Built for the institutions that cannot afford to fail.
Three adversaries. One architecture. No attack surface.
Delivering AI-Driven Data Attack Resistance at Near-Zero Latency.
XSOC built Derived Trust, a security architecture in which no key is ever issued. Classical, adversarial AI, quantum: closed by construction. Built for the U.S. military first.
Zero Trust verifies you and hands you a key. Derived Trust never hands anyone a key.
Resilience Against AI-Driven Data Attacks (AIDA) and Quantum Risks
Zero Trust said never trust, always verify. Then every implementation verified and issued a key anyway. Derived Trust finishes the job. Nothing is issued. The key is computed at the moment of use from inputs an adversary does not hold, then destroyed. What is never issued cannot be stolen, learned, or harvested.
Zero · Keys issued. Derived at both ends, used once, zeroized.
AIDA Is Already Watching - And Your Encryption Is Teaching It
You cannot detect an adversary that does nothing wrong.
An attacker’s AI does not break your encryption. It studies how your business runs, from timing, retries, approval patterns and escalation paths, until it can run the operation as you: valid credentials, in-policy actions, clean logs. There is no anomaly because there is no anomalous act. Detection needs a deviation, and this adversary’s whole purpose is to produce none.
XSOC: Built to Break the Pattern
XSOC makes the operation unlearnable.
Workflows emit no stable signal for a model to converge on, so no digital twin forms. Declared intent is sealed into every agent action, so a prompt-injected agent cannot repurpose a legitimate capability. The trust boundary is held outside the model, where a weight edit cannot reach it. There is nothing to learn, so the replica never forms.
Standards position, stated precisely.
Approved algorithms execute through AWS-LC in approved mode, which carries active FIPS 140-3 certificates on the public NIST CMVP record. The XSOC cryptographic module is in CMVP validation at Security Level 1 with the Leidos Cryptographic and Security Testing Laboratory, NVLAP Lab Code 200427-0. XSOC does not claim a product-specific certificate until one issues. Post-quantum algorithms follow FIPS 203 (ML-KEM) and FIPS 204 (ML-DSA).
The Foundation
Derived Trust
A security architecture in which keys and authority are computed at the point of use, from inputs the adversary does not hold, and are never issued, stored, or transmitted.
Every XSOC technology is an application of it to a different surface: sessions, archives, release authority, broadcast, model trust.
Breakthrough Capabilities That Define the Future of Defense
Classical
Stolen credentials, insider exfiltration, ransomware, payment fraud. Closed, with no key vault to open and no certificate authority to break.
Adversarial AI
A machine that learns your operation until it can run it as you. Closed, because the operation emits nothing to learn and the trust boundary sits outside the model.
Quantum
The archive recorded today and opened the day the hardware arrives. Closed, because Derived Trust is post-quantum by design, not by migration.
Nothing to compel
No key escrow, no key server on the data path, no certificate authority to operate. Under a customer-operated or air-gapped deployment, XSOC holds nothing to disclose.
Military first
Built for denied, degraded, intermittent and contested operations. No PKI, no key server, no appliance, no dependency on GPS or a clock. 142 KB on bare metal.
Why XSOC
1. We remove the attack surface. Who else can?
Every other vendor watches the surface or hardens it. Both leave the key in place. Removing the surface requires keys that are derived rather than stored, and that is a different cryptographic core, not a feature.
2. Post-quantum by design, not by migration
No classical asymmetric primitive in the protect path, so no exposure to Shor’s algorithm. Keys derived at the point of use and never stored, so harvest-now-decrypt-later has nothing to harvest. ML-KEM under FIPS 203. ML-DSA under FIPS 204.
3. Encrypted broadcast at O(1)
One encryption serves an entire formation regardless of size. Every authorized receiver derives the same key independently. No key distribution center, no key material on the wire, and under EMCON, no emission.
4. Nothing on the wire, nothing to reach
No key exchange after establishment. No certificate authority to operate, renew or compromise. No central key server on the data path. Rotation requires no distribution, because both endpoints advance independently.
5. It fits where nothing else fits
A 142 KB bare-metal core on ARM Cortex-M and RISC-V, deterministic timing inside a flight-control loop. A 45 KB browser module with no install and no agent.
Use cases
