Lagrange Labs Added to Raytheon’s Supplier Network for Cryptographic Verification of Defense Systems

Lagrange Labs is now a registered supplier within Raytheon Technologies’ vendor network. This registration allows Raytheon teams to discover and evaluate DeepProve as part of their supplier ecosystem. This step reflects broader defense-sector interest in verifiable AI and cryptographic assurance. Raytheon plays a defining role in U.S. and allied defense, developing mission-critical sensing, missile, and weapons systems that underpin global security. Its portfolio includes some of America’s most significant precision-guided weapons and missile-defense platforms, from the Patriot Missile defense system to the Tomahawk Cruise Missile. Integrating DeepProve into this ecosystem reflects the growing demand for systems that can verify their own correctness and integrity under operational pressure.

How Cryptographic Verification Supports Sensing and Fire-Control Systems

Across defense programs, there is growing interest in how frontier cryptography and ZK proofs can improve integrity in sensor-fusion and fire-control systems. These systems depend on precise, trustworthy data to function correctly, and even small deviations in input integrity can compromise mission outcomes. DeepProve provides a cryptographic verification layer that attaches mathematical assurance to the outputs of AI-enabled components, ensuring that decisions or calculations reflect intended logic paths and unaltered data.

This approach supports the growing integration of AI into detection, targeting, and engagement workflows by removing ambiguity about how model-driven outputs were produced. Instead of relying on traditional validation steps or manual review, each inference or analytic result can carry its own proof of correctness.

Protecting Supply Chains and Telemetry Pipelines

Defense platforms operate within complex software, firmware, and telemetry ecosystems that must remain uncompromised throughout their lifecycle. In defense environments, integrating proofs into supply-chain and telemetry pipelines can reduce risk of tampered inputs or corrupted firmware in deployed systems. DeepProve verifies that incoming data and firmware updates have not been altered, providing a trustworthy chain of custody for mission-critical components.

This cryptographic assurance strengthens resilience against adversarial interference or insider manipulation, supporting defense programs that require uncompromising reliability across distributed operational environments.

Verification for Airborne and Maritime Platforms

Across airborne and maritime systems, verifiable AI can help operators confirm adherence to mission envelopes situational awareness, route planning, detection, and safety-critical decision-making. DeepProve enables these systems to validate—in a mathematically verifiable way—that AI adhered to approved safety constraints and mission envelopes during operation.

This verification layer offers a durable record of model behavior, ensuring that outputs from onboard AI systems can be trusted by both operators and higher-level command structures. It provides confidence that mission logic was followed correctly without requiring access to sensitive model parameters or proprietary data.

Strengthening Certification and Technical Review

Defense programs must meet stringent certification and safety requirements. Verifiable AI can provide reproducible, tamper-evident evidence to support certification processes. Proofs help regulators and defense customers confirm that:

• Mission data was processed correctly
• AI-enabled subsystems adhered to authorized constraints
• No tampering occurred in upstream data flows or firmware

This reduces review friction, supports smoother accreditation, and improves transparency during technical evaluations, all while preserving operational security.

Enabling Safer, More Reliable Fielded Systems

DeepProve’s cryptographic approach is designed to add reliability and transparency to mission-critical systems across the defense sector. By embedding proofs directly into mission workflows, telemetry infrastructure, and onboard AI logic, Lagrange helps ensure that fielded systems not only perform their functions but can demonstrate, with mathematical certainty, that they performed them correctly.

Joining Raytheon’s supplier network marks a meaningful step toward Lagrange's mission to support the long-term goal of bringing accountable autonomy to defense technologies.