31 March 2026
Disclaimer: This is a simplified summary of a public company filing. See full disclaimer here.
APPLIED ENERGETICS, INC.
CIK: 879911•3 Annual Reports•Latest: 2026-03-30
10-K / March 30, 2026
Revenue:$461,727
Income:-$14,872,730
10-K / March 28, 2025
Revenue:$2,426,609
Income:-$9,174,958
10-K / March 26, 2024
Revenue:$2,631,443
Income:-$7,350,435
10-K / March 30, 2026
Applied Energetics, Inc.
Company overview
Applied Energetics, Inc. is a Delaware corporation focused on advanced laser and photonics systems, with an emphasis on fiber-based ultrashort pulse (USP) laser technologies. The company develops high-peak-power USP lasers intended for national security, commercial biomedical, and advanced manufacturing applications. Public disclosures include issued patents, patent applications, and multiple Government Sensitive Patent Applications (GSPAs) held under secrecy orders.
Technologies and products
- Ultrashort pulse laser architecture
- Fiber-based design that reduces size, weight, and power (SWaP)
- Wavelength agility from deep ultraviolet to far infrared
- Pulse-duration agility from continuous wave to sub-picoseconds
- Proprietary technologies
- Laser Guided Energy (LGE®)
- Laser Induced Plasma Channel (LIPC®)
- Key capability
- Systems capable of delivering peak powers in the terawatt range in ultrashort pulses (for example, >5 TW) intended to achieve near-instantaneous surface ablation or sensor disruption
- Designed to be compact and ruggedized for multiple platforms and field deployments
Intellectual property
- 25 issued patents
- 9 Government Sensitive Patent Applications (GSPAs)
- 3 additional patent applications pending
- Recent patents include:
- Pulsed Laser Thermal Excitation (US 12,171,055 B2)
- Selectable Wavelength Cascading Coherent Optical Pump Sources (US 12,548,971 B2)
- Tunable High Frequency Modulated Light Beam (US 12,562,545 B2)
- Patent activity in the biomedical domain includes pathogen detection/neutralization (US A1 12,320,702 B2) and related national security filings
Market, customers, and partnerships
- Primary customers are U.S. government entities and prime contractors supporting U.S. government programs, including Department of the Navy and related agencies
- Current revenues are derived from U.S. government contracts and grant activity; Department of the Navy budgets and priorities influence revenue prospects
- Market expansion efforts include partnerships and teaming arrangements with U.S. laser and optics institutions since 2020:
- University of Arizona
- University of Central Florida
- University of Rochester Laboratory for Laser Energetics
- Department of the Navy directed energy spending has grown historically (approximately $500M in 2017 to $1.695B in 2023), with public projections discussing expanded global market potential by 2033
Operations and facilities
- Headquarters and primary facility: 9070 S. Rita Road, Tucson, Arizona (Arizona Technology Park)
- Aggregate facilities: approximately 26,000 square feet
- Main facilities: ~13,000 rentable square feet (offices, conference rooms, lab/production space), including ~4,830 square feet of Class 1000 cleanroom
- Administrative space: ~9,805 usable square feet
- Battle Lab: ~6,000 square feet for development, testing, manufacturing, and demonstrations
- Onsite capabilities include laser laboratories, secure server room, inventory/shipping/receiving, and spaces compliant with ITAR, DCSA, and NIST requirements
- Rent expense recorded as $359,000 in 2025 and $318,000 in 2024 (includes an option to lease Battle Lab space)
- Facility concentration creates dependencies for supply and skilled labor; security clearances are required for classified work
Financial snapshot (selected figures)
- Employees: 26 (as of March 25, 2026)
- Revenue:
- 2025: $461,727
- 2024: $2,426,609
- Net income (loss):
- 2025: Loss of $14,872,730
- 2024: Loss of $9,174,958
- Cash and working capital (as of Dec 31, 2025):
- Cash and cash equivalents: $6,436,082
- Working capital: $6,129,118
- Equity and capitalization:
- Common stock outstanding: 223,836,331 shares (as of March 27, 2026)
- Approximately 100 million shares freely trading without restrictions
- 13,602 shares of Series A Preferred Stock outstanding (as of Dec 31, 2025) with a liquidation preference of roughly $340,000 and unpaid dividends around $431,000; liquidation preference plus unpaid dividends approximately $442,000 as of March 27, 2026
- Annual preferred stock dividend: ~ $34,000
- The company has historically redeemed substantially all of its outstanding preferred stock
- The company may issue additional common stock, which could dilute existing stockholders; its listing status and former shell company history subject it to penny stock regulations
Regulation and compliance
- Subject to FAR, DFARS, and related U.S. government procurement and audit requirements
- Export controls include EAR and ITAR, with compliance obligations under AES/AECA and licensing requirements for certain technologies
- Laser safety and environmental, health, and safety compliance include a designated laser safety officer and adherence to OSHA, FDA, FAA, ANSI, and applicable state/local regulations
- Facility and personnel security clearances are required to perform classified U.S. government contracts (NISPOM)
Key risks and considerations
- Auditor expressed substantial doubt about the company’s ability to continue as a going concern due to recurring losses and reliance on government contract activity
- Revenue concentration in U.S. government spending exposes the company to contract terminations, funding pauses, and shifts in federal priorities
- Ongoing capital needs for operations, R&D, and compliance could require additional financing and potential equity dilution
- Intellectual property strategy depends on a portfolio of patents and GSPAs, with potential licensing and protection challenges
- Exposure to inflation, supply chain disruption, and single-source components
- Competition from large defense contractors and multinational laser companies in a cyclical, budget-driven government market
- Technical development and commercialization of advanced laser systems carry development risk, schedule delays, and potential product liability considerations
