Protecting the Operational State
Across Every Environment
HCLTech and InfoScale Partnership
Advancing Autonomous Operational Resilience
HCLTech and InfoScale deliver Autonomous Operational Resilience to continuously protect the live operational state of mission-critical workloads and keep businesses operating through disruptions and attacks. By safeguarding the active state of the business across data, infrastructure, services and multi-cloud deployments, organizations prevent downtime and data loss, protect revenue without sacrificing performance and enable continuous compliance with mandates like DORA and NIS2.
At the core is RecoverNXT powered by InfoScale, unites InfoScale’s autonomous operational resilience platform with HCLTech’s global SRE leadership and managed services. Delivering continuously self-healing operations—powering the future of enterprise AI, zero-trust security and cloud operations.
Limitations of Traditional Disaster Recovery Methods
Reactive recovery has no place in today’s digital world. As disruptions grow more complex and interconnected, organizations need continuous resilience that proactively protects operations, accelerates response and ensures business continuity across hybrid and multi-cloud environments.
Key Business Priorities
- Operate through the attack
- Continuously protect data
- Autonomously Self-Heal Operations
- Meet increasingly stringent RTO and RPO requirements
- Continuously Meet DORA and NIS2 Operations Standards
- Leverage AI and automation to predict, prevent and respond to disruptions
- Shift from recovery-focused approaches to continuous operational resilience
- Reduce reliance on manual intervention through automated recovery actions
HCLTech and InfoScale: The Power of the Partnership
HCLTech and InfoScale move enterprises beyond backup and reactive recovery to continuous, autonomous resilience. HCLTech brings transformation, cloud and managed services expertise, while InfoScale delivers real-time application and data resilience for critical workloads.
RecoverNXT Uses a Five‑Stage Approach to Resilience as a Managed Outcome
Observe
Real-time visibility across applications, services, data and infrastructure through topology mapping.
Protect
Real-time replication, immutable checkpoints, encryption and application-consistent validation.
Absorb
Automated failover, workload migration, load balancing and capacity management without business interruption.
Heal
Instant state recovery, point-in-time rollback and continuous availability with minimal RTO and RPO.
Adapt
Policy automation, optimized workload placement, continuous learning and seamless mobility.
How RecoverNXT Delivers Enterprise Value
RecoverNXT Functionality | Critical Capabilities | Business and Operational Impact |
|---|---|---|
Operational State Integrity | Real-time write-order preservation, runtime corruption detection and immutable checkpointing across all live data layers. | Stops cyberattack propagation and enables trusted, near-zero-RPO recovery. |
Autonomous orchestration | Self-healing, policy-driven response, predictive risk detection and dependency sequencing. | Eliminates manual runbooks, cuts MTTR by up to 90% and enables sub-minute failover. |
Universal Hybrd and Multi-Cloud Mobility | Workload mobility across bare metal, VMware, Nutanix, major clouds, Kubernetes and OpenShift. | Reduces vendor lock-in, unifies infrastructure and lowers TCO. |
RecoverNXT Capabilities
Expandable tabs for easier navigation and a less monotonous page experience.
- SLA-based recovery plans
- Automated DR workflow configuration
- Cross-application grouping
- Centralized DR management
- One platform, unified visibility
- Common monitoring window
- Multi-layered DR strategy
- Replication and backup
- Move and copy data
- Real-time detection
- Continuous operations
- AI-powered automation
- Continuous integrity and state awareness
- Autonomous failover and self-healing
- Operational guidance: Helps IT operators interpret infrastructure signals through natural language.
- Dynamic orchestration: Builds and executes recovery workflows from runtime signals.
- Predictive insights: Identifies risk bottlenecks and recommends corrections before failures occur.
- Encrypted data
- Immutable checkpoints
- Integrity validation
- Ransomware defense
- Trusted recovery
- Runtime detection
About the InfoScale Resilience Engine
InfoScale has a strong record of helping enterprises reduce disruption, accelerate recovery and keep critical operations running.
Enterprises run complex environments across on-premises, cloud and edge. The InfoScale engine sits inline with production and abstracts storage, platforms and environments to deliver consistent resilience at scale.
InfoScale’s application-aware snapshots and replication preserve integrity and write order, enabling clean workload recovery or mobility with less manual intervention and risk.
Less downtime
Fewer revenue-impacting events
Recovery time
Autonomous Operational Resilience Use Cases
From Legacy Approach | To Autonomous Resilience | To Operational Value |
|---|---|---|
Limited RTO/RPO visibility beyond annual drills | Continuous monitoring and RTO/RPO prediction | Operational visibility and audit-ready reporting |
Manual DR execution using static runbooks | Dependency-aware autonomous recovery workflows | Higher availability with fewer human errors |
Infrastructure-only disaster recovery | Operational State Resilience | Protects application consistency across Oracle, SAP HANA and Kubernetes |
Manual DR drills that disrupt operations | Non-disruptive automated test drills | Validates readiness without affecting production |
Frequently Asked Questions about Autonomous Resilience
The basic flow is observe, decide, act and learn. This strategy helps critical services continue to function even when systems fail.
AI-driven predictive failure detection and automated recovery workflows help eliminate manual intervention during disruptions.
Regulatory pressures demand data protection, operational continuity and risk management, with proof of resilience rather than static DR plans.
Modern enterprises require instant failover solutions to meet stringent RTO and RPO SLAs while protecting user experience and business continuity.
Metrics must shift from recovery metrics such as RTO and RPO to continuous availability and operational outcomes.
Organizations are moving from siloed, tool-centric backup methods toward unified, managed resilience platforms that support continuous operations.
Ready to Move Your Operations to Autonomous Resilience?
InfoScale’s autonomous resilience engine and HCLTech’s engineering and managed services expertise help enterprises shift from reactive recovery to continuous resilience, protecting data, applications, customers, services and revenue.
Explore Joint Solutions: Contact the HCLTech and InfoScale team to assess and protect your critical workloads.
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