Meta-Harness R&D: Enterprise-Grade Self-Improvement for Long-Horizon AI Workflows
How autonomous code improvement can be made disciplined enough for enterprise use
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How autonomous code improvement can be made disciplined enough for enterprise use
Telecommunications is an incredibly complex, highly specialized domain. Modern mobile networks are inherently multi-vendor, featuring diverse and often proprietary data structures. While AI has made massive leaps in general language and coding, telecom domain knowledge is rarely accessible on the open internet — there is simply no "Wikipedia" for telecoms. This data scarcity creates a major hurdle for AI models trying to deeply understand network operations. When operating at an immense global s
Workflows makes it easier to build reliable multi-step applications that can recover when downstream systems fail. Rollback handlers now receive the original step context via a ctx object for the step being rolled back. This includes ctx.step.name, ctx.step.count, ctx.attempt, and the step config with defaults applied. The step configuration includes the retry and timeout settings used for that step, so you can customize your step recovery logic according to those fields. await step.do( "cr
Editor’s Note: The following is an article written for and published in DZone’s 2026 Trend Report, Cognitive Databases, Intelligent Data: Unified Infrastructure for Vector Search, AI-Optimized Queries, and Hybrid Workloads. Many teams find governance gaps only after a retrieval system surfaces stale or unauthorized content in production. Models, agents, and retrieval workflows all depend on enterprise data. Before any of that data reaches an AI system, teams need to know where it originates, how
Attackers can send crafted media files to execute code in any application that uses FFmpeg’s libavcodec library. The post FFmpeg PixelSmash Flaw Allows RCE on Video Players, Media Servers, NAS Appliances appeared first on SecurityWeek.
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