Start with the task.
Inference, indexing, and proof workloads place different pressure on throughput, memory, and response time.
TASK-AWARE COMPUTE ROUTING / CONCEPT PREVIEW
The right compute.
For this request.
Compare node paths by cost and latency, then compose a workload plan before execution. Built for developers who need a clear reason behind every route.
01 / Inspect 02 / Compare 03 / Compose
/ 01 THE ROUTER
Make the path visible.
Use this local scenario model to see how workload and priorities change a route. All node figures are illustrative, not live capacity or a quote.
01 / DEFINE REQUESTINTERACTIVE DEMO
Parallel requests across mixed accelerator nodes.
1K12K
1 MB16 MB
ROUTE PRIORITY
LOCAL MODEL READY
02 / COMPARE PATHSSAMPLE NODES
RECOMMENDED ROUTE
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NODE / CLASSEST. COSTEST. LATENCYROUTE SCORE
Estimated for one scenario. No job is submitted.
/ 02 EXECUTION PLAN
From signal to sequence.
Your plan is generated locally. Adjust the request above to update it before export.
01
Inspect
02
Route
03
Batch
04
Reserve capacityProvider connection and settlement are planned.
PLAN / LOCAL PREVIEW
Estimated cost
Estimated latency
Payload
Priority
Demo calculations only. Actual execution requires provider integration.
/ 03 THE LOGIC
A route with reasons.
Taskglide is designed as a decision layer between a developer request and distributed compute capacity.
See the tradeoffs.
Make cost and latency assumptions legible side by side. Change priorities and watch the recommendation move.
Keep a portable plan.
Export a JSON plan with parameters, selected route, and estimate assumptions before connecting real providers.
/ 04 THE NETWORK LAYER
A token with a specific job.
$GLIDE is the proposed utility token for future route reservations and transparent compute credit accounting. The current router is a local demo; no token, contract, node marketplace, or settlement is live here.
Try the routing model ↑$GLIDE
ROUTE REQUEST ↘
CAPACITY RESERVATION ↙
USAGE ACCOUNTING ↗