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Intellisys uses intelligent automation to enable multiple pathways to application modernization so that organizations can reduce their dependency on legacy technology and the costs associated with it. This application modernization platform incorporates patented, AI/ML technology developed over 20 years ago to support an unparalleled number of programming languages. It also mitigates the risk associated with these efforts by supporting a phase-based approach – documentation and analysis followed by agile business rules extraction and/or code optimization and migration.
Review a 100% automated set of reverse-engineering artifacts. Analyze them to understand implemented logic and the impact of potential changes. Keep them continuously updated.
Legacy modernization for business transformations:
Move applications to modern-off-the-shelf platforms (COTS, SaaS, Low-code/no-code) or facilitate a system rebuild from the ground up by identifying and extracting business rules and processes. Eliminate code freezes by allowing continuous updates during this process.
Legacy system modernization for technology transformations. Migrate legacy applications to modern languages and architectures that increase maintainability and scalability. Prior to code generation use the platform’s optimization features to enhance performance and remove vulnerabilities. Target code is expected to have zero vulnerabilities as measured by leading code quality tools.
Leverage the unique power of the Intellisys platform
Works across entire application portfolio - supports multiple languages, both legacy and modern. Customizable to support other languages
Preserves security policies - can be installed on-site or hosted.
Move forward on your projects faster - no traditional set-up time required.
Web-based and accessible to authorized personnel via the intranet or internet.
Automates documentation and updates to the documentation of applications written in any language supported by the platform.
Provides analysis features to identify business rules and determine the true consequences of “change requests” and “bug-fixes”.
Saves time and mitigates the risk of rules extraction by automating the consolidation of extracted logic into business rules and processes.
Allows export of rules to various third party platforms including COTS products, rule engines, low-code/no-code platforms, and business rules management systems like IBM’s or Oracle’s ODM
Automates transfer of source code updates to the extracted rules repository, generating a report highlighting changes to impacted rules.
Reduces complexity in preparation for code migration with robust optimization features that remove “accumulated clutter".
Automates migration of code to modern technologies and architecture. No run time dependencies or vulnerabilities.
Provides rich optimization features to remove “accumulated clutter” and reduce complexity in preparation for code migration.
Automates documentation and updates to documentation of applications written in any language supported by the platform.
Supports applications written in multiple languages, both legacy and modern, and is customizable to support additional languages.
Can be installed on-site or hosted.
Web-based and accessible to authorized personnel via the intranet or internet.
Provides rich features to consolidate automatically extracted logic into business rules and processes.
Renders documentation artifacts in various formats to support methodologies like DevOps.
Automates migration of code to modern technologies with no run-time dependencies or vulnerabilities.
Allows export of rules to business rule engines, business process management (BPM) tools and business rules management systems (BRMS) like IBM’s ODM and Oracles's ODM.
Provides analysis features to identify business rules and determine the true consequences of “change requests” and “bug-fixes”.
What our customers have to say
Department of Health Services, U.S. State Government