The Internet of Things platform born out of spite

Complete tailormade solution for connecting your product - from hardware to user applications

As entrepreneurs and innovators we have dealt with multiple IoT platforms, and none of them were particularly good. Too many restrictions, limitations and missing features. So, we decided to do it differently – with unique fees, licensing models, adaptability and IP rights. We put you in control of your own solution and future abilities.

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Let's break it down


Today it is almost a necessity for products to be connected in one way or another. This is especially true for commercial electric vehicles where the business needs to monitor a fleet of vehicles to keep track of vitals such as battery levels and GPS location. Both end-users and fleet organisations require a digital interface to track and manage their vehicles remotely.


Elevate, our IoT solution, allows you to connect your product (e.g. vehicle) using our hardware device and monitor vehicle vitals in our fleet management web dashboard. We typically complement this with an end-user mobile app where features depend on your unique needs, e.g an app could show vehicle data, onboard drivers, allow users to book a vehicle or pay for vehicle usage.

When our solution suits best


You want to scale your production volume in a financially sustainable way. Our business model enables a relatively low unit cost at scale.


You would like to connect your product but lack the resources or competences to do so. We can complement your team with this.

Current segments

We primarily target B2B businesses selling or managing a fleet of electric motorcycles, boats, micromobility vehicles or trailers. However, we are always open to exploring how our solution can be applied to different segments and product areas.


No problem, please get in touch to discuss how we might meet your unique needs.


How it works

The IoT device installed in your product collects data such as GPS position, electric battery levels and other sensor data you wish to read. This data is then visualised in the user interfaces, e.g. the fleet management web dashboard. The IoT device itself has its own modem and battery to always stay connected to a cellular network to ensure data is visualised in real time.

Our package

Our standard package includes our IoT hardware device and our fleet management web tool which visualises the data collected from the IoT device. Both the IoT hardware device and the fleet management web tool come with a basic setup and features, our so called “IoT platform”. However, we can tailor the solution based on your specific needs. Below are key activities we offer if you wish to customise the solution.

UX & UI Design
QUALITY & Testing
Electronics design
Manufacturing & sourcing

Tailormade solution

Vendor agnostic cloud solutions that help you to collect, upgrade, monitor, provision, analyze and scale your IoT fleet.

Using modern web standards like GraphQL, it is possible to build, launch and maintain any integrations and apps necessary for your business.

Hardware and firmware that adds a digital layer to your products without sizeable initial investment or hidden fees


How is Elevate different from the rest?

Small scale
Whatever the scale, Elevate offers business models and ways of implementation that are cost-effective even at very low production volumes.
A lot of SMEs become trapped, locked in, or stuck with ‘the giants’ - with Elevate you a choose your partner. Interoperability by design is a core principle.
Entrepreneurs by heart, we know the struggle. Elevate offers flexible and tailored license models based on your situation and needs.
No vendor lock-in
Flexible investment setup
full ownership
kickstart at low cost
rapid prototyping
Elevate is designed for prototyping and development - yet is secure and stable enough to be rolled out on scale.
Created to be agile, nimble, and without hidden costs and large upfront fees.
Full control and adaptability of all parts - from hardware to licenses to the data that flows in the system.

Security is a top priority

User access
Appropriate levels of access can be configured for an organization. Two-factor authentication keeps accounts and the device fleet protected.
Elevate limits the scope of user data stored in the Elevate Cloud. Personally identifiable information that could be compromising is securely transmitted, but not stored.
Over the air updates of firmware make it possible to remotely address security vulnerabilities for the whole fleet.
Data Policy / GDPR
OTA firmware updates
Secure by default
Hardware keys
No open ports
Elevate runs “bare metal” on a microcontroller without an operating system. Each type of communication is intentionally added, and there are no open ports for port scanners or active side attacks.
Each Elevate device has its own private key, and no unauthorized hardware can access the system.
All communication between device and cloud is secured with AES-256 encryption to protect the integrity and confidentiality of telematics data. Data forwarded to third-party systems is sent via HTTPS for end-to-end security.

Modern hardware

download datasheet

Elevate IoT Cellular System on a Module

The Elevate IoT SoM (System on a Module) is a 4G (LTE CAT M1) cellular IoT module with global support. LTE technology for IoT is designed for 50% less power consumption than 2G/3G. In addition to cellular connectivity, the Elevate module is also equipped with 2G/3G fallback, Bluetooth 5 (BLE) and NFC.

The Elevate IoT SoM is designed to be integrated into a host circuit board with a mPCIE1 connector, allowing the module to be changed or upgraded independently from the host system.

The hardware and accompanying firmware is designed from the ground up to work with Elevate Cloud, a flexible and nimble set of server software, infrastructure, and tools to build, connect and manage an IoT fleet.

Elevate Development Board

We have built a reference carrier board where the Elevate Cellular SoM can be inserted. This development board allows for both convenient desktop development and rapid test deployment in the field. It can be powered with standard USB-C, an external 5-volt power source or standard lithium-ion battery cells. The power management system automatically switches between the power sources and handles the charging of the connected battery.

The development board is also equipped with CAN, accelerometer, and Arduino compatible headers, making rapid prototyping a breeze.