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DynamicWayCluster

Adaptive compute control / private preview

Compute that follows the work.

DynamicWay reads demand, topology and policy together—then continuously reshapes cluster capacity around the jobs that matter.

See the orchestration loop
queue wait
−42%
useful utilization
81%
decision cycle
12s
01Demand37 jobs
02Signals14 inputs
03Policy6 bounds
Decision fabric12snext replan
AGPU × 16training
BCPU × 48pipelines
CGPU × 8inference
Capacity shifts inside declared boundaries—not after the queue has already become an incident.loop stable

01Model training

02Data pipelines

03Batch inference

04Research compute

01 / Orchestration

One control loop.
Every kind of pressure.

Replace disconnected autoscalers and queue scripts with one explainable layer that balances delivery time, cost and infrastructure limits.

01AADAPTIVE QUEUE

Priority without idle capacity

Forecast queue pressure per workload class and move capacity before deadlines compete for the same accelerators.

  • Deadline-aware placement
  • Preemption with cost context
01BTOPOLOGY MEMORY

Place work where data already lives

Score region, storage, fabric and accelerator shape together. Keep expensive transfers visible in every recommendation.

  • Data-gravity scoring
  • Heterogeneous fleet maps
01CPOLICY ENVELOPE

Adaptation with hard edges

Encode budgets, residency, maintenance windows and team guarantees as boundaries the planner cannot cross.

  • Versioned decision policies
  • Dry-run impact reports

LIVE CAPACITY PLAN / 14:32 UTC

See the next move before it happens.

Every proposed resize includes the signal, constraint, expected queue effect and rollback boundary. Operators approve the model—not a black box.

Read the operating method
clusteractionreasonETA
vector-train+8 A100deadline risk04:20
feature-pipe−12 CPUqueue cleared01:40
batch-infer+4 L40Scost window08:10

02 / Signals

Make every decision
traceable to evidence.

DynamicWay joins demand and infrastructure telemetry into a compact decision record teams can inspect, challenge and improve.

Signal ledgerstreaming
QUEUE

p95 wait crossed the training SLO forecast.

+0.82
COST

Reserved GPU headroom available in eu-central.

+0.64
DATA

Feature snapshot reached regional object storage.

+0.51
POLICY

Team quota leaves eight accelerator slots.

+0.37

Observed across preview environments after four weeks

2.4×more completed training runs per reserved GPU
31%less burst spend without missed service targets
18hof weekly queue triage returned to platform teams

03 / Method

Begin observed.
Become adaptive.

Adoption follows a controlled path. Each phase produces evidence before DynamicWay receives more authority.

  1. 01

    OBSERVE / 7 DAYS

    Build the demand map

    Connect read-only queue, scheduler and cost signals. Establish the baseline and expose capacity friction.

    OUTPUT: PRESSURE MAP
  2. 02

    SIMULATE / 14 DAYS

    Replay decisions safely

    Compare proposed moves with actual scheduler outcomes. Tune goals, limits and team-specific service levels.

    OUTPUT: VERIFIED POLICY
  3. 03

    ADAPT / CONTINUOUS

    Delegate inside boundaries

    Enable approved actions one workload class at a time, with complete decision histories and instant pause controls.

    OUTPUT: CLOSED LOOP

OPERATING PRINCIPLES

↳

Explain before acting

Every action carries its evidence and expected effect.

↳

Bound every objective

Delivery, cost and policy remain explicit constraints.

↳

Keep teams in control

Authority grows only when operators approve the evidence.

04 / Access

Bring one difficult queue.

Private preview is designed for ML, data and platform teams operating mixed compute at meaningful scale. We start with one measurable scheduling problem.

A STRONG PREVIEW FIT

  • 01

    Multiple workload classes compete for shared CPU or accelerators.

  • 02

    Queue latency and utilization matter more than raw node count.

  • 03

    Platform owners need policy control and an auditable decision trail.

No rip-and-replace. DynamicWay works above your current scheduler and infrastructure providers.

05 / Questions

Before you connect
the first signal.

No. It coordinates capacity and policy around schedulers such as Kubernetes, Slurm or managed batch systems. Your scheduler remains the execution authority.

THE NEXT DECISION CYCLE

Let capacity move
with intent.

Start with one cluster, one pressure map and a result your team can verify.

APPROVED WORKSPACE

Return to your cluster view.

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