Your Batteries Are Going In Blind. We Fix That.
Every battery that enters a recycler, depot, or data center without a chemistry ID is a missed opportunity — or a fire waiting to happen. GenesisX reads the exact chemical fingerprint of every battery in seconds, non-destructively.
We identify what’s inside every battery before it is sorted, routed, transported, or recycled — turning unknown feedstock into a priced, traceable, safe commodity.
$69B
Global recycling market
NMC 811 premium over NMC 111
OEM models in database
NMC 811 • 98.4% confidence
Ni: 80.2% • Mn: 10.1% • Co: 9.7%
Match: Tesla Model 3 LR • Panasonic 21700
Fire risk: LOW • Recovery value: $18.40/kg
XRF scan
AI classify
OEM match
Route & value
From Unknown Cell to Certified, Valued, Routed — in Seconds
BatteryDNA™ combines non-destructive XRF material analysis with proprietary AI models — giving every battery a precise chemical identity without opening it.
Automated singulation
Batteries from EVs, data centers, depots, and recycling networks enter the system. Automated handling singulates each cell for scanning — no manual touching required.
XRF elemental fingerprint
X-ray fluorescence fires at the cell and reads the emitted signature — capturing exact Ni, Mn, Co, Fe, Li ratios in seconds. No disassembly. No damage. No delay.
AI variant identification
Proprietary AI classifies exact chemistry variant — NMC 811 vs 622 vs 532 — generates a fire-risk score, and cross-references against the OEM fingerprint database in real time.
Intelligent routing & value cert
Each cell is routed to its optimal pathway. Value certificate, ESG report, battery passport, and chain-of-custody record are auto-generated — audit-ready in minutes.
Batteries Are Collected Blind. Value Is Destroyed at Every Step.
Today’s battery supply chain operates on guesswork. Cells arrive at recyclers with no chemistry data — triggering a cascade of safety risks, sorting errors, and lost material value that compounds at scale.
Unknown chemistry & material value
Batteries arrive unlabelled. Sorting is manual. High-value NMC 811 is mixed with low-value NMC 111 — destroying 60–70% of recoverable material value before the process even begins.
Fire risk during storage & transport
Unknown chemistry is the leading cause of battery fires. A single thermal runaway event in a recycling facility or military depot can be catastrophic — and entirely preventable with chemistry ID.
Lost critical minerals at scale
Without chemistry identification, cobalt and nickel are routed to the wrong smelter or hydromet process — the value is unrecoverable. At 180,000 tons of EoL batteries per year, the loss compounds fast.
Recyclers cannot plan their feedstock
No chemistry data means no composition forecasting. Recyclers operate with unpredictable inputs — driving yield variability, process inefficiency, and contractual uncertainty with downstream buyers.
No traceability for compliance
OEMs, regulators, and ESG teams need chain-of-custody data for battery passports, NDAA compliance, and Scope 3 reporting. It doesn’t exist — because no one read the chemistry at collection.
The intelligence layer is missing
Every other step in the battery supply chain has been optimised — except the one that matters most: knowing what is inside the battery before you process it. That is the problem GenesisX solves.
We Don't Just Say "NMC". We Read the Exact Recipe.
The Ni:Mn:Co ratio is the number that determines everything — thermal risk, which recycler accepts the cell, and whether you get $18/kg or $6/kg. BatteryDNA™ is the only platform that reads it at the point of collection.
NMC 811
- Tesla Model 3 LR · BMW i4
- Panasonic 21700 · SK Innovation
- Genesis GV60 · Lucid Air
NMC 622
- Chevy Bolt EV · Hyundai Ioniq 5
- LG Energy Solution
- Samsung SDI · Kia EV6
NMC 532
- BMW i3 (2014–17) · Renault Zoe
- Nissan Leaf Gen2
- Early Kia Soul EV
NMC 111
- Legacy EVs pre–2018
- Samsung SDI early gen
- Consumer electronics
NMC 811 commands a 2.8× premium over NMC 111. Every batch misidentified is margin destroyed. BatteryDNA™ reads the exact ratio — and assigns the exact value — for every cell that passes through the system. LFP, NCA, LCO, VRLA, NiMH, and military-grade thermal batteries are all identified by the same platform.
Built for Every Layer of the Battery Value Chain
If batteries arrive at your facility or operation without chemistry data — GenesisX was built for you.
Battery recyclers
OEM take-back programs
Battery collection networks
Energy storage operators
Data center backup power providers
Critical mineral processors
Logistics & hazardous materials handlers
Government & defence supply chain partners
Sustainability & circular economy platforms
Six Reasons No Other Platform Comes Close
Battery chemistry identification has been an unsolved problem because it requires deep materials science, real-time AI, and OEM-scale data — all at once. GenesisX built all three.
Non-destructive at point of collection
No disassembly. No lab shipment. No wait. Chemistry ID at the moment batteries arrive — the only system that does this in the field, at scale.
Variant-level precision — 811 vs 622 vs 532
The ratio that separates $18/kg from $6/kg. We read it exactly. No other platform identifies NMC variants at the point of collection without a datasheet.
OEM fingerprint database — 800+ models
Identify manufacturer, platform, and vintage without a label. Every scan enriches the database. The longer you use BatteryDNA™, the sharper it gets.
Full intelligence in one scan event
Chemistry ID, fire-risk score, OEM match, value certificate, battery passport, and audit trail — all generated simultaneously from a single XRF scan.
Retrofits existing infrastructure
No rip-and-replace. BatteryDNA™ integrates into existing recycling lines, depot workflows, and UPS decommissioning processes — portable or fixed installation.
Patent-pending IP · TechCrunch validated
Proprietary XRF + AI methodology under provisional patent. TechCrunch Disrupt recognised. LOIs signed. Pilot partners committed. This is not a prototype.
One Scan. Four Outputs. Simultaneously.
BatteryDNA™ is not a scanner — it is an intelligence layer. Chemistry ID, fire-risk score, OEM match, and traceability record are all generated from a single XRF scan event.
Chemistry & variant identification
Identify NMC 811/622/532/111, LFP, NCA, LCO, VRLA, NiMH, and thermal battery chemistries — non-destructively, without disassembly, at the point of collection. No label required. Results in seconds.
Fire risk & safety scoring
Every scan generates an automated fire-risk assessment based on chemistry, degradation markers, and thermal runaway indicators. Flag dangerous cells before they reach storage — protecting facilities and cutting insurance liability.
OEM database matching
Cross-reference elemental fingerprints against 800+ OEM models — identifying manufacturer, vehicle platform, and vintage year without a label or datasheet. Every scan enriches the database. Every scan makes the next match sharper.
Traceability & compliance data
Auto-generate battery passports, chain-of-custody certificates, ESG Scope 3 reports, and NDAA compliance audit trails — exportable to secure systems and integrated with blockchain traceability platforms like SIMBA DPP.
An Innovation Platform for the Future Energy Economy
GenesisX Technologies is building a connected platform for the future of energy innovation — combining battery intelligence, technical talent, and commercialisation strategy to help companies navigate the next generation of critical mineral and clean energy infrastructure.
Our work is rooted in the belief that the next generation of energy infrastructure will require more than materials and equipment. It will require data, workforce, strategy, and commercialisation support.
Brand Taglines
- The Intelligence Layer for Battery Circularity
- Battery Fingerprinting for a Safer Energy Future
- Where Battery Chemistry Meets AI Intelligence
- Powering Circularity Through Battery Data
- Energy Innovation. Technical Talent. Commercialisation Strategy.
Dr. Sheeba Dawood
Dr. Sheeba Dawood is a deep-tech entrepreneur, scientist, and commercialisation leader working at the intersection of battery materials, critical minerals, energy innovation, and technology commercialisation. She has experience building and scaling technology ventures, developing strategic partnerships, pursuing non-dilutive funding, and advancing commercialisation pathways for energy and materials innovation. Her work spans lithium refining, battery recycling, pCAM development, battery intelligence, startup advisory, grant strategy, and ecosystem leadership.
One Platform. Every Place Batteries Accumulate.
The same core fingerprinting technology deploys across every sector where batteries arrive without chemistry data — from recycling floors to military depots to hyperscale data centers.
Recyclers & Collection Networks
Improve sorting accuracy, eliminate fire risk, reduce contamination, and route cells to the highest-value recycling pathway. Chemistry-aware processing means more material recovered at higher purity.
OEM Take-Back & Compliance Programs
Support chemistry tracking, battery passport generation, and chain-of-custody for every cell collected. Enable EU Battery Regulation and NDAA compliance without manual auditing.
UPS Battery Decommissioning
On-site portable XRF scanning at hyperscale UPS decommissioning identifies VRLA, LFP, and NMC variants — routing high-value cells to second-life programs and generating Scope 3 ESG data.
Military Depots & Forward Bases
Ruggedized field units identify military battery variants — LFP, mil-grade NMC, thermal batteries — at depots and FOBs. Real-time threat maps. NDAA-compliant classified audit trails.
Critical Mineral Supply Chain
Chemistry-aware routing supports domestic and allied critical mineral recovery. Verify feedstock composition, support pCAM production planning, and maximise cobalt and nickel recovery per batch.
Grid-Scale Energy Storage Operators
As grid battery deployments scale, end-of-life intelligence becomes mission-critical. BatteryDNA™ provides the chemistry data layer operators need for safe decommissioning and high-value material recovery.
Stop Guessing What's in Your Batteries.
Whether you run a recycling facility, an OEM take-back program, a data center, or a defence logistics operation — BatteryDNA™ tells you exactly what you have, in seconds.
Let's Build the Future of Battery Intelligence Together
Get In Touch
Whether you are looking for a battery fingerprinting pilot, technical staffing support, grant writing assistance, or energy industry commercialisation guidance, GenesisX Technologies is ready to connect.
Email address
info@genesisxtechnologies.com
Physical address
North Carolina, USA
Company
GenesisX Technologies