Guides, use cases, and deep dives.
How teams use AI assistants to connect their business tools — plus deep dives on the architecture behind it.
A voice-enabled AI technical project manager that joins your standups, retrieves context from Jira, Linear, and Confluence, and creates tickets with assignments before the call ends. Not a notetaker — a TPM.
Most AI notetakers give you a summary after the call. This one joins live, armed with your project data, and does the work while the meeting is still happening — action items created, questions answered, follow-ups assigned before anyone hangs up. It communicates through chat comments in the meeting (not aloud), and you can send replies to Slack or Teams instead.
Engineering Standup
Linear + GitHub + Slack
A bug comes up. Kazi pulls related tickets, searches the repo, manages time, and creates tickets — all without being asked twice.
Sarah
PM
Dev
Backend
Priya
Frontend
Marcus
QA
Kazi
reading your workspace...
Meeting chat comments
liveBuilt for live context: project systems, docs, emails, tickets, RFIs, lectures, and schedules.
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Two paths to recurring automation — live agent workflows that reason every iteration, and compiled skills that run deterministically on a cron. Both connect through one MCP surface. The easiest way to agentify CI/CD and internal tooling for engineering teams.

A summary is a mid-step, not an outcome. Real agentic solutions take action during and after the meeting — creating tickets, scheduling follow-ups, messaging owners, and closing loops without handing the work back to a human.

Most AI note takers record, transcribe, and summarize meetings. See how an AI meeting assistant can take actions, update systems, and turn meetings into outcomes.

73% of employees use unsanctioned AI tools. Most enterprise AI adoption is organized chaos — different tools, no audit trail, no delegated auth. Here's how a purpose-built AI co work bridges that gap: one execution layer, one MCP server, and IT-controlled delegated auth.

A required enum on your tool schema forces verification at the exact moment of decision. Apply sparingly, make it dynamic, and you have precise behavioral control without a bloated system prompt.

Agents forget mid-task. The fix isn't a dedicated memory tool—it's decorating every tool schema with a task_scratchpad parameter. Each tool call becomes a structured extraction, and chat history becomes the scratchpad.

Every coordination meeting generates hours of Procore data entry. Connect your Fireflies transcripts to Procore and let AI turn action items into tasks, RFIs, and submittals automatically—no manual entry.

Stripe batches fees, refunds, and timing adjustments into one deposit. QuickBooks sees one number. LedgerBot explains the gap in plain English and shows you exactly what to fix—no spreadsheets required.

The Recursive Language Model (RLM) pattern explains the missing piece in most AI agents: real code execution. Here's the production infrastructure that makes agents reliable—progressive discovery, sandboxed execution, and persistent skills.

General-purpose AI tries to do everything and often fails at the things that matter. Task-specific agents—each scoped to one API and one job—are faster, more reliable, and easier to debug. Here's the architecture.

If you've managed engineering across multiple product teams, you've seen this pattern: a product manager requests a simple notification—"Can we notify Slack when a high-priority Jira ticket is created

In the world of AI agents, there is a massive gap between "writing code that works" and "building a reliable system." Most agentic frameworks treat code execution as a disposable event. An agent write

The dream of "Agency as a Service" often hits a wall: the real world isn't fully API-fied. Whether it's a legacy government portal, a proprietary internal tool, or a site that hides its data behind a

Here's what most people get wrong about AI in business software: they think it's either "automate everything" or "do nothing."