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Exyn Technologies Demonstrates Power of Autonomous Mining with Major Productivity Gains at Eldorado Gold's Tüprag Mine in Turkey

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Exyn Technologies (NASDAQ: EXYN) reported results from deploying its autonomous Exyn Nexys mapping platform at Eldorado Gold’s Tüprag mine in Turkey. According to Exyn Technologies, Tüprag cut underground survey times from about 40 minutes to 5 minutes per scan and now routinely completes five scans per shift.

The mine achieved roughly 300% greater survey coverage, significantly fewer measurement errors and removed rework that had affected about one in five scans. Remote autonomous operation reduced personnel exposure to unsupported ground, while high‑resolution 3D data improved stope assessment, monthly stockpile reporting and helped identify additional recoverable ore and a new stope in an older area.

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Positive

  • Survey time per scan cut from ~40 minutes to ~5 minutes
  • Survey coverage increased by approximately 300% at Tüprag mine
  • Rework eliminated after crews previously redid about 1 in 5 scans
  • Five scans per shift now routinely completed by survey teams
  • Previously inaccessible areas mapped, enabling a new stope and added ore
  • Remote autonomous operation reduces personnel exposure to unsupported ground

Negative

  • None.

News Explained

Tüprag reports that Nexys paid for itself, while its purchase and expanding use mark ongoing customer adoption.

The release presents Tüprag’s results as a demonstration, but says the mine bought Exyn Nexys afterward and continues expanding its use; the current state is an operating customer deployment, not only a trial.

Tüprag also says the investment paid for itself after Nexys scans identified additional recoverable ore and enabled a new stope in an older mining area.

The stated follow-up is continued expansion across Tüprag’s operations and evaluation of additional autonomous-mapping applications as mining activity grows.

Market Context

The stock is up +6.5% following this news. -4.21% followed Exyn’s July 28 contract announcement, des...
Analysis

The stock is up +6.5% following this news. -4.21% followed Exyn’s July 28 contract announcement, despite its commercial expansion. This deployment supplied measurable mining productivity evidence; recent negative reactions to positive announcements remained a relevant event-risk signal.

Key Figures

Survey time reduction: approximately 40 minutes to approximately 5 minutes Scans per shift: five scans Survey coverage increase: approximately 300% +1 more
4 metrics
Survey time reduction approximately 40 minutes to approximately 5 minutes per scan
Scans per shift five scans per shift
Survey coverage increase approximately 300% versus previous methods
Repeat scan frequency roughly one in five scans previous scans requiring rework

Historical Context

5 past events · Latest: Jul 28 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Jul 28 Mining contracts Positive -4.2% New mining, infrastructure, and government contracts expanded deployments across three continents.
Jul 24 Defense expansion Positive -13.7% Defense sustainment expansion targeted aircraft readiness and a large addressable market.
Jul 21 Certification initiative Positive -7.5% Green UAS certification began for the Nexys autonomous mapping platform.
Jul 14 Conference showcase Positive +1.4% Exyn Defense showcased autonomous robotics at a Pennsylvania defense innovation summit.
Jul 13 Industry interview Positive -5.2% The COO discussed autonomous robotics and 3D scanning across multiple industries.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Recent positive corporate announcements were generally followed by negative 24-hour reactions, indicating repeated divergence between announcement content and price response.

Key Terms

cavity monitoring systems, gps-denied, georeferenced 3d data, beyond visual line of sight
4 terms
cavity monitoring systems technical
"challenges associated with traditional cavity monitoring systems (CMS)"
Medical devices and accompanying software that detect, track and document changes inside a physical cavity—most commonly tooth decay in dentistry or hollow spaces in the body after surgery—using sensors, imaging or electrical measurements. They act like a smoke detector or thermostat for a cavity, turning subtle biological changes into measurable signals that clinicians can use to watch progression over time. For investors, these systems matter because their clinical accuracy, regulatory clearance and reimbursement potential drive market adoption and recurring sales.
gps-denied technical
"navigation for complex, GPS-denied environments"
An environment described as “GPS-denied” is one where satellite-based location signals are blocked, weak, or unreliable, such as indoors, underground, in dense urban canyons, or under intentional interference. Investors care because companies that rely on precise positioning—like makers of drones, autonomous vehicles, robotics, and defense systems—face higher technical risk or new business opportunities to sell alternative navigation solutions; it’s like asking someone to drive without a map, so demand shifts to backup technologies and services.
georeferenced 3d data technical
"remotely collect high-resolution georeferenced 3D data"
Georeferenced 3D data is three-dimensional digital information—points, lines, surfaces, or full models—linked to real-world geographic coordinates so every feature has a precise latitude, longitude and elevation. For investors, it turns location and shape into measurable assets: like a virtual surveyor, it supports property valuation, infrastructure and resource planning, environmental risk assessment, logistics and regulatory due diligence by making spatial relationships, volumes and heights quantifiable.
beyond visual line of sight technical
"high-resolution georeferenced 3D data beyond visual line of sight"
Beyond visual line of sight (BVLOS) describes operating a drone or unmanned aircraft at distances where the pilot cannot see it with unaided sight, relying instead on sensors, cameras, or remote systems to navigate and avoid obstacles. Investors care because BVLOS approvals and reliable technology unlock much larger commercial uses—like long-range deliveries, inspections and surveillance—so progress affects a company’s ability to scale operations, reduce costs, meet safety rules and reach revenue potential.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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Autonomous Exyn Nexys Platform Reduced Underground Survey Times from 40 Minutes to 5 Minutes, Expanded Mapping Coverage by 300% and Helped Unlock Previously Inaccessible Mineral Resources

PHILADELPHIA, PA, July 30, 2026 (GLOBE NEWSWIRE) -- Exyn Technologies ("Exyn" or the "Company") (NASDAQ: EXYN, EXYNW), a leader in autonomous mapping and perception-driven navigation for complex, GPS-denied environments, today announced the results of a deployment of its Exyn Nexys autonomous mapping solution at Tüprag, the Turkish mining operation of Eldorado Gold Corporation.

Facing challenges associated with traditional cavity monitoring systems (CMS), including lengthy survey times, personnel exposure to unsupported ground conditions, data inconsistencies and costly workflow interruptions, Tüprag sought a safer and more efficient approach to underground surveying and stope mapping. Following a demonstration facilitated by Exyn channel partner Marubeni, Tüprag adopted the Exyn Nexys platform to transform its underground survey operations.

The results were immediate. By leveraging Exyn Nexys' autonomous exploration and mapping capabilities, Tüprag reduced survey capture times from approximately 40 minutes per scan to approximately 5 minutes while enabling survey teams to routinely complete five scans per shift. The operation also reported approximately 300% greater survey coverage and far fewer measurement errors than previous methods — eliminating the rework that had forced crews to redo roughly one in five scans.

“Mining companies are under constant pressure to improve safety, increase productivity and make faster operational decisions,” said Brandon Torres Declet, CEO of Exyn Technologies. "This deployment demonstrates how autonomous robotics can fundamentally change underground operations by delivering faster, safer and more comprehensive data collection while reducing operational complexity.”

Traditional stope surveys often required personnel to work near unsupported ground conditions and relied on telehandlers and specialized equipment to capture data from difficult-to-access areas. With Exyn Nexys, Tüprag's survey teams can deploy the autonomous platform from a safe location and remotely collect high-resolution georeferenced 3D data beyond visual line of sight.

“The level of autonomy and the sales staff's confident attitude towards the product convinced us to buy it,” said Ozan Ege Özsoy, Survey Administrator at Tüprag.

Mr. Özsoy continued, “Exyn Nexys’ 3D Explore Mode gives us visibility we've never had before. Autonomous mapping minimizes personnel exposure by enabling remote data collection in these areas. The repeatability and coverage have changed the way we plan and operate.”

In addition to improving safety and operational efficiency, Exyn's autonomous mapping technology delivered enhanced data quality and faster decision-making capabilities. High-resolution scans enabled more accurate assessment of underground stopes, improved monthly stockpile reporting and provided greater transparency across mining operations.

The deployment also generated unexpected value. According to Tüprag, the investment paid for itself when Exyn Nexys scanned previously inaccessible sections of the mine, identifying additional recoverable ore and enabling the creation of a new stope in an older mining area.

“As mining companies increasingly focus on automation, safety and operational intelligence, autonomous data collection is becoming a critical component of modern mining operations," added Elm. "The success at Tüprag demonstrates the growing role autonomous robotics can play in helping operators unlock productivity gains, reduce risk and uncover new value within existing assets.”

Tüprag continues to expand the use of Exyn Nexys across its operations and is evaluating additional applications for autonomous mapping as mining activity grows.

About Exyn Technologies

Exyn Technologies (NASDAQ: EXYN, EXYNW) is a leader in autonomous mapping and perception-driven navigation for complex, GPS-denied environments. The Company’s technology enables teams to capture accurate 3D data in environments that are dark, disconnected, hazardous, or difficult to access. Exyn’s solutions support customers across mining, construction, infrastructure, geospatial, industrial, government, and defense applications.

For more information, visit www.exyn.com.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. All statements other than statements of historical fact contained in this press release are forward-looking statements, including statements regarding the potential capabilities, performance, applications and market opportunities for Nexys; the demand for autonomous robotic capabilities in mining operations; and potential deployment of Nexys across defense and other robotic platforms; the growing role autonomous robotics can play in helping operators unlock productivity gains, reduce risk and uncover new value within existing assets; and the Company’s expectations regarding market growth, deployment opportunities, operational evaluations, mission-specific autonomy applications, and future commercial or strategic opportunities.

These forward-looking statements are based on current expectations, estimates, projections, assumptions, and beliefs of the Company’s management, including assumptions regarding market demand, customer adoption, technology performance, procurement activity, defense and government spending, competitive conditions, third-party market forecasts, and the Company’s ability to execute its strategy. Forward-looking statements are inherently subject to known and unknown risks, uncertainties, and other important factors that may cause actual results, performance, or achievements to differ materially from those expressed or implied by such statements. These risks and uncertainties include, among others, Exyn’s ability to commercialize and deploy Nexys and other autonomy solutions; adoption of autonomous robotics and 3D mapping solutions; product performance, safety, cybersecurity and integration in GPS-denied and other complex environments; defense, OEM, industrial and government customer purchasing decisions; defense priorities, budgets, procurement processes and contract timing; Exyn’s ability to raise substantial additional funds in the future; competition, technological change, supply chain, manufacturing, regulatory, export-control and government-contracting risks; IP protection;; and the other risks and uncertainties described in the Company’s filings with the Securities and Exchange Commission.

Forward-looking statements can generally be identified by words such as “anticipates,” “believes,” “designed,” “expects,” “forecasts,” “intends,” “may,” “plans,” “potential,” “projects,” “seeks,” “should,” “targets,” “will,” “would,” and similar expressions, although not all forward-looking statements contain these identifying words. You should not place undue reliance on forward-looking statements, which speak only as of the date they are made. The Company undertakes no obligation to update or revise any forward-looking statements, whether as a result of new information, future events, or otherwise, except as required by applicable law.

Media Contact
Vanessa Varian
Exyn
vvarian@exyn.com 

Investor Contact
Crescendo Communications, LLC
exyn@crescendo-ir.com
(212) 671-1020


FAQ

What productivity gains did Exyn Nexys deliver at Eldorado Gold’s Tüprag mine for EXYN?

Exyn Nexys reportedly cut survey capture times from about 40 minutes to 5 minutes per scan. According to Exyn Technologies, survey teams now routinely complete five scans per shift, significantly increasing underground mapping throughput without lengthening shift duration.

How much did Exyn Nexys increase underground survey coverage at Tüprag mine in Turkey?

Exyn Nexys delivered roughly 300% greater underground survey coverage at Tüprag. According to Exyn Technologies, this expanded mapping reach, reduced measurement errors and removed rework that had forced crews to redo about one in five scans using prior methods.

How does Exyn Nexys improve safety in underground mining operations like Eldorado Gold’s Tüprag mine?

Exyn Nexys allows survey teams to deploy the platform from safe locations away from unsupported ground. According to Exyn Technologies, autonomous beyond‑visual‑line‑of‑sight mapping minimizes personnel exposure while still capturing high‑resolution, georeferenced 3D data in difficult‑to‑access areas.

Did Exyn Nexys help unlock new mineral resources at Tüprag mine for EXYN’s customer?

Yes, Exyn Nexys helped scan previously inaccessible mine sections, revealing additional recoverable ore. According to Tüprag, this information enabled creation of a new stope in an older mining area and helped the investment effectively pay for itself through newly identified resources.

What data quality improvements did Exyn Nexys provide for Tüprag’s underground surveys?

Exyn Nexys generated high‑resolution 3D scans with greater repeatability and coverage than traditional CMS surveys. According to Exyn Technologies, this improved underground stope assessment, enhanced monthly stockpile reporting and increased operational transparency across Tüprag’s mining activities and planning processes.

How is Tüprag expanding its use of Exyn Nexys autonomous mapping technology?

Tüprag is continuing to roll out Exyn Nexys more broadly across its mining operations. According to Exyn Technologies, the site is also evaluating additional applications for autonomous mapping as mining activity grows and automation, safety and operational intelligence become higher priorities.