Kryikar Systems — Power intelligence for autonomous machines

02FIRST PLATFORM

PackPulse Rev A

A compact battery-pack telemetry and protection platform designed for early UAV, robotics, and high-current embedded systems development.

First board in hand Bench bring-up active Firmware + sensing tests underway Not flight-qualified Founder units — by application

ARCHITECTURESingle-pack inline, 2S–6S

SENSINGHigh-side shunt current sense

CELL MONITORPer-tap balance-lead sensing

THERMALBoard + external pack probe

LOGGINGOnboard flash, USB export

INTERFACESUSB-C · UART · CAN-ready

DESKTOPWindows analysis application

RATINGSPublished per validation tier only

02.4INTERACTIVE 3D — REV A LAYOUT

Spin the actual board.

The real PackPulse Rev A layout, exported straight from the PCB design — every component in place. Drag to orbit; it turns on its own.

REV A · LIVE 3D MODEL

Real PCB model · ~1.7 MB · WebGL

Drag to rotate · scroll past to explore

EXPORTED FROM EASYEDA PRO // COMPONENT-ACCURATE REV A LAYOUT

02.5THE HARDWARE — ACTUAL BOARD

The first Rev A board, on the bench.

Real photographs of the physical PackPulse Rev A board currently in bench bring-up — not renders, not mock-ups.

PackPulse Rev A board, three-quarter view — PackPulse Rev A — first fabricated board¾ VIEW

PackPulse Rev A board, top-down view — Full layoutTOP-DOWN

PackPulse Rev A board connected on the test bench — Active bench bring-upON BENCH

PackPulse Rev A board held in hand for scale — Compact form factorIN HAND

Close-up of the high-side shunt current-sense area — Shunt senseMACRO

Close-up of a board connector footprint — Connector footprintMACRO

Close-up of the microcontroller and sensing front-end — MCU & sensingMACRO

PHOTOS OF THE PHYSICAL REV A BOARD // BENCH UNIT

04TECHNICAL FOCUS

Four disciplines, one platform.

04.1

Pack telemetry

Continuous pack-level voltage, current, and thermal capture, logged onboard and streamed for analysis.

04.2

Current & voltage sensing

High-side shunt sensing and precision dividers designed for noisy, high-current switching environments.

04.3

Embedded protection logic

Misplug-tolerant sense paths, clamped inputs, and firmware fault detection built in from the schematic up.

04.4

CAN-ready architecture

Transceiver and Pixhawk-convention connectors provisioned in hardware for future multi-module integration.

05INTERACTIVE APPLICATION SIMULATOR

Put a virtual pack through a session.

Change pack condition, cell count, and load to see how the PackPulse application turns telemetry into an actionable health assessment. This is an interactive product simulation—not data from the board currently on the bench.

PACK VOLTAGE25.02 V

CURRENT0.0 A

CELL Δ8 mV

TEMPERATURE24.0 °C

VOLTAGE UNDER LOAD // SIMULATED

Pack health estimate

Ready to test

Configure a session and run the simulation.

PackPulse advisory

No active advisory. The analysis engine will summarize the session here.

Simulation only // illustrative outputs // not a safety determination or live PackPulse measurement

06INSIGHT ENGINE

From telemetry to answers.

Raw voltage and current graphs are not insight. The PackPulse desktop application is being built to read each pack's logged history and return plain-language advisories — abnormal current draw, sag beyond a healthy internal-resistance band, cell imbalance, thermal drift — plus an estimated count of remaining useful cycles that sharpens with every logged session.

IE-1Baseline learning — every pack gets its own normal, built from its own logged sessionsIN DEV

IE-2Abnormal current detection — sustained draw above the pack's session baselineIN DEV

IE-3Sag & internal-resistance tracking — IR trend per pack, flagged when it leaves the healthy bandIN DEV

IE-4Cell imbalance detection — per-cell Δ under load, against that pack's historyIN DEV

IE-5Thermal drift monitoring — board and pack-surface temperature trends across sessionsIN DEV

IE-6Over-discharge & spike warnings — event-level alerts logged with timestampsIN DEV

IE-7Cycle tracking & retirement recommendation — when a pack should be retired, and whyIN DEV

IE-8Remaining-cycle estimation — a number, not a feeling; from capacity fade + IR trendIN DEV

IE-9Plain-language tuning advisories — what changed, what to inspect, before the next flightIN DEV

IE-10ESC / flight-controller telemetry fusion — per-motor attribution over the provisioned UART/CAN linkSTAGED

Advisory // CurrentPACK-04

Sustained draw 18% above this pack's session baseline. Drivetrain load has increased — inspect props, ESC timing, and motor bearings before the next flight.

Estimate // Cycle lifePACK-04

~112 cycles

Remaining at the current capacity-fade and IR trend. Estimate — confidence improves with each logged cycle.

Pass // Cell balancePACK-04

Δ 11 mV across cells under load. Within the healthy band for this pack's logged history. No action needed.

Representative advisories — design target, not live output. Pack-level sensing; per-motor attribution is a staged flight-controller-link feature.

07POWER-CHAIN ROADMAP

Instrumenting the whole chain, one honest step at a time.

A drone's power path runs pack → distribution → ESC → motor. PackPulse Rev A instruments the first link. The product line moves down the chain so tuning advice gets more specific at every step — from "inspect the drivetrain" to "motor 3's feed draws 14% above the median."

PACKSOURCE

PACKPULSE REV ABENCH TESTING

BRANCH MONITORCONCEPT

ESC×N

PHASE INSIGHTCONCEPT

MOTOR×N

Software first · staged

ESC telemetry fusion

Modern ESC firmware already reports eRPM, current, and temperature. Ingesting it over the UART/CAN link Rev A already provisions gets per-motor insight with zero new hardware — motor efficiency divergence, ESC temp outliers, prop-damage signatures under load.

Concept · pre-ESC

Branch monitor

Inline per-ESC feed monitoring on the DC side — the same high-side shunt sensing as Rev A, scaled per branch. Per-motor current attribution becomes a direct measurement, not an inference: feed imbalance points straight at a prop, bearing, or ESC timing issue.

Concept · post-ESC

Phase insight

True phase-current sensing after the ESC is a fundamentally harder, three-phase measurement — a long-term direction, realistic through ESC integration or partnership rather than a near-term board. Stated plainly, because that's how we work.

Concepts are exploration, not commitments — no timelines claimed. Rev A ships first.

08ENGINEERING PROCESS

Built methodically. Validated before scale.

Kryikar Systems follows a gated engineering process: evidence closure, schematic placement, wiring review, PCB review, prototype bring-up, and controlled founder beta testing. No stage opens before the previous gate closes, and no rating is published before its validation tier passes.

GATE DISCIPLINE — NO STAGE SKIPS, NO UNVERIFIED CLAIMS

11FOUNDER BUILD — BY APPLICATION

Reserve a PackPulse Rev A founder unit.

The first production run is a limited founder batch, sold by application while Rev A completes bench validation. Configure your build below — the board preview lights up each module you add.

PackPulse // Build preview1 module

$349 Est. unit price · USD

$75 refundable deposit Reserves your build slot

50 founder units in the first batch

Estimated ship window — Q1 2027

Deposit applied to your total; balance invoiced before shipment

No payment collected on this page

DEPOSIT INVOICED AFTER APPROVAL VIA SECURE STRIPE LINK // FULLY REFUNDABLE BEFORE BUILD

Priority by application order and use-case fit

Validation updates before any invoice is sent

Beta risks and refund terms disclosed in writing before you pay

Configure your unitREV A

PackPulse Rev A board2S–6S pack telemetry, protection & logging — included in every unit $349

AS150 connector pairAmass anti-spark, high-current pack connectors +$18

Pre-solder connectors to the board for $15 +$15

External temperature probeAdhesive pack-surface thermal sensor +$12

Balance-lead sensing harness2S–6S per-cell sensing, JST-XH +$14

USB-C data/charge cableFor logging export and firmware updates +$9

CAN / Pixhawk connector kitTransceiver leads on Pixhawk-convention connectors +$11

Quantity

Order summary — estimated

Estimated total$349

Deposit due on approval$75

Deposit is refundable before your unit enters the build queue and is applied to the total above. Prices are pre-validation estimates and confirmed in writing before any invoice.

Full name Email Organization Primary platform Typical pack How will you use PackPulse? I understand PackPulse Rev A is development-stage hardware in bench validation, not flight-qualified, that this is an application (not a confirmed order), and that any deposit is invoiced separately after approval with refund terms disclosed before payment.

Your application details are used only to evaluate your request and contact you about PackPulse. They are not sold, and this form does not collect payment information.

Power intelligence for autonomous machines.

PackPulse Rev A

Spin the actual board.

The first Rev A board, on the bench.

Autonomous machines fail when their power systems become invisible.

Four disciplines, one platform.

Pack telemetry

Current & voltage sensing

Embedded protection logic

CAN-ready architecture

Put a virtual pack through a session.

Pack health estimate

PackPulse advisory

From telemetry to answers.

Instrumenting the whole chain, one honest step at a time.

ESC telemetry fusion

Branch monitor

Phase insight

Built methodically. Validated before scale.

Where PackPulse Rev A stands.

Reserve a PackPulse Rev A founder unit.

Order summary — estimated