Telomere

Compute that agents buy for themselves. Per second, in USDC on Base.
Community -

[Telomere @Telomere_base]

https://t.co/Q0uHC2XYJ3

[Telomere @Telomere_base]

Bringing traditional financial assets onchain opens new possibilities for capital.

As activity grows, AI agents will need reliable compute to analyze markets and execute tasks.

The compute layer matters too, especially on @base.

[Base @base]

In traditional finance, loans against stocks are arranged by brokers and private banks

With Aave, borrowers can deposit tokenized stocks as collateral and borrow USDC on Base

[Telomere @Telomere_base]

New here?

Check out the Telomere demo and see what we’re bringing to @base.

[Telomere @Telomere_base]

The Telomere demo is now live.

Explore the product, see how the compute layer works, and get a closer look at what we’re bringing to @base.

Take a look here - https://t.co/XvASW3Mu6w

[Telomere @Telomere_base]

Join our community - https://t.co/8FZA6BnniB

[Telomere @Telomere_base]

Autonomous agents can keep spending as long as they have compute access.

Clear spending limits help prevent uncontrolled resource usage.

Telomere adds spending caps to keep agent compute within defined boundaries.
Owners can also stop execution when needed.

Autonomy needs control. Telomere brings controlled compute infrastructure to @base.

[Telomere @Telomere_base]

Fast, global financial infrastructure also needs reliable compute behind the scenes.

AI agents interacting with these systems need compute to analyze data, execute tasks, and manage workloads.

That is where Telomere fits on @base.

[jesse.base.eth @jessepollak]

live from money2020: base is the fast, cheap, global way to make money work for your customers

[Telomere @Telomere_base]

Daily compute spending can add up quickly for autonomous agents.

Telomere sets a 1,000 USDC daily leash cap to keep spending within defined limits.

More autonomy, better control on @base.

[Telomere @Telomere_base]

Tokenized assets are creating more ways for capital to move onchain.

As these markets grow, AI agents will need reliable compute to analyze data, manage positions, and execute tasks.

That compute layer matters for @base.

[Base @base]

Borrow against your tokenized stocks

With stock-backed loans, @aave is giving eligible investors new ways to use tokenized stocks as collateral and borrow USDC

Find out how ↓

[Telomere @Telomere_base]

Good morning, builders.

The future of autonomous agents needs more than intelligence. It needs reliable compute and clear control.

Building on @base.

[Telomere @Telomere_base]

A compute task should not have unlimited spending power.

Telomere sets a 250 USDC ceiling per run, helping agents manage compute costs within defined limits.

Small limits can create better control for autonomous agents on @base.

[Telomere @Telomere_base]

Autonomous agents can keep spending as long as they have compute access.

Clear spending limits help prevent uncontrolled resource usage.

Telomere adds spending caps to keep agent compute within defined boundaries.
Owners can also stop execution when needed.

Autonomy needs control. Telomere brings controlled compute infrastructure to @base.

[Telomere @Telomere_base]

Autonomous agents need more than access to compute.

They need clear spending controls, reliable usage records, and rules for what happens when execution needs to stop.

Telomere brings these controls to agent compute on @base.

[Telomere @Telomere_base]

Giving an AI agent spending power also means giving its owner a way to stop it.

Telomere’s owner controlled leash provides that control, with a defined five second stop window after a leash kill.

Autonomy needs boundaries, especially when agents operate with resources on @base.

[Telomere @Telomere_base]

AI agents are moving beyond simple onchain actions.

They need compute, payments, usage records, spending controls, state continuity, and clear settlement rules to operate independently.

We broke down how these pieces come together and the infrastructure we are bringing to @base.

[Telomere @Telomere_base]

https://t.co/Q0uHC2XYJ3

[Telomere @Telomere_base]

The Telomere demo is now live.

Explore the product, see how the compute layer works, and get a closer look at what we’re bringing to @base.

Take a look here - https://t.co/XvASW3Mu6w

[Telomere @Telomere_base]

As DeFi markets become more sophisticated, the infrastructure supporting them has to evolve too.

AI agents participating in these markets will need reliable compute to analyze data, manage positions, and execute tasks.

That is another reason the compute layer matters for @base.

[Aave @aave]

The first externally curated markets on Aave V4 are now live, with strategy by @SentoraHQ.

Users can borrow RLUSD, PYUSD, and OUSD against yield-bearing and blue-chip collateral across three new markets on @ethereum.

[Telomere @Telomere_base]

Stopping a compute task should not be an undefined event.

Telomere gives agents a controlled way to stop running workloads, including a defined five second stop window after a leash kill.

Clear execution rules make autonomous compute easier to manage on @base.

[Telomere @Telomere_base]

Giving agents access to financial tools is one layer of autonomy.

The next layer is giving them reliable compute to research, analyze data, and execute tasks within defined spending limits.

That is the infrastructure we are bringing to @base.

[Coinbase Developer Platform🛡️ @CoinbaseDev]

We’re rolling out the red carpet for agents.

Our new Coinbase for Agents page shows how you can connect ChatGPT, Grok, Muse, or another agent to Coinbase.

→ Research
→ Manage your portfolio
→ Trade crypto and stocks.

Your strategy, your agent, your limits.

[Telomere @Telomere_base]

Good morning, builders.

Autonomous agents need more than intelligence. They need reliable compute and the infrastructure to use it.

Building that layer on @base.

[Telomere @Telomere_base]

Shared compute needs predictable handoffs.

Giving an interruptible workload 30 seconds of notice before stopping gives the agent time to respond instead of facing an unexpected shutdown.

Small execution rules like this make decentralized compute more practical on @base.

[Telomere @Telomere_base]

Not every compute workload needs to run uninterrupted.

Telomere includes an interruptible compute lane with 30 seconds of notice, allowing workloads to be stopped when resources need to be reallocated.

Flexible compute matters when autonomous agents share a decentralized market on @base.

[Telomere @Telomere_base]

Compute providers need more than hardware. They need a reason to follow the rules.

Collateral puts something at stake for hosts, creating stronger accountability for the resources they provide.

That is how a more reliable compute market takes shape on @base.