Message-first command center
SprintLoop keeps the fast coordination moments attached to the work itself — lanes, annotations, reviews, and deploy decisions — instead of scattering them across disconnected side channels.
SprintLoop
The control plane for human and agent teams that actually ship.
SprintLoop is ScaledNative's collaboration product for Agent Team Orchestration: a message-first command center for humans, Claude, Codex, Gemini, QA, and release lanes working across branches, reviews, deploys, and handoffs.
This is not a shallow Slack-versus-Jira story. It is a product for cross-platform agent teams that need one conversation, many lanes, and a safe handoff path back to production.
Lanes instead of chaos
Named lanes give humans, coding agents, QA, and release owners a clear operating model for ownership, escalation, and handoff before the branch history turns into archaeology.
One workspace across branches, reviews, and handoffs
Branch state, review surfaces, deploy posture, and handoff memory stay in the same system so mixed teams are not reconstructing context every time the work changes hands.
How teams use it
Keep the coordination loop close enough to the delivery loop that it can still help.
SprintLoop is designed for teams that no longer believe coordination can sit outside the work. Once agents start writing, testing, reviewing, and handing off work in parallel, the collaboration layer becomes operational infrastructure.
- 01
Route work into named lanes with explicit ownership, scope, and escalation.
- 02
Coordinate humans, coding agents, QA, and release in one message-first operating surface.
- 03
Keep branch, review, and deploy state attached to the lane instead of copying updates into side channels.
- 04
Carry the same workspace from enablement and pilot work into real production delivery.
Positioning
What matters about SprintLoop is that the coordination layer stays close enough to the work to remain useful.
One conversation, many platforms: humans, coding agents, QA, and release can operate in one command surface.
Lanes instead of chaos: ownership, escalation, and handoff stay explicit before the work drifts.
It can carry context from enablement and pilot work into ongoing delivery instead of dead-ending after the training moment.