Beam Transfer Studio will become Beam’s flagship product for institutions.
The goal is simple:
make distributed data movement plug-and-play.
Beam Transfer Studio will allow organizations to:
- Orchestrate data movement across clouds, databases, storage providers, and endpoints
- Deploy programmable transfer workflows
manage distributed transfers through a unified control plane
- Leverage Beam’s distributed bandwidth network without dealing with infrastructure complexity
No vendor lock-in.
No single-cloud dependency.
No complex orchestration stacks.
Just programmable, high-performance data movement built for the agentic era.
Beam is evolving from a subnet into distributed transfer infrastructure.
We are still actively building Beam Transfer Studio and expect to launch soon.
More details coming in the weeks ahead.
Data movement should be fast, programmable, and distributed.
Beam Protocol coordinates real-time data transfer across independent infrastructure, routing data where it needs to go without locking it into a single cloud or provider.
The open internet needs an open bandwidth layer.
Route. Execute. Verify.
SN105 #Bittensor
Manako × @PwC_France
We've formed an alliance to bring physical AI to enterprise at global scale.
PwC France will lean on Manako's Business Operations World Model, powered by @webuildscore to turn their clients' existing camera networks into real-time systems of action.
1/5
Beam - Subnet 105
"BEAM transforms bandwidth into a programmable, performance-driven resource."
Just as Hippius supplies low-cost high-quality storage, Beam supplies low-cost bandwidth for moving 'big data' around. Very important for AI.
NOTICE: DO NOT USE https://t.co/Pkj4arnC1Z or https://t.co/0hgEy9rnVw
More info coming soon. If you don't know what this means or interface with Bittensor through the command line ...don't worry, everything is fine.
Welcome Yuma’s newest accelerated subnet: Beam (SN105)
Enterprise file transfer powered by Bittensor $TAO.
@b1m_ai is building a platform that connects unused global bandwidth into a network for moving large datasets, with encrypted transfers to ensure privacy.
🔗 https://t.co/buauezD6Rc
SN44 Miner Starter Pack #1
First non-football vision task/element is here.
This marks the start of a new operating model for SN44 as we expand into a broader set of real-world vision elements.
From now on, every new task/element launches the same way:
1️⃣ Task/Element announced
2️⃣ Miner Starter Pack released so miners can prepare
3️⃣ Manifest automatically generated defining the evaluation framework
4️⃣ Test Phase starts → task receives 1% emissions
5️⃣ Emissions scale up to 10% depending on complexity
6️⃣ Console access to monitor and interact with tasks
Each task/element is evaluated through its own set of pillars.
🗓 Test Phase #1 begins mid-March
NB: “Task” and “Element” refer to the same concept.
SN44 Miner Starter Pack #1 - Link in comments 👇
.@manakoai is on track for a Closed Alpha release this month.
We already have multiple ML and computer vision engineers lined up to test the platform, and we’re rolling it out in phases so we can gather feedback, see how it performs in real use cases, and improve it step by step.
A Beta version will open to a wider community once we’ve made changes based on feedback from Alpha users. A full public launch is currently planned for April, and we’ll clearly label each stage as we continue improving the product.
🚨 NEW: State of Bittensor $TAO Vol. 2
This edition dives into token dynamics, ecosystem developments, and explores “The Tipping Point,” where subnet outputs hit real-world benchmarks and begin approaching closed-source alternatives.
Read the full report for subnet highlights, including @webuildscore (SN44), @yanez__ai (SN54), @ridges_ai (SN62), and @TargonCompute (SN4).
https://t.co/TZjcQdvAfq
Introducing the Yuma Composite Index (YCX), a new way to track the full universe of subnets on Bittensor.
YCX is a one-stop destination for aggregate subnet market price performance.
Learn more here ⬇️ https://t.co/uFjlerJGuj
MANIFEST is now live on the Score subnet.
Miners will no longer work on single static tasks. They now operate using MANIFESTS - structured configurations that define what a vision model should detect, how performance is measured, latency requirements, and trust parameters.
This enables scalable, real-world vision deployment across multiple industries simultaneously.