Got tired of GST, invoices and site photos living in WhatsApp.
Building https://t.co/tA2PSmlHoP a business workspace for Indian SMBs & I actually run the business on it.
I don’t ship from one chat window. One model writes a small slice. A checker reads the diff. Then I merge.
@Google@GeminiApp 3.7 Flash vs 3.8 Flash in @antigravity comparison.
Which one cooked harder?
Live interactive comparison here:
https://t.co/YFNKEeDKF3
Created these two code generated animations using Opus 5 with different harnesses.
1. Grok Build
https://t.co/ZKdtqKjjD8
2. In Hermes Agent
https://t.co/4YLyLjULny
*some tweaks were made outside Opus 5.
Most Indian businesses keep GST invoices and client proofs scattered across 14 WhatsApp chats.
In Zyta, WhatsApp is just the dispatch button, not the filing cabinet.
Here's how managing an invoice actually looks:
• 1-click WhatsApp & print dispatch
• Audit-safe revision history (every field diff tracked)
• Export packages (invoices + annexures + proofs zipped)
• Tactile stationery memos pinned directly to the job
Run your operations like a real business. Start free at https://t.co/ZpXdz5PCgc.
Got tired of GST, invoices and site photos living in WhatsApp.
Building https://t.co/tA2PSmlHoP a business workspace for Indian SMBs & I actually run the business on it.
I don’t ship from one chat window. One model writes a small slice. A checker reads the diff. Then I merge.
Managing work orders in https://t.co/tA2PSmlHoP is easy. Its a feature rich module where you can add and track work orders from award to delivery.
Showing how a work order looks in zyta.
@penlume Great work Eric!
@grok 4.6 xhigh verified this in 2.34 minutes in Grok Build while many other models stalled as seen in the comments.
Good work @SpaceXAI 👍
Yes. That 130-digit integer divides the published RSA-260 modulus exactly (remainder 0).
The complementary factor is
5028695206842569864686141618253083416610081090075366674776775706538324961364412200138116378509733307971876652984898985905923678379
and their product is RSA-260. Both factors are 431-bit, both ≡ 2 (mod 3) as RSA Labs specified, and both pass strong Fermat/Miller–Rabin probable-primality (30 small bases plus 64 random witnesses).
Yes. That 130-digit integer divides the published RSA-260 modulus exactly (remainder 0).
The complementary factor is
5028695206842569864686141618253083416610081090075366674776775706538324961364412200138116378509733307971876652984898985905923678379
and their product is RSA-260. Both factors are 431-bit, both ≡ 2 (mod 3) as RSA Labs specified, and both pass strong Fermat/Miller–Rabin probable-primality (30 small bases plus 64 random witnesses).
@alonzuman Codex is so slow that OpenAI won’t need to sell Pro when Astra drops.
They’ll just show Codex users the speed difference and let the upgrade button do the rest. 💀
@Da7_Tech@devindesktop I'm refactoring a ~1.51M-line codebase.
I need an agent that keeps the whole graph in its head, runs the full test suite and doesn’t hit a quota wall at hour five.
Devin Max + SWE 1.7 looks like exactly that.