The objective of this project was to design and develop a full wireless wind sensor firmware for marine navigation assistance applications.

The key task was to monitor the voltage of solar panels to optimize power consumption and ensure reliable performance in various operational conditions.

This project stood out due to its advanced power management capabilities, integrated hardware design, and optimization for both performance and efficiency.

The firmware’s resilience in varied environments, including adverse seasonal conditions with limited sunlight, ensured the wind sensor’s reliability and longevity.

• Bluetooth Low Energy (BLE)
• Real Time Operating System (RTOS)
• ARM architecture
• C Language

Salvo Software was tasked with developing a comprehensive web and mobile application for the local Firehouse union to optimize administrative processes. The requested features encompassed scheduling, event promotions, community outreach, individual user accounts, news threads, and more.

Rather than creating a custom program from scratch, we prioritized the client’s best interests and recommended several existing platforms that perfectly aligned with their requirements. By leveraging our industry expertise, we facilitated an informed and fiscally responsible decision, ensuring an optimal outcome for the union.

We created a data collection module to be used in a crypto arbitrage system. The module collects, records, and analyzes cryptocurrency pair trading information across multiple exchanges, enabling informed decision-making and optimizing trading activities.

For this development, we utilize lambdas, which are serverless functions, to handle various tasks such as database administration, cron jobs, and monitoring different markets and token providers.

It is crucial to closely monitor the volatile cryptocurrency trading pair costs as well as transaction costs, including fees and commissions for the various trades; this involves performing real-time and computationally efficient calculations to ensure last and optimal decision making.

• JavaScript
• Lambdas
• APIs

The objective of this project was to integrate multiple data sources into one responsive program, catering to the specific needs of the Automotive Corporation.

This involved the development of a custom application due to budget constraints, unique security requirements, and hybrid architecture specifications. The project was executed in phases, starting with the design of the overall project architecture.

This project stood out due to its successful integration of data from various sources into a responsive and secure program. Notably, it established secure communication protocols to interact with external sources, ensuring data integrity and confidentiality.

• Java
• Salesforce
• Oracle
• Amazon Athena
• Web Services

We undertook the remarkable task of developing a web- enabled industrial machine interface for Koala Trimmers, utilizing a mere 3MB of available storage. With limitations on images due to filesize, we leverage our expertise in vanilla HTML, CSS, JavaScript, and a micro-library for rendering SVGs. Our solution allowed us to create a seamless and intuitive interface, overcoming the storage constraints and supporting the Koala Trimmers’ revolution.

In addition, we provided invaluable assistance in troubleshooting the firmware, ensuring harmonious development and code integration between teams.

The 3MB storage limitation presented a unique challenge requiring creativity and innovation. We surpassed expectations by delivering a sleek, user-friendly interface optimized for efficiency and productivity.

• HTML
• CSS
• JavaScript