co founder @geniousoftlabs | @superteamtr member - Building @orquestradev
Solana
Joined March 2021
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- Following555
- Followers1K
- Likes12.2K
AI usage is at its maximum. How can I increase it even further?
AI: Break all technologies or find their vulnerabilities so they will have to use AI again to fix them.
Okey here the first MVP
if you have m5stickC plus2, you can install buy that web
peep-miner.orquestra.dev
And here the repo you can port your ESP board
github.com/berkayoztunc/peep…
@peepyourfun @den0thic
#buildInPublic
What if degens had their own IoT trading device?
A friend recently came up with an interesting idea:
"What if we could build a tiny IoT device for degens using Peep Radar?" (@den0thic)
I thought, why not?
And since I've been building Orquestra (@orquestradev ), this seemed like the perfect opportunity to demonstrate something I've wanted to show for a while:
Solana on IoT devices. No SDKs required.
So I grabbed an M5Stick and built a tiny Solana trading device.
The idea was simple: a pocket-sized device that lets you discover tokens, trade on Pumpfun, and track your positions using just a few physical buttons.
Here's how it works:
Peep Radar (@peepyourfun ): Provides the market data. After exploring different options, I found its Solana token analysis particularly interesting.
M5Stick: Displays the top 10 trending token addresses from Peep Radar. You can navigate the list and execute buy or sell orders using the physical buttons.
Orquestra API: Builds every Solana transaction, including Pumpfun buy and sell instructions, without using the Pumpfun SDK or Solana SDK.
Local Wallet: Every transaction is signed directly on the device using its own local wallet. The private key never needs to leave the device.
And here's the interesting part.
I didn't need to port a Solana SDK to the M5Stick.
I didn't need the Pumpfun SDK either.
Orquestra handles the transaction building through simple HTTP APIs, while the device handles signing locally.
This means even a tiny IoT device can interact with Solana programs without implementing all the protocol-specific logic.
And it doesn't stop at IoT.
With Orquestra MCP, AI agents can discover these same APIs, understand the available instructions, and build integrations without digging through SDK documentation.
One infrastructure layer. Different devices. Same Solana programs.
What started as a random idea from a friend turned into a working example of how accessible Solana development can become.
No Solana SDK. No Pumpfun SDK. Just HTTP + Solana.
That's what I'm building with Orquestra. 🚀
i ll share the repo soon...
WhiteMoon D. retweeted
What if degens had their own IoT trading device?
A friend recently came up with an interesting idea:
"What if we could build a tiny IoT device for degens using Peep Radar?" (@den0thic)
I thought, why not?
And since I've been building Orquestra (@orquestradev ), this seemed like the perfect opportunity to demonstrate something I've wanted to show for a while:
Solana on IoT devices. No SDKs required.
So I grabbed an M5Stick and built a tiny Solana trading device.
The idea was simple: a pocket-sized device that lets you discover tokens, trade on Pumpfun, and track your positions using just a few physical buttons.
Here's how it works:
Peep Radar (@peepyourfun ): Provides the market data. After exploring different options, I found its Solana token analysis particularly interesting.
M5Stick: Displays the top 10 trending token addresses from Peep Radar. You can navigate the list and execute buy or sell orders using the physical buttons.
Orquestra API: Builds every Solana transaction, including Pumpfun buy and sell instructions, without using the Pumpfun SDK or Solana SDK.
Local Wallet: Every transaction is signed directly on the device using its own local wallet. The private key never needs to leave the device.
And here's the interesting part.
I didn't need to port a Solana SDK to the M5Stick.
I didn't need the Pumpfun SDK either.
Orquestra handles the transaction building through simple HTTP APIs, while the device handles signing locally.
This means even a tiny IoT device can interact with Solana programs without implementing all the protocol-specific logic.
And it doesn't stop at IoT.
With Orquestra MCP, AI agents can discover these same APIs, understand the available instructions, and build integrations without digging through SDK documentation.
One infrastructure layer. Different devices. Same Solana programs.
What started as a random idea from a friend turned into a working example of how accessible Solana development can become.
No Solana SDK. No Pumpfun SDK. Just HTTP + Solana.
That's what I'm building with Orquestra. 🚀
i ll share the repo soon...
My pet %70 up today 🚢
it’s time to size in & improvements
What if degens had their own IoT trading device?
A friend recently came up with an interesting idea:
"What if we could build a tiny IoT device for degens using Peep Radar?" (@den0thic)
I thought, why not?
And since I've been building Orquestra (@orquestradev ), this seemed like the perfect opportunity to demonstrate something I've wanted to show for a while:
Solana on IoT devices. No SDKs required.
So I grabbed an M5Stick and built a tiny Solana trading device.
The idea was simple: a pocket-sized device that lets you discover tokens, trade on Pumpfun, and track your positions using just a few physical buttons.
Here's how it works:
Peep Radar (@peepyourfun ): Provides the market data. After exploring different options, I found its Solana token analysis particularly interesting.
M5Stick: Displays the top 10 trending token addresses from Peep Radar. You can navigate the list and execute buy or sell orders using the physical buttons.
Orquestra API: Builds every Solana transaction, including Pumpfun buy and sell instructions, without using the Pumpfun SDK or Solana SDK.
Local Wallet: Every transaction is signed directly on the device using its own local wallet. The private key never needs to leave the device.
And here's the interesting part.
I didn't need to port a Solana SDK to the M5Stick.
I didn't need the Pumpfun SDK either.
Orquestra handles the transaction building through simple HTTP APIs, while the device handles signing locally.
This means even a tiny IoT device can interact with Solana programs without implementing all the protocol-specific logic.
And it doesn't stop at IoT.
With Orquestra MCP, AI agents can discover these same APIs, understand the available instructions, and build integrations without digging through SDK documentation.
One infrastructure layer. Different devices. Same Solana programs.
What started as a random idea from a friend turned into a working example of how accessible Solana development can become.
No Solana SDK. No Pumpfun SDK. Just HTTP + Solana.
That's what I'm building with Orquestra. 🚀
i ll share the repo soon...
WhiteMoon D. retweeted
👑👑 @WhiteMoonDev None of my friends are normal. They’re all crazy. What makes me happiest is that Peep has the best data filtering on the market!
Congrats, bro!
What if degens had their own IoT trading device?
A friend recently came up with an interesting idea:
"What if we could build a tiny IoT device for degens using Peep Radar?" (@den0thic)
I thought, why not?
And since I've been building Orquestra (@orquestradev ), this seemed like the perfect opportunity to demonstrate something I've wanted to show for a while:
Solana on IoT devices. No SDKs required.
So I grabbed an M5Stick and built a tiny Solana trading device.
The idea was simple: a pocket-sized device that lets you discover tokens, trade on Pumpfun, and track your positions using just a few physical buttons.
Here's how it works:
Peep Radar (@peepyourfun ): Provides the market data. After exploring different options, I found its Solana token analysis particularly interesting.
M5Stick: Displays the top 10 trending token addresses from Peep Radar. You can navigate the list and execute buy or sell orders using the physical buttons.
Orquestra API: Builds every Solana transaction, including Pumpfun buy and sell instructions, without using the Pumpfun SDK or Solana SDK.
Local Wallet: Every transaction is signed directly on the device using its own local wallet. The private key never needs to leave the device.
And here's the interesting part.
I didn't need to port a Solana SDK to the M5Stick.
I didn't need the Pumpfun SDK either.
Orquestra handles the transaction building through simple HTTP APIs, while the device handles signing locally.
This means even a tiny IoT device can interact with Solana programs without implementing all the protocol-specific logic.
And it doesn't stop at IoT.
With Orquestra MCP, AI agents can discover these same APIs, understand the available instructions, and build integrations without digging through SDK documentation.
One infrastructure layer. Different devices. Same Solana programs.
What started as a random idea from a friend turned into a working example of how accessible Solana development can become.
No Solana SDK. No Pumpfun SDK. Just HTTP + Solana.
That's what I'm building with Orquestra. 🚀
i ll share the repo soon...
What if degens had their own IoT trading device?
A friend recently came up with an interesting idea:
"What if we could build a tiny IoT device for degens using Peep Radar?" (@den0thic)
I thought, why not?
And since I've been building Orquestra (@orquestradev ), this seemed like the perfect opportunity to demonstrate something I've wanted to show for a while:
Solana on IoT devices. No SDKs required.
So I grabbed an M5Stick and built a tiny Solana trading device.
The idea was simple: a pocket-sized device that lets you discover tokens, trade on Pumpfun, and track your positions using just a few physical buttons.
Here's how it works:
Peep Radar (@peepyourfun ): Provides the market data. After exploring different options, I found its Solana token analysis particularly interesting.
M5Stick: Displays the top 10 trending token addresses from Peep Radar. You can navigate the list and execute buy or sell orders using the physical buttons.
Orquestra API: Builds every Solana transaction, including Pumpfun buy and sell instructions, without using the Pumpfun SDK or Solana SDK.
Local Wallet: Every transaction is signed directly on the device using its own local wallet. The private key never needs to leave the device.
And here's the interesting part.
I didn't need to port a Solana SDK to the M5Stick.
I didn't need the Pumpfun SDK either.
Orquestra handles the transaction building through simple HTTP APIs, while the device handles signing locally.
This means even a tiny IoT device can interact with Solana programs without implementing all the protocol-specific logic.
And it doesn't stop at IoT.
With Orquestra MCP, AI agents can discover these same APIs, understand the available instructions, and build integrations without digging through SDK documentation.
One infrastructure layer. Different devices. Same Solana programs.
What started as a random idea from a friend turned into a working example of how accessible Solana development can become.
No Solana SDK. No Pumpfun SDK. Just HTTP + Solana.
That's what I'm building with Orquestra. 🚀
i ll share the repo soon...
🏔️🏔️🏔️
Everything about Alpenglow, on one page.
What changes, how the migration works, where each cluster stands, and what comes next.
anza.xyz/alpenglow
Enough is enough 🤬!
I’m planning to grab fixmyCORS[dot]ai and build a fresh AI.
LOOKING FOR AN INVESTOR 🤡
This time I am happy to see that chart dump 🥳
Alpen glow devnet feature activated!
Checkout the new dashboard to see the transition live in around 15 mintues or 5000 slots!
solana.com/upgrades/alpenglo…
WhiteMoon D. retweeted
Superteam TR Community Call #3 xitter.cf/i/broadcasts/1DGLdZaBX…
