Search for a command to run...

Timestamps are as accurate as they can be but may be slightly off. We encourage you to listen to the full context.
This episode features Sherif Mansour, Head of AI at Atlassian, discussing the reality of enterprise AI deployment at massive scale. (03:57) Mansour shares insights from Atlassian's 3.5 million AI users, exploring how teams are introducing virtual teammates into their workflows. The conversation covers his framework for avoiding "AI slop" using three key ingredients: taste, knowledge, and workflow. (10:50) They explore Atlassian's "Teamwork Graph" for complex enterprise queries beyond traditional RAG, the evolving relationship between AI and UI, and the shift from humans as workers to architects of AI-driven processes. (36:29)
Head of AI at Atlassian, a $40 billion market cap company and top 100 global tech firm. With 16 years at Atlassian, Mansour oversees AI strategy for over 3.5 million AI users across the platform. He previously worked as a customer of Atlassian at a large Australian telecommunications company, giving him unique perspective on both sides of enterprise software adoption.
Host of The Cognitive Revolution podcast, focusing on AI developments and their practical applications. Labenz has extensive experience building AI features into products and workflow automation, bringing deep technical knowledge to discussions about AI implementation in enterprise settings.
Mansour defines AI slop as technically correct but creatively lazy output that everyone gets similarly. (11:59) To combat this, teams must apply three critical ingredients: their unique taste (voice, tone, creative thinking), organizational knowledge (documented processes, expertise), and specific workflows (where AI fits in business processes). This framework transforms generic AI responses into valuable, differentiated output that reflects the team's character and goals.
Atlassian's 20-year history of open-by-default permissions creates a significant AI advantage. (24:58) When new employees join companies with open knowledge bases, they get answers to questions that would normally require messaging 50 people. This transparency provides AI systems with richer context and organizational knowledge, leading to more effective responses and faster onboarding for both humans and AI teammates.
Traditional RAG fails for complex organizational queries like "what did my team work on last week?" (37:47) Atlassian's Teamwork Graph maps relationships between users, teams, goals, and work artifacts (Figma designs, GitHub pull requests, Confluence pages). This enables AI to traverse structured relationships and provide comprehensive status updates rather than just summarizing the top five documents returned by vector search.
Drawing parallels to MS-DOS terminals, Mansour argues that chat is the universal interface to AI but often the worst interface for specific tasks. (56:54) Just as we built specialized applications on top of terminal commands, we need verticalized experiences built on conversational AI backends. Form filling via chat is a disaster, but AI can power sophisticated, predictable interfaces designed for specific use cases like game sprite creation or legal citation research.
The fundamental shift isn't about replacing humans with AI, but moving people from executing tasks to architecting how work gets done. (1:08:04) Even "one-person unicorns" are orchestrating AI agents in workflows, not just typing prompts. Success requires defining what good output looks like, creating evaluation criteria, and designing processes where humans and AI collaborate effectively. This architectural thinking becomes the core competency for knowledge workers.