Compare Stokik
Most tools start with rows of tasks or a blank whiteboard, then bolt visual planning and AI onto the side. Stokik treats the project itself as a connected architecture: structure, specs, task state, and agent execution stay native to the same workspace.
Workspace view toggle
The legacy workflow splits execution tracking from written context. Stokik keeps the project architecture, technical spec, and agent execution state in one connected workspace.
Issue tracker
List viewSpec document
DisconnectedPayment retry behavior
No native link to task state, dependencies, or agent execution context.
The task list and the spec both matter, but neither understands the other.
JTBD comparison
The question is not whether a tool can store tasks or draw boxes. The question is whether it helps a team understand why the work exists, how it relates, and what an agent or teammate should do next.
Free-form visual ideation
The Hand-off Fracture
Sticky notes don't naturally become rich tasks; teams waste hours manually replicating canvas drawings into actual task tracking databases.
Stokik unifies ideation and tracking instantly. Cards are rich planning containers with task state, fields, linked documents, comments, and relationships directly on the canvas.
One app to replace them all
Administrative Overhead
Deep configuration can turn planning into administration. Teams spend time designing folders, dashboards, views, and custom setups before the work itself is clear.
The shape of the plan is the dashboard. Cards, dependency lines, board state, and documents stay connected without forcing teams to build a custom operating system first.
Connected docs and company wikis
The Tab-Storm Chaos
Task workflows disappear into hidden database rows, nested sub-pages, and complex filters. The visual sequencing is completely obscured.
Stokik keeps specs and tasks on a single physical plane. Documents stay attached to canvas cards, so context remains next to the active work.
Structured task tracking
Blind Sequencing
Linear lists track assignments but miss the 'why'. Delaying a task triggers an invisible domino effect of blockers across team boards.
Stokik maps spatial dependencies so downstream impacts are immediately felt. Execution order is visible, not hidden in task descriptions.
Proof paths
Early Stokik examples focus on teams where planning breaks when diagrams, specs, and task trackers drift apart.
MCP advantage
Traditional project tools usually expose a task API or summarize text. That helps with status updates, but it does not give an agent the shape of the work. Stokik's canvas, documents, task fields, and dependency edges form a workspace model that MCP clients can read and act on.
Prompt
Claude, check the board for blockers and draft the spec for the highest-impact blocked node.
Agent response
Reading canvas edges...
Found blocker: Retry states -> Payment API
Opening linked spec...
Drafting implementation notes...
What agents can understand
Value hook
"Review this Stokik canvas, find the current bottleneck, and draft the technical spec for the blocking node."
Product direction
These product directions are not all shipped today. They show the kind of capabilities Stokik is designed around: making the structure of work more visible and more executable.
Dragging or changing a card should make downstream impact visible through highlighted or nudged dependent work.
Teams should be able to move between a loose brainstorming layout and an orderly execution layout without losing the project structure.
Built-in prompts can help agents review bottlenecks, draft specs, summarize progress, or propose next execution steps from the canvas.
Use Stokik when the order, dependencies, specs, and execution context matter as much as the task list.
