HâpySIM Solution

Simplify cellular IoT with our latest generation M2M Sim Card

Resilient M2M Sim Card

Connected to the best network

Very High Resilience

End-to-end securoty

Our Smart Connectivity
keeps it simple

Network Operations Center

Proactively Prevents
service
disruption

Core Network

Connects to
600+ Partner
Networks

HâpySim

Dynamically identifies
best Network
options

Management
Plateform

Improves operations
&
Cost control

SC Advanced

Coverage & Resilience

Smart Network steering algorithm

Redundant core network

Multi IMSI

Continuous connectivity,
around the world

Our IoT connectivity service is designed to keep your machines and assets connected anywhere in the world, with full resiliency backed by patented technology and advanced carrier-grade infrastructure across more than 600 partners networks in over 190 countries.

+190

Countries

+600

Partners

Comparing

Advanced M2M SIM Card
VS
MNO roaming SIM card

Scenario

MNO roaming SIM

Advanced M2M SIM Card

Benefits of Advanced

First network attachment of the device

The SIM includes a hard-coded list of partner networks, by order of priority. Highest priority is the cheapest agreement for the carrier. Attachment typically completes in -30s

SIM applet lets the module perform a network scan and attach to a random, high-quality signal. It then figures out how to attach to it thanks to its multi-IMSI technology. Attachment typically completes in 3-5 min. Worst case scenario: 15min.

Advanced requires an initial time investment on first attachment. On battery-powered devices, this is also extra expended energy. This investment pays for itself with added resilience in future scenarios (see below).

Regular attachment

“Happy path”

Module tries the last-known partner/network combination and attaches in -10s.

On the “happy path”, performance is similar between both worlds.

Regular attachment

“network unavailable”

When the last-known partner/network combination doesn’t work, the module goes back to walking the hard-coded list of partner networks.

When the last-known partner/network combination doesn’t work, the SIM triggers a full network scan again. Module selects a high-quality network, SIM uses its multiple IMSIs to attach to it.

Two key benefits:
·
Advanced attempts to attach to a high-quality network, rather than going to cheap networks first.
Advanced guarantees that data services are supported by the selected network (or else it changes).

Complete
attachment loss

Nothing happens.

SIM applet notices loss of attachment and triggers its algorithm to restore connectivity. Connectivity is back between 30s (simple IMSI change) up to 15min (full network scan).
Partial service loss (e.g. voice)
SIM applet notices loss of attachment and triggers its algorithm to restore connectivity. Connectivity is back between 30s (simple IMSI change) up to 15min (full network scan).

Advanced guarantees that the SIM itself is constantly monitoring attachment and working to re-attach if it breaks.
Note: customers may build safeguards in their embedded app (typically a reboot after X minutes without network). These are often trial-and-error solutions that happen after at least one major business incident.

Partial loss of service (e.g. voice)

Nothing happens.

Like the above, Advanced avoids a “stranded device” situation and acts to repair connectivity.
It is also possible to trigger a network switch from our platform / APIs.
Note: this is more insidious than the above case. We have seen customers who had applicative watchdogs to reboot their device. However, they ended stranded for weeks without voice support because their watchdogs only looked for complete lack of service.

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