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evollabs tech.

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We design and deliver AI-driven systems, high-performance computing, and smart infrastructure solutions that empower businesses to innovate, adapt, and lead in a rapidly evolving digital world.



Intelligent Solutions Engineered for the Future

Evollabs delivers a production-ready, lossless Ethernet fabric specifically engineered to eliminate the bottlenecks of distributed AI training. By integrating RoCEv2, PFC, and DCQCN on open NeoX hardware, we provide the zero-tolerance, low-latency environment required for massive GPU clusters to synchronize gradients without stalling. Our Linux-native approach ensures that your network fabric operates with the same precision and automation as your compute nodes, maximizing GPU utilization and accelerating time-to-insight. 

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AI training workloads demand a network fabric where every packet arrives, every time. VelOS DC delivers production-ready RDMA over Converged Ethernet version 2 (RoCEv2), Priority Flow Control (PFC), Explicit Congestion Notification (ECN), Data Center Quantized Congestion Notification (DCQCN) and Dynamic Load Balancing (DLB) -- giving GPU clusters the lossless, low-latency fabric with seamless integration into existing AI infrastructure through open standards.

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Powering AI innovation with a Linux-native, lossless fabric designed to eliminate GPU idle time and maximize training throughput.

AI Data Centre Networking

EvoNET by
Evollabs
is a unified network operations platform that simplifies the management of multi-vendor transport networks. It enables operators to monitor, manage, and provision services across Nokia, Infinera, Eltex, the Evollabs EVO MR series, and other SNMP-enabled devices from a single interface. With consolidated monitoring, fault management, automation, and open API integration, EvoNET helps reduce operational complexity, improve service visibility, and streamline network operations across the entire infrastructure.

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Transport networks are built from many vendors, but they still have to be run as one. EvoNET unifies discovery, monitoring, fault management, and provisioning across Nokia, Infinera, Eltex, the Evollabs EVO MR series, and any generic SNMP device — giving operations teams a single view and a single toolset, with open integration into the wider OSS/BSS estate.


Transport networks are built from many vendors, but they still have to be run as one. 

Multi-Vendor Network Operations

Evollabs Tech operates a next-generation data centre networking and leaf-spine fabric environment designed to support enterprises, cloud providers, and infrastructure teams in building scalable, high-performance network architectures. Built on deep telecom and IP networking expertise, our platform enables organizations to design, validate, and optimize unified compute and network operations using Linux-native tooling and open standards.

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Modern data centers demand a fabric that operates as a seamless extension of the compute environment -- not an isolated appliance managed through a separate toolchain. VelOS DC delivers leaf-spine fabric architecture on enabling network engineers and compute teams to share the same Linux-native tools, automation frameworks, and operational workflows -- with seamless integration into existing compute infrastructure through open standards.

Harnessing open leaf-spine networking to connect modern data centres with scalable, Linux-native infrastructure.

Data Centre Leaf-Spine Fabric

Evollabs Tech delivers a next-generation service provider aggregation environment designed for telecom operators, ISPs, and managed service providers building scalable metro and provider edge networks. Built on deep IP/MPLS and carrier networking expertise, our platform enables organizations to deploy, optimize, and scale multi-service aggregation infrastructure with carrier-grade reliability and operational flexibility.

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Service-provider backbone, aggregation and provider edge routing are the most critical layers in a service provider network. VelOS SP delivers the full IP/MPLS protocol stack, multi-service delivery with Ethernet Virtual Private Network (EVPN), Layer 2 VPN (L2VPN), Layer 3 VPN (L3VPN), and Virtual Private LAN Service (VPLS) with seamless integration into existing OSS/BSS and transport infrastructure through open standards.

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Carrier-grade backbone, aggregation and business/internet-edge routing

Service Provider Networking

Evollabs Tech operates a 5G Mobile Backhaul testing environment designed for telecom operators, ISPs, and infrastructure providers. It enables teams to design, validate, and optimize backhaul networks with precision timing, IP/MPLS transport, and carrier-grade resilience.

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4G and 5G radio access networks demand nanosecond-class synchronization, up to Class C timing accuracy, mixed-speed interfaces, and carrier-grade resilience at every cell site -- from dense urban small cells to suburban macro towers. VelOS SP delivers the full-fledged IP/MPLS protocol stack, precision timing with IEEE 1588v2 backed up by Synchronous Ethernet (SyncE), and intelligent traffic engineering on Evollabs routers equipped with VelOS SP software -- with seamless integration into existing OSS/BSS and transport infrastructure through open standards.

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Precision Timing and Carrier-Grade Transport for Every Cell Site

Intelligent Solutions Engineered for the Future

AI Data Centre Networking

Multi-Vendor Network Operations

Data Centre Leaf-Spine Fabric

Service Provider Networking

5G Mobile Backhaul

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