Most organizations say they do. But ownership of data is different from control of the environment in which it operates. Where it runs. Who can access it. Which jurisdiction governs it. What happens when the network fails. For national security, critical infrastructure and mission-critical operations, control cannot be outsourced.
Capability is bought as a service, and the environment comes bundled with it. Encryption, retention, authorization and resilience then have to be bolted onto infrastructure the organization does not operate, and each addition becomes its own failure surface. SOLUS inverts that. You keep the environment, the infrastructure and the data, and the capability is delivered into it.
Deployed inside your own authorization boundary. You own the data, you hold the keys, you control the environment. Access is governed by architecture, not by policy alone.
Zero trust and post-quantum cryptography, enforced by the platform rather than left to the user. Identity and device are verified at every session.
Engineered for where the cloud cannot reach. Denied, disrupted, intermittent and low-bandwidth conditions are a normal operating state, not an outage.
SOLUS is the ground everything else runs on. Just as an operating system gives every application a common foundation, SOLUS gives your organization one trusted base: secure communications, identity, data protection, post-quantum cryptography, resilient networking and operational assurance. Every solution built on it inherits that security, resilience and trust, so you are never bolting protection on afterward and hoping it holds.
Every capability runs inside your network boundary. No third-party binaries, no external services.
AES-256-GCM end-to-end encryption with sender keys for groups, files and channels. The server sees ciphertext only.
Per-call key exchange over a relay you control. No third-party voice framework in the path.
Hybrid X25519 and ML-KEM-768 key exchange, aligned to NIST FIPS 203. Quantum-resistant from day one.
On-premises AI for transcription, summarization and threat detection. Plaintext never leaves your boundary.
Device-to-device mesh relay when the network is denied, disrupted, intermittent or limited. No server required.
mTLS-authenticated federation across organizations, without sharing identity directories.
Each one puts SOLUS to work on a specific mission, and inherits its security, resilience and trust. Each carries its own signature.
Intelligence, surveillance and reconnaissance. A platform that ingests any and all data sets to create one common operating picture, and automates surveillance, intelligence gathering and response.
Command and control of deployed and distributed power. It ingests data from any generation and storage system over an open interface, hardware and vendor agnostic, on one live picture.
Secure communications and collaboration for defense, national security and critical infrastructure. Encrypted messaging, voice, video, conferencing and file sharing, deployed within your own authorization boundary.
Security governance, compliance and the cleared workforce, managed continuously rather than assembled once a year. Framework agnostic, and configurable to NIST 800-53, 800-171 and CMMC.
Mission and executive communications for agencies, architected to support FISMA and NIST 800-53 program requirements.
Command and operational communications with post-quantum readiness, built for contested and degraded networks.
Resilient communications and control for operators, aligned with NERC CIP and modern OT security practice.
Secure coordination across generation, transmission and field operations, including disconnected and remote sites.
Confidential communications and records kept on infrastructure you control, suited to strict governance and audit.
Protected coordination for clinical and emergency operations, designed to support HIPAA and CJIS obligations.
SOLUS deploys to cloud, hybrid, on-premises or air-gapped environments, inside a security boundary you own and operate. Control is engineered into the platform and verifiable, not asserted.
Identity and device verified at every session. No implicit trust inside the security boundary.
Hybrid classical and ML-KEM key exchange, aligned to NIST FIPS 203. Quantum-resistant from day one.
Your data stays in your environment. You hold the keys. Provisional patent covering the architecture.
Cloud, hybrid, on-premises or air-gapped. The platform runs where your mission requires.
In 1984, Charles Bennett and Gilles Brassard introduced the BB84 protocol, the point at which secure key exchange first rested on the laws of physics, and on the ability to detect compromise, rather than on secrecy alone. That idea, that trust should be measurable and verifiable rather than assumed, is the inspiration behind our name and the principle we engineer into every layer of SOLUS.
Built by people who have carried operational responsibility in defense, intelligence and critical operations, for the people who carry it today. We are deliberate about what we say publicly, and what we reserve for a controlled briefing.