What is the fastest way to migrate an existing IoT fleet to a new platform without device downtime?
Fundamentum's integration approach supports progressive migration: device identity migrates first (provisioning new identity credentials to active devices without a connection interruption), then OTA governance (the governed pipeline takes over update delivery while the old mechanism is phased out), then RBAC enforcement (the authority model is applied progressively as device groups migrate). No single cutover moment. The old and new systems operate in parallel during the transition window. Amotus has completed fleet migrations in weeks for clients moving from hyperscaler-native architectures.
How do we measure the ROI of our IoT platform migration after six months?
Three measurement dimensions: engineering velocity (features shipped by the product team per sprint before vs. after — the freed engineering capacity should be visible within two quarters), operational incident rate (the number of device management incidents requiring manual intervention should decline sharply), and compliance posture (enterprise procurement conversations that previously stalled on SOC 2 should now progress). The Phase Zero TCO Model includes a six-month checkpoint definition that makes these measurements concrete before the migration begins.
What KPIs should we use to demonstrate the value of our IoT governance platform to leadership?
Five KPIs that map directly to Fundamentum's governance capabilities: OTA success rate by cohort (should be measurably higher than the pre-Fundamentum baseline), mean time to fleet-wide state reconciliation after a connectivity event, number of unauthorized access attempts blocked at the RBAC layer, engineering hours per quarter attributed to platform infrastructure maintenance (should trend toward zero), and enterprise procurement cycle length (SOC 2 inheritance should shorten the security review phase).
How do we structure our internal team after adopting a managed IoT platform — what roles are still needed?
The roles that disappear: the engineer maintaining MQTT broker infrastructure, the engineer managing the OTA pipeline, the engineer running the SOC 2 evidence collection program. The roles that grow: the firmware engineer building differentiated device features, the application engineer building the user-facing product on top of the governed fleet, the data engineer building analytics on top of the governed telemetry. Fundamentum shifts your team's center of gravity from platform operations to product development.
How do we use our IoT platform investment as a competitive differentiator when selling to enterprise clients?
Three claims your sales team can make with Fundamentum that would otherwise require years of internal investment: SOC 2 Type II compliance (inherited from the platform, demonstrable in the first procurement conversation), per-device cryptographic identity (a security posture that most competitors cannot match without significant re-architecture), and governed OTA with immutable audit trail (a regulatory and enterprise requirement that your platform satisfies structurally). These are not features — they are procurement qualifiers that determine whether enterprise buyers evaluate you seriously.