IZO+™ Multi Cloud Connect (MCC): Overview
Enabling Secure and Private Multi-Cloud Interconnectivity
As enterprises accelerate cloud adoption, many now operate across multiple cloud platforms while continuing to maintain private data centres, branch locations, and legacy infrastructure. This creates a growing need for connectivity that is secure, predictable, scalable, and easy to manage.
IZO+™ Multi Cloud Connect (MCC) from Tata Communications is a managed, as-a-service cloud connectivity solution designed to simplify multi-cloud networking. It enables enterprises to establish secure and seamless connections across cloud environments, data centres, and branch locations through a private, high-performance architecture rather than relying on the public internet.
What is IZO+™ Multi Cloud Connect?
IZO+™ Multi Cloud Connect is a software-defined interconnect service that helps enterprises connect to multiple cloud service providers through a unified platform. It is designed to reduce the complexity commonly associated with multi-cloud environments, where organisations often face fragmented visibility, unpredictable performance, long provisioning cycles, and rising data egress costs.
With MCC, businesses can connect to major cloud providers such as AWS, Microsoft Azure, and Google Cloud using direct and private connectivity options. The service supports cloud-to-cloud, data centre-to-cloud, and branch-to-cloud connectivity models, making it well suited to hybrid and distributed IT environments.
Purpose of the Service
The primary purpose of MCC is to provide enterprises with a simpler and more reliable way to manage connectivity across their cloud ecosystem. Instead of building and maintaining multiple point-to-point connections, organisations can use MCC to create an integrated connectivity framework that is easier to provision, scale, and operate.
MCC is designed to help enterprises:
• Simplify multi-cloud networking operations
• Improve application performance with predictable, low-latency connectivity
• Reduce exposure to the risks and variability of public internet-based access
• Lower data egress costs through more efficient cloud interconnect models
• Support business agility with fast provisioning and on-demand bandwidth scaling
How MCC Enables Private Cloud Interconnectivity
Private cloud interconnectivity is essential for enterprises that need to move data securely and efficiently between private infrastructure and public cloud environments. MCC addresses this need by creating dedicated, private pathways between enterprise locations and cloud platforms.
For example, private data centre and disaster recovery environments can be connected through Tata Communications’ network backbone, while public cloud instances can be integrated using services such as Azure ExpressRoute, AWS Direct Connect, or Google Cloud Interconnect. This creates a more unified hybrid architecture in which workloads communicate over optimised private routes rather than traversing the public internet.
This private interconnect model helps enterprises achieve the following:
1. Lower latency
MCC enables traffic to travel over more efficient network paths, helping reduce delay for latency-sensitive applications and inter-cloud communication.
2. Stronger security
By bypassing the public internet, enterprises can reduce exposure risks and support more secure transport of business-critical and sensitive data.
3. Better performance predictability
Private connectivity offers greater consistency for mission-critical applications, with Tata Communications highlighting predictable performance and redundant architecture backed by a 100% uptime SLA.
4. Simplified operations
Rather than managing multiple independent tunnels and cloud networking constructs, enterprises can use a more centralised and manageable framework for hybrid and multi-cloud connectivity.
5. Easier scalability
As business needs evolve, organisations can add cloud regions, integrate more providers, or extend connectivity to additional sites without re-architecting the entire network.
Key Business Benefits
IZO+™ Multi Cloud Connect helps organisations address several common multi-cloud challenges. Key benefits include:
• Fast provisioning: Cloud connections can be set up in less than 10 minutes through a platform-based experience.
• On-demand flexibility: Enterprises can scale bandwidth up or down as needed with daily billing options.
• Reduced complexity: The service is designed to overcome fragmented visibility and operational complexity across cloud environments.
• Cost optimisation: Tata Communications states that organisations can save 25–40% on data egress costs.
• Support for mission-critical workloads: Redundant setup and proximity to major cloud providers help support high-performance enterprise applications.
Typical Use Cases
MCC can support a range of enterprise connectivity requirements, including:
• Cloud-to-cloud connectivity: For organisations running workloads across multiple public cloud providers
• Data centre-to-cloud connectivity: For hybrid environments that require secure, high-throughput access to cloud platforms
• Branch-to-cloud connectivity: For distributed enterprises needing reliable access from business locations to cloud-hosted applications
• Inter-cloud data transfer: For secure and cost-effective movement of data between AWS, Azure, and GCP
• Hybrid cloud architecture: For businesses integrating private cloud, on-premises environments, and public cloud resources into a single operating model
Conclusion
IZO+™ Multi Cloud Connect is designed to help enterprises simplify, secure, and scale their cloud connectivity strategy. By enabling private, direct interconnectivity between data centres, branches, and leading cloud providers, MCC reduces the complexity of multi-cloud networking while improving performance, security, and operational agility.
For organisations looking to support hybrid cloud architectures, optimise inter-cloud traffic, and create a more dependable foundation for digital operations, MCC provides a practical and scalable approach to private cloud interconnectivity.