tmux Integrations

Our Banking-as-a-Service solution provides all the tools necessary to develop your personalized banking offerings. Solarisbank operates as a tech firm with an official banking license from Germany. By utilizing our user-friendly APIs, you can seamlessly incorporate our comprehensive digital banking features into your existing product. We have successfully navigated the intricate technical and regulatory aspects of the banking landscape, allowing you to concentrate on what truly matters: serving your customers effectively. Leverage our robust APIs to design your customized banking solution. With our Digital Banking and Cards APIs, you can establish your own neobank tailored to your vision. Our B2B2X model ensures that you maintain complete ownership of the customer relationship throughout the process. The straightforward and clear API documentation we provide will enable you to get started in a remarkably short time. Built on cutting-edge RESTful APIs, our Banking-as-a-Service platform can be tailored to meet your specific requirements. We take on the regulatory responsibilities associated with operating a licensed bank, empowering you to prioritize your customers' needs and preferences without distraction. This way, you not only build a banking product but also create a valuable connection with your clientele.

NetBSD is a completely free, rapid, secure, and exceptionally adaptable Unix-like open-source operating system. It caters to an extensive array of platforms, ranging from robust servers and capable desktop computers to portable and embedded gadgets. First introduced in 1993, NetBSD's code has gradually permeated numerous unexpected environments due to its longstanding reputation for quality, neatness, and reliability. This operating system is fundamentally rooted in 4.4BSD Lite2, which originated from the University of California, Berkeley. Unlike a typical "distribution" or variant, NetBSD has developed over several decades into a distinctive and comprehensive operating system within the BSD lineage, supported by a global community of developers. Users of NetBSD benefit from a straightforward, well-documented, and entirely cohesive UNIX-like experience that maintains a minimalistic approach while embracing a wealth of modern features and compatibility with contemporary hardware. This combination of attributes has made NetBSD a compelling choice for both enthusiasts and professionals alike.

The OpenBSD operating system is entirely developed by a community of volunteers. Funding for the development environment and various developer events is sourced through donations managed by The OpenBSD Foundation. These contributions play a vital role in ensuring the longevity and accessibility of OpenBSD as a free operating system. As a result, the OpenBSD project has integrated cryptographic features in multiple areas throughout the system. We insist that all cryptographic software utilized must be available without cost and come with favorable licenses. Direct use of cryptography encumbered by problematic patents is strictly avoided. Additionally, we prioritize sourcing such software from countries that offer favorable export regulations, as we are committed to adhering to international laws. Our decision-making process remains focused on technical excellence, avoiding political influences whenever possible. Ultimately, this commitment to both free software and legal compliance underscores the integrity of the OpenBSD project.

Thunder Compute delivers cheap cloud GPUs for companies, researchers, and developers running demanding AI and machine learning workloads. The platform gives users fast access to H100, A100, and RTX A6000 GPUs for LLM training, inference, fine-tuning, image generation, ComfyUI workflows, PyTorch jobs, CUDA applications, deep learning pipelines, model serving, and other GPU-intensive compute tasks. Thunder Compute is designed for teams that want affordable GPU cloud infrastructure with a strong developer experience, clear pricing, and minimal operational friction. Instead of dealing with the cost and complexity of legacy cloud vendors, users can deploy on-demand GPU instances with persistent storage, rapid provisioning, straightforward management, and scalable compute capacity. Thunder Compute is a strong fit for startups building AI products, engineering teams that need cloud GPUs for inference, and organizations looking for GPU hosting that is both economical and reliable. If you are searching for cheap H100s, A100 cloud instances, affordable GPUs for AI, or a RunPod alternative with transparent pricing and a simple interface, Thunder Compute provides a modern option for high-performance cloud GPU rental and AI infrastructure. Thunder Compute supports teams building and deploying modern AI applications that need dependable access to cheap cloud GPUs for both experimentation and production. From prototype training runs to large-scale inference and batch processing, the platform is designed to reduce infrastructure friction and accelerate iteration. For users comparing GPU cloud providers, Thunder Compute stands out with affordable pricing, fast access to top-tier GPUs, and a developer-friendly experience built around real AI workflows.

Cosyra offers a mobile-centric cloud development platform where users can access AI-driven coding utilities via a comprehensive Linux terminal right on their smartphones. Developers benefit from a suite of pre-installed tools including Claude Code, Codex CLI, OpenCode, and Gemini CLI, which can be easily activated by entering an API key and launching the terminal. It features an isolated Ubuntu environment equipped with key development resources like Node.js, Python, Git, tmux, and vim, along with 30 GB of persistent storage that retains data across sessions. Cosyra aims to emulate the functionality of a local development setup, enabling users to create, test, and oversee projects entirely through their mobile devices. The platform accommodates various workflows such as cloning repositories, reviewing pull requests, executing tests, and deploying code, all while maintaining a persistent session that can be paused and resumed without any disruption. By enhancing mobile productivity, Cosyra empowers developers to work flexibly and efficiently, breaking the limitations typically associated with traditional coding environments.

FreeBSD stands out with its sophisticated networking, exceptional performance, security, and compatibility elements that many other operating systems, including several top commercial options, still lack. It serves as a prime choice for both Internet and Intranet servers, delivering reliable network services even under extreme loads while efficiently managing memory to ensure excellent response times for numerous simultaneous user processes. Moreover, FreeBSD extends its advanced operating system capabilities to both appliance and embedded systems, accommodating a diverse range of hardware platforms such as higher-end Intel-based devices, as well as ARM, PowerPC, and MIPS architectures. Vendors globally depend on FreeBSD for their embedded products, which encompass everything from mail and web appliances to routers, time servers, and wireless access points, thanks to its integrated build and cross-build environments. Additionally, the Berkeley open-source license allows these vendors the flexibility to determine the extent of their contributions back to the community, fostering collaboration and innovation. This combination of features makes FreeBSD an invaluable asset for developers aiming to create high-performance embedded solutions.

C is a programming language that was developed in 1972 and continues to hold significant relevance and popularity in the software development landscape. As a versatile, general-purpose, imperative language, C is utilized for creating a diverse range of software applications, from operating systems and application software to code compilers and databases. Its enduring utility makes it a foundational tool in the realm of programming, influencing many modern languages and technologies. Additionally, the language's efficiency and performance capabilities contribute to its ongoing use in various fields of software engineering.