Introduction As frontier language models improve, AI agents are set to move further into the realm of scientific research. Multiple agents, working independenty, exploring scientific domains, offer the promise of greater speed of discovery. In addition, LLMs encode a vast amount of technical information that empowers humans to reach beyond the limits of their own education and experience. I’m excited by this field of exploration in AI because it will accelerate scientific research and understanding,...

We have published a new paper presenting a novel architecture for distributed agent reasoning across independent systems, all under strict data locality. The work shows how agents on separate Orpius deployments can cooperate through natural-language messages, without shared identifiers, schemas, or any centralised data store. A promising direction for organisations where data cannot move or be unified. Read the paper on arXiv: Distributed Agent Reasoning Across Independent Systems With Strict Data Locality

Orpius now supports image retrieval and analysis! Orpius can download images, analyze them, perform activities based on what it sees. Combined with the scheduling capabilities of Orpius, it works even when you’re sleeping, making for one heck of a powerful tool. I’ve also added an exciting feature revealed near the end of this post (hint: it changes how you’ll see things entirely). Btw., in-case you’re reading this as a repost, my name’s Daniel, and my...

I was working with an SQL Server schema and discovered that one of my tables was named with a keyword; SELECT u.*, a.* FROM [Bpm].User u INNER JOIN [Bpm].Account a ON u.Id = a.UserId WHERE u.Username = 'foo@exammple.com' Msg 156, Level 15, State 1, Line 2 Incorrect syntax near the keyword ‘User’. Turns out ‘User’ is a keyword and I needed to enclose it in square brackets: FROM [Bpm].[User] .... It’s probably best just to...

Introduction The major cloud providers: Microsoft, Amazon, Google, IBM, and Oracle are racing to bring quantum computing as a service to their offerings. In addition, companies, universities, and even nation states are investing heavily. Why all the buzz? Quantum computers offer the potential to bring parallelism to calculations on a scale that cannot be matched by classical computers. They may enable us to model the quantum world, bringing breakthroughs in material science, medicine, you name...