Abdul Samad (∑)

شہنشاہ ✍Principal Blockchain & AI Solutions Architect | Technical Project Manager | Researcher | Investor |

[Telegraph @Telegraphprotoc]

https://t.co/FW3oI2mc1C

[Abdul Samad (∑) @samadpanhwerr]

@moonpay Okay, follow me than! :P @moonpay

[0xSammy @0xSammy]

https://t.co/YIlmKRckxp

[It's AI | SN32 @ai_detection]

@Telegraphprotoc integrated It's AI as their AI detection layer

TelegraphProtocol is now organising a hackathon, where in the first track people create a toolkit of different API solutions and in the second track build apps or AI agents based on the intelligence provided by these tools. There are already several API providers in the hack and It's AI was also recently added as one of them.

A couple apps has been already published there based on the SN32 tech:
* ScholarGuard - checks whether assignment or quiz content was written by a human or generated by AI. https://t.co/e4mwF0PYCr
* ReviewRadar - scans Amazon product reviews and identifies whether they are organic or AI-written. https://t.co/bE5jKPRHeZ

Happy to help guys in organising this event and see more applications using It's AI technology.

[Telegraph @Telegraphprotoc]

Telegraph Protocol Update

Telegraph has integrated two new external APIs - @ai_detection and @saplingai - giving miners the ability to build answer machines and models that tap into these services when responding to requests on the network.

Three live use cases deployed

We shipped three public-facing applications this week, each powered by Telegraph's intelligence network:

Truthwire - analyses X posts to determine whether the content, images included, is genuine or AI-generated. https://t.co/m2d5apqWUG

ScholarGuard - checks whether assignment or quiz content was written by a human or generated by AI. https://t.co/vhkoXFvOx0

ReviewRadar - scans Amazon product reviews and identifies whether they are organic or AI-written. https://t.co/jQjNk1tMWv

These are real applications running on Telegraph today, showing what can be built on top of the network.

Miners are now fairly ranked per task

A new system is live that allows validators to independently score and rank miners based on how well they perform on specific types of requests. The best miners for each task are automatically selected to serve users. This keeps quality high and ensures the most capable intelligence providers rise to the top.

Jobs now settle directly on-chain

When a miner completes a job, the result is now automatically delivered and recorded directly on-chain. The full cycle from request to on-chain settlement is closed and confirmed working end to end.

Documentation update

The Telegraph developer documentation has been restructured from the ground up with a clearer layout and a new dedicated page for the MCP server integration. A Telegraph agent skill for AI coding assistants has also been published and is being prepared for public release.

https://t.co/2HJQB1gUJR

[Telegraph @Telegraphprotoc]

"If the data layer is weak or manipulated, agents won't make smarter decisions; they'll just make bad decisions much faster."

OpenAI, Stripe, Google and Visa are racing to let AI agents spend money. Almost nobody is building the layer that verifies whether they should.

Our co-founders spoke to @e27co on agentic commerce's dirty secret: https://t.co/1CYgVF5ZaE

[Telegraph @Telegraphprotoc]

Telegraph Protocol Update

Real-time communication layer - completed

WebSocket integration with payment per message is done and merged. Agents can now consume live, continuous data streams with a pay-per-consumption stream with the Telegraph network. Enabled by automated deduction from the agent’s own escrowed on-chain, a critical upgrade for any application that needs real-time intelligence.

Agents can now transact on-chain via ERC-8138 - validated

Agentic Commerce (ERC-8138 / @virtuals_io ) has been integrated and tested. Autonomous agents can now initiate, settle, and verify transactions directly on Telegraph, following the ERC-8138 Standard - no human in the loop. Core functionality is confirmed to be working.

Miner pricing is now dynamic

Intelligence providers on Telegraph can now price their services dynamically based on demand and capacity. This gives the network more flexibility and creates a healthier, more competitive environment for miners.

Settlement pipeline - expanded

Three new settlement mechanisms shipped this week:

→ USDC and token swaps now live via @Uniswap v3 integration
→ Merkle Tree verification added for more secure and efficient reward distribution
→ On-chain epoch settlement deployed for Agentic Jobs and Escrow - automated, transparent, trustless

Both standard and WebSocket payment streams now feed into a single unified settlement system.

Developer infrastructure - shipped

→ Documentation migrated to a custom branded site at https://t.co/464T7kqq2w
→ Terminal and Dashboard redesigned for a cleaner experience

[Abdul Samad (∑) @samadpanhwerr]

@theospress @Telegraphprotoc The gap between intelligence and infrastructure is closing. Telegraph is the settlement layer machines need to act, verify, and pay. Not tomorrow, but now.

[Abdul Samad (∑) @samadpanhwerr]

@Telegraphprotoc @theospress The gap between intelligence and infrastructure is closing. Telegraph is the settlement layer machines need to act, verify, and pay. Not tomorrow, but now.

[Abdul Samad (∑) @samadpanhwerr]

The gap between intelligence and infrastructure is closing. Telegraph is the settlement layer machines need to act, verify, and pay. Not tomorrow, but now.

[The Open Source Press @theospress]

The AI industry has built extraordinary intelligence, but no infrastructure for machines to safely use it.

A new protocol called @Telegraphprotoc is trying to fill that gap. We took a look ahead of its Q3 mainnet launch.

https://t.co/YR22tkNUVa

[The Open Source Press @theospress]

The AI industry has built extraordinary intelligence, but no infrastructure for machines to safely use it.

A new protocol called @Telegraphprotoc is trying to fill that gap. We took a look ahead of its Q3 mainnet launch.

https://t.co/YR22tkNUVa

[Telegraph @Telegraphprotoc]

The most useful analogy for Telegraph's architecture: Stripe + Visa for the machine intelligence economy. Stripe doesn't produce what merchants sell, it provides payment infrastructure. Visa doesn't care what you're buying its rail works everywhere. Telegraph doesn't produce inference it provides the payment, verification, and routing infrastructure for any intelligence provider to get paid by machines, regardless of origin.

[Telegraph @Telegraphprotoc]

We believe the two greatest blockchain inventions of the past two decades are @Bitcoin and @bittensor : Bitcoin secured the ledger through competition, and Bittensor created an open network for AI production. Influenced by their novelty and what they gave to the world, we created Telegraph: a hard-capped 21M-supply permissionless network where miners compete to provide the best verifiable inference for autonomous systems.

This year, we will launch Machina, the protocol's native token. Here’s how it will power the machine economy. 👇

[Telegraph @Telegraphprotoc]

Three production-ready use cases for Telegraph: institutional trading agents consuming verified macro signals before capital deployment; media and telecoms companies running real-time deepfake detection at machine speed; and commodity/logistics systems using verified geospatial intelligence for automated decision-making all settled via USDC micropayments with full cryptographic receipts.

[Abdul Samad (∑) @samadpanhwerr]

We are growing faster!

[Telegraph @Telegraphprotoc]

Telegraph Protocol Update

Peer-to-peer communication - upgraded

Validator communication has been migrated from standard HTTP to a true peer-to-peer layer. This is a foundational shift in how nodes on the network talk to each other - more resilient, more decentralised, and built to scale as the network grows.

Database migration - finalised

The migration from our legacy database to PostgreSQL is complete. Legacy code has been removed, logging has been standardised, and the full stack has been updated. Miner registration and request routing have been validated end-to-end.

Settlement pipeline - live end to end

The full payment settlement flow is now operational. From incoming payments all the way through to miner reward claims, every stage has been built and verified:

→ Payment collection
→ Price oracle
→ Exchange routing
→ Cryptographic settlement
→ Miner payout claims

Both standard and partial WebSocket payment streams now feed into a single unified settlement system.

Terminal, Dashboard & Site - updated

The Terminal, Chat, and Dashboard interfaces have all received UI updates. Privy Wallet support has been added to the Terminal, and the main site has been updated with new documentation.

Agentic Commerce - architecture complete

The initial architecture for enabling autonomous agents to transact natively on-chain has been designed and documented.

[Telegraph @Telegraphprotoc]

Telegraph's economic architecture is built on strict role separation. Miners compete on inference quality. Validators stake $MACHINA to run scoring consensus. Agents pay USDC to consume verified signals. No role overlaps with another, and compensation flows are structurally distinct which is what makes the mechanical buy loop possible in the first place.

[Telegraph @Telegraphprotoc]

Telegraph routes agent requests using a standardised Intent system agents declare what they need, not which model to use. The protocol probabilistically dispatches the highest-ranked Miner for that specific task. No vendor management, no API negotiation, no model-specific integration. Think of it as automated procurement for verified machine intelligence.

[Telegraph @Telegraphprotoc]

Telegraph Protocol is a machine intelligence layer built on Base. It takes AI outputs from any open-source model, closed-source API, or decentralised subnet and transforms them into verified, on-chain signals that autonomous agents can consume directly. It doesn't train models. It's the orchestration, payment, and verification layer that sits above the entire inference ecosystem. If you'd like to build on Telegraph, our miner, validator, and script author ecosystem launches in Q3, alongside several flagship products including our autonomous engine, chatbot, and more. Stay tuned.

[Telegraph @Telegraphprotoc]

We believe the two greatest blockchain inventions of the past two decades are Bitcoin bitcoin:native and Bittensor bittensor:native: Bitcoin secured the ledger through competition, and Bittensor created an open network for AI production. Influenced by their novelty and what they gave to the world, we created Telegraph: a hard-capped 21M-supply permissionless network where miners are paid in USDC to build AI models and answer queries from machines. Instead of mining for token rewards, miners earn for real work. Miners produce signals: tokenized outputs such as probabilities, scores, alerts, or classifications. Each signal is published with a verifiable receipt showing who produced it, when, at what cost, and with what confidence. These signals become composable, auditable primitives that machines can use directly for automated decisions, pricing, risk, and more. Rather than relying on a single model, agents can source intelligence from a competitive marketplace of answers.

Miners submit signals with varying confidence, price, and historical performance, allowing agents to compare, weight, and aggregate them into a single actionable outcome. This enables real-world use cases where decisions are driven by verifiable, market-priced intelligence instead of random or unverified model outputs. Telegraph transforms AI outputs into a new asset class: fast, affordable, accurate, and verifiable answers built for machine consumption. By making intelligence something that can be priced, traded, and audited, Telegraph aligns incentives across the network and creates an open economy where machines buy answers and humans or other machines supply them.

[Telegraph @Telegraphprotoc]

Week 1- Telegraph Protocol Update!

Multiple core systems shipped in parallel as we continue building the intelligence layer for autonomous agents and open networks.

Here's what changed ↓
Dual database architecture is now live

Telegraph now operates on two independent systems:

→ One dedicated to core blockchain operations
→ One purpose-built for real-world intelligence indexing

Blockchain infrastructure and live intelligence workloads behave very differently. By isolating them, both can scale independently, perform faster, and remain resilient under increasing demand.

The result: a network built for both high-integrity on-chain coordination and massive real-world data throughput.

Intelligence coverage is expanding rapidly

Telegraph now indexes live intelligence across:

→ Pharma & Clinical Trials
→ Legal
→ Geopolitics
→ AI
→ Any structured or trackable external data source

The network is evolving into a universal intelligence layer – where agents, applications, and protocols can access constantly updating real-world signals in real time.

More data. More signals. More surface area to build on.

Miner discovery is now instant

New intelligence providers are recognised by the network the moment they come online.

No restart. No manual approvals. No delays.

As soon as a provider registers, Telegraph dynamically detects and integrates them automatically.

The strength of Telegraph comes directly from the breadth and quality of its intelligence providers. Faster onboarding means faster network expansion.

On-chain service registration is operational

Miners can register services directly on-chain and have them recognised instantly.

This moves Telegraph closer to a fully open, permissionless intelligence ecosystem — one where participation does not depend on central coordination.

Anyone can contribute intelligence.
Anyone can serve queries.
Anyone can become infrastructure.

We're simplifying the path to becoming a miner

Miners are the backbone of Telegraph.

They operate the intelligence sources powering the network — from clinical trial datasets and geopolitical feeds to legal systems, research pipelines, and emerging AI data streams.

When agents query Telegraph, miners are the systems generating and serving those answers.

Our focus now is making onboarding dramatically easier so more contributors can participate without friction.

Agentic framework support — in progress

We're building native support for the frameworks developers already use.

The goal is simple: allow autonomous agents to route intelligence queries directly through Telegraph as a native part of their workflow.

The future of AI coordination depends on access to reliable, verifiable, continuously updating intelligence.

That's what we're building.