Our architecture is based on zero-cost abstractions. We have eliminated Garbage Collector pauses and memory vulnerabilities entirely, guaranteeing bare-metal IOPS saturation and uncompromising stability for petabyte-scale datasets.
We reject corporate bureaucracy. Process management is delegated entirely to AI agents. This allows our elite team of engineers to focus exclusively on what matters most: bare-metal architecture and solving the hardest cryptographic challenges.
We consciously reject industry illusions of security, like “Screenshot Verification.” If a vendor can boot your machine, they have your encryption keys. We do not—we guarantee true Zero-Knowledge at the fundamental cryptographic level.
Encryption keys are generated client-side and never leave your infrastructure in plaintext. We process your data, but we are physically and mathematically incapable of reading it.
Passive backups are dead weight. Our agent calculates the Shannon Entropy of disk writes in real-time. A spike above 7.8 immediately trips the circuit breaker, protecting your last known good state from ransomware.
We scan metadata and artifacts (Sidecar Hashes) for vulnerabilities (CVEs) and malware without ever decrypting the main payload. We detect threats retroactively, warning you before you restore a compromised system.
We eliminate the “Restore Tax.” StateWarden allows instant mounting of recovery points as local iSCSI targets and injects drivers for seamless Bare Metal Recovery on completely dissimilar hardware.
Beyond strict mTLS, we utilize a proprietary “Controlled Entropy” engine. Every payload is encrypted with a unique, ephemeral AES key. Even if quantum computers break TLS, your data remains mathematically impenetrable.
Stolen config files are useless. Our configs is encrypted using a key derived straight from the physical hardware. Server theft does not compromise your infrastructure.
StateWarden is the ultimate answer to the flaws of legacy backup providers. We have built a digital fortress that protects your data against any attack vector, securing it under EU jurisdiction.
Due to the different design of programming languages, the same task in different programming languages consumes different amounts of CPU time and therefore energy. Software efficiency means not only more efficient and safer functioning of applications but also a smaller carbon footprint. We are proud that our approach to software development also contributes to reducing our customers’ energy consumption and carbon footprint.
From the Paper: Normalized global results for Energy, Time, and Memory.
Ecology in Programming: Performance means a smaller carbon footprint.
We rejected legacy technologies in favor of modern Rust. Thanks to direct hardware access and I/O optimization (skipping free space at the MFT level in Windows and LVM in Linux), StateWarden executes the same operations at a fraction of the CPU time. Our software is ruthless against threats, but maximally friendly to the environment.