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Systems Operational
Gravann's curated partnerships with leading specialized federal software platforms, not commercial technology retrofitted for government. These are mission-specific solutions designed from the ground up for civilian and defense federal requirements.
Value Proposition
Purpose-Built Architecture
These aren't commercial off-the-shelf products adapted for government. They're federal-first platforms engineered specifically for law enforcement, criminal investigation, and defense operations. Every feature, compliance requirement, and security architecture flows from federal mission needs.
Proven at Scale
Deployed across hundreds of jurisdictions and federal agencies, handling real 911 calls, criminal investigations, and intelligence operations. Proven means audited, battle-tested, and continuously refined by agencies that depend on them every day.
Implementation Excellence
Gravann doesn't just resell these platforms. We architect implementations, configure agency-specific workflows, train personnel, and provide ongoing optimization. Our expertise makes the difference between deployment and success.
Partnerships
Why These Partnerships Define Gravann's Strategy
Gravann's curated partnerships represent a deliberate strategy: we align with specialized federal and enterprise technology leaders that solve specific, mission-critical challenges in the civilian and defense spaces. Unlike generic enterprise platforms, these solutions are purpose-built for federal requirements and deploy only in government contexts.
Our Partners
LOCH
MARK43
KASEWARE
LOCH
Defense & IC Platform
The Federal Standard for Wireless Airspace Defense, Counter-UAS, and AI/ML Cyber Protection
Federal Credentials
GSA Schedule
CAGE Code: 92U44
Gartner Cool Vendor
8 Wireless Security Patents
What LOCH Solves
Invisible Threats. Visible Protection
The federal threat landscape has fundamentally changed. With over 80% of devices now wirelessly connected, wireless is the new network and the new attack surface. 5G, IoT, Bluetooth, GPS, and broad-spectrum RF technologies have created a massive security blind spot that traditional perimeter defenses cannot see, let alone stop. At the same time, low-cost autonomous and tethered drones now dominate the modern battlefield and critical infrastructure threat environment, and adversarial AI attacks are actively targeting the machine learning algorithms that power federal command and control systems.
LOCH Technologies is a global leader in next-generation wireless threat monitoring, counter-unmanned aircraft systems (C-UAS), and resilient AI/ML security. LOCH's platforms cover three distinct but converging federal threat domains: wireless and RF airspace defense across 100MHz to 6GHz; physical airspace defense against Group 1 and Group 2 drone threats; and AI/ML algorithm protection for mission-critical defense systems.
Unlike commercial cybersecurity products that monitor wired networks and conventional endpoints, LOCH was built from the ground up to detect, track, and neutralize the threats that existing security tools cannot see, rogue cellular towers, IoT backdoors, GPS jamming and spoofing, silent tethered drones, and adversarial attacks on the AI systems guiding autonomous platforms.
LOCH's Full Product Suite
AirGuard — Wireless SOCaaS (Detection)
A fully managed 24x7 wireless security operations service that actively hunts and remediates cyber threats across IoT, cellular, and broad-spectrum RF environments on behalf of the customer's security team. AirGuard provides continuous cellular IoT visibility with DVR-capabilities, 24x7 monitoring with priority alert handling, and wireless experts functioning as an extension of the agency's own networking and security personnel. Backed by a $1M per incident cyber insurance policy.
AirShield — RF Sensor Platform (Detection)
A Software Defined Radio-based sensor that passively monitors the full RF spectrum from 300MHz to 6GHz, providing enterprise-wide visibility into IoT, IoMT, and OT device threats. AirShield provides the sensor foundation for AirGuard SOCaaS deployments and enables air-gapped deployments in classified and sensitive compartmented environments.
GPS Canary — Airport GPS Protection (Detection)
A cloud-connected monitoring solution that protects airport and aviation operations by continuously tracking GPS signal health and alerting on jamming, spoofing, and signal anomalies in real time. GPS Canary addresses the growing threat to ATC servers, ticketing, baggage handling, and security systems that depend on GPS time synchronization.
SkyShield C-UAS Dome / Fixed — Fixed-Site Counter-Drone (Detection & Mitigation)
A fixed-site counter-drone system providing up to 6-mile detection range with 360-degree airspace coverage and selective RF jamming capable of defeating 100% of tested drone types, including swarm configurations. Designed for perimeter defense of federal facilities, military installations, and critical infrastructure.
SkyShield Mobile — Wearable Counter-Drone (Detection)
A wearable, fully passive RF drone detection system with automatic direction finding covering 400+ drone models. Detects up to 30 simultaneous drone targets within a 3KM radius without emitting any detectable RF signature itself. Designed for dismounted operations, protective details, and forward-deployed personnel.
SkyShield SENTRY — Autonomous Counter-UAS for Silent Threats (Interception)
An autonomous C-UAS system purpose-built to detect and defeat the threat that conventional counter-drone systems cannot address: silent, tethered, and low-altitude Group 1 drones that produce little or no RF signal. Where RF direction finders, radar, and EO/IR sensors fail, SkyShield SENTRY uses early acoustic detection, automated tracking, and controlled kinetic interception.
rMLS — Resilient Machine Learning Systems (Mitigation)
A cybersecurity framework using Moving Target Defense (MTD) to dynamically protect AI/ML algorithms from adversarial attacks in mission-critical environments including DoD command and control, autonomous systems, and unmanned platforms. rMLS dynamically changes machine learning models in real time, creates unpredictable environments for adversaries, and provides self-healing capabilities that ensure continued operation even under active attack. AFRL-funded with $1.8M in direct Phase II investment.
Why Federal Chooses LOCH
Single Pane of Glass Across the Entire Wireless Spectrum
LOCH's platform provides unified threat visibility from 100MHz to 6GHz, covering cellular CBRS, IoT, Bluetooth, GPS L1/L2, Wi-Fi 6E, and 5G in a single operational view. Federal agencies with complex multi-domain wireless environments no longer manage these as separate security problems requiring separate tools.
Early Warning Before Threats Reach the Wired Network
LOCH's architecture detects wireless threats at the RF layer before they penetrate the network perimeter. Rogue access points, malicious SMS attacks, fake cell towers, IMSI catchers, and off-network IoT devices are identified and flagged before they can establish data exfiltration pathways. The average time to identify a malicious breach industry-wide is 315 days; LOCH's continuous wireless monitoring is designed to close that gap at the point of initial RF contact.
Zero-Trust for the Wireless Environment
LOCH enforces Zero-Trust policies and "No Phone" zones across the wireless spectrum, a capability standard network security tools cannot provide. External attack surface vulnerability management identifies open ports, services, and applications before they can be exploited.
Air-Gapped and On-Premise Deployable
All LOCH platforms can be deployed in air-gapped environments, on-premise or via cloud, accommodating the most stringent federal classified and sensitive compartmented information facility (SCIF) requirements.
Proven Federal Research Pedigree
LOCH holds 8 wireless security patents and has earned over $15M in competitive federal cybersecurity research contracts across AFRL, Army, Navy, and intelligence community programs. This is not commercial technology adapted for government, LOCH's products were developed through federal research investment specifically for defense and intelligence community requirements.
Counter-Drone Capability Spanning Detection Through Kinetic Defeat
LOCH's SkyShield product family covers the full C-UAS kill chain: passive RF detection via SkyShield Mobile, fixed-site detection and RF jamming via SkyShield Dome, and autonomous kinetic interception of RF-silent drones via SkyShield SENTRY. Federal facilities, forward operating bases, and protective operations can be served with one integrated partner relationship.
Gravann's Role: Integration & Deployment
Federal wireless security, C-UAS, and AI/ML resilience are not plug-and-play. We architect LOCH deployments with understanding of:
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Federal RF environment surveys and spectrum deconfliction
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SCIF and air-gapped deployment architectures
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Multi-site SOCaaS integration with existing federal SIEM and SOAR platforms
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C-UAS legal authority frameworks and airspace coordination requirements
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AI/ML system integration for DoD autonomous and command and control platforms
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Federal procurement via GSA Schedule
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Continuous monitoring and threat intelligence optimization post-deployment
Federal Implementation Track Record
Air Force Research Laboratory (AFRL)
Resilient Adversarial Machine Learning development. AFRL's direct Phase II award reflects confidence in LOCH's rMLS technology without requiring a Phase I proof-of-concept, the highest SBIR validation available.
U.S. Navy
Autonomous Protection for Unmanned Maritime Autonomous Architecture (UMAA) services. Protecting the AI/ML systems guiding Navy unmanned maritime platforms from adversarial cyber attack.
U.S. Air Force / Department of Defense
Enhanced Cybersecurity Sensors to detect threats in near and far field RF emissions, validating broad-spectrum wireless threat detection at federal scale.
U.S. Army
Tactical Cyber Immune System providing wireless cyber defense for Army tactical operations environments.
AFRL and U.S. Army (Joint)
Autonomic Security Operations Center (ASoC) for OT and Industrial Control Systems.
U.S. Army Materiel Command (AMC)
AMC Security Operations Center as a Service (AMCaaS), translating federal research into operational wireless security services at scale.
U.S. Army CERDEC
Tactical Cyber Immune System development under STTR program.
The Bottom Line: The wireless threat surface is no longer a niche concern, it is the primary attack surface for sophisticated adversaries targeting federal networks, military platforms, and critical infrastructure. LOCH is not a commercial wireless security company hoping to sell into government. It is a federally-funded, patent-protected wireless defense platform that has been developed, tested, and proven through competitive federal research investment from AFRL, Army, and Navy programs. Gravann brings this full capability portfolio to federal implementations, with the federal acquisition expertise, technical integration depth, and security clearance posture to deploy it where it's needed most.
Curation Philosophy
Why These Three Platforms?
Gravann's partnership strategy is deliberately narrow. We don't work with every federal technology vendor. We align exclusively with purpose-built platforms that meet these strict criteria:
01
Federal-First Architecture
These platforms were designed specifically for federal requirements, not commercial products retrofitted with government features. Every architectural decision reflects federal mission needs.
02
Proven at Federal Scale
Deployed across hundreds of jurisdictions and federal agencies. Battle-tested, audited, and continuously refined by the agencies that depend on them daily.
03
Implementation-Intensive
Configuration, workflow design, data migration, training, and optimization are complex. Gravann's value isn't reselling; it's implementing these platforms excellently.
04
Mission-Critical Reliability
These solutions handle core federal law enforcement, investigation, and emergency response operations. Downtime isn't acceptable. Failure isn't an option. Security isn't optional.
05
Compliance-Forward Design
Federal compliance requirements aren't bolted on. They're fundamental to platform architecture. FISMA compliance, federal records retention, evidence handling, statutory reporting, and federal security standards are built in from day one.
Federal agencies undertake modernization initiatives that require specialized platform implementation expertise. Gravann partners with larger system integrators and prime contractors to ensure successful deployments.
Gravann's Role in Modernization
Law Enforcement Programs: requiring CAD/RMS/MDS implementation expertise.
Investigation System Replacements: requiring case management platform expertise.
Defense Initiatives: requiring secure platform deployment and federal compliance.
Intelligence Community: requiring specialized federal software integration.
What Gravann Brings to the Team
Law Enforcement Platform Expertise
CAD/RMS/MDS architecture & deployment
Federal workflow design & optimization
NIBRS/CIBRS compliance implementation
Multi-jurisdiction data sharing
Evidence management automation
24/7 critical operations support
Investigative Case Management
Federal investigation workflow design
Case relationship mapping & de-confliction
Evidence tracking & courtroom compliance
Statutory reporting automation
Multi-agency coordination
IC security integration
Federal Compliance & Implementation
FedRAMP compliance and ATO management
Federal data handling & security standards
FISMA compliance & continuous monitoring
Federal records retention automation
Stakeholder training & change management
Ongoing optimization and performance tuning
Contact & Partnership Inquiry
Let's Discuss Implementation
We're actively engaged in federal law enforcement modernization, criminal investigation system replacements, and defense initiatives requiring specialized platform implementation expertise.