LakeConnect MCNaaS
(Multi-Cloud Network-as-a-Service)
End-to-end network connectivity services between any two points in enterprise global office sites, data centers/private clouds, remote office users, mainstream public clouds, SaaS/internet applications, and ecosystem partners.
A global full-stack SaaS-based 'utility' model, optimizing enterprise cloudification and digital transformation.
LakeConnect MCNaaS
UniLake provides "Multi-Cloud Network as a Service (MCNaaS)" to global enterprises in today's hybrid multi-cloud environments, offering a SaaS-based global network infrastructure service.
Anytime, anywhere, within just 30 minutes, you can establish end-to-end network connectivity services between any two points, including enterprise global office sites, data centers/private clouds, remote office users, mainstream public clouds, SaaS/internet applications, and ecosystem partners. This ensures user-driven end-to-end access security and offers enterprise-level end-to-end digital experience quality management along with visualized/automated daily operations.
Core Values
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End-to-End Agile Connectivity in Global Hybrid Multi-Cloud
Automated Deployment, E-commerce Transactions in 30 Minutes (not three months, six months or a year) to deploy and launch end-to-end interconnected network services across global hybrid multi-cloud environments. Network keeps pace with the speed of cloud computing and DevOps, enabling enterprises worldwide to achieve the promised business agility of cloud computing as a complete closed-loop solution.
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End-to-End Multi-Cloud Network Visualization / Digital Capability
End-to-end observation/measurement/visualization of global multi-cloud network's availability, health, resource capacity, and key cloud application experience quality, establishing a clear and accurate digital baseline. Combined with quantified baselines and business application requirements, formulating enterprise cloud-network usage strategies optimized for supply-demand alignment. Utilizing automated workflow orchestration along with business and technical optimization strategies to drive efficient daily cloud-network operations, achieving cost reduction and efficiency enhancement digital objectives.
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100% SaaS-based Flexible On-Demand Network Infrastructure
Anytime, anywhere, on-demand, responding to the post-pandemic remote distributed work and enterprise 7x24 global on-the-go operational needs. Connecting any matching cloud-network resources based on user role and business requirements. Subscription-based SaaS service, zero CAPEX investment, scaling up/down based on business needs, optimizing supply-demand alignment and enterprise cash flow.
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End-to-End Enterprise Identity-Driven Cloud-Network Security Assurance
End-to-end cloud-network micro-segmentation driven by enterprise identities, ZTNA (Zero Trust Network Access) zero-trust security model, eliminating security blind spots. Enterprise-grade IAM (Identity and Access Management) for identity-based/role-based on-demand formulation of network and cloud resource access policies. Next-generation cloud-network ecosystem security services (NGFW, CSWG, CSAB, etc.) delivered and operated globally in a multi-cloud native fashion.
LakeConnect MCNaaS
UniLake Features
In-House Development of Multi-Cloud Native Network Metadata Model
- Meta-business site model for enterprises
- Meta-business site model for service providers
DevOps, IaC (Infrastructure as Code), SRE (Site Reliability Engineering) - The Core Engine Powering Digitized Operations of Cloud-Network Infrastructure
The Infrastructure as Code technology framework drives end-to-end software-defined automation for multi-cloud networking, from network functional modules to cloud-native resource foundations.
The operation of global cloud-network infrastructure is powered by an integrated unified version of the software platform, offering high functional consistency, full-system automation, scalability, operational efficiency, and ease of maintenance.
Implementing the Google SRE methodology in practice, incorporating software engineering principles into operations, technical architecture, and resource configuration design optimization, achieving optimal balance between Quality of Experience (QoE), Service Level Objectives (SLOs), and economic costs.
Enterprise DNA - Walking alongside Enterprise Users on the Journey of Cloudification and Digitization
Our core team comprises professionals with career backgrounds from cloud-network technology product vendors targeting medium to large enterprises, early-stage cloud-network service operators, and infrastructure managers of major enterprises. They possess comprehensive business practical experience and insights in ToB (Business-to-Business) operations, enterprise IT infrastructure management and governance, and service operations. The robust enterprise DNA is continuously injected into the core algorithms and software implementation through DevOps.
As a multi-cloud native, digitally native international enterprise, UniLake has been operating comprehensively on native cloud infrastructure and the most commonly used multi-SaaS / PaaS applications by enterprise users since its inception. We remain committed to using our self-developed multi-cloud network products, and our DevOps development and SQA (Software Quality Assurance) processes maintain a close proximity to the real-world scenarios of our multi-cloud enterprise users.
Key Features
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Core Engineering and Optimization Feature Set for Multi-Cloud Native Networks
- Multi-Cloud Native Inter-Networking & Reproducible Multi-Cloud Networking (Unified Metadata Model)
- Multi-Dimensional Global High Availability Design for Multi-Cloud Networks
- End-to-End Encrypted Forwarding Performance Optimization for Multi-Cloud Networks (DPDK/SRIOV, eBPF/XDP)
- Global Distributed Intelligent DNS
- SLA-Driven Global Intelligent Routing and Traffic Engineering
- SaaS Based on Deep Packet Inspection (DPI)
- Application QoE Optimization (Load Balancing, QoS Prioritization, TCP Optimization, etc.)
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Digital Experience Management (DEM)
Measurement, Visualization, Analysis- Cloud-Network End-to-End Visual Monitoring: Availability, Health, Routing, Resource Quantified Resources, etc.
- End-to-End Digital Experience Management (DEM): Multi-Cloud supply-side experience observation (public cloud region, SaaS), user demand-Side experience observation (site/device, individual user)
- End-to-End Encrypted Forwarding Performance Optimization for Multi-Cloud Networks(DPDK/SRIOV, eBPF/XDP)
- QoE Baseline for Experience Quality: End-to-End Spatial Segmentation Tracking/Analysis/Fault Localization
- Automated Observation/Tracking/Notification of SLO/SLA Baseline, Deep Optimization of SRE Operations
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SaaS-Based Automation Feature Set
- Infrastructure as Code (IaC) Automated Resource Configuration
- Software-Defined Networking (SDN) Automation
- Automated E-commerce Transaction Processes
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Cloud-Network Security Feature Set
- Next-Generation Firewall as a Service (NGFWaaS) - SaaS-Based
- End-to-End Multi-Cloud Network Micro-Segmentation
- Industry and Data Sovereignty Compliance
- Enterprise-Level Identity and Access Management (IAM)
- Zero Trust Network Access (ZTNA) Security Paradigm
- Cloud Security Web Gateway (CSWG) & Cloud Access Security Broker (CASB)
Deployment Methodology
Enterprise Customers
LakeConnect MCNaaS SaaS Subscription
( For extant sites, solitary CPE deployment necessitate )
Void of the need for software or hardware procurement, exempt from requisitioning carrier or public cloud conduits
Service Provider Partner
Scenario 1: SaaS Subscription (For established sites, CPE deployment exclusively required)
Scenario2: Deployment of LakeWare Platform Software on partner-designated resources
Business Model
LakeConnect MCNaaS SaaS-enabled OPEX Subscription
A multi-cloud native network and security service platform architecture with a unified metadata model, providing consistent cloud-network architecture and functionality across heterogeneous resource nodes.
LakeWare PaaS OPEX Subscription
A multi-cloud native network and security service platform architecture with a unified metadata model, providing consistent cloud-network architecture and functionality across heterogeneous resource nodes.