Many biotech and life sciences organizations use multiple cloud providers to support research, scale infrastructure, and improve resilience. As cloud environments become more distributed, traditional VPN connectivity can create performance, cost, and operational challenges. Direct cloud connectivity offers a more private and scalable way to connect users, labs, and workloads to cloud platforms.
In this discussion, PTP and Megaport explain why companies adopt multi-cloud strategies, where VPN-first architectures begin to break down, and how direct cloud access can improve user experience while simplifying multi-cloud connectivity.
Watch the PTP and Megaport discussion on direct cloud connectivity
This panel covers the practical side of multi-cloud architecture, including why organizations move beyond VPN connections, how private cloud access works, and what flexible bandwidth and simpler connectivity can mean for growing teams.
What is direct cloud connectivity?
Direct cloud connectivity is a private connection between your environment and cloud providers such as AWS, Azure, or Google Cloud. Instead of sending critical traffic over the public internet, organizations use dedicated or virtual private connections to improve consistency, control, and scalability.
Why do companies use multiple cloud providers?
Companies often use multiple clouds to match workloads to the best platform, support different teams, improve resilience, and avoid putting every application into a single environment. In life sciences, this can also help organizations support diverse research tools, specialized platforms, and evolving infrastructure needs.
Why is VPN-based cloud access often not enough?
VPNs are usually the easiest way to get started, but they can become limiting as the business grows. More users, larger datasets, and higher application demands can make internet-based connectivity harder to scale and manage effectively.
How direct connectivity supports multi-cloud environments
A common approach is to establish a private connection from an office, lab, or data center into a connectivity provider, then provision private links into one or more cloud platforms. This creates a more flexible architecture for organizations that need to support performance-sensitive workloads across environments.
- Connect your site or data center into a private network edge.
- Provision private connectivity into AWS, Azure, Google Cloud, and other services.
- Manage cloud access through a simpler multi-cloud network model.
- Increase or decrease bandwidth as workloads change.
In the panel, Megaport is discussed as a way to connect multiple hyperscalers through a private software-defined network, giving organizations more flexibility as their cloud footprint grows.
Why this matters for biotech and life sciences
Biotech and life sciences organizations often rely on distributed teams, cloud-hosted applications, research platforms, and data-intensive workflows. As those environments expand, network architecture has a direct impact on user experience, operational simplicity, and the ability to scale without redesigning everything from scratch.
In the discussion, the speakers describe a growing company that used private connectivity into a nearby data center and then extended access into multiple cloud environments. That model gave the business a stronger foundation for growth while reducing the limitations of one-off connectivity approaches.
Frequently asked questions
What is direct cloud connectivity in simple terms?
Direct cloud connectivity is a private network connection between your environment and a cloud provider. It is used to improve performance, control, and scalability compared with sending important traffic over the public internet.
Why do companies use multiple cloud providers?
Companies use multiple cloud providers to match workloads to the best platform, support different teams, improve resilience, and avoid locking every application into one provider.
When does a VPN stop being enough for cloud access?
A VPN may be enough for early cloud adoption, but it often becomes limiting when the number of users grows, data volumes increase, application performance matters more, or teams need more flexible bandwidth and stronger operational control.
How does Megaport help with multi-cloud connectivity?
Megaport helps organizations connect to multiple cloud providers through a private software-defined network, making it easier to add cloud connections, scale bandwidth, and simplify multi-cloud architecture.
Why is direct cloud connectivity relevant for life sciences organizations?
It is useful for organizations that need dependable connectivity for research tools, cloud-hosted applications, distributed teams, and growing data workflows across multiple environments.
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