In active development
The Road to Autonomous Freight
ESSE is building the operating system for the future of trucking — today we move freight with drivers, tomorrow we move it with technology.
700+
Drivers onboarded on platform
ERS238
FMCSA-registered ELD device
USDOT
4323811 · MC 1687368
2030
Level 4 autonomy target
Where we are now
Before we can operate autonomous trucks, we needed to build the infrastructure they'll run on. That's exactly what ESSE has been doing since 2024.
Licensed freight carrier
USDOT 4323811 · MC 1687368. We move real freight on real roads, building operational data every mile.
Live — operating
700+ drivers on platform
Digital onboarding, document management, HOS compliance, and real-time dispatch — all on our stack.
Live — growing
FMCSA-registered ELD (ERS238)
Our ELD system captures speed, location, engine data, and hours — the exact telemetry layer autonomous trucks require.
Certified — deployed
Full TMS + dispatch + compliance stack
AI-assisted routing, load matching, and compliance automation already handle what autonomous systems need to do next.
Live — in production
"Every system we build today is designed to work without a human driver tomorrow."
The autonomous stack we're building
Four interdependent layers — from physical sensors to human oversight. We've already built layers 2 and 4. Layers 1 and 3 are in active development.
1
Bottom layer
Perception — Sensors
📺 LiDAR arrays — 360° point cloud mapping
📷 Camera systems — 8+ cameras, object detection
🔌 Radar — weather penetration, long range
🌎 GPS/GNSS — centimeter-level precision
Hardware-agnostic — designed to work with major sensor manufacturers including Velodyne, Luminar, Mobileye, and Continental.
2
Data layer
Connectivity
📡 5G + satellite backup (Starlink integration planned)
🔋 V2X — Vehicle-to-Infrastructure communication
📊 Real-time fleet telemetry
✅ Our ELD system already handles this layer
ERS238 already streams speed, location, engine RPM, idle time, and hard braking events to our servers in real time. This is the data backbone autonomous vehicles run on.
3
Brain layer
Intelligence
🧠 Route optimization AI
🛠 Predictive maintenance
📚 Load matching algorithm
📋 HOS/compliance automation
We're training our models on real freight data from our existing operations — actual lane patterns, load weights, weather events, and driver behavior across hundreds of routes.
4
Human layer — always present
Operations
👀 Remote monitoring center
⚠️ Exception handling (construction, accidents, weather)
📞 Customer service
📄 Compliance & regulatory
This is where humans remain essential. Our admin TMS dashboard, dispatch center, and compliance team are already operating this layer — at scale, with real loads.
What changes. What doesn't.
Autonomy doesn't end trucking as an industry. It changes who does what — and where the value is created.
🔄 What changes
- Solo long-haul driving → supervised autonomy on highway corridors
- Per-mile driver cost → per-mile technology cost (lower at scale)
- HOS limits cap at 11 hrs/day → 24/7 continuous operation capability
- Driver shortage constraining capacity → capacity abundance as autonomy scales
- Fatigue-related accidents → near-zero fatigue incidents on automated routes
📈 What remains — and grows
- Dispatchers — managing fleets of 100s of vehicles simultaneously
- Safety supervisors — remote monitoring and exception response
- Maintenance technicians — more vehicles, more work
- Customer relations — shippers always need a human contact
- Compliance officers — DOT/FMCSA oversight grows with scale
- Technology engineers — building and maintaining the systems
- Last-mile delivery — still requires human judgment and presence
A fleet of 10 autonomous trucks today needs 3 remote operators. A fleet of 100 needs 8. The ratio improves dramatically as the fleet scales. The jobs transform — they don't disappear.
Equipment we're developing for
Class 8 long-haul trucks are the primary target. Here's the sensor architecture we're designing around — and what our ELD already covers today.
Front LiDARLong-range obstacle detection, 200m+ range
Side camerasLane keeping, blind spot monitoring, object detection
Rear radarFollowing distance, cut-in detection, weather penetration
Roof antenna5G modem + GPS/GNSS, centimeter-level precision
OBD port — ERS238Our ELD connects here — engine data, HOS, location
📡 Our ELD device (ERS238) already captures:
📍 GPS location
📞 Speed & acceleration
⚙️ Engine RPM & data
⌛ Hours of service
🔌 Hard braking events
🔳 Idle time
This is the foundation of autonomous vehicle telemetry. Every autonomous truck will require this data layer — we're already running it at scale.
This is the foundation of autonomous vehicle telemetry. Every autonomous truck will require this data layer — we're already running it at scale.
Our development timeline
Where we've been, where we're going. Every milestone builds on the last.
2024
✓ Done
ELD system certified — ERS238 registered with FMCSA
Our Electronic Logging Device received FMCSA certification and went live across our fleet. The telemetry backbone is operational.
2024
✓ Done
GPS live tracking for all drivers
Real-time location data flowing into our admin dashboard. Every driver is visible on the live map with 15-second position updates.
2025
✓ Done
AI-assisted dispatch routing
Route optimization and load matching algorithms integrated into our TMS. Dispatch decisions are data-informed, not manual-only.
2026
→ Next
Predictive maintenance alerts
Engine data from ELD feeds a predictive model that flags maintenance needs before breakdowns occur. Reduces unplanned downtime across the fleet.
2027
→ Planned
Driver assistance features — lane departure & fatigue detection
Camera-based ADAS integration: lane departure warnings, forward collision alerts, and driver fatigue monitoring using in-cab sensor data.
2028
→ Planned
Supervised autonomy pilot — driver monitoring, not driving
Initial pilot of supervised autonomy on known interstate corridors. Human operator monitors remotely but does not actively drive. Data collection at scale begins.
2030
→ Target
Level 4 autonomy on fixed routes
SAE Level 4 operation on defined interstate corridors — no human intervention required in operational design domain (ODD). Remote monitoring center handles exceptions.
2032
→ Vision
Full fleet autonomous operations
The majority of ESSE's long-haul interstate freight moves autonomously. Human drivers remain active for last-mile, urban delivery, and exception scenarios.
"We are not waiting for autonomy to arrive. We are building the infrastructure it will run on."
Partnership opportunities
We're open to partnerships across every layer of the autonomous stack. If you build hardware, software, or capital — there's a conversation to have.
Sensor Manufacturers
Integrate your LiDAR, camera, or radar systems with our fleet. We offer a live test environment with real freight operations across diverse road conditions.
Start a conversation →
Technology Companies
License our compliance, dispatch, and TMS stack. We've built the regulatory and operations layer — integrate your AV compute platform on top of it.
Explore licensing →
Investors
Fund the infrastructure layer of autonomous freight. We're not building sensors — we're building the operating system that all autonomous trucks will need to run on.
View investor overview →
Fleet Owners
Transition your fleet with our technology. Our TMS, ELD, and compliance stack can run your existing fleet today while building toward autonomous operations tomorrow.
Talk to us →
Frequently asked questions
Honest answers to the questions we hear most.
Will autonomous trucks put truckers out of work?+
The honest answer: long-haul solo driving will be transformed, not eliminated overnight. Autonomy changes the role more than it eliminates it. The transition will take 10–20 years, during which time we expect most drivers to shift toward higher-value roles: remote monitoring operators, last-mile specialists, and fleet supervisors. ESSE's own roadmap shows we need more operations people, not fewer, as our fleet scales. We won't pretend there's zero disruption — but we believe the jobs created in autonomous logistics will exceed the jobs transformed, especially for people willing to grow with the technology.
When will your trucks actually be autonomous?+
Supervised autonomy pilot begins in 2028. Level 4 autonomy on fixed interstate corridors by 2030. Full fleet operations by 2032. These are targets, not guarantees — they depend on regulatory progression, sensor cost curves, and our own data collection. We're building conservatively and operating realistically. If anything, the 2028–2030 window aligns with where most serious AV freight companies are projecting SAE Level 4 commercial viability on highway lanes.
How does your ELD connect to your autonomous ambitions?+
The ELD is the foundation. Our device (ERS238, FMCSA-certified) already collects real-time GPS position, speed, engine RPM, braking events, idle time, and hours data from every truck in our fleet. This is exactly the telemetry layer that autonomous vehicles need to operate — vehicle state, location, and behavior streamed continuously to a central system. We're not starting from scratch when we add autonomous capabilities. We're extending a system that's already running. The connectivity layer (Layer 2 in our stack) is already built and operating in production.
Are you working with autonomous truck companies?+
We're actively exploring partnerships with AV hardware and software companies. Our value is the operations and compliance layer — the freight brokerage license, the TMS, the driver qualification workflow, the regulatory relationships with FMCSA. Most AV companies are exceptional at perception and compute but lack the freight operations infrastructure. We provide that infrastructure. If you're building autonomous truck technology and looking for an operations partner with real freight data and a live fleet, reach out at partnerships@esseinc.com.