/server applications, are feeling this shortage most acutely.

The loss of institutional knowledge

As Baby Boomers retire, their institutional knowledge about maintaining and troubleshooting these systems leaves with them. When a software crash, security breach, or routine feature update arises, the shrinking pool of legacy system experts poses a significant risk to IT operations and business continuity.

Younger generations of developers, including Millennials and Gen Z, were never trained on mainframe systems, do not code in legacy programming languages, and generally have little interest in learning outdated technologies. They focus on modern tech trends, leaving legacy systems further neglected.

British Airways’ IT meltdown: a recent example

A recent illustration of the challenges posed by legacy systems is British Airways’ global IT meltdown just this past December. The 95-minute outage left passengers unable to check in online and delayed flights, as pilots couldn’t process vital “load sheets,” causing aircraft to remain on the tarmac. The airline is currently investing £750 million in a three-year IT upgrade to prevent future incidents, aiming to shift its legacy data centers onto a more reliable cloud-based platform.

The skills gap extends beyond COBOL and the mainframe

While COBOL is often cited as the poster child of legacy languages, the skills shortage affects many other aging programming languages that enterprises still rely on. These include:

  • EGL
  • PowerBuilder
  • Smalltalk
  • Assembler
  • CA/Gen
  • C/C++
  • Ideal
  • Natural
  • Pascal/Delphi
  • PL/I
  • RPG

Many enterprises continue to rely on these languages, which are deeply embedded in their operations. For example, Fortran is still prevalent in scientific computing, weather forecasting, and engineering applications. Pascal and Delphi Object Pascal persist in niche commercial applications, while Smalltalk is used in some banks, insurance companies, and utilities.

Beyond the skills shortage, legacy systems introduce significant technical debt, making modernization efforts difficult. These outdated platforms hinder cloud integration, mobile app development, and the adoption of AI and Big Data solutions. Additionally, legacy code increases cybersecurity vulnerabilities, exposing businesses to potential breaches.

Addressing the skills gap

For organizations dependent on legacy systems, there are three primary approaches to mitigating the skills shortage: retaining legacy programmers, training new professionals, or modernizing technology.

1. Temporary Band-Aid: retaining and training

A short-term solution is to keep legacy programmers on board longer or incentivize younger professionals to learn legacy technologies. However, this approach requires financial incentives and comprehensive training programs. Some companies have launched apprenticeship initiatives, recruiting young IT talent and providing them with training in both legacy and modern technologies.

2. A better fix: prioritizing modernization

While training new programmers in old languages can temporarily plug the skills gap, it does not eliminate the risks associated with aging systems. Analysts widely recommend that enterprises invest in modernization. According to Gartner Distinguished VP Analyst Andy Rowsell-Jones, IT departments spend up to 75% of their budgets maintaining legacy systems. Redirecting these resources toward modernization could foster innovation and business growth.

3. The best solution: microservices extraction for rapid modernization

A full-scale modernization effort can take years, but organizations need solutions now. A highly effective approach is microservices extraction, which allows businesses to modernize critical functions without overhauling entire systems. Unlike traditional modernization, which requires rewriting or replacing an entire application, microservices extraction identifies and migrates only essential business functions, eliminating redundant code and reducing risk.

Conclusion

Organizations still relying on legacy applications built with obsolete programming languages face mounting risks. These systems limit cloud and mobile capabilities, restrict advanced analytics and AI adoption, and present security vulnerabilities. Additionally, as skilled programmers retire and younger developers avoid outdated technologies, businesses struggle to maintain mission-critical applications.

The best way forward is modernization with microservices extraction, allowing enterprises to retain essential functionality while shedding technical debt. This approach accelerates digital transformation, optimizes IT resources, and minimizes business disruption, making it the superior solution for the legacy skills crisis.

5 legacy system cybersecurity risks in 2025

Legacy systems, the reliable workhorses of the past, can become security nightmares in today’s ever-evolving threat landscape. While they may keep critical functions running smoothly, their outdated technology and lack of modern security features create vulnerabilities that cybercriminals are eager to exploit. Let’s explore five key ways legacy systems can significantly increase your cybersecurity risk:

1. Outdated security can’t keep up with modern threats.

Remember the massive Log4j vulnerability that shook the cybersecurity world in late 2021? Legacy systems, often running on unsupported operating systems or software versions, miss out on critical security patches like these. This exposes them to known vulnerabilities attackers can easily leverage to access sensitive data or disrupt operations.

2. Legacy dependencies on aging hardware and software.

Many legacy systems rely on outdated hardware and software for core functionalities. Not actively developed or supported, these components are often riddled with unaddressed security flaws. For a recent example highlighting the security risks posed by outdated software, the Adobe ColdFusion vulnerability CVE-2023-26360 case is a strong illustration. In 2023, threat actors actively exploited this flaw to breach systems, including two U.S. federal government agencies, targeting their outdated versions of ColdFusion. Hackers exploited this vulnerability to gain access, install malware, and perform reconnaissance activities on the compromised systems. However, prompt defensive measures thwarted lateral movement and data exfiltration.

3. Limited visibility into security posture.

Legacy systems often lack the built-in security features present in modern platforms. They may struggle to integrate with modern security tools like Security Information and Event Management (SIEM) systems, hindering the ability to have a comprehensive view of a company’s security posture. This lack of visibility makes detecting suspicious activity or potential breaches within the legacy system difficult.

4. Accidental exposure of internal applications.

As business needs evolve, internal applications running on legacy systems can unintentionally be exposed to the internet over time. This creates a direct path for attackers to target them. One example is the 2023 Microsoft Azure data leak, where sensitive internal data was accidentally exposed due to a misconfigured endpoint. This exposure allowed unauthorized users to access information meant to remain internal, underscoring how overlooked configurations in legacy systems and applications can lead to significant data security risks.

5. Slow integration of modern security solutions.

Legacy systems often require significant modifications or complete rewrites to incorporate modern security features like multi-factor authentication or data encryption. Migrating these applications to the cloud is often incremental, as each component needs modification to work securely in the new environment. Until these applications are fully adapted, they’re more vulnerable to attacks and may not benefit from the cloud provider’s built-in security features.

Modernization is the path to a stronger security posture.

Ultimately, a long-term plan for modernizing or replacing legacy systems is crucial for a robust cybersecurity posture. Synchrony’s Modernization Lifecycle Platform (MLP) supports this process by automating the migration and transformation process, enabling collaborative workflows, and offering clear, traceable insights into software modernization. Continuous Modernization (CM) complements DevOps practices like Continuous Delivery (CD) and Continuous Integration (CI) by allowing organizations to apply software updates consistently and incrementally. This method enables smooth upgrades across in-house applications, APIs, and other software components, regardless of underlying technologies, keeping security and functionality aligned with evolving needs.

Contact us to learn how we could help you modernize your legacy applications. 

GenAI and code migration: what’s changing

In the rapidly evolving technology landscape, staying ahead requires not just incremental improvements but transformative leaps. As organizations strive to modernize legacy systems and migrate to more efficient and scalable architectures, the advent of Generative AI (GenAI) is poised to redefine the process.

Over the past several weeks, our discussions have centered on how this cutting-edge technology will reshape our industry and how to harness this power within our business, service offerings, and as part of MLP. Here are six ways we see GenAI unlocking new possibilities for accelerating code migration, enhancing compatibility, and ensuring smoother transitions to modern frameworks.

Enhanced analytics and pattern recognition:

GenAI offers significant benefits for code migration by speeding up the understanding and analysis of legacy systems. It excels at recognizing patterns in code, which are essential for identifying and translating complex structures and dependencies.

Efficiency in code migration:

AI tools can handle time-consuming and repetitive tasks more effectively than humans, especially those requiring detailed pattern recognition. This includes activities like identifying UI patterns and dependencies in code, which traditionally required significant manual effort.

Evolution of migration processes:

The traditional approach of manually creating and maintaining migration libraries and tools is becoming obsolete. AI can automate and streamline these processes, reducing the need for specialized knowledge and extensive manual coding.

Impact on the industry:

GenAI’s rapid improvements and capabilities are poised to change how companies approach code migration. While current migration methods involve custom tools and manual processes, AI can provide more dynamic, on-demand solutions. This shift might lead to significant changes in business models and competitive dynamics in the industry.

Future directions:

Companies that adapt to AI-driven methods will have a competitive advantage. GenAI allows for more sophisticated transformation beyond mere code translation, supporting modern architectures like microservices and micro frontends. The emphasis will shift from simply rewriting code to transforming entire systems to meet contemporary standards and user experiences.

Strategic investment:

As AI capabilities advance, companies are expected to invest more strategically in modernization efforts. AI-driven solutions promise not only cost savings but also the creation of innovative, competitive technology that provides significant business value.

Our discussions highlight that while GenAI will democratize many aspects of code migration, the key to success will be leveraging AI to enhance the complexity and quality of transformations rather than just focusing on code translation.

Contact us if you’re curious about how GenAI can help you modernize your legacy application. We’re happy to discuss your particular needs and help you determine how best to get started.

Why modernize EGL applications?

Enterprise Generation Language (EGL) was a powerful tool in its time, but the technological landscape has evolved significantly. Modernizing EGL applications is crucial for businesses to remain competitive and agile.

Here are the primary reasons to modernize:

1. Improve user experience:

Outdated interfaces: EGL applications often have dated user interfaces that are not intuitive or mobile-friendly.
Enhanced user interaction: Modernization can create engaging, responsive interfaces that meet contemporary user expectations.

2. Increase efficiency and productivity:

Legacy systems bottlenecks: EGL applications might have performance limitations or scalability issues.
Automation: Modernizing can incorporate automation and AI to streamline processes and reduce manual effort.
Integration: New technologies enable seamless integration with other systems and data sources.

3. Reduce costs:

Maintenance overhead: Legacy EGL applications can be expensive to maintain due to limited skill sets and support.
Infrastructure costs: Modernization can reduce hardware and software costs by leveraging cloud-based solutions.

4. Enhance security:

Vulnerability risks: Older applications are often susceptible to security threats.
Compliance: Modernization can help meet industry regulations and data protection standards.

5. Unlock business opportunities:

Data-driven insights: Modernized applications can leverage big data and analytics for better decision-making.
Innovation: New technologies and platforms enable innovative products and services development.

6. Talent acquisition and retention:

Skill gap: Finding developers with EGL expertise can be challenging.
Attracting talent: Modernizing aligns the technology stack with current industry standards, making the company more attractive to skilled professionals.

7. Future-proofing the business:

Technological advancements: Staying up-to-date with technology is essential for long-term success.
Agility: Modern applications are more adaptable to changing business needs.

In essence, modernizing EGL applications is not just about updating the technology; it’s about transforming the business to be more efficient, competitive, and customer-centric.

We offer various solutions, including upgrades and transformations, to migrate your legacy EGL applications to a more modern architecture. Visit our EGL modernization page to learn more.

New experience report reveals details of modernizing six Smalltalk applications to Java

Company Saves Seven Years by Partnering with Synchrony Systems

Greenwich, CT (October 17, 2023) – Synchrony Systems, Inc., a technology pioneer for the management and execution of complex application modernizations, released an in-depth experience report on the modernization of six Smalltalk applications to Java. It describes the unique three-year collaboration between Synchrony and a German  IT services provider for the financial sector.

 

“This project provided an opportunity to turn the modernization experience on its head,” said Synchrony Systems CEO Slavik Zorin. “We co-developed a true collaborative approach that allowed the company’s engineering team to retain control and have complete visibility into all phases of the modernization process while allowing the application development and modernization to run in parallel. Together, we shrunk an estimated 10-year rewrite of well over two million lines of code down to three years.”  

 

“With Synchrony’s help, their advanced technology stack, and a strong team, we completed migrating all of our Smalltalk applications to the desired target Java architecture and were finally able to retire Smalltalk,” stated the company’s modernization project lead and veteran software developer. “We could not have done it without Synchrony’s technology, modernization expertise, and strong commitment to success.”

 

The Modernization Experience Report includes details such as:

  • company and project background
  • modernization initiative challenges, requirements, and vendor selection
  • Synchrony Smalltalk Migration Technology (SMT) and modernization platform overview
  • modernization readiness phase, including work breakdown, team collaboration, and project timeline
  • modernization implementation phase, including parallel track progress, halfway evaluation, functional testing, and code quality
  • final deliverable, conclusion, and takeaways
  • an appendix, including analysis of the codebase, pipelines, operations, deliveries, and more

 

This in-depth report is available for limited release to companies interested in understanding the details of modernizing large, legacy applications. Request your copy

Synchrony Systems wins the 2022 Digital Innovator Award from Intellyx

 Greenwich, CT (December 12, 2022) – Synchrony Systems, Inc., the leader in complex application modernizations, announced today that it won the 2022 Digital Innovator Award from Intellyx, a research analyst firm dedicated to digital transformation.

 

According to their press release, Intellyx bestows this award upon vendors who are the most disruptive and innovative firms in their space, putting a “spotlight on vendors worth watching.”

 

“It’s an honor to be recognized for the second time by Intellyx for our application modernization technology,” said Slavik Zorin, CEO of Synchrony Systems. “Intellyx recognizes the innovation and positive impact that Synchrony is making in modernizing how modernizations are done. We are thankful for our conversations with the Intellyx team and the insights we gain from those interactions.”

 

Synchrony is the developer of MLP, a platform-as-a-service that helps customers gain control over the management and execution of complex application modernizations, thus reducing company risks, improving team communication and collaboration, and accelerating the entire modernization initiative. MLP orchestrates automated processes end-to-end, tracks all modernization activities, and provides complete transparency of all modernization activities to stakeholders.

 

Application owners use MLP to accelerate their adoption of cloud, mobile, and new web technologies by fast-tracking and de-risking complex modernizations. Migration tool vendors grow their business by making their migration tools and services consumable by customers and system integrators through the platform. System Integrators increase their profit margins using MLP to orchestrate migration tools from multiple vendors and leverage MLP’s systematic, repeatable, and reliable processes to manage complex application modernization.

 

For more details on the award and other winning vendors in this group, visit the Fall 2022 Intellyx Digital Innovator awards page.

 

About Synchrony Systems, Inc.
Customers gain control over the management and execution of complex application modernizations using Synchrony Systems’ Platform-as-a-Service–MLP. MLP is an end-to-end solution that orchestrates automated migration and modernization processes, tracks all modernization activities, and provides complete transparency of all modernization activities to stakeholders. This results in reduced company risks, improved team communication and collaboration, and accelerated modernization initiatives. MLP was named a 2018 SIIA CODiE Awards finalist for Best DevOps Tool and a 2019 SIIA CODiE Award Finalist for Best Emerging Technology. Synchrony Systems has been named a Digital Innovator from Intellyx in 2021 and again in 2022.

IT modernization insights for government CIOs

A few of our team members attended the Beyond the Beltway 2022 – Virtual Event hosted by the Center for Digital Government. It was an incredible opportunity to hear directly from state and local government CIOs and CSOs. They discussed the initiatives they are working on, the tech trends important to their region, and the best ways the private sector can be a true partner in finding solutions to their problems.

One thing was certainly evident, government CIOs and CSOs have their work cut out for them. They have to balance federal directives with constituent service expectations within the constraints and protocols of the local governing body. The featured speakers from government organizations across the country were generous with their insights, and the sessions were expertly moderated by the staff at the Center for Digital Government. Here are a few things we learned about technology modernization at the state and local levels of government.

1. Strategic plans inform technology modernization considerations

Although the featured CIOs spoke to the specific needs of their region, they all stressed that their strategic plan, which is available to the public, guides all modernization considerations. Their projects reflect these overarching government directives heard throughout the event:

  • Keep our systems secure (cybersecurity)
  • Protect the privacy of our people (PII data)
  • Meet constituent expectations (digital engagement)
  • Support remote and hybrid workforces (secure cloud-based systems)
  • Prove compliance (tracking and reporting)

Any modernization project will advance progress towards the strategic plans and support the overarching directives.

2. CIOs use existing technologies, processes, people, and relationships wherever possible

The featured CIOs spoke passionately about being good stewards of taxpayer dollars. They always first evaluate and leverage existing systems and expertise wherever possible. Then, they review internal processes and skills and engage with partners they know and trust.

If a technology modernization initiative is needed, government CIOs reach out to each other looking for similar, successful projects. They want the highest probability of success with the least risk possible – and don’t want to re-invent the wheel.

3. Funding for technology modernization is only part of the solution

Yes, having money allocated for technology modernization is great. But the CIOs stressed that the funding is only a piece of the overall initiative. The more significant challenges lie in the execution of getting the project completed.

Government CIOs are looking for holistic proposals beyond the specific technology solution. The proposals must also include:

  • External experts assigned to the project
  • Internal IT resources required to support the project
  • Best practice frameworks and guides
  • Relevant case studies
  • Knowledge transfer plans
  • Long-term support considerations (maintenance fees, upgrades, training, etc.)

Comprehensive plans help give the CIOs confidence that the modernization project is successful and sustainable.

One final point stressed by several of the speakers – it’s challenging to retain internal IT talent within the government. It’s a very competitive job landscape, with many choosing employment in the private sector. Therefore, CIOs tend to give favor to external suppliers who will help upskill and reskill government employees to support the modern technology and processes

4. Technology suppliers need to do their homework

The public availability of contact information for government IT staff makes reaching out to the CIOs incredibly easy. While our speakers welcome the outreach, they are often disappointed that technology suppliers haven’t researched what matters for that specific CIO office. The cold outreaches are broad, generalized, and focused on selling to the CIO.

Government CIOs want the outreach, but they want to understand the pitched technology fits within the context of their strategic plan and the ecosystem of providers they already use. This information is publicly available, so they want suppliers to do their homework and frame the solution in the following ways:

  • Plan – what specific initiatives or directives does the technology modernization support?
  • People – who are the people involved, and how will others and the community benefit?
  • Process – what process improvements does the technology modernization support?
  • Technology – what are examples of it working for similar organizations solving like challenges?
  • Policy Implications – what are the policies considerations surrounding the technology?
  • Performance – how do we measure and share positive outcomes resulting from technology modernization?

The final thought one CIO offered to technology vendors was, “bring me leading edge, not bleeding edge, tech.” The agreement was while cutting-edge technology may be interesting, it doesn’t have a place in government until sufficiently proven.

5. Public CIOs want true partnerships with private sector technology providers

State and Local CIOs are operating to plans that extend years into the future. They also are tying every technology investment to the needs of their community, such as democratizing broadband access and keeping their citizens safe from cybercriminals. These challenges can’t be solved with a single technology or even within a single administration. And the balancing forces within the government mean technology modernization progress is slow compared to the private sector.

Therefore, government CIOs want partners with them for the long haul. They want partners committed to being a part of the solution beyond the technology they may provide. Partners who can bring ideas, best practices, and other partners and who take the time to build a personal and trusted relationship give the most value. Those are the partners who work on the government project.

Synchrony Systems’ work in state and local government

We have been fortunate to serve several state and local government organizations such as Bay Area Rapid Transportation (BART), City of Atlanta Fire Department, Oregon State Judicial Department, and New York City Police Department. Through our trusted partnerships, we helped migrate and modernize their legacy applications to modern, cloud-based, and mobile-friendly applications and user interfaces.

Our automated migration and modernization technology allows our partners like IBM, Astadia, and TSRI to leverage our platform and expertise on government modernization initiatives efficiently and effectively.

How to pay off your technical debt (whitepaper)

Modernize your legacy code for a cloud-native world

Many organizations have already moved to the cloud. Yet the tech debt remains. Applications that were once considered “legacy” now run in modern infrastructure, but they’re still monolithic, tightly coupled, and difficult to change. Cloud hosting alone doesn’t make software cloud-native.

The business logic still matters. These systems still run underwriting, billing, claims, supply chains, and core operations. They cannot simply be replaced. But they can’t stay frozen either.

So what actually reduces tech debt? In this white paper, Jason Bloomberg, President of Intellyx, takes a practical look at legacy modernization — what works, what doesn’t, and where many organizations miscalculate.

Inside the paper:

  • Why lift and shift often fails to reduce tech debt
  • The architectural challenges behind monolith-to-cloud transitions
  • The limits of line-by-line code translation
  • Balancing automation with human engineering expertise
  • Why iterative approaches reduce modernization risk
  • The importance of scoping and lifecycle management in architecture transformation

If your cloud strategy hasn’t delivered the flexibility you expected, this paper offers a more grounded way to think about modernization.

 

Download your free copy of the tech debt white paper today.