Mozaik released a new version introducing core architectural concepts—Agent Loop, Interception, Situation Handler, Participant Manifest, and Shared Runtime State—to enable AI agents to operate across …
Miodrag Vilotijević, co-founder of JigJoy, argues that AI agents remain trapped inside the projects that created them, preventing reuse and specialization, and proposes three architectural pillars—con…
Carnegie Mellon's 1975 HEARSAY-II speech recognizer introduced the blackboard architecture, a multi-agent design where independent experts collaborate via a shared board without a central supervisor, …
The AI industry's multi-agent systems remain tightly coupled to their harnesses, preventing agent reuse across systems, according to an analysis applying the Five Whys technique. The bottleneck is not…
The AI industry's multi-agent systems remain tightly coupled, preventing agents from being reused across different harnesses, according to a technical analysis. The bottleneck is not the models but th…
Baro, a command-line software factory built on the TypeScript runtime Mozaik, runs concurrent coding agents that plan a goal into bounded units of work and execute it via an event bus with participant…
Miodrag Vilotijević, co-founder of JigJoy, argues that AI engineers are building multi-agent systems from the wrong direction by focusing on workflows instead of domain models, and that the next versi…
A new taxonomy from an unnamed engineering team identifies three ways AI agent systems are built in production: the Agentic Waterfall, the Parallel Graph, and the Event-Driven Collective. The post arg…
Concurrent AI agents, which operate without predefined sequential dependencies, are proposed as the solution to the 'Agentic Waterfall anti-pattern' in multi-agent systems, according to a technical an…