1-Censys_Technologies_319-26_Capabilities_Overview_CTC__REV_1_.pdf

In response to

OHIO DEPARTMENT OF TRANSPORTATION

For Solicitation #

319-26 SMALL UNCREWED AIRCRAFT SYSTEMS, DOCKS AND PARTS

Prepared by

CENSYS TECHNOLOGIES CORPORATION

1808 Concept Ct, Suite 200

Daytona Beach, FL 32114

Date: 15 MAY 2025

SBA Classification: SMALL BUSINESS

UEID: ULG9JD5Y1W23

CAGE: 824L1

NAICS: 336411, 334511, 336212, 336211, 336120, 541715

POC #1

LARRY LEOVAN

HEAD OF GOVERNMENT SALES-BD

LEOVANLARRY@CENSYSTECH.COM

(507) 329-3903

POC #2

KYLE MILLER

DIRECTOR OF BUSINESS DEVELOPMENT

MILLERKYLE@CENSYSTECH.COM

(386) 314-3532 mailto:LEOVANLARRY@CENSYSTECH.COM mailto:MILLERKYLE@CENSYSTECH.COM

R

CensWise

CENSYS TECHNOLOGIES

CORE CAPABILITIES

WHAT WE DO

Censys Technologies is the leading provider of turnkey UAS BVLOS solutions to 150+ commercial and government end-users since its founding in 2017. With having written over 75 BVLOS waivers leveraging ground-based and on-board DAA solutions, providing resilient

C2 architectures, and strategic CONOP development, about 25% of all complex BVLOS operations in the US are utilizing a Censys provided solution. Headquartered in Daytona Beach, FL, Censys provides steadfast customer support right from manufacturing, engineering, and UAS program development. Censys’ growing 150+ customer list across North America includes State and Federal government entities, utility companies, UAS service providers, training providers, engineering firms, precision agriculture, and public safety organizations.

CORE CAPABILITIES

The Sentaero is our flagship solution for BVLOS operations. The rapidly deployable, VTOL-Fixed Wing UAS is equipped with the Casia on-board Detect-and-Avoid (DAA) system to mitigate air risks. Censys manufactures Mobile Command Centers (MCCs) integrated with ground-based DAA systems which help enable your BVLOS operations wherever they may take you. Censys additionally provides data processing and automation capabilities at the edge through our proprietary CensWise AI/ML computer vision platform. With a 97% success rate in obtaining BVLOS waivers from the FAA, Censys has extensive experience in enabling non-geographically constrained operations, high-altitude operations, extended operations for large-scale mapping and linear inspections up to 100 miles without VOs, and operations over people/moving vehicles. Censys is prepared to help your organization maximize your needs by leveraging our expertise in the

BVLOS domain.

Scalable, Cost Effective Data

Collection

BVLOS

enabled Sentaero

(UAS)

Data Collection Force

Multiplier

Mobile Command

Centers (MCCs)

Rapid Data Analysis and Automation

CensWise -

AI/ML

Computer Vision

Platform

Regulatory Navigation

FAA Part 107 Waivers

Part 91 CoAs

FCC Licenses

UAS Program Development

FAA Certified

BVLOS

Training

Guided BVLOS Operations

UAS Services

Survey and Mapping

Vegetation Mgmt

Emergency Response

Asset Inspection

PAST PERFORMANCE

AMERICAN WATER

American Water (NYSE: AWK) is the largest, publicly traded U.S. water and wastewater utility company flying the Sentaero UAS

BVLOS up to an altitude of 1,500’ AGL. American Water is proudly partnered with the New Jersey Innovation Institute (NJII) for this endeavor. The company employs more than 6,400 dedicated professionals who provide regulated and regulated-like drinking water and wastewater services to more than 14 million people in 24 states. American Water provides safe, clean, affordable, and reliable water services to their customers to help keep their lives flowing. Censys’ long-range mapping and inspection solutions are enabling significant research for enhancing the monitoring of source water from potential environmental threats to our critical infrastructure water supply.

Censys’ partnership with American Water and NJII is advancing the integration of UAS into the national airspace to provide operational standards for safe BVLOS missions across multiple applications.

ELECTRIC UTILITIES (SOCAL EDISON, EVERSOURCE ENERGY, EVERGY)

SoCal Edison is one of the nation’s largest electric utility providers delivering power safely, reliably, and affordably to 15 million people across 50,000 square-miles of central, coastal and Southern California through 12,635 miles of transmission lines, 91,375 miles of distribution lines, 1,433,336 electric poles, 720,800 distribution transformers, and 2,959 substation transformers. SoCal Edison primarily uses the Sentaero 4, the Senturion MCC, and our payloads (61 MP RGB and EO/IR Gimbal) for PSPS operations to conduct live streaming damage assessments with our BVLOS Waiver. SoCal Edison has recently purchased a LiDAR scanner and plans to conduct more missions with that payload in the near future.

Eversource Energy provides safe, reliable, and sustainable electric, gas, and water service to 4.4 million customers across 13,220 square-miles of New England through 4,401 miles of transmission lines, 58,565 miles of distribution lines, and 1,269,678 transformers.

Eversource Energy utilizes the Sentaero 6, the Senturion MCC, and all of our payload offerings (61 MP RGB, Multi-Spectral, EO/IR

Gimbal, and LiDAR) to conduct routine transmission line inspections/patrols, vegetation management change-detection, and pre/post-storm assessments with our BVLOS Waiver.

Evergy provides reliable, sustainable, and affordable energy to 1.6 million customers across 102,700 square-miles of Kansas and

Missouri through 62,000 miles of transmission and distribution lines and over 800 substations. Evergy, in partnership with Kansas State

University, utilizes the Sentaero 6, the Senturion MCC, and our payloads (100 MP RGB and LiDAR) to conduct routine transmission line inspections/patrols, vegetation management change-detection, and pre/post-storm assessments with our BVLOS Waiver.

PAST PERFORMANCE

FEDERAL AVIATION ADMINISTRATION (FAA)

The UAS integration Office (AUS) is responsible for leading FAA’s efforts to safely integrate UAS into the National Airspace System

(NAS). The NAS Modernization Group (AJW-124), along with Censys Technologies, conducted a series of Beyond Visual Line-of-Sight

(BVLOS) operations over a two-day period totaling 82 miles. The four flights, covering varying distances and payloads with the Sentaero

BVLOS platform, simulated emergency reconnaissance operations for post-natural disaster assessment. As roads are often inaccessible post-storm, these assessments helped determine feasibility and helped drive stronger natural disaster deployment strategy with UAS. Utilization of UAS in post-natural disaster assessments can be an effective tool for evaluating critical assets and overall damage assessment as they are rapidly deployable and carry lower risks than manned air assets.

NEW JERSEY (NJ) TRANSIT

NJ Transit provides safe, reliable, and affordable public transportation for the state of NJ, covering a service area of 5,325 square miles, 12 rail lines, and serves 270 million passenger trips across all modalities each year. The public transportation corporation is the third largest in the country with extensions into New York City and Philadelphia. The Sentaero platform and CensWise (AI/ML) solution allows NJ Transit to autonomously perform right-of-way and infrastructure inspections quickly, accurately, and in real time. NJ Transit uses the Sentaero to conduct infrastructure inspections, emergency management, public affairs support, and construction management operations. RailCens, a dynamic module of CensWise, reduces the safety risk and time needed to identify and fix these problems. As RailCens is sensor agnostic and can pull data from multiple streams (i.e., images and unstructured data), NJ Transit is able to conduct efficient and continuous inspections of infrastructure, assets, foreign objects, vegetation encroachment/management, and encroachment of persons, animals, and vehicles.

CENSYS BLUE-CHIP CUSTOMER BASE

More news and information about Censys and its partners can be found at www.censystech.com/news

LOS ALAMOS

NATIONAL LABS

FDOT

NORTHROP

GRUMMAN

UNMANNED SAFETY

INSTITUTE

DAVEY

SHIELD AI

NYPA

CALTRANS

EPA

ARIZONA

DEPARTMENT OF

PUBLIC SAFETY

ODOT

EMBRY-RIDDLE

AERONAUTICAL

UNIVERSITY

VERIZON

CALIFORNIA

DEPARTMENT OF

WATER RESOURCES

US ARMY

USACE ERDC

GREAT RIVER

ENERGY

AEP

MassDOT

TVA

DOMINION ENERGY

http://www.censystech.com/news

SOLUTION OVERVIEW

ASSET INTELLIGENCE

Most companies focus on data collection or data analysis in isolation. The key to achieving asset intelligence for an infrastructure network is a combination of scalable, efficient data collection and analysis coupled with custom IT integration for end-to-end turnkey solutions. Censys solves the big data problem through our streamlined, integrated data collection hardware, the Sentaero, and our AI/ML data analysis and automation solution, CensWise.

Our end-users are empowered to collect data at a frequency that makes business and economic sense and empowered to make meaningful, actionable decisions in real-time. Ultimately, our end-users can focus on their true purpose of ensuring the resiliency of our critical infrastructure, protecting the environment, and saving lives.

SOLUTION OVERVIEW

SENTAERO VTOL-FW SUAS

SCALABLE, COST-EFFECTIVE DATA COLLECTION

The American made Sentaero is a beyond visual line of sight (BVLOS) drone capable of flying 100 miles point-to-point, as compared to other limited-range drones, to intelligently capture large quantities of data for remote sensing applications. The vertical take-off and landing (VTOL), fixed-wing (FW) hosts a suite of 10+, hot-swappable payload/sensors and can be flown from case to sky in less than 5 minutes. The Sentaero is leading the industry by holding 25% of all FAA BVLOS waiver approvals thanks to its FAA-acknowledged on-board computer vision system for airspace awareness.

With the ability to operate in austere environments, the Sentaero is a force multiplier, augmenting or replacing many legacy methods of data collection to achieve asset omniscience. With reduced field crew time and streamlined data review, decision-makers will be empowered with the insights needed to proactively combat their problem sets. Our unmatched capabilities offer a safe, sustainable, and scalable solution for UAS programs when combining the Sentaero's advanced intelligence with our artificial intelligence/machine learning (AI/ML) platform, CensWise.

SENTAERO 6

BVLOS

The Sentaero 6 (S6) is an industry leading mid-to-long range UAV, optimized for Over the

Hozion Beyond Visual

Line of Sight

The Sentaero 6 is the ultimate solution for Over the Horizon Beyond Visual Line of

Sight (OTH BVLOS) operations, engineered for unmatched performance and reliability.

Designed for maximum efficiency, it offers flight distances of up to 115 miles. With advanced technology, robust safety features, and intuitive controls, the Sentaero 6 enables effortless operation, allowing operators to focus on collecting valuable insights. This next-generation platform delivers exceptional value by optimizing operational efficiency, reducing costs, and enhancing safety for drone missions across industries.

Kit

Includes

Fully flight tested Sentaero UAS

Two flight battery packs

Battery charger

Rugged UAS storage case

GCS telemetry equipment

Choice of payload (price varies)

RTK positioning system upgrade available

Custom decals to promote your business

MAX RANGE:

90 MILES

MAX FLIGHT:

2 HOURS

MAX CRUISE SPEED:

EMPTY WEIGHT:

27LBS.

LAUNCH& RECOVERY:

VTOL

PAYLOADS:

DUAL-PAYLOAD

MAX WINDS: RANGE FROM OPERATOR:

20 MPH/30 MPH GUSTING DEPENDENT

FULL TECHNICAL SPECIFICATIONS

Dimensions 138.8” x 67.7” x 21”

Empty Weight 27 lbs.

Manufacturer Approved

Payload Options

Sony ILX-LR1, PhaseOne GS-120, Yellow Scan Mapper + Ver. B & C LiDAR, Nighthawk Gimbal EO/IR, Raptor Gimbal EO/IR, Mica- Sense Altum PT, WorksWell Wiris Pro IR

Payload Weight 4.5 lbs.

Max Weight 34 lbs.

Radio (name & frequency) Elsight Halo Cellular C2 Link & Doodle Labs Mesh Rider 915 MHz

(Primary C2) or Silvus Radio

Max Range 2 hours

90 mi

Cruise Speed 45 mph

Operation Radius (max) Up to 3 mi SDR, Extended Range with LTE

Takeoff/ Landing Type Vertical Takeoff & Landing (VTOL)

Power Source Lithium Polymer Battery

Autopilot Auterion Mission Control

Airframe Composite

GCS Integrated Hand Held Controler, Laptop, MCC

DAA Casia I - DAA, ADS B-In, Radar (24Q4)

RemoteID Compliant

Communication Encryption AES 128

Operational Temperatures 30oF to 100oF

Turn Radius (at max wind) 250 ft

Maximum Wind 20 mph Sustained

30 mph Gusting

Maximum Climb Rate 11 fps

Maximum Decent Rate 20 fps

Maximum Turn Rate 40 deg/s

Maximum Altitude 12,000 ft MSL Density Altitude

Setup Time ~10 minutes

Maintenance Requirements 150 Flight Hours Service

(3,048 m) (8.94 m/s) (3.4 m) (185km) (15.4kg) (185km)

SENTAERO 6 ISR

Intelligence. Surveillance. Reconnaissance

Range Endurance MTOW Payload Weight Wingspan Wind Max Dens.

90 mi. 2 hours 34 lbs. 4.5 lbs. 11.1 ft 17.38 kn Alt. 12,000 ft

EO/IR Gimbaled Sensors

Raptor (Laser Option)

• 1080p EO (40x optical, 2x digital)

• 720p IR (8x digital)

NightHawk2-uZ

• 720p EO (20x optical, 2x digital)

• 720p IR (8x digital)

Datalink

Encryption

• DES56 (Standard)

• AES256 (Optional)

• FIPS 140-3 Level 2

C2 & Video Range

• 6 mi. (10 km)

Frequencies

• Dual S&C-Band

Optimized Packout

• 71.5 x 24.5 x 20 in. (1.8 x 0.62 x 0.5 m)

• 105.2 lbs. (47.7 kg)

Mission-Critical Data on Demand Powered by CensWiseTM AI/ML

CensWiseTM allows operators to identify, detect, geolocate & communicate IOIs autonomously through our proprietary AI/ML edge processing capability. Data can be fused accross various sensor types (such as ground-based radar systems) & streamed directly into a common operating picture or our GCS for full situational awareness across the chain.

Ground Control Station

Skynav: Ruggedized Handeld

Controller

• 7 in. (17.78 cm) touch display

• 4 or 8 hour battery

• ATAK, NetWarior, UVC enabled

Auterion

Misson

Control patrol, & public safety. Sentaero 6 ISR is equipped

CensWiseTM. Our easy to use sUAS can be rapidly

ISR missions for up to 2 hours & 90 miles in range.

Sentaero 6 ISR is our flagship autonomous, AI/ML

SENTAERO 5

BVLOS

Sentaero 5 is a mid-to-long range UAV capable of beyond visual line of site and vertical takeoff and landing performance.

Capable of flight beyond the horizon, the BVLOS offers the advantage of using a single point of communications to cover exponentially more territory than a visual range limited drone. This extremely versatile platform can be retrofitted for many applications, including but not limited to: agriculture, surveying, search and rescue, pipeline monitoring, emergency response, infrastructure inspection, surveillance, and disaster relief. From small businesses seeking value to government and enterprise level organizations that require efficiency and ease of use, the Sentaero 5 Flyer is the best in class UAV solution.

*Specifications subject to change

Kit

Includes

Fully flight tested Sentaero UAS

Two flight battery packs

Battery charger

Rugged UAS storage case

GCS telemetry equipment

Choice of payload (price varies) RTK positioning system upgrade available

Custom decals to promote your business

MAX RANGE:

40 MILES

MAX FLIGHT:

1 HOUR

MAX CRUISE SPEED:

EMPTY WEIGHT:

18 LBS.

LAUNCH & RECOVERY:

VTOL

PAYLOADS:

MAX WINDS: RANGE FROM OPERATOR:

20 MPH SUST/25 MPH GSTS WAIVER DEPENDENT*

SENTAERO 5

FULL TECHNICAL SPECIFICATIONS

UAS Version Sentaero 5

Dimensions 94,1”x 50.7”x 14”

Empty Weight 19 lbs.

Manufacturer Approved Payload Options

Sony ILX-LR1, Phase One iXM-100mp, Mica- sense Altum PT, WorksWell Wiris Pro IR, YellowScan Mapper+ (Version B, C) LIDAR, Colibri 212 Gimbaled EO/ IR, NextVision Raptor Gimbaled EO/IR

Payload Weight 4 lbs.

Max Weight 24 lbs.

Radio (name & frequency) Elsight Halo Cellular LTE (Primary C2, Video Link)

SkyHopper Pro V-2.4 GHz (Primary-LOS C2, Video Link)

FrSky x-Lite 915 MHz (Secondary C2)

Max Range 75 minutes, 55 Miles (Standard Batteries)

Cruise Speed 40-45 mph

Operation Radius (max) 3 Miles 6 Miles (Optional Upgrade, No LTE) Extended Variable Ranges with LTE

Takeoff/ Landing Type VTOL

Power Source Lithium Polymer Battery 27mAH (2x batteries and charger included)

Autopilot Auterion Mission Control

Airframe EPO foam (primary), carbon fiber

GCS Laptop (not included) Auterion SkyNav: Ruggedized Tablet Controller (Optional Upgrade) Handheld Controller (included)

DAA Casia I – DAA, ADS B-In

RemoteID Standard RemoteID Compliant

NDAA Compliance Country of Origin Document available upon request. Auterion SkyNav required for

NDAA.

IP Rated No, but capable of operating in light rain or snow to return-to-land (RTL)

Hard Transport Cases Included with Sentaero 5 kit

Communication Encryption AES 128

Operational Temperatures 30F to 110F

Turn Radius (at max wind) 250 ft

Maximum Wind 20 MPH Sustained 30 MPH Gusting

Maximum Climb Rate 11 fps

Maximum Descent Rate 20 fps

Maximum Turn Rate 40 deg/s

Maximum Altitude 10,000 Ft. Density Altitude

Setup Time ~5-10 minutes

Maintenance Requirements 150 Flight Hour Service

SENTAERO

AUTERION ECOSYSTEM

AUTERION

Auterion is creating the connected operating system to enable open-source architectures for autonomous systems. AuterionOS is deployed on over 1M UxS globally and is the standardardized to PX4 and MAVLink resulting in becoming the standard for the US Department of

Defense. AuterionOS is a complete onboard software platform, consisting of a flight controller and an operating system running on the mission computer, allowing end-users flexibility of choice, safe deployments and real-time monitoring, efficient data workflows, use-case specific automation at hand, and simplified compliance.

STANDARD REMOTE ID / NDAA COMPLIANCE

Remote ID is often referred to as a “digital license plate” for drones. It provides identification of drones in flight as well as the location of their ground control stations, providing crucial information to ensure public safety. The resulting airspace awareness reduces the risk of drone interference with other aircraft, people and property on the ground. Remote ID is an essential building block toward safely allowing more complex unmanned aircraft operations, such as BVLOS flights. All drones, including the Sentaero are Standard Remote ID Compliant (14

CFR Part 89). As 25% of complex BVLOS operations are utilizing a Censys delivered solution, Auterion enables our end-users to reap the full benefits of BVLOS operations.

Auterion and its ecosystem partners provide enterprise and government customers with the following products compliant with the National

Defense Authorization Act for FY 21 and 23. Visit https://auterion.com/drone-ndaa-compliance-with-auterion/ for NDAA statement.

https://auterion.com/drone-ndaa-compliance-with-auterion/

AUTERION ECOSYSTEM

AUTERION SKYNODE X / AI NODE

The Skynode X is the all-in-one integrated autopilot and mission computer to enable autonomous flights, mission planning, live video streams, an operations dashboard, flight analytics, and cloud-based predictive maintenance. SkyNode supports plug and play of payloads for future integrations. The AI

Node is the Skynode X integrated with a NVIDIA

Jetson onboard. The AI Node is capable of handling larger complex, data-intensive tasks in real-time. Censys’ proprietary CensWise AI/ML applications are deployed on the AI Node for real-time data processing on the edge.

AUTERION MISSION CONTROL (AMC)

AMC is the app to plan and execute autonomous missions for any Auterion-powered vehicle. With simple controls and intuitive views, AMC allows simple mission planning and payload control across all Auterion-powered vehicles. Key features such as terrain visualization, corridor mapping, waypoint missions, rally points, geofences, orbits, and pre-flight checks enable end-users across any domain to safely and reliably mission plan. AMC is included with your Sentaero and does not require any additional purchase. ATAK is natively integrated into AMC. Yearly ATAK licenses are available for additional purchase.

GROUND CONTROL STATIONS (GCS)

LEGION GO: TABLET CONTROLLER

The Lenovo Legion Go Tablet Controller is a versatile and powerful GCS included with your Sentaero 6 system. The 8.8” QHD display with 500 nit brightness boasts a 2–3-hour battery life. The Windows-based GCS can be charged up to 70% in 30 minutes ensuring continuous operations all day.

Dimensions: 40.7mm x 298.83mm x 131mm / 1.60″ x 11.76″ x 5.16″

Weight: 854g / 1.88lbs

UXV SRoC: RUGGEDIZED TABLET CONTROLLER (DIU BLUE LIST)

The SRoC 7” Windows or Android-based GCS is purpose built with multi-domain tactical operations for all types of UxS. The

SRoC is radio-agnostic and integrates with Swappable Radio

Modules (SRM) and Nett Warrior compatibility. The 2500 nit brightness display on the GCS is built to MIL-STD-810-H, and features Swappable Battery Modules (SBM) for prolonged use in demanding environments. The SRoC is available for purchase for end-users needing NDAA compliance.

Dimensions: 256 x 140 x 65 mm / 10.08 x 5.11 x 2.55 inches

Weight: 927g / 2.04lbs

OTHER GCS OPTIONS

The power of AMC and the Sentaero is the system if GCS agnostic. The Sentaero and AMC can run off of any Android or Windows-based device. End-users with strict IT policies can provide their own laptop, computer, or GCS. Censys also offers the

Panasonic Toughbook, which is also on the DIU Blue List. Alternatively, end-users can use a Mobile Command Center

(MCC) for operation of the Sentaero. End-users will simply need to configure a handheld controller for manual control of the sUAS as part of our FAA BVLOS waiver requirements. The Legion Go’s side controllers detach from the tablet for this purpose, or the Legion Go is able to connect to multiple monitors through its USB-C 4.0 Display Port.

BVLOS TECH STACK

CASIA OPTICAL DETECT and AVOID (DAA)

The CASIA DAA System, made by Iris Automation (now uAvionix), is an optical DAA sensor, located on the nose of the aircraft. CASIA DAA is integrated into the Sentaero/AMC. The system detects cooperative and non-cooperative crewed aircraft in its Field-of-View (FOV) and will autonomously mitigate any air risks by maneuvering the Sentaero 6 out of the way. Depending on an end-user’s mission profile and use-case, autonomous parameters can be adjusted or turned off.

ADS-B IN RECEIVER

In addition to the CASIA DAA system, an Automatic Dependent Surveillance-Broadcast (ADS-

B) In receiver is natively integrated into the Sentaero for real-time, autonomous detection and avoidance of nearby cooperative aircraft. End-users are able to maintain situational awareness of other cooperative aircraft’s positions, velocities, and trajectories by displaying this data over the AMC GUI during operation.

MATRIXSPACE RADAR DAA

The MS01100 system is a high-performance, low-SWaP-C millimeter-wave Doppler radar designed for robust situational awareness in BVLOS operations. Optimized for all-weather, day, and night use, it operates at a 24 GHz frequency, providing reliable detection and alert capabilities. The system effectively tracks cooperative and non-cooperative aircraft. Its four-dimensional tracking capabilities—encompassing range, azimuth, elevation, and velocity—enable precise air traffic monitoring, significantly enhancing air-risk mitigation and enabling safe, compliant BVLOS missions. MatrixSpace is available for upgrade.

DRS-PARACHUTE RECOVERY SYSTEM (PRS)

The DRS-Parachute Recovery System is a lightweight, fully autonomous parachute recovery system designed for enhancing operational safety by mitigating ground risk in the event of a drone failure, making it particularly valuable for commercial operators seeking FAA Part 107 waivers or compliance with ASTM F3322-18 parachute standards. The DRS-PRS, natively integrated on the Sentaero 6, provides our end-users relief from

§107.39—Operation over human beings, and §107.145—Operations over moving vehicles. Ultimately, our end-users can operate in the most population dense environments to maximize your data collection efforts.

COMMAND AND CONTROL (C2)

ELSIGHT HALO LTE

Elsight’s Halo is the ultimate drone connectivity platform, delivering absolute connection confidence globally, even in areas with little reception. Coupled with their patented 6th Sense AI technology, Halo is the first AI-powered connectivity solution for unmanned vehicles, guaranteeing constant uptime and connection between drones and ground control stations. Halo provides the Sentaero with consistent and reliable C2 during BVLOS operations. As long as there is cell connectivity, the

Sentaero has unlimited range as compared to traditional radio line of sight (LOS) C2 datalinks. Four

(4) sim cards are included (1 – T-Mobile, 1 – Verizon, 2 – AT&T). Elsight’s Halo is integrated as the primary C2 link on the Sentaero.

DOODLE LABS: MESH RIDER RADIO (DIU BLUE LIST)

The Doodle Labs Mesh Rider is the US Army’s chosen and preferred C2 link for the Short Range Reconnaissance (SRR) Program of Record (PoR). The Mesh Rider is capable of high throughput up to 80 Mbps, 80+ km range with a directional antenna, and is capable of self-forming and self-healing Mobile Ad-Hoc Networks (MANET) for complex use cases. The Mesh Rider excels in interference avoidance algorithms, which have been proven in Ukraine, providing significant benefits to civilian applications in RF congested environments all at commercial costs. The Mesh Rider is standardly integrated as the secondary, redundant LOS C2 datalink on the Sentaero. The Mesh Rider operates on a dual 900-MHz and 2.4-GHz frequency range.

SILVUS STREAMCASTER: DUAL S&C-BAND (DIU BLUE LIST)

The Silvus StreamCaster series is a family of high-performance, ruggedized radios designed for reliable, long-range wireless communication in challenging environments. Built on the Mobile Ad-Hoc Network (MANET) architecture, StreamCaster radios support robust, high-throughput data, video, and voice transmission even in environments with limited infrastructure or heavy interference. The

StreamCaster additionally supports MANET up to 559 nodes in a single network and layer 3 transport network capabilities for end-users with the stringest use cases. The

2x2 MIMO StreamCaster, proven in Ukraine, is available for upgrade on the

Sentaero for our end-users able of receiving FCC Operator Licenses. The 10-Watt

SC4200EP, Dual S&C-Band (2200-2500 MHz, 4400-5000 MHz) is standard on the

Sentaero 6 ISR configuration. StreamCaster with Halo configuration is not available.

SOFTWARE/LICENSE/DATA PLAN REQUIREMENTS

CASIA DETECT AND AVOID (DAA) SYSTEM

A Perpetual Casia DAA License is a requirement and condition of purchase for the Sentaero family of systems. Casia licenses are tied to each optical sensor and are non-transferrable to other Casia systems.

AUTERION ENTERPRISE SUITE

Auterion Suite is an online platform for fleet management and flight log analysis. Suite enables access to logs for detailed analysis, tracking of system status, operations management, predictive maintenance, and enables over-the-air software updates. The first year is included free with purchase. After the first year, different access tiers can be selected based on needs. It is not required for operation of the drone, but it does provide access to future updates and log/maintenance management.

The first year of Auterion Suite is included with your Sentaero. Additional subscriptions can be purchased directly from Auterion.

ELSIGHT HALO LTE DATA PLAN

A data plan subscription is a conditional requirement for utilizing Elsight’s Halo C2 datalink. Pre-paid data plan packages may be purchased at intervals of 2GB, 20GB, 50GB, 100GB, or 200GB. An end-user who is flying every day will burn through 200 GB of data each month. Data plans are invoiced at the end of each monthly billing period. Pre-paid data packages continuously roll over each month until depleted. Data does not shut off if end-users deplete their data. Data will be shut off if customer’s fail to pay their data bill by the requested date. In addition to the data plan, Elsight charges an annual network and maintenance fee. This annual fee ensures network prioritization to the three LTE carriers for reliant BVLOS operations. All data plan billing is handled through Censys. Alternatively, end-users may opt to use their own SIM cards and data plans. FirstNet sims are also configurable on the Elsight modem. End-users are still required to pay the annual network and maintenance fee.

TRAINING REQUIREMENTS

CENSYS CERTIFIED TRAINING PROVIDERS

Sentaero Initial Qualification Training (IQT) is provided from one of two Censys Certified Training

Providers (Delmar/Volatus in Pendleton, OR or Unmanned Safety Institute (USI) in Port St. Joe, FL). Customers have the option to have training on-site (Travel expenses will be invoiced separately). Training is for up to three (3) trainees per package and one instructor.

Refresher/Recurrency training is available for customers who have not flown the Sentaero in the previous three months. One-year recurrency is also available. Refresher/Recurrency training can be done virtually and will review Phase II and III training.

SENTAERO INITIAL QUALIFICATION TRAINING

Initial Qualification Training (IQT) is a condition of purchase for the Sentaero 6. Three (3) trainees are included in the standard training price with an additional per-trainee pricing listed separately. The three phases of IQT requires a self-paced (typically one week) of online Learning

Management System (LMS) to test competency related to Part 107/sUAS operations. Phase II is virtual and instructor-led simulation training related to flight/mission planning on AMC. Trainees will receive assignments to make certain flight/mission plans with AMC. Those assignments are graded to test out of Phase II training. Phase III training is in-person at customer site or at a one of the two training provider’s locations. In-person training will use the flight plans created in Phase II. Hands-on training includes initial setup, operation, and maintenance of the Sentaero.

Phase I – Safety Foundations (Self-Paced)

• Successful completion and proof of a Remote Pilot Certificate.

• Proof of a temporary certificate is acceptable.

• Satisfactory score of 80% or greater on all required exams.

• Eligibility for the System Exam requires an 80% or greater completion score on the online Sentaero 6 Training Course.

Phase 2 – Virtual Instructor Based Training (5 Days)

• Completion of SIM Cards 1-10.

• Satisfactory score on SIM Cards 7-10

• Successful completion of USI’s simulation-based VSO IQT Flight Simulation Scenarios or proof of at least 50 logged hours in a multirotor aircraft.

Phase 3 – Onsite Initial Qualification Training (Up to 5 Days)

• Satisfactory score on FLT Cards 1-10 via simulation.

• Satisfactory score on FLT Cards 1-10 via live flight.

UAS PROGRAM DEVELOPMENT

GUIDED BVLOS OPERATIONS

At Censys Technologies, we recognize that transitioning to BVLOS operations is a significant milestone for any organization. To ensure our customers' success, we offer comprehensive on-the-job training by deploying our expert crew to join clients on their inaugural BVLOS missions. Our experienced team collaborates directly with your personnel, providing real-time support throughout the mission. This includes assistance with pre-flight planning, system checks, airspace coordination, and live mission execution. By working alongside your team, we ensure that every aspect of the operation adheres to FAA regulations and industry’s best practices.

This immersive training approach accelerates your team's learning curve, instilling confidence and competence in managing complex

BVLOS operations. By transferring our knowledge and skills directly to your staff, we empower them to handle future missions independently and effectively. Our on-the-job training not only facilitates a successful first mission but also lays the foundation for sustained operational excellence. By embedding best practices and standard operating procedures into your team's workflow, we help prevent errors and promote a culture of safety and efficiency.

UAS SERVICES

Alternatively, we offer the deployment of our internal expert crews to execute BVLOS operations on behalf of our clients. This service is particularly beneficial for organizations that are new to BVLOS missions or require additional support for complex operations. Our experienced teams handle all aspects of the mission, from pre-flight planning and regulatory compliance to real-time operation and data collection. By entrusting your BVLOS missions to our skilled professionals, you ensure that operations are conducted safely, efficiently, and in full compliance with FAA regulations. This approach not only guarantees mission success but also provides your team with a practical reference for future independent operations, fostering long-term operational excellence.

WARRANTY WARRANTY

STANDARD AIRCRAFT WARRANTY

The Standard Aircraft Warranty is valid for 150 Sorties (any takeoff/landing), 150 Flight Hours, or one (1) Calendar Year, whichever comes first. The Standard Aircraft Warranty covers the following components: motors, servos, airspeed sensor, ESCs, and batteries from manufacturer defect.

The Seller represents, warrants, covenants with the Buyer as follows:

Each of the Acquired Equipment sUAS units shall be free from manufacturer defect for 150 Sorties (any takeoff/landing), 150 flight hours, or one (1) calendar year, whichever occurs first, conducted in accordance with Seller’s training and operator manual(s). This warranty is not inclusive of damage or loss to persons or property, including the sUAS, caused by a user-commanded or user-programmed event during operation of the aircraft. This warranty only obligates Seller to replace components that failed during regular operation of the UAS in accordance with Title 14 of the Code of Federal Regulations Part 107 (14 CFR Part 107), the sUAS’s operator manual, and the sUAS’s maintenance schedule. Any modifications or repairs done without the Seller’s preapproval voids this warranty. Seller assumes no liability for damage or loss to a third party due to the operation of Buyer’s acquired Equipment.

The Buyer represents and warrants to the Seller:

Buyer warrants that Buyer shall maintain appropriate levels of liability insurance and aviation insurance coverage for all sUAS operations and holds Seller harmless in any legal proceedings following an incident or accident. Buyer shall not operate sUAS equipment purchased from

Seller in violation of 14 CFR Part 107. Buyer shall strictly adhere to Seller’s operator training and manual(s).

EXTENDED WARRANTY

An extended warranty is included in the 150, 300, 450, 600, and 750 Hour Nose2Tail™ Sentaero 6 Maintenance Packages listed on the next page with maintenance requirements. The extended warranty is valid for the same interval durations; every 150 sorties (any takeoff/landing), 150 flight hours, or one (1) calendar year, whichever comes first.

SINGLE REFRESH OPTION

The Single Refresh Option allows customers to exchange their current Sentaero for a new Sentaero kit every 150 sorties (any takeoff/landing), 150 flight hours, or one (1) calendar year, whichever comes first. Price listed on the price catalog is subject to change dependent upon how many hours, sorties, and calendar years have elapsed.

MAINTENANCE REQUIREMENTS

NOSE2TAILTM SENTAERO MAINTENANCE PACKAGE

All Censys-built products are backed by a limited warranty against manufacturer defect. The Nose2Tail™ maintenance program is offered in addition to the limited warranty. The Nose2Tail™ program includes all scheduled maintenance parts within the covered operating period.

The Client must ship the aircraft, at Client’s expense, to a Censys-certified maintenance center to receive maintenance, or Client must obtain and maintain Censys maintenance certification and purchase the appropriate maintenance package.

Maintenance Packages

150 Hour Nose2Tail™ Maintenance Package

300 Hour Nose2Tail™ Maintenance Package (Includes extended warranty)

450 Hour Nose2Tail™ Maintenance Package (Includes extended warranty)

600 Hour Nose2Tail™ Maintenance Package (Includes extended warranty)

750 Hour Nose2Tail™ Maintenance Package (Includes extended warranty)

SCHEDULED MAINTENANCE

Regular Maintenance (Done by user)

• Pitot Tube Cleaning: 10 Flight Hours

• DAA Cleaning: 25 Flight Hours

Every 150 Sorties (any takeoff/landing) or 150 Flight Hours ***whichever comes first***

• The following expendable components should be replaced:

• Motor, Electronic Spead Controllers (ESCs), Servos, Pitot Tube (not sensor), Battery, Props

• The above components can be used beyond the listed service life if properly maintained, at the cost of the loss of efficiency, leading to reduced flight time and range

OTHER MAINTENANCE

Minor Airframe Repair

• Contact Censys for advice prior to any attempts made to repair damage done to the Sentaero 6. In some cases, instructions for minor airframe repair and repair approval may be given.

• Failure to contact Censys and follow repair and recertification instructions will void the warranty as it will be impossible to verify the cause of any following failure.

Component and Airframe Replacement

• Contact Censys to discuss warranty for repair of the Sentaero 6 airframe and/or its components, and if needed, send the Sentaero 6 back to Censys to conduct the proper repairs.

• For select cases, Censys may authorize the user to do component replacement, but photographic/video evidence will have to be supplied to Censys showing the steps of the replacement, followed by a video of a systems test on the ground and flight test that proves the repair/replacement of airframe and components did not result in a secondary issue occurring.

PAYLOAD

CONFIGURATIONS

CAMERA CONFIGURATION OPTIONS

BRAND AND MODEL LENS GSD RESOLUTION

SONY ILX-LR1 28 mm - 55 mm 1.5 cm - .75 cm 61 MP

MICASENSE ALTUM PT X 8 cm 12 MP

PHASE ONE iXM 35 mm - 80 mm X - 2mm 100 MP

NIGHTAHWK 2-UZ 40x zoom YAW -180o to +180o EO: 720p IR: 720p

RAPTOR 80x zoom FULL 360o EO: 1080p IR: 720p

WORKSWELL 18o, 32o, 45o, 69o + or - 2 oC 640 X 512 p

YELLOWSCAN MAPPER+

Up to 240k

Shot Per Second 3cm

Ver. C integrated w/ 8 MP RGB

SENTOURION

MOBILE COMMAND CENTER

Respond quickly, deploy where others can’t

Plug and play designs for easy customization

Multiple connectivity solutions

+ Vehicle type options

Affordable quality, true workhorse

YOUR CONTROL CENTER

At Censys Technologies, we are committed to equipping frontline responders with advanced technology, customized solutions, and mission-ready performance. Our expertise lies in designing and building Mobile Command Centers that address the unique challenges faced by public safety, emergency response, and tactical operations.

By integrating cutting-edge technology, modular configurations, and mission-specific capabilities, we provide agencies with the tools they need to enhance situational awareness, improve communication, and operate more efficiently in the field.

SENTUORION CUSTOMERS:

Enrich Lives Through Technology

386.314.7829 | info@censystech.com mailto:info@censystech.com

SENTOURION

MOBILE COMMAND CENTER

ENHANCED SITUATIONAL AWARENESS

A centralized hub for real-time data, communication, and operational coordination, giving public safety teams the edge they need in critical situations. Equipped with drone integration, live video feeds, and AI-powered analytics, they enable first responders to quickly assess incidents, make informed decisions, and deploy resources efficiently. Whether for disaster response, tactical operations, or large-scale events, our MCCs enhance safety, efficiency, and command capabilities in the field.

MISSION DESIGNED

Built from the ground up to meet the unique demands of your mission. With modular designs, advanced technology integration, and customized solutions, we create MCCs that enhance situational awareness, communication, and operational efficiency. Whether for public safety, disaster response, tactical operations, or infrastructure monitoring, our MCCs are designed to fit your mission requirements, not the other way around.

INDUSTRIES

+ Public Safety

+ Law Enforcement

+ Emergency Management

+ Utilities & Infrastructure

+ Military & Defense

+ Disaster Response

USES

- Emergency Response

- Disaster Response

- Command Center

- Communications

- Data Processing

- UAS Operations

CUSTOMIZATION

- Generators

- Interior work stations for flight, command, work stations

- Exterior LED lighting

- Emergency Strobes

- Multiple HDMI, USB &

110v outlets

- Climate Control

- Automatic Awnings

- Outdoor Viewing Station

- Weather Station

- Dry Erase Walls

- Live Streaming &

Broadcasting

DETACHABLE

TRAILER OPTION

CENSWISE AI/ML

COMPUTER VISION PLATFORM

PLATFORM OVERVIEW

CensWise™ AI platform is a streamlined, simple-to-use AI modeling platform which enables subject matter experts (SMEs) to develop, deploy and execute robust and accurate AI models with limited data sets, from a multitude of sensor types, in just a few days. CensWise™ manages the full lifecycle of an AI application from cradle to grave. It can be used to consume images as well as unstructured data and produce automated

AI models which generate valuable intelligence outputs on their own. This platform has been tested in various verticals including utility / telecom, rail / transit, forestry / agriculture, oil / gas, industrial automation, and security / safety.

CensWise™ can generate models from small data sets and grow algorithms’ performance (accuracy) on its own from live incoming data.

Algorithms generated by this platform can be chained to build a wide breadth of applications that run inference equally well in computation power abundant environments like the cloud as well as in specialized edge/on-prem applications that may have severe bandwidth and power limitations.

The platform can process various data streams including raw and compressed images and raw numerical sensory data in cloud-like environments and directly at the edge.

The platform consists of the following components:

Streams

Algorithms

Applications

Labeling Suite

Training Engine

Output Actions

Edge Computing Inference Engine

HOW IT WORKS

Streams

Streams are data buckets which are continuously filled with incoming data that is fed into the training or inference engine. A stream can receive data through manual upload or automatically via machine-to-machine API communication. Stream pipelines are highly optimized to process thousands of images or data points per second.

Algorithms

Algorithms (or models) are the AI brains of the platform. Based on data coming into the streams CensWise trains and builds algorithms which learn to perform a particular task on their own. Algorithms are autodidactically trained and improved until they reach a level of maturity

(confidence) where no further training is needed or desired, and they go into a self-sufficient state. This can take from a few days to weeks depending on the quality and quantity of data.

Applications

Applications (or use-cases or Apps) are virtual assemblies of streams, algorithms, and output actions. Each application processes one or more input(s) by putting data through one or more algorithm(s) to generate a detection in the form of an intelligent inference. Each application provides confidence levels of each output inference. The user can then define a cutoff confidence level to fine-tune the final desired output.

Labeling Suite

Before algorithms are trained, we use SMEs or SME-instructed specialists that help label stream data to produce trainable data sets which are fed into an algorithm training engine. CensWise includes a data labeling suite which enables the annotation of data in several ways – boxing, polygons, segmentation, etc. to produce application specific sets. This labeling suite can be installed in the cloud or on premises (edge) depending on the customer’s desire.

Training Engine

CensWise’s training engine continuously monitors existing streams and labeled data and generates new models as new labels become available. Models are continuously benchmarked against professionally designed validation sets and marked for release when performance criteria are met. The training engine is designed to be completely handsfree and requires little to no user input.

HOW IT WORKS

Output Actions

Before algorithms are trained, we use SMEs or SME-instructed specialists that help label stream data to produce trainable data sets which are fed into an algorithm training engine. CensWise includes a data labeling suite which enables the annotation of data in several ways – boxing, polygons, segmentation, etc. to produce application specific sets. This labeling suite can be installed in the cloud or on premises (edge) depending on the customer’s desire.

Edge Computing Inference Engine

Not all applications can be run in the cloud due to various operational limitations; as an example, some applications are run at the edge, because they might be in remote/dark territories with limited power and bandwidth. CensWise’s models are optimized to run directly at the edge on low powered devices. Deploying

CensWise’s models in these stringent conditions is extremely easy and allows for the ability to receive critical objective or defect information processed in real-time.

INVASIVE GRASS DETECTION EXAMPLE

DEVELOPMENT and VALIDATION METHODOLOGY

1. Identify Applications:

a. Application Name

b. Identification of asset(s) and classification

c. Specific characteristics identifying defect or condition.

d. Example image of defect or anomaly

2. Initial classification type based on complexity (A node is a single sensor payload type and collection platform, with performance-based requirements for data collection):

a. Basic – The target/subject is easy to observe with existing sensors and has a high volume of sample images to feed into the system for training. It also consists of a single model. 10TB of data processing and storage provided per month.

i. Examples: Specific target/subject identification and inventory, ROW vegetation encroachment, invasive species identification.

b. Intermediate – Existing sensors provide adequate capture and resolution to detect but there are limited production examples of the proposed defect or anomaly. This normally requires two or more models to build a complete application. 10TB of data processing and storage provided per month.

i. Examples: Multiple specific target/subject defect inspection (up to 4),

c. Complex – This is the most challenging as the target/subject is difficult to capture and may require a specialized sensor type.

There are also extremely limited examples of the desired defect or anomaly. It will also take two or more models to perform accurately and a longer development duration. 10TB of data processing and storage provided per month.

i. Examples: Specific target/subject

3. Based upon complexity, the estimated timeline for development and deployment into production is defined.

4. Begin model development and defining the boxing/labeling strategy for images.

5. Once the model is constructed, begin the labeling process to train.

6. Upon achieving a F1 score in the >90% range, model moved into production.

7. Censys provides customer with the “Model Validation Checklist” form.

8. Application performance is monitored and evaluated daily until it reaches acceptable levels.

9. If for any reason, the model fails to perform in production, the initial approach is re-evaluated, and the process restarts from the beginning.

10. Reporting and meetings are conducted on a weekly basis via teleconference and in person when necessary.

UTILICENS AI/ML

A DYNAMIC MODULE OF CENSWISE

MODULE OVERVIEW and APPLICATIONS

UtiliCens is a dynamic module of our CensWise™ AI / ML software platform and is designed for deployment in both the transmission and distribution environment. The specific applications are capable of ingesting image and sensor data from Sentaero UAS payloads, as well as a multitude of other system sensors, including terrestrial vehicle payloads.

This sensor array will be connected to a Censys provided edge computing inference engine and 4G / 5G streaming enabled to provide real-time alerts and communicate with a cloud-based server. This automated system would allow for an efficient and continuous inspections of right of way (ROW) infrastructure without requiring additional manpower or time. Some example applications are:

1. ROWCens – This application is designed to identify and evaluate critical customer assets located on or near the transmission right of way, such as, signage, fencing / gates, lightning, and other infrastructure as directed by the customer. The algorithm can create a digital inventory and allow for a comparative analysis of the assets with each subsequent pass.

2. VegCens – An AI driven geospatial analytics tool for vegetation management (VM). It uses photogrammetry and LiDAR data to identify and measure vegetation encroachment and vitality within user defined regions and generate alerts and reports.

3. TowerCens – With a location-based mapping and identification engine and the ability to evaluate the condition of transmission towers and associated infrastructure, this application can be used over time to develop predictive models for more efficient maintenance.

4. PoleCens – Similar to TowerCens, this application and its tools are designed for the wildly dynamic environment of power distribution.

5. SafeCens – By nature of the name, this application is deployed to evaluate the area adjacent to the right of way for safety and security. It can detect and categorize types of encroachments like a person, animal, vehicle, etc. and provide alerts in real-time.

6. CommonCens - is an Artificial Intelligence (AI) and Machine Learning (ML) driven interoperability module that can be used to combine multiple sources of georeferenced sensor data into a “Common Operating Picture” for both automated assessment and manual evaluation.

INFRACENS AI/ML

A DYNAMIC MODULE OF CENSWISE

MODULE OVERVIEW and APPLICATIONS

InfraCens is an infrastructure assessment module of our CensWise™ AI / ML software platform and is designed for deployment in a multitude of facility and campus environments. The specific applications are capable of ingesting image and sensor data from Sentaero UAS payloads, as well as a multitude of other system sensors, including terrestrial vehicle payloads. This sensor array will be connected to a Censys provided edge computing inference engine and

4G / 5G streaming enabled to provide real-time alerts and communicate with…