• Hexaware is an application managed services partner with enterprise-scale delivery
  • It develops, transforms, supports, and maintains mission-critical application portfolios
  • Capabilities span automation-led support, cloud migration, and continuous modernization
  • Hexaware lowers TCO and accelerates delivery under a unified managed services model

An application managed services partner with proven enterprise-scale delivery, Hexaware develops, transforms, supports, and maintains mission-critical application portfolios across global operations.

How Enterprise IT Manages Applications for Lower TCO and Faster Delivery

Enterprise IT teams reduce TCO and accelerate delivery by consolidating application portfolios under a unified managed services model. Hexaware helps businesses achieve these goals through automation-led support, cloud migration, continuous modernization, and integrated governance. This way, organizations eliminate redundancy and optimize resource allocation.

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Application Managed Services Focus Areas

Delivering comprehensive application management spanning development, transformation, support, and maintenance to optimize your application portfolio and accelerate business outcomes at scale.

Development & Transformation

Transform your application portfolio with digital-ready services spanning development, enhancement, cloud migration, API integration, and modernization consulting.

Support & Maintenance

Enable transformation with automation-led app management. Achieve optimal support automation with business-aligned KPIs using tool-agnostic solutions and workflows.

Application Managed Services Outcomes

Measurable Cost Savings Across Application Estates

Measurable Cost Savings Across Application Estates

Enterprises achieve 25–40% reduction in application management spend through portfolio rationalization, resource optimization, and elimination of redundant tooling. Unified engagement models replace fragmented vendor contracts, reducing overhead and improving budget predictability. Transparent cost attribution enables finance teams to track savings against specific operational levers and reinvest freed capital into innovation programs that accelerate competitive differentiation.

Faster Releases That Accelerate Business Outcomes

Faster Releases That Accelerate Business Outcomes

Organizations experience 30–50% faster release cycles as streamlined deployment pipelines eliminate manual bottlenecks and approval delays. Shorter development-to-production timelines deliver new features, patches, and integrations to end users weeks ahead of legacy benchmarks. Accelerated delivery cadences empower product teams to respond rapidly to market demands, capture revenue opportunities earlier, and maintain positioning through continuous innovation.

Always-on Availability for Mission-Critical Systems

Always-on Availability for Mission-Critical Systems

Mission-critical applications sustain 99.9%+ availability with measurable reductions in mean time to resolution and incident frequency year over year. Early detection of degradation patterns prevents escalation into business-impacting outages, ensuring SLA commitments remain consistently met. Reduced unplanned downtime protects revenue streams, sustains customer trust, and delivers operational stability that enables enterprise leadership to prioritize growth over reactive incident management.

Elastic Scaling Without Proportional Cost Increases

Elastic Scaling Without Proportional Cost Increases

Application portfolios scale seamlessly to support growth, acquisitions, and seasonal demand spikes without proportional increases in management overhead. Flexible delivery models absorb volume fluctuations while maintaining consistent service levels and response quality across geographies. Scalable governance structures enable enterprises to onboard new applications, integrate acquired systems, and expand into new markets with predictable operational expenditure and minimal ramp-up time.

Reduced Technical Debt and Operational Risk Exposure

Reduced Technical Debt and Operational Risk Exposure

Enterprises reduce technical debt accumulation and operational risk through continuous portfolio health assessments and prioritized remediation roadmaps. Early identification of aging dependencies, unsupported platforms, and architectural fragility prevents costly emergency interventions and unplanned outages. A controlled risk posture enables confident decision-making regarding application investments, sunset planning, and modernization sequencing while protecting business continuity.

Application Managed Services Capabilities

Tensai® for Efficiency is our intelligent automation platform for application services. Pre-built with automation components for discovering, monitoring, analyzing, and self-healing, it includes predictive analytics for problem management. Reduce manual interventions, accelerate service delivery, and ensure optimal application performance.

Our tried-and-tested transition framework ensures a seamless, efficient, risk-free transition with minimal disruption. By design, it provides complete transparency into resource availability and transition. Leveraging proven methodologies, detailed knowledge transfer protocols, and continuous stakeholder communication for business continuity.

Our integrated metrics reporting and governance management tool combines inputs from multiple sources, providing a single pane view of health. Supporting metrics across the program lifecycle, including development with CI/CD pipeline health, testing, support, and maintenance. Gain real-time visibility into performance to make data-driven decisions.

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What’s New in Application Managed Services

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Application Managed Services Team Leaders

Vishal Madan

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Leader

Manish Mehta

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Leader

Francis A

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Expert

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AMS Services Across IT Operations

AMS excellence extends across our comprehensive digital IT operations portfolio, delivering integrated solutions that optimize operations and accelerate transformation.

Infra Management Services

IT infrastructure modernization, led by automation and engineered on the cloud, while prioritizing customer experience and operational efficiency for sustainable business growth.

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Digital Workplace Services

An experience-centric approach, driven by digital tools and platforms to build agile workplaces that empower employees and enhance productivity across distributed environments.

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Quality Engineering Services

Advanced AI/ML-backed autonomous software testing powered by automation, providing quality at speed and scale for faster releases and superior application reliability consistently.

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Cybersecurity Operations

Integrated security solutions encompass consulting, engineering, and operations to combat digital threats, ensure compliance, and protect critical assets across your IT landscape.

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Enterprise Automation

IT Ops automation and Automation-as-a-Service that automate processes and streamline workflows efficiently, reducing manual effort and accelerating digital transformation.

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DevOps and SRE Services

Accelerate application releases with CI/CD automation, infrastructure-as-code, and site reliability engineering—reducing risk, improving uptime, and enabling continuous delivery.

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Frequently Asked Questions

Application managed services reduce portfolio costs by consolidating fragmented support models, eliminating redundant tooling, and introducing automation across repetitive operational tasks. For example, Hexaware helps enterprises replace multiple vendor contracts with a unified engagement model, streamlining governance and reducing administrative overhead. Portfolio rationalization identifies underperforming or duplicate applications for retirement, immediately lowering licensing and infrastructure spend. Automation platforms handle routine incidents, ticket routing, and monitoring without manual intervention, reducing labor-intensive processes.

Application managed services improve reliability by implementing proactive monitoring, automated health checks, and continuous performance optimization across production environments. Rather than responding only when systems fail, managed services teams use predictive analytics to detect patterns of degradation before they escalate into outages. Integrated metrics reporting provides real-time visibility into application health through a single-pane view across the program lifecycle, including CI/CD pipelines, testing, support, and maintenance. Automation-led support with business-aligned KPIs ensures consistent service levels.

Organizations transition from reactive to proactive application management by implementing intelligent monitoring, predictive analytics, and automation that detect and resolve issues. This shift begins with establishing observability across the application portfolio, enabling early identification of performance anomalies and recurring incident patterns. Self-healing automation components resolve known issues without human intervention, while structured problem management eliminates root causes. Integrated dashboards provide real-time health visibility, allowing teams to prioritize preventive action over emergency response and continuously improve service stability.

Enterprises can reduce costs while maintaining or improving service quality by adopting automation-led delivery models that replace manual effort with intelligent workflows. Tool-agnostic automation platforms handle routine tasks like incident triage, log analysis, and standard changes at scale without quality degradation. Outcome-based commercial models align provider incentives with service performance rather than resource volume, ensuring efficiency gains translate into savings without coverage gaps. Continuous portfolio optimization retires low-value applications and consolidates redundant systems, freeing budget for innovation while streamlining the overall environment.

Application managed services leverage AI through intelligent automation platforms that combine predictive analytics, pattern recognition, and self-healing capabilities to transform incident management. AI models analyze historical incident data, application logs, and performance metrics to identify indicators of potential failures, enabling preemptive intervention before impact occurs. Automated discovery and monitoring components continuously assess application behavior, while machine learning algorithms improve prediction accuracy over time. When incidents do occur, AI accelerates resolution by automating RCA, recommending proven remediation steps, and executing self-healing actions.

Leading application managed services providers like Hexaware combine proven enterprise-scale delivery capabilities with mature transition methodologies, deep automation expertise, and flexible commercial models. Key evaluation criteria include the provider’s ability to deliver zero-risk transitions with minimal business disruption, the sophistication of their automation platform for reducing manual interventions, and the availability of integrated metrics reporting for real-time performance visibility. Providers should demonstrate outcome-based engagement models, cross-domain expertise spanning development, support, and modernization, and a track record of measurable client impact.

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