Fiber-Optic Guided Munitions
No RF control links, no GPS dependence, and no usable electronic signature.
OTIS Sets the Physical Standard
for Airspace Sensing
The physics authority and airspace decision system for RF-silent, GPS-denied, signal-denied, and adversarial conditions.
Optical Threat Isolation System — O.T.I.S.
By SkyGuard Labs
Target Validity
Validate the Target Before It Becomes a Track.
OTIS is a sensor-agnostic, physics- and geometry-based target-validity layer for integrated AMD, C-UAS, ISR, and autonomous systems. It evaluates candidate observations and tracks against the available multi-modal sensor evidence, rejecting inconsistent or non-physical candidates before they enter downstream identification, command-and-control, or engagement workflows.
Product
OTIS Establishes Physical Evidence Where Signals, GPS, and Pixels Fail.
Modern sensing systems detect, classify, track, and fuse what their sensors observe. Their outputs are trained on enormous image datasets, weighted by confidence, and relied upon to shape the operational picture.
Decision pollution begins when false, manipulated, degraded, or physically unproven observations enter the operational picture and consume compute, communications bandwidth, operator attention, time, and interceptor inventory.
OTIS is not another classifier, confidence score, or fusion weight. OTIS is the physics authority that sets the operational standard for optical evidence.
Observations that adhere to the laws of matter and motion may proceed into downstream workflows. Geometry-failed optical evidence is hard-zeroed before the evidence can alter the mission.No adherence to physics. No operational consequence.
Threats
The Threats That Silence, Degrade, or Weaponize Conventional Sensors.
Fiber-optic guided munitions, glide threats, RF-silent autonomous drones, GPS-spoofed craft, and adversarial optical threats each remove, degrade, corrupt, or weaponize a conventional confirmation pathway.
Glide Threats
Critical terminal phases can present without a propulsion signature.
RF-Silent Autonomous Drones
Autonomous platforms can navigate and execute without active telemetry.
GPS-Spoofed Craft
Manipulated or degraded position and intent cannot be treated as ground truth.
Adversarial Optical Spoofing
Camouflage, patches, and optical manipulation change pixels, not the physical constraints matter must obey.
FlyTrap-Class Printed Spoofs
FlyTrap is one proof point; decision pollution is the full problem class.
Innovation
Pixels Suggest. Physics Sets the Standard.
GRAVITY IS UNIVERSAL.
An image can be altered. A pixel pattern can be designed to deceive. Training data can be incomplete. A weighted model can be highly confident and still be wrong.
OTIS is the physics authority that determines whether image-derived evidence can become operational consequence.
Operational Characteristics
Network Dependency
None on the engagement path — air-gap ready, DDIL-native. AdaptCal™ refinement is asynchronous and occurs outside the engagement envelope.
RF Dependency
None — SilentWatch™ passive optical monitoring presents no signature to anti-radiation targeting systems. Zero-emission. Operates where radar cannot survive.
Explainability
Full — ClearCue™ output is auditable against a physics-derived bound. Meets DoD XAI requirements for autonomous engagement architectures.
Novel Airframes
GeoVerify™ is physics-based — novel airframes obey the same laws as known ones. OTIS does not need to have seen it before.
DDIL Suitability
Zero external data dependencies at runtime. GeoIntel™ operates identically in clean and fully contested environments.
Continuous Improvement
AdaptCal™ is integration-configurable — from fully air-gapped local accumulation to classified network sync. No retraining. No real-time network dependency. Every unit starts from the same PhysicsPrint™ foundation, strong from day one.
Refinement Models
Air-gapped local · Sneakernet / physical media · Sync-on-connect · NIPR / SIPR / JWICS · Commercial API — configured per integration requirement.
Human-in-the-Loop
Configurable ClearCue™ confidence threshold per rules of engagement.
Sensor Input
Any optical input — monocular camera through full LiDAR suite. Hardware-agnostic by design.
Platform
Application Areas
OTIS is a software-first, sensor-agnostic airspace decision system. For technical integration, OTIS operates as the geometry intelligence layer between passive optical observation and downstream mission workflows.
Domain 01
Layered C-UAS Architectures
The GeoIntel™ verification layer that completes the sensor stack — covering every threat RF and radar cannot classify.
Domain 02
Air & Missile Defense / Golden Dome
GeoVerify™ terminal phase discrimination between real warheads and decoys. The problem that existing interceptor stacks cannot solve. The problem OTIS was built to solve.
Domain 03
Autonomous Convoy & Platform Protection
GeoVerify™ threat verification for unmanned ground and air platforms operating in contested, GPS-denied environments.
Domain 04
Fixed-Site & Critical Infrastructure Defense
SilentWatch™ continuous passive optical monitoring. Zero RF emission. Presents no signature to anti-radiation targeting systems. Operates where radar cannot survive.
Domain 05
EO/IR Sensor Mesh Ground Truth
The GeoIntel™ verification layer for proliferated sensor architectures — ensuring every node in the mesh is making decisions based on physics, not pixels.
Domain 06
Autonomous Vehicle Safety
The same pixel-based failure that causes camera-equipped vehicles to miss threats exists in every AV perception stack. GeoVerify™ applies physics-grounded verification to ground-domain autonomy.
Integration Inquiries
Stop Decision Pollution at the Sensor Boundary.
SkyGuard Labs works with defense primes, sensing-platform integrators, autonomy developers, and government program offices operating in RF-silent, GPS-denied, degraded, and adversarial conditions. If you are in the space this is the conversation to have.
SkyGuard Labs, LLC
Denver, Colorado, USA
Email: integration@skyguarddefense.com
Comms: Intel-Support Line (24/7) · (720) 667-8447
All technical briefings are conducted under executed NDA. Patent Pending. All rights reserved.