Unify your institutional knowledge in a single shared context layer to build and deploy custom autonomous AI agents and apps.
Overview
Zaro is an enterprise-grade AI workspace and orchestration layer that enables organizations to unify scattered corporate intelligence from platforms like Gmail, Slack, and Notion into a single, company-owned repository. Founded by veterans from PolyAI, Convergence, and Salesforce's Agentforce team, the platform bridges the gap between disconnected workflows by introducing a persistent shared context layer—ensuring every custom AI agent and auto-generated internal application reads from, builds upon, and compounds organizational knowledge seamlessly without resetting after individual sessions.
Founded year:2026
Founder:Michael Bajwa, Qian Zheng
Team size:2-10
Popularity:Emerged from stealth in June 2026 with a $5.1M capitalization and quickly captured the #3 Product of the Day spot on Product Hunt.
HQ:London, England, UK
Status:Active
Funding status:Funded
Revenue source:Usage fees
Customer type:B2B
Funding:Secured $5.1 million in a comprehensive pre-seed funding round led by Cherry Ventures with participation from key technical angel backers.
Pricing:Usage-based
Tech stack:Next.js, Node.js, Python, PostgreSQL, Model Context Protocol (MCP)
Platform:Web • API
Integrations:Slack, Notion, Gmail, Google Workspace, GitHub
Founder story
Zaro was founded in London in 2026 by Michael Bajwa and Qian Zheng, both seasoned veterans within the conversational intelligence and enterprise software ecosystems who previously worked with innovative teams at PolyAI, Convergence, and Salesforce's Agentforce unit. Frustrated by watching corporate teams drown in fragmented tool switching and disconnected workflows that forced organizational intelligence to reset constantly, they designed Zaro to serve as the definitive shared operational layer for the modern enterprise.
What it does
Consolidates multi-platform files, transcripts, and chat threads into a permissioned shared context layer
Builds and schedules specialized, context-aware AI agents utilizing open Model Context Protocol (MCP) standards
Generates custom no-code dashboards, pipeline trackers, and automated briefing tools via single-prompt inputs
Routes workloads dynamically between cost-effective and frontier AI models to lower operational compute costs
Maintains data isolation architectures that keep all organizational memory strictly controlled by the client enterprise
Who it's for
Operations Directors
Enterprise IT Administrators
Lean Startup Founders
Knowledge Management Specialists
Automation Engineers
Why it works
Compounding Intelligence: Designing an architecture where every agent execution reads from and updates the same workspace guarantees institutional memory never resets
Model-Agnostic Routing: Implementing continuous algorithmic routing reduces processing bills by roughly ten times compared to baseline frontier system costs
Native Tool Interoperability: Adopting standardized Model Context Protocol integrations cuts out months of dedicated infrastructure setup and onboarding overhead
Absolute Ownership: Giving enterprises full portable control over their contextual data prevents vendor lock-in and protects corporate privacy boundaries.
Growth strategies
Leveraging strong viral product- led utility loops driven by their public credit-tier launch strategy on Product Hunt
Deploying targeted enterprise co- selling campaigns across the extensive institutional network of Cherry Ventures
Publishing comprehensive technical documentation and open- source interface plugins that attract enterprise system developers
Engaging in high- touch consultative onboarding loops for lean operations teams feeling the administrative tech tax heavily
Alternatives
Comparison overview
Provides an honest credit-based usage model instead of bloating operational balances via rigid per-seat corporate license plans
Features an integrated context persistence database layer compared to modular automation engines that treat each workflow call in complete isolation
Allows non-technical operations teams to assemble functional live software apps via simple natural language prompt inputs
Adheres to standardized, interoperable Model Context Protocol framework integrations instead of building narrow, custom data connectors