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Datacom’s AI-powered engineering reshapes how Australian organisations modernise, test, and optimise their applications. By combining AI tools with trusted engineering expertise, we help you deliver faster, reduce technical debt, and proactively assure performance, without compromising security, stability, or compliance.
From AI-generated code to automated validation and real-time insight, our services are designed to keep your applications ahead of business demand and regulatory expectations.
Use AI to modernise legacy systems quickly and safely. Our hybrid delivery model accelerates development, reduces costs, and transforms outdated platforms into agile, future-ready solutions with minimal disruption.
Learn moreUse AI to modernise legacy systems quickly and safely. Our hybrid delivery model accelerates development, reduces costs, and transforms outdated platforms into agile, future-ready solutions with minimal disruption.
Learn moreEnsure applications perform as expected under real-world conditions. We apply AI to continuously validate, monitor, and detect issues early, helping you deliver reliable, secure software at scale.
Learn moreEnsure applications perform as expected under real-world conditions. We apply AI to continuously validate, monitor, and detect issues early, helping you deliver reliable, secure software at scale.
Learn moreAutomate and scale your QA with intelligent test case generation, coverage analysis, and root cause identification. Improve test efficiency, shorten release cycles, and boost code quality.
Automate and scale your QA with intelligent test case generation, coverage analysis, and root cause identification. Improve test efficiency, shorten release cycles, and boost code quality.
Turn operational data into action. Gain real-time visibility into application behaviour, performance, and user experience to drive optimisation, predict failures, and align technology with business goals.
Turn operational data into action. Gain real-time visibility into application behaviour, performance, and user experience to drive optimisation, predict failures, and align technology with business goals.
Explore our proven, low-risk approach to AI-powered application transformation.
Release your organisation’s technical debt and unleash application innovation your competitors can’t match.
We can now use AI agents to review and document legacy code, debug, test, provide quality assurance and provide full reporting on all actions undertaken. Our AI agents don’t just enable you to replace your legacy applications with a modern equivalent. They proactively identify, test and implement innovations across your application stack, giving your organisation a powerful competitive edge that sets you apart from the rest.
Proven results:
30–50% average cost savings compared to traditional app rebuilds.
MVP delivery in weeks, not months.
Trusted by leading government and enterprise customers across Australasia.
Book a demo or contact Datacom to discover the right blend of AI and expert engineering for your legacy applications. Let us help you secure your technology future, on your terms.
Software is built using coding, frameworks, and agile methods. Upgrades occur via patches, new features, or refactoring. According to McKinsey, agile adoption improves software delivery performance by 60%, enabling faster upgrades with fewer defects.
Modernisation with AI uses intelligent agents for code analysis, refactoring, testing, and documentation. Datacom projects have shown 70% of code auto-generated by AI, cutting time-to-market significantly while retaining human oversight for governance.
AI modernisation services combine automation and engineering expertise to upgrade legacy apps. Services include code generation, migration, testing, and assurance. Gartner predicts 50% of enterprise app modernisation will involve AI by 2027.
Risks include reliance on immature AI outputs, compliance gaps, bias in automated code, and security vulnerabilities if not reviewed. Mitigation requires human oversight, governance, and strong assurance frameworks.