The Next-Generation
Cloud Infrastructure
The world needs more compute, but there is no more power available.
Current cloud architecture is no longer sustainable.
Altwy delivers high-performance cloud management across ARM, RISC-V, AMD, and INTEL. Seamlessly orchestrate heterogeneous clusters or siloed servers to slash energy consumption and streamline data center operations.
Backed by 100% European R&D.
Global Market Reality
The market is screaming for a solution
““Broadcom Bullies”: EU Cloud Providers Are Complaining About a 1,000% Price Hike”
Facing the VMware Crisis: Why It’s Time for Infrastructure Independence "With reported price hikes exceeding 1,000% and abrupt partner cuts, Broadcom’s aggressive licensing changes have pushed European cloud providers to file an antitrust complaint with the EU Commission. In this insightful piece from Trending Topics, discover why the industry is pushing back—and why transitioning to transparent, sustainable alternatives is no longer an option, but a strategic necessity."
Read article
“Most data centers refusing to say how much water, electricity they use”
The Hidden Cost of AI and the Cloud: Why Are Data Centers Keeping Their Environmental Footprint Secret? As cloud services and artificial intelligence boom, data centers are consuming record amounts of electricity and drinking water. With power grids pushed to the brink and most tech giants ignoring European transparency rules, a major media investigation reveals the dark side of digital infrastructure—and why these facilities are fighting to keep their resource usage hidden.
Read article
“Electricity prices rising by double the rate of inflation. Data center demand means no relief ahead, analysts say”
Electricity prices jumped 6.9% in 2025 year over year, more than double the headline inflation rate of 2.9%, according to Goldman Sachs. Prices will continue to rise through the end of the decade as data centers make up 40% of electricity demand growth, the bank said. This will lower disposable income, drag down consumer spending and slightly slow economic growth in the coming years, Goldman said.
Read articleHere's the Altwy impact
More Compute per Watt
Scale AI today without waiting 7 years for new power permits.
Kill the "Broadcom Tax"
Slash infrastructure OPEX by up to 75%.
Energy Footprint
Run equivalent workloads with up to 75% less power draw and a materially lower carbon footprint.
CEO Perspective
The AI revolution cannot happen on 20-year-old cloud architecture. We built Altwy to extract 4x more compute per watt, transforming existing datacenters from energy-guzzling bottlenecks into hyper-efficient powerhouses.
Christophe Lambert
Chief Executive Officer
Product Roadmap
A progressive path from single-server virtualization to complete, energy-efficient orchestration at datacenter scale.
01
Altwy Access
Available NowSingle-Server & Mini-Datacenter Virtualization
Deploy Altwy on a single node or test-drive our software-defined stack with near-zero overhead across ARM, RISC-V, and x86.
02
Altwy One
Coming Soon
Workstation & Dev Environment
Empowers sysadmins, developers, and DevOps teams to test applications locally and validate silicon compatibility right on their workstations.
03
The Horizon
Coming Soon
Complete orchestration engine
Engineered to run multi-node datacenters, automate workload placement, and optimize energy efficiency at scale.
How Altwy addresses daily
Datacenter challenges
Performance Analytics
Get insights, performance metrics, and resource utilization powered by AI.
Resource Scheduling
Optimize resource allocation with smart scheduling and automated management.
Smart Automation
Automate resource distribution and workload management based on usage patterns.
AI-Powered Responses
Intelligent system responses and automated issue resolution.
Analytics Dashboard
Comprehensive analytics and performance monitoring tools.
Resource Optimization
Optimize resource allocation and improve overall system performance seamlessly.
Multi-architecture
One stack across ARM, RISC-V, and x86
Altwy is optimized for modern silicon (ARM, RISC-V) and traditional x86 architectures — near-native guest performance, with less heat and less energy.
