✅ LockScore™ Signal Validation Pilot

Purpose

To validate ✅ LockScore™ on existing electrical test data to confirm it can serve as a reliable early-life stability signal for future manufacturing decisions.

This pilot uses prior data only to establish confidence before any forward deployment.

Scope

Data Volume

• Typically hundreds to thousands of existing test records
  capturing early-life electrical or electrochemical behavior

• Sufficient to validate ✅ LockScore™ on prior data
  and establish signal relevance for future manufacturing decisions

• Larger or additional datasets may be included where useful
  by mutual agreement

Device / Condition Coverage

• One primary device type, process split, or manufacturing condition

• Additional devices or conditions may be included by agreement

Manufacturing Stages (as available)

• Early characterization and formation stages
  (initial electrical or electrochemical behavior measurement)

• In-process manufacturing test
  (inline, end-of-step, or intermediate validation data)

• Post-assembly or early system-level bring-up
  (packaged components, modules, or board-level integration)

Applicable Technologies (examples, not limits)

• Advanced semiconductor devices
  (e.g., ReRAM, PCM, selector technologies)

• Battery cells, modules, and energy storage systems
  (formation behavior, cycling stability, early degradation signals)

• Analog, power, and mixed-signal components
  exhibiting drift, hysteresis, or early-life instability

• Other manufactured systems
  where early-life test behavior correlates with scale-time reliability

📌 The pilot uses prior data to validate ✅ LockScore™ as a signal for future manufacturing decisions.

What We Do

• Apply ✅ LockScore™ to historical early-life data

• Identify instability that:

  • Was invisible at the time

  • Later manifested as drift, yield loss, burn-in failure, or reliability cost

• Demonstrate how early that signal appears relative to current methods

What You Get

• ✅ LockScore™ per device or condition

  Stability classifications:

  🟢 Stable

  🟡 Marginal

  🔴 Unstable

• Ranked risk list

• Clear GO / HOLD / NO-GO guidance

• Technical + business readout call

Success!

We jointly define what constitutes early-life instability cost avoidance — e.g., devices flagged early that correlate with later burn-in failures, qualification rework, or field defects.

Timeline

5–7 business days from data receipt

Cost

$ 50,000 (one-time, paid pilot)

Why This Pilot Works

• Uses data you already trust

• Creates zero disruption to current manufacturing

• Establishes whether ✅ LockScore™:

  • Would have caught risk earlier

  • Can be trusted for future lots, builds, and boards

If it doesn’t surface new, actionable insight, you don’t proceed.

Early Partner Availability

✅ LockScore™ pilots are offered on a limited basis to teams validating early-life stability signals for future manufacturing use.

Early partners receive expanded pilot scope and priority consideration for future deployment.

Request a ✅ LockScore™ Pilot Today!