Unoperate is a boutique software development agency that creates custom, high-performance back-end solutions. The agency specializes in cloud computing, distributed programming, and fault-tolerant systems, and has earned trust from brands like Google, Codility, and PyTorch.
Unoperate is a boutique software development agency based in Warsaw, Poland, founded in 2018. The agency creates custom, high-performance back-end solutions tailored to unique client needs, with a team of experienced engineers. Unoperate specializes in tackling complex technical challenges, including cloud computing, distributed programming, and fault-tolerant systems.
The agency has earned the trust of major industry brands like Google, Codility, and PyTorch for developing critical cloud libraries. Unoperate's approach emphasizes thorough design and proper deployment, allowing it to maintain and monitor mission-critical systems effectively. By embracing advanced technologies and industry standards, the agency empowers clients to overcome obstacles and realize their visions for innovative software solutions.
Unoperate offers services in software development, cloud consulting, and blockchain. The agency's expertise spans scalable, robust, and future-proof software design, delivering projects efficiently and reliably. Its client list includes HBase, Codility, and Mailwitness, reflecting a focus on technical and infrastructure-heavy projects.
The agency operates with a team of under 49 employees and maintains a minimum project budget of $10,000 to $25,000, with an average hourly rate of $99. Unoperate's profile is unclaimed on DesignRush, and no Google reviews are currently listed. The agency's strengths lie in its proven track record with high-profile clients and its commitment to thorough engineering practices.
Services
- Software Development
- Cloud Consulting
- Blockchain
Team Size
Pros
- Trusted by major industry brands like Google, Codility, and PyTorch for critical cloud libraries
- Emphasizes thorough design and proper deployment for mission-critical systems