Club de Lausanne AI Applied Advisory · Switzerland
For Patrick · mylife Diabetes Care
Club de Lausanne
Pilot landing for mylife Three lenses · one Pilot desk · exit pack your team keeps

A short pilot to make Product Care faster — without touching therapy AI

Start with the myLoop portfolio, then how mylife competes on AI — plus an Embedded Software Engineer case. Glossary in Appendix. Same Club de Lausanne framework throughout.

Where a pilot would sit on your portfolio

Choose a part of myLoop — the AID system, the pump, sensor partners, Product Care, or the independence change. Below is a preview of the Pilot desk: the shared space a short mandate would install and fine-tune with your teams.

What this is

A working desk for AI-assisted Product Care — not a patient app, not a firmware IDE. It shows how requests become clearer inputs, safer AI use, and decisions your experts still own.

Who uses it inside

Sponsors like Product Management first; then the people they pull in for a slice — R&D, QA, RA, Supply, Marketing, L3. Specialists stay specialists. The desk connects handoffs; it does not replace clinical or QMS judgment.

Process & livrable

Process: Intake → chain map → harden inputs → weekly cadence → close. Livrable: an exit pack the team keeps — map, templates, AI rules, cadence card, and a steering deck (e.g. Gamma).

Framework 1 Intake → 2 Chain map → 3 Harden → 4 Cadence → 5 Exit pack
Product context
Pilot fit · myLoop ecosystem Stage 2 · Chain map
Worked through it
    Summary read more

    Context & plug-in tags

    Your product context

    Advisory plug-in

    How it maps context → plug-in
    Your sidePilot plug-in
    /product-care ×

    What the pilot leaves behind

    • A desk tuned to one portfolio slice (you choose which)
    • Chain map + handoff language Product can reuse with R&D, QA, RA, Supply, Marketing
    • AI rules under your governance (public / private / gated)
    • Cadence card + exit pack — not open-ended hours
    • Availability: beginning of September, or earlier if useful
    Scope note In scope: Product Care packs, PMS / CAPA assist, launch readiness, cross-functional handoffs, team enablement. Out of scope: firmware ownership, QMS / release sign-off, clinical decisions — those stay with mylife specialists.

    Walk the product switcher in 20 minutes — then lock one slice for the pilot demo tenant.

    Propose a short call
    Outline copied — paste into Gamma (Create from text).

    Where mylife stands on AI — and where a pilot buys speed

    Competitors fight on therapy AI (closed-loop algorithms). Most also race quietly on enterprise AI — how Product, Quality, and partners move decisions. Advisory does not rewrite CamAPS. It closes the second race so mylife stays fast while the portfolio stays complex.

    Public-signal benchmark (sites, partnerships, market guides 2025–2026) — not insider diligence. Scores are relative positions for a Product Care conversation, not clinical superiority claims.

    Layer A · Therapy AI

    AID / closed-loop in the product

    Adaptive dosing, smartphone control, CGM choice. mylife myLoop + CamAPS FX is already in the peer set with Medtronic SmartGuard, Tandem Control-IQ, Omnipod SmartAdjust, iLet, twiist/Tidepool. This layer is owned by R&D and algorithm partners — not by advisory.

    Layer B · Enterprise AI

    How the company uses AI to run Product

    Handoffs, PMS/CAPA packs, partner impact sheets, training content, launch readiness after independence / rebrand / Glooko data shift. This is where mid-size AID players often lag megavendors — and where a Pilot desk creates measurable advantage.

    Peer set (AID portfolio)

    Who patients and HCPs compare you to — and what public signals say about AI on each layer.

    Player AID / therapy AI signal Digital / data signal Therapy AI Enterprise AI*
    mylife Diabetes CaremyLoop · YpsoPump · CamAPS FX Smartphone AID; adaptive CamAPS; multi-CGM (G7, Libre 3 / 3 Plus); pregnancy & young ages in claims set Glooko as primary clinic data layer; legacy mylife Cloud / Software / Uploader phase-out by end-2026; independence + rebrand in flight Lead / peer Behind*
    MiniMed (ex-Medtronic)780G · SmartGuard Pump-integrated SmartGuard; Meal Detection™; large installed base; ecosystem CGM path Scale digital org; CareLink heritage; parent Medtronic AI / digital muscle even post-split Lead Ahead
    Tandemt:slim X2 / Mobi · Control-IQ+ Predictive Control-IQ; mobile bolus; multi-CGM path expanding Mature connected-care narrative; US-heavy commercial machine Lead Peer+
    InsuletOmnipod 5 · SmartAdjust Tubeless AID leader; multi-CGM rollout; T2 expansion story Strong consumer digital brand; Glooko / clinic integrations at scale Lead Ahead
    Beta BionicsiLet Minimal meal input (no carb counting) — different AI UX bet Smaller org; focused clinical narrative Peer Peer
    Sequel · twiistTidepool Loop / Diabeloop path New entrant (2025–26 awards); open-algorithm story; Apple Watch angle Startup digital speed; still proving scale ops Rising Peer

    Therapy AI (product)

    On the board — not behind

    myLoop’s adaptive, smartphone-based CamAPS stack with multi-CGM choice is a credible differentiator vs closed ecosystems. Gap risk is commercial share and tubeless roadmap timing — not “no AI in therapy.”

    Enterprise AI (how you run)

    Likely behind megavendors*

    Independence, legal manufacturer, rebrand, multi-partner CGM, and Glooko migration multiply handoffs. Big players absorb that with larger digital / PMO benches. That is the lag a Product Care pilot can shrink in 30–90 days.

    Club de Lausanne

    How Club de Lausanne makes mylife more competitive AI Applied Advisory

    1. Protect therapy AI focus. Keep R&D and CamDiab on algorithm / pump excellence. Advisory owns the operating system around Product Care — not the dosing loop.
    2. Win the complexity race. Multi-CGM + partners + country rollout is a mylife strength on paper. Enterprise AI (Pilot desk) turns that into faster impact packs than rivals who drown in their own scale.
    3. Absorb independence without losing speed. Legal manufacturer / naming / labeling / web / RA continuity is a temporary tax. Cadence + exit packs prevent the tax from becoming permanent lag vs Tandem / Insulet / MiniMed.
    4. Make Glooko migration a Product Care asset. Clinic data consolidation is table stakes. The competitive edge is clean internal handoffs and training so HCP-facing teams do not stall during cutover.
    5. Buy expertise outcomes, not AI theatre. Sponsors get maps, AI may/must-not, cadence, and decks teams keep — while megavendors burn cycles on generic copilots without QMS-aware framing.
    What this page is not Not a clinical head-to-head on time-in-range. Not a claim that consulting replaces algorithm R&D. It is a Product Management lens: where public competition sits on AI, and where a Club de Lausanne Pilot desk buys relative speed on Layer B.

    Signals drawn from mylife, AID market comparisons ( DiabetesNet 2026, TCOYD), and partnership notes ( Glooko × mylife, legal manufacturer transition). *Enterprise AI column = inferred capacity from scale + public digital posture, not audited AI maturity scores.

    Next step: pick one Layer B slice (multi-CGM, Product Care, or independence) and pressure-test it on the Pilot desk.

    Open Around myLoop & Product Care →

    Where your delivery language meets the pilot

    I read the Embedded Software Engineer posting as a map of how your teams already work — SCRUM, CI/CD, IEC 62304, AI acceleration. Below is the workbench a pilot would fine-tune with you: your terms on the left, advisory plug-in on the right.

    Pilot fit using delivery vocabulary from your posting Canvas 4
    Worked through it
    • Mapped posting language to pilot plug-ins
    • Framed BA · PMO · safe AI enablement
    • Drafted Context ↔ Plug-in view for Product

    Summary

    A pilot installs a safe AI workbench around how you already deliver — SCRUM, CI/CD, IEC 62304, AI acceleration — so experts stay experts and inputs get clearer, faster.

    Context

    Embedded C / C++ STM32 RTOS Bluetooth ATT/GATT IEC 62304 AI acceleration TDD SCRUM CI/CD Git

    Plug-in

    Business Analysis PMO / AI×PM Framework design Dashboard fine-tune Employee training API connectors Cybersecurity agent Output enablement
    Context Plug-in
    IEC 62304
    Docs, traceability, test assist under your QMSProcess acceleration for the team
    SCRUM · CI/CD · TDD
    Cadence + clearer handoffs; AI where it speeds reviewsEngineers keep technical judgment
    AI acceleration
    Controlled AI: public one-way, private sealed, gated uploadsMore productive, lower risk
    C · STM32 · RTOS · Bluetooth
    Owned by your embedded expertsI connect the chain and enable supporting outputs
    Cross-functional delivery
    BA + PMO frame across the value chainExpertise outcomes, not substitute engineering hours
    /pilot-fit ×

    Service offer (pilot-shaped)

    • Show a safe AI workbench, then fine-tune it on your premises
    • Business Analysis first — then train teams to generate documents, rules, presentations
    • Connect systems by API (public one-way · private protected)
    • Cybersecurity topic agent (public security knowledge + your policies)
    • Availability: beginning of September, or earlier if useful
    Scope note This page positions an advisory pilot around your delivery vocabulary. Embedded firmware ownership stays with your specialists. I install the frame that makes their expertise travel.

    Happy to walk this page in 20 minutes — and adjust the demo tenant to language your Product team already uses.

    Propose a short call
    Outline copied — paste into Gamma (Create from text).

    Appendix — terms & acronyms

    Reference only. Definitions for words used on this landing page. Not medical advice; therapy terms are summarized for Product / pilot conversations.

    mylife product & therapy

    AID
    Automated Insulin Delivery — systems that adjust insulin from CGM readings (hybrid closed-loop).
    myLoop
    mylife’s AID system: YpsoPump + CamAPS FX app + compatible CGM, managed from a smartphone.
    YpsoPump
    mylife insulin pump (tubed); Bluetooth-connected hardware in the myLoop stack.
    CamAPS FX
    Adaptive dosing algorithm / smartphone app (CamDiab) that drives myLoop insulin adjustments.
    CGM
    Continuous Glucose Monitoring — sensor that streams glucose to the AID app (e.g. Dexcom G7, FreeStyle Libre 3 / 3 Plus).
    BLE
    Bluetooth Low Energy — wireless link used by the pump and related devices.
    myOrbit
    Infusion-set naming in the mylife rebrand (formerly Orbit-style sets).
    Glooko
    Clinic-facing diabetes data platform; mylife’s primary data-management partner as legacy cloud tools phase out.
    HCP
    Healthcare professional (clinicians, diabetes teams).
    T1D / T2D
    Type 1 / Type 2 diabetes.

    Competitors (therapy AI names)

    SmartGuard
    MiniMed (ex-Medtronic) AID algorithm family (e.g. 780G).
    Control-IQ
    Tandem AID technology (t:slim X2 / Mobi).
    SmartAdjust
    Insulet Omnipod 5 AID algorithm.
    iLet
    Beta Bionics “bionic pancreas” AID system (minimal meal carb counting).
    twiist
    Sequel Med Tech AID system (Tidepool Loop / related algorithm path).

    Product Care & quality

    Product Care
    Lifecycle ownership of products in market: reliability, changes, support, prioritization across functions.
    PMS
    Post-Market Surveillance — systematic monitoring of products after launch.
    CAPA
    Corrective and Preventive Action — structured response to quality issues and prevention of recurrence.
    Field action
    Market action on products already released (e.g. advisory, recall, correction).
    L3
    Level 3 product support — deeper technical / product escalation beyond front-line care.
    QMS
    Quality Management System — the company’s controlled processes for quality and compliance.
    RA
    Regulatory Affairs.
    QA
    Quality Assurance.
    Legal manufacturer
    Entity legally responsible for the device on the market (mylife’s independence / manufacturer transition).

    Engineering & delivery (case tab)

    IEC 62304
    International standard for medical device software lifecycle processes.
    STM32
    Family of microcontroller chips commonly used in embedded devices.
    RTOS
    Real-Time Operating System — OS for time-critical embedded software.
    ATT / GATT
    Bluetooth attribute protocols used for device data exchange.
    TDD
    Test-Driven Development.
    SCRUM
    Agile delivery framework (sprints, backlog, ceremonies).
    CI/CD
    Continuous Integration / Continuous Delivery (or Deployment) of software.

    Club de Lausanne advisory

    Pilot desk
    The shared AI-assisted workspace shown in demos — fine-tuned on premises during a pilot.
    AI×PM
    AI applied to project / product management: cadence, handoffs, decision packs — not replacing domain experts.
    BA
    Business Analysis — framing needs, owners, and clear inputs before work spreads across teams.
    PMO
    Project Management Office practices — light governance and cadence (here: AI×PM, not heavy bureaucracy).
    Therapy AI (Layer A)
    AI inside the medical product (dosing algorithms). Owned by R&D / partners — out of advisory scope.
    Enterprise AI (Layer B)
    How the company uses AI to run Product Care, packs, and handoffs — where the pilot buys speed.
    Exit pack
    Named artifacts left at the end of a mandate (maps, templates, AI rules, cadence, steering deck).
    Chain map
    Simple map of who owns what and where handoffs break across the value chain.
    Harden inputs
    Make requests and handoffs robust (templates, quality bars, AI may / must-not) before experts spend judgment.
    Gamma
    Presentation tool used to turn a steering outline into a deck (clipboard handoff from this page).

    Appendix is intentionally secondary. Use the first three tabs for the pilot conversation; open this when a term needs a shared definition.