Application migration services cover everything involved in moving an application from one environment to another: assessment, migration strategy, cloud architecture design, replatforming an application, testing, and post-migration support.

Application migration focuses on where your application runs. It’s the process of moving an application from on-prem servers or a legacy data center to a cloud platform like AWS, Azure, or Google Cloud. You keep the application mostly as it is.

Application modernization focuses on what the application is — rewriting parts of it, breaking a monolith into microservices, or replacing legacy frameworks with modern runtimes. Most migration projects include some modernization, since you rarely lift-and-shift without touching anything, but they solve different problems.

A focused engagement on a single application or a simple cloud migration typically takes 6 to 10 weeks. Larger projects covering an entire application portfolio, replatforming, or data migration run from 3 to 9 months. Book a call to start with an application portfolio assessment and get a migration roadmap with clear milestones and priorities.

We look at four things per app: business value, technical complexity, cost to operate today, and how much the app would gain from cloud-native features.

• A stable app with low change velocity is usually a rehost.
• A legacy application with growing scaling needs is a good replatform or refactor candidate.
• A commodity app that overlaps with a managed cloud service is often a repurchase.

Of course! Database migration is part of most application migration projects. We migrate across engines (Oracle to PostgreSQL, SQL Server to Aurora), between environments (on-prem to RDS, Azure SQL, or Cloud SQL), and between cloud providers when needed. We use schema conversion tools, replication for near-zero downtime cutovers, and validation scripts to confirm data integrity before switching traffic.

Infrastructure modernization covers everything involved in upgrading your existing setup: cloud migration, infrastructure automation, architecture redesign, hybrid cloud setup, workload optimization, and ongoing monitoring — so your systems stay scalable, secure, and cost-effective.

App modernization focuses on the software layer: how your applications are built and deployed. This type of modernization covers breaking a monolith into microservices, moving to cloud-native architecture, or replacing legacy frameworks with modern runtimes. Infrastructure modernization focuses on the underlying platform, meaning compute, storage, and networking. Infrastructure modernization is about migrating from physical servers to the cloud, replacing manual provisioning with automation tools like Terraform, and setting up auto-scaling environments. Both often happen together, but they solve different problems. One updates your code. The other changes where and how that code runs.

Sure thing! We follow an incremental approach that keeps your systems running while we migrate and modernize workloads step by step. We plan changes carefully, validate each stage before moving forward, and always keep rollback options in place.

Yes. We work across hybrid cloud and multi-cloud environments, connecting public and private cloud platforms to your on-prem systems where it makes sense. We help you put each workload on the right infrastructure based on performance, cost, and compliance needs.

Automation cuts out manual work, speeds up deployments, and makes your infrastructure more reliable. As part of our modernization services, we automate provisioning, configuration, and deployment pipelines, so your team ships faster, scales without extra effort, and spends less time maintaining systems.

A focused engagement on a single workload or cloud migration typically takes 8 to 12 weeks. Larger projects covering full architecture redesign, hybrid cloud setup, or data center migration run from 4 to 9 months. Book a call to start with an infrastructure assessment and get a modernization roadmap with clear milestones and priorities.

We get it: updating a live app can feel risky. That’s why we never attempt a full overhaul all at once. Instead, we modernize incrementally, updating one component at a time while keeping the rest of the system fully operational. You won’t see downtime, and your users won’t notice a thing, but your app will steadily become more stable and future-proof.

Absolutely. Modernization doesn’t mean throwing everything away. We carefully target fragile or outdated areas, while leaving your core features intact. This way, your team can continue running the app, serving users, and even rolling out minor updates without interruption, all while we improve the underlying structure.

It’s the opposite: messy, outdated code is what slows teams down and makes every change stressful. By refactoring and standardizing the code during modernization, we remove these hidden bottlenecks. Your developers will be able to build new features faster, with fewer bugs, and without tiptoeing around fragile parts of the app.

Outdated frameworks and libraries are one of the biggest hidden risks in any app. We carefully upgrade them to modern, supported versions, making sure everything works together smoothly. That means your app stays stable during the transition, your team doesn’t have to fight compatibility issues, and you’re ready to adopt new technologies without surprises.

Yes. Old, tangled code often blocks AI tools, APIs, or modern integrations from working properly. We clean up the code, organize dependencies, and structure the app so it can communicate easily with modern systems. After modernization, adding AI features, analytics, or new integrations becomes much simpler and safer.

Scalability is built in from the start. We redesign architecture where needed, break monolithic components into modular services, and remove hidden bottlenecks. This ensures that as your user base grows or new features are added, the app can scale smoothly without downtime, slowdowns, or last-minute firefighting by your team.

Our application modernization services begin by getting under the hood. Forbytes’ engineers dig into your architecture, code quality, and infrastructure to find where technical debt is draining your budget. You receive a strategic roadmap that balances quick wins with long-term stability, so your team knows the ROI before the first sprint.

Software reengineering services cover the full process of analyzing and restructuring your existing software to improve performance, scalability, and maintainability. This includes legacy software audits, code refactoring, architecture redesign, codebase migration, API integration, and post-launch optimization to align your system with current business needs.

Software reengineering focuses on improving and modernizing your existing system without replacing it entirely. We restructure the codebase, update the tech stack, and redesign the architecture while preserving your core business logic. A full rebuild starts from scratch, which carries higher cost, longer timelines, and greater risk of disruption.

Sure. Our re-engineering process follows an incremental approach that lets your system keep running while we modernize it step by step. We prioritize changes that deliver the most value first and minimize downtime throughout the entire process.

We start with a thorough audit of your existing codebase to understand its structure, dependencies, and business logic, even without documentation. Our engineers use reverse engineering techniques to map the system before defining the reengineering roadmap.

Software reengineering targets outdated frameworks, tightly coupled architecture, poor code quality, missing test coverage, and slow release cycles. We restructure your codebase to reduce maintenance costs, improve reliability, and make future development faster and more predictable.

A focused reengineering engagement covering a single module or service typically takes 8 to 12 weeks. Larger projects involving full architecture redesign, cloud migration, or legacy system modernization run from 4 to 9 months. Book a call to start with a legacy software audit and get a detailed timeline with clear milestones.

Our application modernization services begin by getting under the hood. Forbytes’ engineers dig into your architecture, code quality, and infrastructure to find where technical debt is draining your budget. You receive a strategic roadmap that balances quick wins with long-term stability, so your team knows the ROI before the first sprint.

Our application modernization services begin by getting under the hood. Forbytes’ engineers dig into your architecture, code quality, and infrastructure to find where technical debt is draining your budget. You receive a strategic roadmap that balances quick wins with long-term stability, so your team knows the ROI before the first sprint.

In short, no. By using incremental updates (often called the “strangler pattern”), we replace aging components piece by piece. Your system stays live, your revenue stays protected, and your users won’t notice anything but a faster experience.

It comes down to a cold look at the numbers and your future goals. If your current code is a bottleneck for growth, we’ll tell you. Our software modernization company will weigh the cost of maintenance against the cost of a rebuild to find the most pragmatic path. It’s about choosing the strategy that gets you to market fastest without piling on more debt. 

Forbytes embeds with your developers and product owners as a single unit. Through shared Slack channels, transparent documentation, and regular syncs, we make sure our legacy software modernization services are perfectly aligned with your goals. You keep full visibility while we handle heavy lifting. 

The timeline depends on how deep the legacy roots go. That said, we don’t believe in big–bang releases that take a year to see value. We aim for high-impact improvements within weeks, followed by phased architectural shifts. After our initial audit, you’ll have a clear timeline with hard milestones. 

Absolutely. Modernization services don’t have to be an all-or-nothing gamble. If your core logic is solid but your infrastructure is failing, we focus there. We can surgically upgrade APIs, move specific services to the cloud, or fix integration gaps while leaving your stable assets untouched. 

We deliver our IT modernization service with an exit strategy in mind. By moving to modular architectures and automated deployment pipelines, we make the system change-friendly. This ensures that several years from now, your platform is still agile enough to adopt advanced technologies like AI, without another massive overhaul.