PLDT Enterprise, in collaboration with VITRO Inc., has introduced Metro TRACC or the Metro Ethernet Trusted Route for Accelerated Cloud Connectivity.
It is designed to help enterprises achieve faster, more secure, and more efficient access to cloud services through direct connectivity to VITRO Data Centers, particularly VITRO Makati 2, for clients to scale their digital operations more efficiently.
Metro TRACC directly connects enterprise sites to VITRO Makati 2 through Carrier Ethernet–based connectivity.
This enables customers to securely and efficiently access leading global cloud platforms through VITRO’s robust digital infrastructure. By delivering a dedicated, private network path, Metro TRACC ensures faster, more reliable, and scalable cloud access, helping enterprises run mission-critical workloads with greater performance, security, and service quality.
“Metro TRACC allows enterprises to experience the full potential of cloud computing by providing a direct, secure, and high-performance route to leading cloud platforms,” said Nico Alcoseba, First Vice President and Head of Enterprise Product Management and Innovations at PLDT Enterprise.
“By leveraging the strengths of PLDT’s cloud connectivity and VITRO Data Centers, we are enabling customers to improve application performance, strengthen security, and simplify how they connect to the cloud.”
Connectivity
Metro TRACC offers enterprises a trusted route to cloud environments without relying on international cloud routing. This approach delivers lower latency and improved performance for mission-critical applications, while providing a commercially practical way to access cloud services through their local presence at VITRO Makati 2.
Designed for hybrid and multi-cloud environments, Metro TRACC delivers a private and secure enterprise connection that supports enhanced data protection.
It also simplifies procurement and service ownership by consolidating connectivity into a single PLDT Enterprise service—eliminating the need to manage separate Metro Ethernet and VITRO cross-connect arrangements and enabling faster deployment.
