EVERY RIG WATCHES THE GAUGE.
LYTHRON WATCHES THE TRAJECTORY.
LYTHRON reads the kinetic signature of your mining operation — deep-sea extraction and hard-rock precious-metal processing — and predicts the trajectory toward a critical event before non-productive time accrues.
From polymetallic nodules on the abyssal plain to diamond and gold veins in hard rock — a software-only overlay on your existing SCADA / equipment telemetry. No new hardware.
The Problem
WHY MINING OPERATIONS LOSE DAYS
Reactive Mining
Your operator sees a crusher jam only after the mill has already stalled. By then, the line is down, the day is lost, and the NPT invoice is climbing. A deep-sea riser clog can cost $500k+ a day in lost production. The SCADA log tells you what already went wrong.
LYTHRON
LYTHRON watches the trajectory — how fast crusher throughput is dropping, how much momentum the deviation carries — and flags the mill event minutes before the jam. On the seabed, it flags a riser clog before the slurry backs up.
Dual-Branch Architecture
ONE ENGINE. TWO EXTRACTION DOMAINS.
LYTHRON runs the same kinetic kernel across both branches of your operation — from the abyssal plain to the mill floor. The physics never changes, only the signal vocabulary does.
SEABED
Deep-Sea / Ocean Extraction Mechanics
Reads the kinetic signature of deep-sea mining equipment — cutterhead load, suction pressure, riser flow, slurry density. Predicts riser clog, cutterhead stall, and trench-deviation signatures before they cascade into non-productive time.
Rapid-Response Directive
CRITICAL SEABED EVENT — INITIATE RISER / CLOG PROTOCOL
VEIN
Hard-Rock / Precious-Metal Processing
Reads the kinetic signature of hard-rock processing — crusher throughput, conveyor load, sonic hardness, ore grade. Detects crusher jam, conveyor overload, and ore-grade degradation trajectories before equipment failure or wasted processing on low-grade debris.
Rapid-Response Directive
CRITICAL MILL EVENT — INITIATE SHUTDOWN / JAM PROTOCOL
How It Works
THE SAME PHYSICS THAT PREDICTS MOTION
PREDICTS EXTRACTION FAILURES.
A cutterhead losing equilibrium or a crusher trending toward a jam is a signal in motion. LYTHRON treats it like a physical object — reading its mass, velocity, and momentum to project where the operation is heading, not just where it is.
It Reads the Telemetry
LYTHRON ingests the same SCADA / equipment data your operation already produces — cutterhead load, suction pressure, crusher throughput, conveyor load, ore grade — through your existing mining bridge.
It Computes the Kinematics
The engine calculates the deviation from the mine plan baseline, the structural mass of the reading, and the rate of change (velocity). No new data — just new math on existing telemetry.
It Projects the Trajectory
When velocity and momentum cross a kinetic threshold, LYTHRON flags the operation as trending toward a critical event — before the riser clogs or the crusher jams. The trajectory is the early warning.
It Directs the Response
One of three directives: EXTRACTION NOMINAL, SEABED/VEIN ANOMALY, or CRITICAL EVENT. The operator gets the prediction and the recommended action, not just a raw gauge reading.
The Three Directives
EXTRACTION NOMINAL
Parameters within plan. No action needed — keep mining.
ANOMALY
Equipment trending off-plan. Watch this asset more closely.
CRITICAL EVENT
Clog / jam signature detected. Initiate protocol immediately.
The Engine
LYTHRON READS THREE THINGS
The same kinetic principles that describe how objects move through space — applied to your seabed extraction and hard-rock mill in real time.
Deviation Rate
How far the reading has drifted from the mine plan baseline. A crusher throughput drop deviates before the mill jams and the NPT clock starts.
Flow Velocity
How fast the deviation is growing. A suction pressure trending toward a clog accelerates — the velocity is the early warning signature.
Kinetic Index
When deviation spikes AND velocity surges simultaneously, that's a kinetic event signature. LYTHRON catches it the instant it begins.
The Difference
THRESHOLD VS. TRAJECTORY
Legacy SCADA
LYTHRON
What it watches
A fixed threshold (load > X)
The trajectory toward the clog or jam
When it alerts
After the parameter breaches
Before the event cascades
What it tells you
A gauge was too high
The asset is trending critical, with a recommended action
Integration
Replaces your mining software
Software overlay on existing SCADA — no new hardware
Alarm fatigue
Every threshold breach = an alert
Only kinetic-signature events alert — fewer false alarms
Pricing
Per-site enterprise contracts
Flat annual tiers — unlimited telemetry across licensed sites
Who It's For
IF YOUR OPERATION EXTRACTS, LYTHRON READS IT
Deep-Sea Nodule Mining
Seabed Massive Sulfides
Hard-Rock Gold / Diamonds
Midstream Ore Transport
Pricing
FLAT ANNUAL. UNLIMITED TELEMETRY. THREE TIERS.
Choose the tier that matches your operational footprint. All tiers include unlimited seabed + vein telemetry ingestion — no per-reading charges, no metered usage fees.
ASSET PILOT
Single mining site / vessel integration.
One mining site or production vessel
Unlimited seabed + vein telemetry ingestion
Full kinetic engine + operator dashboard
No per-reading charges
REGIONAL ENTERPRISE
Multi-site monitoring across a basin or region.
Multiple sites across one basin or region
Unlimited telemetry across all licensed sites
Cross-site directive correlation
Priority kernel tuning for regional ore signatures
GLOBAL CONGLOMERATE
Enterprise-wide deployment with custom kernel tuning.
Enterprise-wide across all global operations
Custom kernel tuning for proprietary ore bodies
Dedicated integration engineering
Multi-region operator dashboard + audit suite
DEPLOYMENT
HOW LYTHRON INTEGRATES
A standardized five-step integration process gets LYTHRON live on your operation without replacing your existing infrastructure. Full production deployment typically takes 4–10 weeks, depending on operational scope, data availability, cybersecurity requirements, and the condition of your existing telemetry environment. Software overlay only — no new hardware, no rip-and-replace.
CONNECT
Point LYTHRON at your SCADA / equipment telemetry bridge. No new hardware — the engine ingests the same data your operation already produces.
MAP
Map your signal vocabulary to the kinetic kernel. Define your baselines, sectors, and asset labels so the engine speaks your operational language.
BASELINE
Establish the structural baseline for every signal. The engine learns your normal operating envelope — deviation is measured against this, not a generic threshold.
VALIDATE
Run the engine in advisory mode alongside your existing workflow. Confirm the directives align with your operational reality before going live.
DEPLOY
Go live. Choose your approval mode — advisory, assisted, or autonomous — and the engine begins issuing directives with full audit receipts.
HARDENED AT THE GATE
Every inbound telemetry reading is authenticated against a per-license API key and passed through a standardized ingest security layer that enforces input validation, rate limiting, and replay protection. Spoofed, duplicated, or malformed signals are rejected before they ever reach the kinetic kernel — ensuring LYTHRON only acts on verified, trustworthy data.
AUDIT RECEIPTS
Every directive LYTHRON issues is sealed with a deterministic audit receipt — an immutable provenance packet containing the input hash, kinematic snapshot, the exact classification rule fired, the engine version, and a timestamp. This receipt enables full compliance replay: regulators and operators can reconstruct exactly why a directive was issued, long after the event occurred.
LYTHRON is an operational decision support tool, not a safety-critical control system. All directives are mathematical projections based on telemetry deviation and kinematic trajectory. Integration does not modify or replace your existing operational infrastructure.
YOUR OPERATION IS IN MOTION.
LYTHRON READS THE TRAJECTORY.
Connect your mining bridge and let the kinetic engine predict seabed and hard-rock events before they cascade.