Accelerate Time to Market
Optimize Infrastructure Costs

Stay Agile Without Vendor Lock-In

Our platform enables serverless software engineering without vendor lock-in, offering high availability, self-healing infrastructure, and multi-cloud portability. Launch, integrate, or modernize with full control, seamless scaling, and zero downtime.

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How Tech Companies Waste Time, Money, and Talent

Tech companies face financial and operational setbacks when poor technical decisions slow them down.

The Problem

  • Burning cash without market fit – Millions wasted on over engineered infrastructure and unnecessary hires before proving demand.
  • Overcomplicated tech – Companies lock into rigid cloud services (e.g., DynamoDB, Fargate) that become bottlenecks, forcing painful and expensive migrations.
  • Bloated teams that slow execution – Hiring too many engineers early on leads to over-engineering, slow decision-making, and higher burn rates.

lessons

Features & Benefits

Feature Business Impact
Multi-Cloud Resilience Eliminates dependency on a single cloud provider.
SLA Assurance Automates failover, uptime monitoring, and incident response reducing downtimes duration.
Operational Stability Prevents outages before they occur, reducing the stress on infrastructure engineers.
Enterprise-Grade Reliability Provides plug-and-play durability that offers fast deployments.
Seamless Integration Works with AWS, GCP, Azure & private clouds.

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Key-Value Store

Provides functionality for distributed key-value storage, ensuring scalable data management.

Hash Table

Supports distributed hash table for efficient and quick data retrieval.

Sorted Set

Offers distributed sorted set functionality for ordered data storage.

Multi-Index Datastore

Exposes a datastore with multi-indexing capabilities.

Search Engine

Integrates a distributed BM25 and regex search engines for efficient data querying.

High Availability

Ensures high data availability across all parts of the system for reliability and scalability.

Data Balancing

Features automatic data balancing across the system to optimize performance, load and resource utilization.

Data Cleanup

Automatically cleans up invalid or outdated data to maintain data integrity.

Database Integration

Seamlessly integrates with databases like Redis, MariaDB, PostgreSQL, SQLite, CockroachDB, DynamoDB and many more.

Cloud Integration

Connects and deploys on cloud providers such as AWS, Azure, DigitalOcean, and Exoscale.

Queue Management

Enables sending and receiving messages through distributed queues for robust message handling.

Queue Integration

Integrates with queue systems like RabbitMQ, Kafka, Redis, and Apache ActiveMQ.

File Storage

Provides functionality to store and download files from distributed file storage systems.

S3 Protocol Integration

Supports S3 file storage protocol with integration options like Minio and cloud repositories.

Billing and Usage Tracking

Evaluates requests, tracks system usage by users, and manages billing efficiently.

User Management

Capable of registering, managing, and deleting users, including handling user sessions.

Access Control

Implements access control to check and manage user permissions and resource access.

Sample Projects

Includes software projects that demonstrate best practices for using the S³ platform.

Automated Testing

All components of the platform has fully automated tests to ensure system reliability.

Advanced Integrations

Supports AWS Lambda, Docker, VMs, distributed SQLite, Linux FUSE, vector databases, WASM and many more.

Packages

Starter

  • Monthly subscription
  • Access to our executables and docker images
  • Lack of access to our infrastructure
  • Lack of access to the source code
  • Community support

Unicorn

  • Hybrid between royalties, subscription and equity
  • Access to our executables and docker images
  • Access to our infrastructure
  • Access to the source code
  • Dedicated support

Frequently Asked Questions

What is your added value?
  • 🔹 Our platform is a fully serverless software engineering solution that combines the strengths of cPanel, Supabase, and Firebase. It delivers all their advantages while operating in a truly serverless environment. Beyond that, our platform offers a broader range of API functionalities than these three combined. Notably, it is the only platform on the market that can be deployed natively on AWS Lambda and supports out of the box WASM containers.
Is this a SaaS product?
  • 🔹 No, our platform is not a SaaS product. Instead, we provide full access to our Docker images and binaries, allowing you to deploy them on your own infrastructure at any time. Our pricing model is a monthly subscription, which covers licensing, software updates, and access to our support channels.
Will your platform put my team members' jobs at risk?
  • 🔹 Absolutely not! Our platform is built from entrepreneurs for entrepreneurs. It empowers your team, helping them work faster, more efficiently, and with less stress. It enhances team morale and motivation significantly by acting as a powerful tool in their toolbox—much like AI, it boosts productivity behind the scenes, allowing your team to focus on what truly matters: your business.
How is this different from being locked into my current cloud provider? Why should I choose your solution instead of integrating directly with them?
  • 🔹 Our platform frees you from cloud vendor lock-in, letting you rapidly test and pivot ideas without costly rewrites. Unlike traditional cloud providers, our solution moves with you—reusable across ventures, minimizing technical debt. Instead of being locked into one ecosystem, you can iterate directly in the market, making real-time, data-driven decisions.
What do the Storage Node, Registry, S3 Object Storage, and Message Queue blocks represent in your architecture diagram?
  • 🔹 Our platform serves as a middleware between your software application and your cloud provider, offering a unified, cloud-agnostic API. This enables seamless portability between cloud providers without vendor lock-in.

    The components mentioned represent the storage abstractions required for our solution to implement its APIs.

    Currently, we support the following storage engines for these components:

    🔹 Storage Node – PostgreSQL, KeyDB, Redis, DynamoDB
    🔹 Registry – Redis, KeyDB, DynamoDB
    🔹 S3 Object Storage – MinIO, AWS S3
    🔹 Message Queue – Redis, KeyDB, RabbitMQ, Kafka
Why does our Front-End connect to your platform in the architecture diagram? I thought it was only for back-end services.
  • 🔹 Our HTTP Server API is built on OpenAPI, allowing you to generate an HTTP client for any programming language, including ReactJS and vanilla JavaScript. This enables your development team to seamlessly integrate your front-end with our platform and embed business logic directly into the client application.
Are you start-up / scale-up friendly?
  • 🔹 Absolutely! We accept equity and royalties as compensation, calculated based on your subscription fee.
Do you accept crypto?
  • 🔹 Sure! We accept cryptocurrency as payment. However, we will need your company or personal details to issue an invoice.
Cloud costs are constantly rising. How do you fix this?
  • 🔹 Our platform seamlessly deploys on systems such as AWS Lambda and AWS Auto Scaling Groups, ensuring you only pay per query while efficiently handling high traffic. This allows your cloud provider to optimize resource allocation by reusing capacity for other customers when idle.

    Built in Golang, our platform also offers native support for energy-efficient architectures such as PowerPC and Arm64.
Why are there Linux FUSE and SQLite VFS blocks in your architecture diagram? Is your platform simply using third-party implementations for these two?
  • 🔹 Absolutely not. We’ve built our own implementations of Linux FUSE and SQLite VFS, tailored to our architecture. These reuse our key protocols and design patterns from our cluster implementation.

    Our FUSE implementation is specifically optimized for handling small files, similar to how SSDs operate—making it ideal for interpreter-based languages like PHP, Python, and Node.js in software engineering projects.

    As for SQLite, our VFS implementation is intentionally lightweight and avoids the complexity of standard RAFT-based consensus. Instead, it writes directly to our cluster, simplifying operations without sacrificing reliability.

    When paired with our FUSE layer and HTTP server, this creates a fully serverless alternative to platforms like CPanel, Firebase, and Supabase—delivering a seamless, developer-friendly experience from start to finish.

    All components, including the HTTP server, Linux FUSE, and SQLite VFS, are implemented as serverless monoliths, ready to be deployed on any Function-as-a-Service (FaaS) platform that supports custom runtimes.
What if we already have an existing software platform?
  • 🔹 Our plug-and-play design allows you to start using our system immediately while gradually phasing out your old APIs.
How does this integrate with our existing infrastructure?
  • 🔹 All components of our platform are designed as serverless monoliths, enabling them to run in an environment-agnostic manner. We support deployments on Function-as-a-Service (FaaS) engines, container orchestrators, virtual machines, and even bare-metal servers.
Do you charge per user similar to other software vendors?
  • 🔹 No, we do not charge per user. Our pricing is based on a flat rate per business entity, meaning your cost remains the same regardless of usage.
How long does deployment take?
  • 🔹 Most enterprises go live within one week.
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