"Patience is a Super Power" - "The Money is in the waiting"

Monday, August 17, 2026

Optical Networking Is Becoming a Core Nokia Growth Engine and is changing the company's projections!

 


Nokia Corporation (NYSE: NOK / Nasdaq Helsinki: NOKIA)

Business & Investment Report — August 17, 2026

From Fallen Handset Champion to AI-Era Network Infrastructure Company

Executive Summary

Nokia is undergoing one of the more significant—and still incompletely appreciated—transformations among large European technology companies.

For many investors, “Nokia” still evokes mobile phones, mediocre telecom-equipment growth, competition with Ericsson and Huawei, and a stock that spent years going nowhere. That description is increasingly obsolete.

The Nokia of 2026 is becoming something quite different:

an advanced network-infrastructure company positioned at the intersection of AI data centers, optical networking, IP routing, AI-native wireless networks, private/industrial connectivity, defense communications and eventually 6G.

The transformation has accelerated since Justin Hotard became CEO on April 1, 2025. Hotard came directly from Intel, where he had been Executive Vice President and General Manager of Intel's Data Center and AI Group.

That background is significant. Nokia's new strategy explicitly prioritizes:

  1. AI & Cloud
  2. AI-native mobile networks and 6G
  3. Customer and technology partnerships
  4. Capital allocation toward businesses where Nokia can differentiate
  5. Higher sustainable shareholder returns.

The latest results indicate that this is becoming more than a strategic presentation.

In Q2 2026:

  • Nokia revenue increased 9% year over year in constant currency.
  • Network Infrastructure increased 12%.
  • Optical Networks increased 20%.
  • IP Networks increased 16%.
  • Revenue from AI & Cloud customers increased 105%.
  • AI & Cloud orders reached €2.8 billion during the quarter alone.
  • Nokia expects approximately half of those AI/Cloud orders to become revenue during the following twelve months.
  • Comparable operating profit increased 18% to €434 million.
  • Comparable EPS increased 75%, from €0.04 to €0.07.

Those are not the numbers of the old, stagnant Nokia.

At approximately US$11.00 per ADR on August 17, 2026, I consider Nokia an attractive—but not low-risk—way to obtain exposure to networking infrastructure required by AI, cloud computing, edge AI, robotics and eventually 6G. Its roughly US$60.7 billion market capitalization is substantial, but still far below that of the semiconductor and networking companies that have already received premium AI valuations.

Investment view: BUY / ACCUMULATE

Conviction: 8.5/10

The central thesis is straightforward:

Nokia does not need to become another Nvidia to outperform. It merely needs investors to stop valuing it primarily as an ex-growth telecom-equipment company and begin recognizing the value of its optical, IP, data-center and AI-networking businesses.

That re-rating process appears to have started.


1. Where Nokia Was

Understanding Nokia today requires separating it from the company most investors remember.

The handset era

Nokia was once the dominant global mobile-phone manufacturer. The rise of Apple's iPhone and Google's Android ecosystem destroyed that position.

In April 2014 Nokia completed the sale of substantially all of its Devices & Services business to Microsoft.

That effectively ended Nokia's existence as the consumer handset company familiar to most people.

The Nokia-branded phones subsequently sold in consumer markets should therefore not be confused with the core business of Nokia Corporation today.

Reinvention through telecommunications infrastructure

Nokia subsequently concentrated on telecommunications networks and intellectual property.

Its next defining transaction was the acquisition of Alcatel-Lucent, with combined operations beginning in January 2016.

That transaction gave Nokia major assets in:

  • IP routing
  • optical networking
  • fixed networks
  • mobile infrastructure
  • Bell Labs
  • telecommunications patents.

But it also reinforced Nokia's identification with the telecommunications capital-spending cycle.

That became a problem.

Carrier spending is cyclical, price competition is intense, and the traditional Radio Access Network business has been dominated by Nokia, Ericsson and Huawei.

Consequently, for much of the past decade Nokia was viewed as:

a relatively low-growth network-equipment company with valuable technology but limited pricing power and inconsistent shareholder returns.

The market largely treated it accordingly.


2. The Transition from Telecom to “Connectivity for the AI Era”

The investment thesis began changing materially in 2024–2025.

Three developments stand out.

First: Nokia bought Infinera.

Second: Justin Hotard became CEO.

Third: Nvidia made a strategic $1 billion investment in Nokia.

Taken together, these developments materially changed Nokia's trajectory.


3. The Infinera Acquisition: One of Nokia's Most Important Moves

Nokia completed its acquisition of Infinera on February 28, 2025.

The original transaction valued Infinera at approximately US$2.3 billion enterprise value.

At first glance this looked like consolidation within the optical-networking industry.

In retrospect, it increasingly looks like an intelligently timed acquisition preceding a substantial expansion in AI-related optical demand.

Infinera strengthened Nokia in:

  • coherent optical technology
  • optical semiconductors
  • pluggable optics
  • long-haul optical transport
  • data-center interconnect
  • hyperscale/cloud customers
  • North American optical markets.

Nokia specifically stated that the acquisition increased its scale with webscale customers and data centers and should improve the profitability and innovation capacity of its Optical Networks business.

That matters because AI changes network architecture.

A modern AI cluster isn't simply thousands of GPUs sitting in a building.

Those accelerators must communicate with:

  • each other;
  • storage;
  • CPUs;
  • other racks;
  • neighboring data centers;
  • regional data centers;
  • cloud infrastructure;
  • eventually edge devices.

The result is extraordinary growth in network bandwidth.

AI therefore creates demand not only for semiconductors but for what can loosely be described as an enormous optical nervous system connecting the compute.

Nokia intends to provide part of that nervous system.


4. Optical Networking Is Becoming a Core Nokia Growth Engine

The Q2 2026 numbers are particularly important.

Nokia's Optical Networks sales increased 20% year over year in constant currency.

IP Networks increased 16%.

For Q2:

Network Infrastructure businessQ2 2026 result
Optical Networks sales€868M
YoY growth+20% CC
IP Networks sales€490M
YoY growth+16% CC
Fixed Networks sales€679M
YoY growth-2%
Network Infrastructure operating margin8.1%
YoY margin improvement+170 bps

Nokia has subsequently increased its 2026 assumption for Network Infrastructure growth to 12–14%, including 18–20% growth in combined IP and Optical Networks.

That is a significant acceleration.

Management's longer-term target is:

10–12% CAGR in combined Optical + IP Networks through 2028.

This is one of the most important figures in the entire Nokia investment case.

If Nokia can sustain roughly double-digit growth in these businesses, investors will find it increasingly difficult to classify the entire company as a slow-growth telecom vendor.


5. AI & Cloud: The Evidence Has Arrived

The single most important statistic reported by Nokia this year may be this:

AI & Cloud customer revenue: +105%

During Q2 2026, sales to AI & Cloud customers more than doubled year over year.

More significantly, Nokia reported:

€2.8 billion of AI & Cloud orders during Q2 alone.

Approximately half of those orders are expected to convert into revenue within twelve months.

This provides unusually good visibility into continued growth.

The demand was also broad-based rather than dependent on one product. Nokia reported long-term orders in both:

Optical Networks and IP Networks.

Management said that customer demand remains sufficiently strong that supply—not demand—is currently the principal constraint, causing customers to place longer-duration orders.

For investors, that is an important distinction.

AI networking has moved from:

“possible future Nokia opportunity”

to:

reported revenue + actual orders + backlog conversion.


6. Nokia Is Moving Inside the AI Data Center

There is another development that deserves attention.

Traditionally Nokia's great strength was in networks connecting cities, carriers and data centers.

Increasingly Nokia wants to participate inside the data center itself.

Its data-center networking portfolio includes:

  • Ethernet switching
  • IP routing
  • optical networking
  • pluggable optics
  • data-center fabrics
  • data-center interconnect.

Nokia describes its current offering as covering high-performance switches and optics inside data centers as well as the IP and optical technologies connecting data centers to one another.

That puts Nokia into competition for part of the infrastructure opportunity currently associated with companies such as:

  • Arista Networks
  • Cisco
  • Broadcom ecosystem suppliers
  • Ciena
  • Coherent
  • Juniper/HPE.

Nokia is not currently the dominant player in AI data-center Ethernet fabrics.

But it no longer needs to be.

Even modest share gains in a rapidly expanding market could become meaningful to a company of Nokia's present size.


7. The Nscale Win Shows the Strategy in Practice

Nokia has already been selected as a preferred networking partner by Nscale, an AI infrastructure company building GPU-based AI data centers.

Nokia supplies Nscale with an Ethernet-based AI data-center fabric using its 7220 IXR and 7750 SR platforms, including data-center switching, IP routing and optical connectivity.

This is particularly relevant because it illustrates Nokia's evolving business model.

The company can potentially sell one AI infrastructure customer:

switching → routing → optics → inter-data-center connectivity.

That creates considerably more wallet-share opportunity than supplying one isolated piece of telecom equipment.


8. Nokia's Emerging Optical Technology Could Matter

Nokia is also developing lower-power optical technology specifically designed for the enormous bandwidth and energy challenges created by AI.

Its ICE-D intra-data-center optical technology, for example, is designed for connectivity of up to 3.2 Tb/s, while Nokia says the architecture can reduce optical-connectivity power requirements substantially.

This is strategically important.

Power consumption is becoming one of the greatest constraints on AI infrastructure.

Any technology capable of moving dramatically more data while consuming less energy has substantial economic value.

Nokia therefore has exposure not simply to “more data centers,” but to one of the principal bottlenecks facing increasingly large AI clusters:

moving data quickly enough without consuming unacceptable amounts of electricity.


9. The Nvidia Investment Changed Nokia's Strategic Credibility

One of the most underappreciated developments occurred on October 28, 2025.

Nvidia agreed to invest:

US$1 billion directly into Nokia.

Nvidia subscribed for Nokia shares at US$6.01 per share, representing approximately €860 million of new capital.

This was not merely a portfolio investment.

It accompanied a broad strategic partnership between Nvidia and Nokia involving:

  • AI-RAN
  • 5G Advanced
  • 6G
  • edge AI
  • data-center networking
  • Nvidia accelerated computing.

Nvidia and Nokia intend to develop commercial-grade AI-RAN products, combining Nokia's radio/networking technology with Nvidia's AI computing architecture.

T-Mobile US is also participating in the development process.

The significance should not be overstated—Nvidia has investments throughout the AI ecosystem.

But it should not be dismissed either.

Jensen Huang's Nvidia effectively placed $1 billion of its own capital behind Nokia's role in AI-native networking.

At today's roughly $11 NOK price, Nvidia's $6.01 investment price also illustrates how dramatically market expectations toward Nokia have changed in less than a year.


10. AI-RAN Could Redefine the Mobile Network

Traditional mobile Radio Access Networks are optimized primarily for carrying data.

AI-RAN introduces another idea:

Turn the wireless network itself into distributed AI computing infrastructure.

This potentially allows telecommunications operators to use common computing infrastructure for:

  • cellular workloads;
  • AI inference;
  • network optimization;
  • edge computing;
  • autonomous systems;
  • enterprise AI.

Nokia and Nvidia are now attempting to commercialize precisely this architecture.

In July 2026 Nokia announced what it described as the industry's first commercial AI-RAN platform.

According to Nokia, the architecture is intended to deliver significant spectral-efficiency improvements in existing 5G networks while providing a software upgrade path toward 6G.

This could eventually be extremely important.

But investors should distinguish between two Nokia AI opportunities:

AI data-center networking

Already producing substantial revenue.

AI-RAN

Potentially enormous, but still early-stage.

I therefore assign much greater present valuation to Optical/IP/Data Center than to AI-RAN.

AI-RAN should presently be viewed as valuable upside optionality.


11. 6G: Nokia's Longer-Term Option

Nokia remains one of the world's principal developers of future wireless standards.

Its new strategy explicitly calls for leadership in:

AI-native networks and 6G.

Nokia's Technology Standards operation also owns a substantial intellectual-property portfolio.

That has two important implications.

First, Nokia can potentially participate in 6G through actual infrastructure sales.

Second, Nokia can earn licensing income from technologies incorporated into global communications standards.

The Technology Standards business therefore provides a comparatively high-margin source of cash flow alongside the lower-margin hardware businesses.

I would not buy Nokia specifically because of 6G in 2026.

Commercial 6G remains years away.

But I regard Nokia's 6G intellectual property and infrastructure position as an attractive long-duration call option embedded within the current valuation.


12. Physical AI: An Underappreciated Nokia Opportunity

The AI revolution is beginning to migrate from software into machines.

That includes:

  • humanoid robots
  • industrial robots
  • autonomous vehicles
  • drones
  • automated warehouses
  • mines
  • ports
  • smart factories
  • defense systems.

This is often described as Physical AI.

These machines must communicate.

Many will require:

  • private 5G
  • edge computing
  • deterministic low-latency networks
  • cloud connectivity
  • network security
  • AI inference at the edge.

This provides Nokia with a different type of Physical-AI exposure than semiconductor companies such as Qualcomm or Nvidia.

Nokia doesn't have to manufacture the robot.

It can provide part of the communications infrastructure connecting:

robot → factory → edge computer → data center → cloud.

This is why Nokia belongs in a broader Physical-AI investment thesis.

Qualcomm might provide the intelligence inside the machine.

Nokia can help provide the network nervous system connecting the machines.


13. Defense Has Become a Genuine Strategic Business

This part of the Nokia story deserves considerably more investor attention than it currently receives.

Nokia formally established Nokia Defense as a dedicated organization intended to commercialize defense-grade versions of its networking technologies.

The company sees particular opportunities in:

  • the United States
  • Finland
  • allied countries.

And there is a logical reason.

Modern warfare has become extraordinarily data-intensive.

Military networks must connect:

soldiers + drones + unmanned ground vehicles + aircraft + ships + sensors + satellites + command centers + AI systems.

They must do so securely, at low latency, often while under:

  • electronic warfare
  • cyberattack
  • GPS denial
  • communications jamming.

Nokia describes itself as the only Western networking supplier able to provide communications solutions spanning the central data center through to the battlefield.

That is strategically valuable in an environment in which NATO countries increasingly regard communications infrastructure as part of national security.


14. Nokia's Defense Partnerships Are Becoming Significant

This is no longer a theoretical defense initiative.

During 2026 Nokia announced defense-related activity involving:

Lockheed Martin

Nokia Federal Solutions and Lockheed Martin introduced a mission-critical 5G solution for U.S. defense applications.

KNDS

Nokia Defense is working with KNDS on connectivity for soldiers and unmanned systems.

Finnish Border Guard

Nokia is providing intelligent connectivity for a nationwide counter-drone initiative.

NestAI

Nokia and Finland-based NestAI are developing AI-enabled defense capabilities designed to function in contested or communications-denied environments.

Nokia had also previously acquired Fenix Group, a specialist in tactical communications for the North American defense community.

I would still classify Defense as an emerging business, not a major current earnings contributor.

But it is a compelling option.

Given the enormous rearmament underway across NATO, Nokia's secure-network capabilities may become significantly more valuable over the next several years.


15. Nokia's Current Corporate Structure Is Much Cleaner

Beginning January 1, 2026 Nokia reorganized around two primary operating businesses:

Network Infrastructure

Comprising:

  • Optical Networks
  • IP Networks
  • Fixed Networks.

This is Nokia's principal structural-growth business.

Mobile Infrastructure

Comprising:

  • Radio Networks
  • Core Software
  • Technology Standards.

This is a more mature business but includes potentially valuable AI-RAN, 6G and patent-licensing opportunities.

A third category—Portfolio Businesses—contains operations that management does not consider central to Nokia's long-term strategy.

Nokia has been reviewing these businesses for disposal, restructuring or another strategic outcome.

That is good capital allocation.

Rather than trying to preserve every historical Nokia business, Hotard is reallocating resources toward:

Optical + IP + AI networking + mobile AI + defense.


16. The Latest Financial Position

Nokia's Q2 2026 results provide encouraging evidence that restructuring and growth are occurring simultaneously.

Q2 2026

MetricQ2 2026YoY
Revenue€4.815B+8% reported
Constant-currency growth+9%
Comparable gross margin46.0%+70 bps
Comparable operating profit€434M+18%
Comparable operating margin9.0%+70 bps
Comparable EPS€0.07+75%
Net cash & investments€2.776B

For the first six months of 2026, comparable operating profit increased 28%, while comparable EPS increased 63%.

The company therefore retains a substantial net-cash position while funding restructuring and growth investment.


17. Network Infrastructure Is Becoming the Business to Watch

Q2 segment results illustrate the difference between Nokia's growth operation and its mature operations.

Network Infrastructure

Revenue: €2.037 billion

Growth: +12%

Gross margin: 42.7%

Operating profit: €166 million

Operating margin: 8.1%, versus 6.4% one year earlier.

Margin expansion alongside double-digit growth is encouraging.

Nokia's 2028 target is:

13–17% Network Infrastructure operating margin.

If it reaches that range while Optical/IP revenue continues growing around 10–12%, the earnings contribution from Network Infrastructure could increase substantially faster than revenue.

That is the operating leverage investors should watch.


18. Mobile Infrastructure Remains the Stabilizer

Mobile Infrastructure generated:

€2.680 billion of Q2 revenue

and:

€310 million of operating profit.

Operating margin was 11.6%.

This business remains much larger and more profitable than investors focusing exclusively on AI might realize.

But its structural growth rate is lower.

Radio networks remain dependent upon carrier capital expenditures and intense competition.

Consequently I view Mobile Infrastructure primarily as:

cash flow + patents + installed base + AI-RAN/6G optionality.

Network Infrastructure is where I expect the strongest growth.


19. 2026 Guidance Is Encouraging

Nokia currently expects:

Comparable operating profit

€2.1–€2.6 billion

for 2026.

Management indicated following Q2 that it expects performance to be somewhat above the midpoint of that range.

The company also expects:

Network Infrastructure growth

12–14%

Combined Optical + IP growth

18–20%

during 2026.

Those numbers are particularly important.

If Optical/IP really grows around 20% this year, Nokia increasingly deserves to be analyzed alongside AI infrastructure suppliers rather than solely against Ericsson.


20. The 2028 Targets

Management has established a new long-term objective:

€2.7–€3.2 billion comparable operating profit by 2028.

This compares with approximately €2.0 billion when the target was established.

Supporting objectives include:

Metric2028 target
Network Infrastructure revenue CAGR6–8%
Optical + IP revenue CAGR10–12%
Network Infrastructure operating margin13–17%
Mobile Infrastructure gross margin48–50%
Mobile Infrastructure operating profitGrowth from €1.5B base

This provides investors with relatively clear milestones.

If Nokia begins approaching the upper end of these numbers, I would expect substantial further earnings growth—and probably further multiple expansion.


21. Restructuring Is Painful but Necessary

There is an important caveat.

Reported financial results remain distorted by restructuring.

For example, despite €434 million of Q2 comparable operating profit, Nokia reported a €50 million operating loss under reported accounting because of accelerated restructuring charges.

Nokia expects approximately:

€800 million of restructuring-related charges during 2026

and around:

€700–€800 million of restructuring-related cash outflows.

This includes:

  • completion of the 2023–2026 cost-reduction program;
  • integration and restructuring of Chinese operations;
  • additional European restructuring.

Nokia expects its earlier restructuring plan ultimately to achieve approximately the high end of €800 million–€1.2 billion of gross cost savings.

This is a major reason reported earnings can look dramatically worse than comparable earnings.

Investors need to monitor both.

Eventually restructuring expenses must decline.

If “one-time” charges simply continue indefinitely, that would weaken the investment thesis.


22. Balance Sheet and Cash Flow

Nokia finished Q2 with approximately:

€2.8 billion of net cash and interest-bearing financial investments.

That is a meaningful financial advantage.

Nokia expects 2026 free-cash-flow conversion equivalent to approximately 55–75% of comparable operating profit.

The balance sheet provides the company room to:

  • invest in R&D;
  • expand optical manufacturing capacity;
  • fund restructuring;
  • make selective acquisitions;
  • pay dividends;
  • pursue strategic opportunities.

Nokia expects approximately €800–€900 million of capital expenditures in 2026, including continued expansion of optical manufacturing capacity.

That last point is noteworthy.

Management wouldn't be increasing Optical manufacturing capacity if it believed AI networking demand was merely temporary.


23. Shareholder Returns

Nokia continues to pay a dividend.

For fiscal 2025 the board received authorization to distribute as much as €0.14 per share in installments.

A €0.04 installment was approved in July and paid in August 2026.

The yield is not the principal reason I would own Nokia.

This should now be viewed primarily as a capital-appreciation investment with a modest income component, rather than as an income stock.


24. Where Nokia Is Going

I see six potential growth engines between now and the end of the decade.

1. AI Data Centers — ★★★★★

This is the most important near-term opportunity.

Evidence already exists in:

  • +105% AI/Cloud sales;
  • €2.8B quarterly AI/Cloud orders;
  • strong Optical growth;
  • strong IP growth;
  • hyperscaler and AI-infrastructure wins.

This is the central Nokia thesis.


2. Optical Networking — ★★★★★

The Infinera acquisition significantly improved Nokia's competitive position.

AI requires vast increases in optical bandwidth.

Optical networking therefore increasingly resembles an AI picks-and-shovels industry.

This is probably Nokia's most underappreciated business.


3. IP Routing/Data-Center Switching — ★★★★½

Nokia has an opportunity to penetrate AI data-center fabrics and connect clusters inside and between facilities.

Competition is strong—particularly from Arista and Cisco—but the addressable market is expanding rapidly enough that Nokia does not require market leadership to generate substantial growth.


4. Physical AI/Industrial Networks — ★★★★☆

Factories, robots, drones and autonomous systems will require increasingly sophisticated networking.

Nokia's:

  • private wireless;
  • edge connectivity;
  • deterministic networking;
  • IP;
  • optical infrastructure

position it as an enabling infrastructure provider.


5. Defense — ★★★★☆

I regard this as one of Nokia's most interesting underappreciated options.

Western governments increasingly want trusted Western telecommunications technology.

Nokia has:

  • NATO-country credentials;
  • secure 5G;
  • tactical communications;
  • optical networking;
  • quantum-safe networking;
  • defense partnerships.

Defense could become a meaningful growth vertical.


6. AI-RAN and 6G — ★★★★☆

Potentially enormous.

But still several years from becoming a dominant earnings driver.

Nvidia's involvement dramatically improves the credibility of the opportunity.


25. What Could Go Wrong?

Nokia is not without risks.

Risk #1 — AI expectations outrun actual revenue

The stock has already appreciated dramatically.

If AI & Cloud growth slows sharply, Nokia could lose some of its newly acquired valuation premium.


Risk #2 — Arista/Cisco/other competitors dominate AI data-center switching

Nokia has powerful routing and optical technology but remains a challenger inside hyperscale AI data centers.

Winning meaningful market share is not guaranteed.


Risk #3 — Traditional telecom remains cyclical

Large portions of Nokia remain dependent on communications-service-provider capital spending.

That market can decline unexpectedly.


Risk #4 — Mobile networking remains intensely competitive

Ericsson and Huawei remain formidable competitors.

Samsung also competes in radio access infrastructure.

Pricing pressure is unavoidable.


Risk #5 — Infinera integration

The acquisition creates opportunities but also introduces execution risk.

Nokia must successfully integrate technologies, employees, manufacturing and customers while extracting expected synergies.


Risk #6 — Restructuring

€800 million of restructuring expense in 2026 is substantial.

Investors should demand that today's restructuring translates into materially better margins during 2027–2028.


Risk #7 — The stock is no longer undiscovered

At roughly $11, investors have already recognized part of the transformation.

Nokia is much less obviously cheap than it was when Nvidia invested at $6.01.

I would therefore accumulate rather than chase vertical rallies.


26. Current Stock Position

As of August 17, 2026, NOK trades at approximately:

US$11.00

with an equity-market capitalization of approximately:

US$60.7 billion.

The ADR was trading at $10.995 during August 17 trading.

That price is dramatically above Nvidia's October 2025 subscription price of $6.01.

The market clearly has begun recognizing the changed story.

But I do not think the transformation is completely reflected yet.

The most important reason is that investors are still determining whether Nokia's AI networking growth is:

cyclical

or

structural.

I believe evidence increasingly points toward the latter.


27. Bull, Base and Bear Cases

Rather than assigning a single precise target—which would imply more certainty than exists—I would think about Nokia in scenarios.

Bear Case — $7–$9

Could occur if:

  • AI networking orders slow;
  • hyperscaler spending rolls over;
  • Optical/IP growth falls toward low single digits;
  • mobile telecom demand weakens;
  • restructuring costs persist;
  • margins fail to improve.

In that situation Nokia would again be valued predominantly as a mature telecom-equipment vendor.


Base Case — $13–$16

This becomes reasonable if:

  • Network Infrastructure continues high-single/low-double-digit growth;
  • Optical/IP remain around or above management's targets;
  • AI/Cloud becomes an increasingly meaningful percentage of Nokia revenue;
  • Network Infrastructure margins approach the low teens;
  • restructuring costs fall;
  • 2028 operating-profit targets remain credible.

That would represent a solid return from today's roughly $11 price.


Bull Case — $18–$22+

This would require more.

For this outcome I would want to see:

  • sustained 15–20% Optical/IP growth;
  • major hyperscaler wins;
  • meaningful AI data-center switching penetration;
  • successful Nvidia AI-RAN commercialization;
  • strong Infinera synergies;
  • Network Infrastructure margins moving toward 15%+;
  • growing defense contracts;
  • increasingly visible 6G commercialization.

Under those circumstances the market could begin valuing Nokia considerably more like an AI-network-infrastructure company and considerably less like a traditional telecom supplier.

That multiple re-rating could become as important as the earnings growth itself.


28. What I Would Monitor Every Quarter

For Nokia shareholders, I would reduce the investment thesis to seven numbers.

1. AI & Cloud revenue growth

Current benchmark:

+105%.

This will inevitably moderate. The question is whether it remains well above Nokia's corporate average.

2. AI & Cloud orders

Current benchmark:

€2.8 billion in Q2.

3. Optical Networks growth

Current benchmark:

+20%.

4. IP Networks growth

Current benchmark:

+16%.

5. Network Infrastructure margin

Current:

8.1%.

2028 objective:

13–17%.

This may ultimately be the single most important earnings indicator.

6. Comparable operating profit

2026 guidance:

€2.1–€2.6 billion.

2028 target:

€2.7–€3.2 billion.

7. AI data-center customer wins

Watch for additional:

  • hyperscalers;
  • sovereign AI projects;
  • GPU-cloud operators;
  • neocloud companies;
  • data-center operators.

Those announcements will tell us whether Nokia is gaining actual market share.


29. Investment Scorecard

CategoryRating
AI infrastructure opportunity9/10
Optical networking9.5/10
IP/data-center networking8.5/10
Physical AI connectivity8/10
AI-RAN8/10
6G optionality8/10
Defense optionality8/10
Intellectual property8.5/10
Balance sheet8/10
Current financial momentum8.5/10
Valuation at ~$117.5–8/10
Execution riskModerate
Overall8.5/10

30. Investment Conclusion

I believe Nokia has become one of the more interesting large-cap technology transformations currently underway.

It is not simply a 5G company anymore.

And it certainly isn't the mobile-phone Nokia many investors still remember.

Nokia has moved through three distinct identities:

Nokia 1.0

Consumer mobile-phone giant

Nokia 2.0

Telecommunications equipment and network infrastructure company

Nokia 3.0

AI-era connectivity infrastructure company

That third transformation is only beginning.

The most compelling aspect of the investment case is that Nokia does not depend on one speculative future technology.

It has several overlapping opportunities:

AI data centers
→ Optical networking
→ IP routing
→ Data-center switching
→ Private 5G
→ Physical AI
→ AI-RAN
→ Defense networks
→ 6G
→ Technology licensing

The common denominator is connectivity.

As AI spreads from enormous centralized data centers toward regional clouds, factories, robots, vehicles, drones, defense systems and eventually billions of intelligent edge devices, those systems must communicate with one another.

Nokia's proposition can therefore be summarized in one sentence:

If Nvidia and others provide the computing engines for the AI world, Nokia increasingly wants to provide part of the network nervous system connecting those engines to one another and eventually to the physical world.

That is why I think Nokia's prospects are materially better than they were several years ago.


Final Investment View — August 17, 2026

NOKIA: BUY / ACCUMULATE

Current price: approximately US$11.00

Investment quality: 8.5/10

Risk: Moderate

Best time horizon: 2–5 years

Primary thesis: AI/Cloud + Optical/IP networking

Secondary thesis: Physical AI + private networking

Embedded options: Defense + AI-RAN + 6G

Principal concern: The stock has already rerated substantially, so future performance now requires Nokia to continue converting AI orders into revenue and revenue into higher margins.

For an investor entering now, I would not purchase the entire desired position in one trade. At approximately $11, I would be inclined toward staged accumulation—taking an initial position here, keeping capital available for normal volatility, and adding more aggressively on an unjustified pullback rather than chasing a sharp rally.

Bottom line

I would own Nokia.

But the reason I would own it has changed.

Five years ago, NOK was principally a recovery/value bet on telecommunications infrastructure.

Today, I regard it as an increasingly credible AI-networking, optical-infrastructure and Physical-AI connectivity investment—with defense and 6G providing additional upside that investors are receiving before those businesses are fully developed.

The crucial question over the next four to six quarters is whether the remarkable 105% AI & Cloud growth begins to normalize toward 20–30% while remaining structurally strong, or collapses back toward Nokia's corporate growth rate.

If it remains structurally strong while Network Infrastructure margins rise, I believe Nokia still has considerable room to appreciate from today's approximately $11 price.

Ed Note: Full disclosure:

We currently have no position in NOK having sold after the run up.

We have placed it back on our watch list and will start a position on any meaningful pullback!

Friday, August 14, 2026

It's mid August 2026 and IONQ is growing stronger - lets dig in!

 


IonQ (NYSE: IONQ)

Updated Business & Investment Note — August 2026

Investment thesis

IonQ is undergoing a significant transformation. The company should no longer be evaluated simply as a developer of trapped-ion quantum computers. Following a rapid sequence of acquisitions—including Oxford Ionics, Lightsynq, ID Quantique, Skyloom, SkyWater Technology and now Nexus Photonics—IonQ is attempting to build a vertically integrated quantum infrastructure platform spanning computing, photonics, networking, sensing, security and semiconductor manufacturing.

The newly disclosed acquisition of Nexus Photonics is particularly important because integrated photonics could solve one of the fundamental engineering problems associated with scaling trapped-ion systems: replacing bulky, expensive optical hardware with highly integrated photonic chips that can ultimately be manufactured using semiconductor processes.

IonQ's strategy increasingly points toward modular, networked quantum computing rather than attempting to place enormous numbers of qubits into a single monolithic processor.

In our view, this considerably enlarges the long-term IonQ investment thesis—but it also increases execution risk and leaves the shares carrying an exceptionally demanding valuation.

Current investment view: Speculative Buy / Long-Term Accumulate


1. IonQ is becoming a different company

The easiest mistake investors can now make is continuing to think of IonQ as simply:

"The trapped-ion quantum computer company."

That description is becoming obsolete.

IonQ now describes itself as a "full-stack quantum platform and foundry", encompassing computing, networking, sensing and security. The July 31 acquisition of SkyWater added semiconductor fabrication to that equation.

The pieces increasingly look like this:

IonQ assetPrincipal capability
IonQTrapped-ion quantum computing
Oxford IonicsElectronic trapped-ion control and chip-scale architecture
Nexus PhotonicsIntegrated photonic circuits and lasers
LightsynqQuantum memory and photonic interconnects
SkyWaterU.S. semiconductor fabrication/foundry
QubitekkQuantum networking
ID QuantiqueQuantum security, QKD and photon detection
SkyloomFree-space optical communications
Capella SpaceSpace-based sensing/imaging
Vector AtomicQuantum sensing and atomic clocks

IonQ spent approximately $2.66 billion on six acquisitions during 2025 alone, including Oxford Ionics, Lightsynq, ID Quantique, Capella Space and Vector Atomic.

SkyWater and Nexus push the strategy considerably further.


2. Nexus Photonics may be more important than it initially appears

IonQ confirmed with its Q2 results that it has acquired Nexus Photonics, saying Nexus expands its foundational integrated-photonics capabilities and is intended to advance the

miniaturization and mass manufacturing of quantum systems.

That description deserves attention.

Nexus has spent more than 20 years developing technology originating from research at the University of California, Santa Barbara.

Its heterogeneous photonic-integration platform combines materials including silicon nitride, GaN, GaAs and InP and can incorporate lasers, amplifiers, detectors, modulators and waveguides onto photonic integrated circuits.

Nexus says its platform covers wavelengths from roughly 400–1,700 nm and beyond, an unusually broad range that matters for quantum technologies because different atomic systems require very specific optical wavelengths.

Even more interesting are Nexus's quantum-specific capabilities.

The company says its technology can produce extremely low-noise precision lasers and integrate them directly into application-specific photonic integrated circuits. Nexus estimates that this can reduce size and cost by more than 100× compared with conventional implementations.

That is almost tailor-made for IonQ.


3. Why photonics matters so much to trapped-ion quantum computing

IonQ's trapped ions are controlled and measured using extremely precise laser light.

Historically, this requires substantial amounts of:

mirrors → lenses → beam splitters → modulators → detectors → optical alignment equipment → laser systems.

This works in laboratories and early commercial machines.

It becomes increasingly problematic when trying to manufacture thousands of quantum computers containing progressively larger numbers of qubits.

IonQ has understood this problem for some time. Its collaboration with imec was explicitly designed to replace traditional bulk optical components with photonic integrated devices.

IonQ says that doing so should:

  • reduce system size;
  • reduce cost;
  • increase qubit count;
  • improve performance;
  • increase robustness.


Nexus effectively brings an important part of this capability inside IonQ.

That is the strategic significance of the transaction.


4. Nexus + Lightsynq + SkyWater is the combination to watch

Individually, these acquisition are interesting.

Together they become considerably more important.

Nexus Photonics

Develops the integrated photonic devices.

Lightsynq

Develops photonic interconnects and quantum-memory technologies required to connect quantum processors.

SkyWater

Provides semiconductor fabrication, packaging and manufacturing infrastructure.

This potentially creates:

IonQ trapped-ion QPU

Nexus integrated photonics

Lightsynq photonic interconnection

SkyWater fabrication

another IonQ QPU

quantum network

That architecture addresses one of the most important questions facing quantum computing:

Do we really need to build a single quantum processor containing enormous numbers of qubits?

IonQ increasingly appears to be betting that the answer is no.


5. The distributed quantum-computer thesis

Instead of constructing one gigantic processor, IonQ's ultimate architecture could resemble:

QPU A ⇄ photons ⇄ QPU B ⇄ photons ⇄ QPU C ⇄ photons ⇄ QPU D

Each processor could eventually contain fault-tolerant logical qubits.

Photonic links would then connect the processors into a much larger computational system.

In effect, the quantum computer becomes a network of quantum computers.

This is conceptually similar to the development of classical computing.

The world's largest computational systems aren't single enormous CPUs. They contain thousands of processors connected through extremely sophisticated networks.

Quantum computing may eventually evolve similarly.


6. IonQ has now demonstrated the fundamental concept

This is no longer entirely theoretical.

On April 14, 2026, IonQ announced that it had photonically interconnected two independent commercial trapped-ion quantum systems.

The company generated, transmitted and detected photons to establish entanglement between remote IonQ quantum processors.

That is an important technical milestone.

IonQ's published interconnect roadmap ultimately targets a large-scale, networked multi-QPU system.

The sequence therefore becomes:

Ion-photon entanglement

remote ion-ion entanglement

networked commercial QPUs

integrated photonic interconnects

multi-QPU quantum computer

distributed fault-tolerant quantum computing

Nexus potentially helps turn the optical components required for this architecture from laboratory equipment into manufacturable chips.


7. Oxford Ionics provides another crucial piece

IonQ's $1+ billion acquisition of Oxford Ionics also makes considerably more sense viewed through this architecture.

Oxford Ionics developed electronic control technology intended to overcome another major trapped-ion scaling problem: the complex lasers traditionally required to control individual ions.

Its technology combines trapped-ion qubits with conventional semiconductor-chip manufacturing and electronic control. IonQ completed the acquisition in September 2025.

The emerging system therefore becomes:

Oxford Ionics → electronic qubit control

Nexus → integrated optical control

IonQ → trapped-ion quantum processor

Lightsynq → QPU interconnection

SkyWater → semiconductor manufacturing

This is a much more coherent technology strategy than IonQ's acquisition spree initially appeared to be.


8. SkyWater fundamentally changes IonQ

The July 31 completion of the approximately $1.8-billion SkyWater acquisition may ultimately prove to be IonQ's most consequential corporate transaction.

SkyWater is the largest exclusively U.S.-based semiconductor foundry.

IonQ says the acquisition creates what it considers the first vertically integrated full-stack quantum platform and secures a domestic manufacturing supply chain. SkyWater will remain a commercial foundry serving outside customers.

That introduces a fascinating second business model.

IonQ doesn't necessarily have to win every quantum-computing architecture.

It can potentially become a merchant supplier to the broader quantum industry.

That would put IonQ into both sides of the business:

Quantum systems

Sell quantum computers, networks, sensors and security systems.

Quantum picks-and-shovels

Manufacture photonic, semiconductor and other components for outside quantum companies and government customers.

That potentially reduces IonQ's dependence upon its own trapped-ion architecture

ultimately dominating quantum computing.


9. The financial picture has improved dramatically

IonQ's Q2 2026 results were exceptionally strong from a revenue-growth perspective.

Q2 2026

Revenue: $80.1 million

YoY growth: +287%

Revenue vs previous guidance midpoint: approximately 20% higher

Cash/investments: approximately $3.0 billion at June 30

Pro-forma cash following SkyWater: approximately $2.0 billion

Adjusted EBITDA loss: $120.3 million

Adjusted EPS: -$0.33


IonQ also reported that approximately:

50% of revenue was international

60% was commercial

25% was multi-product

This matters because IonQ's revenue is becoming less dependent upon isolated U.S. government quantum-computing contracts.


10. 2026 guidance

Management increased FY2026 revenue guidance to:

$280–290 million

IonQ continues to expect approximately 100% organic revenue growth for the year.

Perhaps more importantly, remaining performance obligations increased 297% YoY.

And there is an important wrinkle:

The $280–290 million guidance does not include SkyWater revenue.

Consequently, consolidated IonQ revenue will become substantially larger once SkyWater is fully incorporated.

That will make year-over-year comparisons more complicated, however. Investors will need to distinguish carefully between acquired revenue and genuine organic growth.


11. Commercialization is broadening

Several recent developments are noteworthy.

IonQ signed an MOU with Anduril covering quantum technologies for defense and national-security applications and joint proposals for government and commercial contracts.

It also signed an MOU with Sandia National Laboratories involving quantum co-design for national-security applications.

IonQ is also participating in the Tennessee Quantum Communications Research Center with EPB, including what it describes as...

The world's first commercial quantum-memory unit installed in a live fibre-optic network.

Meanwhile, IonQ's space operations now include 84 on-orbit optical communications terminals supporting a U.S. government initiative.

This diversification is important.

IonQ can potentially commercialize:

computing

networking

quantum cybersecurity

sensing

atomic timing

space communications

Earth observation

semiconductor fabrication

integrated photonics

long before universal fault-tolerant quantum computing reaches maturity.


12. Technical performance remains the heart of the thesis

The acquisition story shouldn't obscure IonQ's fundamental requirement:

Its quantum computers must work exceptionally well.

IonQ reported achieving 99.99% two-qubit gate fidelity in 2025.

The company also says it is progressing toward demonstration of its 256-qubit system and publishing quantum-error-correction results on its hardware.

These milestones matter more to the long-term valuation than any individual acquisition.

The market should watch four things particularly closely:

1. Physical-qubit fidelity

2. Logical-qubit performance/error correction

3. Remote entanglement fidelity and rate

4. Ability to execute useful algorithms across interconnected QPUs

The fourth would be especially important.

Successfully executing useful fault-tolerant computation across multiple interconnected IonQ processors would provide powerful validation of the entire modular architecture.


13. The investment case has strengthened — but so have the risks

There is an unusually large gap between IonQ's potential future value and its current financial fundamentals.

IonQ is still losing substantial amounts of money.

Q2 adjusted EBITDA was -$120.3 million, compared with revenue of $80.1 million.

The reported GAAP loss of approximately $1.87 billion looks alarming, although roughly $1.58 billion resulted from changes in the fair value of warrant liabilities rather than ordinary operating losses.

Nevertheless, underlying cash consumption remains substantial.

IonQ is simultaneously integrating numerous businesses, expanding internationally, funding multiple technology roadmaps and absorbing a semiconductor foundry.

That introduces significant integration and execution risk.


14. Valuation remains the largest investment objection

This is the principal reason I would not describe IONQ as a conventional "Buy."

Recent market capitalization has remained around the low-teens billions of dollars even after the shares fell dramatically from their 52-week peak. For example, at $35.77 in late July/early August the company was valued at approximately $13.35 billion, despite being roughly 58% below its 52-week high of $84.64.

Against IonQ's current $280–290 million 2026 standalone revenue guidance, that represents an extremely high revenue multiple.

SkyWater will increase consolidated revenue substantially, but it is also a very different, lower-margin business.

Consequently, investors shouldn't simply apply IonQ's historical quantum-computing revenue multiple to SkyWater's foundry revenue.

That would produce an artificially inflated valuation.


15. Principal risks

The major risks now are somewhat different from those of the IonQ of several years ago.

Technology risk: Fault-tolerant quantum computing remains unproven commercially.

Interconnect risk: Remote entanglement has been demonstrated, but scaling it to reliable, high-bandwidth fault-tolerant computation is vastly harder.

Integration risk: IonQ has acquired a remarkable number of businesses in a short period.

Cash-burn risk: IonQ remains substantially unprofitable.

Valuation risk: Much of the company's anticipated success is already reflected in its market capitalization.

Competition: IBM, Quantinuum, Google, Microsoft, PsiQuantum, Xanadu, D-Wave, Rigetti and others continue pursuing competing architectures.

Foundry risk: SkyWater gives IonQ manufacturing capabilities but simultaneously adds a capital-intensive semiconductor business.

Dilution: IonQ has used significant amounts of stock to finance acquisitions.


16. What would make us materially more bullish?

There are several milestones that would cause us to raise our long-term valuation assumptions.

A. 256-qubit system demonstrated on schedule

Particularly if fidelity remains exceptionally high.

B. Logical-qubit/error-correction progress

The important measurement increasingly becomes useful fault-tolerant computation—not simply physical-qubit count.

C. High-fidelity multi-QPU operation

This may be the single most important technical catalyst.

D. Nexus photonics incorporated into IonQ hardware

Evidence that bulk optical components are actually being replaced by manufacturable photonic chips would validate the acquisition.

E. SkyWater begins manufacturing IonQ quantum/photonics components

This would demonstrate genuine vertical integration rather than simply corporate ownership.

F. Quantum networking produces substantial commercial revenue

That would demonstrate IonQ doesn't need to wait for fault-tolerant quantum computing to create a major business.

G. Operating leverage

Revenue eventually needs to grow much faster than expenses.


17. What would cause us to reduce the position?

Conversely, several developments would challenge the thesis:

Persistent roadmap delays;

failure to maintain industry-leading fidelity;

inability to scale remote entanglement;

failure to integrate Oxford Ionics/Lightsynq/Nexus/SkyWater;

continued acquisition-driven growth without organic growth;

accelerating cash burn;

or a competing architecture demonstrating commercially useful fault-tolerant quantum computing substantially ahead of IonQ.


18. Our revised interpretation of IonQ

The investment thesis has evolved considerably.

IonQ 2022–2024

Build better trapped-ion quantum computers.

IonQ 2025

Build quantum computers and quantum networks.

IonQ 2026

Build the infrastructure underlying an interconnected quantum ecosystem.

That distinction is enormously important.

IonQ increasingly appears to be pursuing something analogous to a quantum data-center architecture.

Instead of:

one enormous quantum processor,

the architecture becomes:

many exceptionally high-quality quantum processors connected through photonic networks.

And IonQ increasingly owns the technologies required at each layer.


19. The "Nvidia of Quantum" question

Calling any company the "Nvidia of quantum" remains premature.

Nevertheless, IonQ's strategy now gives the analogy somewhat more substance.

Nvidia's extraordinary value isn't simply that it manufactures GPUs. Nvidia controls critical portions of an entire accelerated-computing ecosystem.

IonQ appears to be attempting something conceptually similar:

Quantum processors


control technology


integrated photonics


quantum interconnect


quantum networking


quantum security


sensing


semiconductor fabrication

If successful, IonQ could participate economically even when the final quantum solution involves multiple processors, multiple networks or potentially heterogeneous quantum architectures.

That is considerably more attractive than depending entirely upon sales of individual IonQ machines.


20. Investment conclusion

Rating: Speculative Buy / Accumulate

The Nexus Photonics acquisition strengthens our IonQ thesis.

It fills a surprisingly important gap between IonQ's quantum processors, Lightsynq's interconnect technology and SkyWater's manufacturing capabilities.

The resulting architecture is becoming increasingly coherent:

IonQ + Oxford Ionics

High-fidelity trapped-ion computation and electronic control

Nexus Photonics

Chip-scale integrated lasers and photonics

Lightsynq

Quantum memory and photonic interconnection

SkyWater

Scalable U.S. semiconductor manufacturing

Qubitekk + ID Quantique

Quantum networking and security

Skyloom

Long-distance/free-space optical networking

Capella + Vector Atomic

Space, sensing and timing applications

The opportunity is therefore no longer simply:

"How many IonQ quantum computers can the company sell?"

The larger question is:

"Can IonQ become one of

the principal infrastructure providers for the quantum economy?"

That is now the investment thesis I find most compelling.

Bottom line

I am more bullish on IonQ's long-term strategic position today than I was in our previous report.

The Nexus acquisition reinforces rather than changes the distributed-computing thesis. More importantly, Nexus + Lightsynq + Oxford Ionics + SkyWater begins to reveal what IonQ appears to be building: a manufacturable, chip-scale, modular quantum-computing architecture in which multiple high-fidelity processors can ultimately be interconnected into much larger quantum systems.

If IonQ demonstrates high-fidelity computation across multiple photonically interconnected QPUs, I would regard that as one of the most important validation events in the company's history.

That could materially change the market's perception of IonQ from a promising quantum-computer manufacturer to a credible full-stack quantum infrastructure company.

The counterweight is valuation. IONQ remains a high-risk, high-volatility investment whose current capitalization anticipates considerable future success. I would therefore treat it as an accumulation-on-material-pullbacks position rather than a stock to chase after sharp rallies.

Strategically, the IonQ story is becoming stronger—and considerably larger—than it was even six months ago.

Ed Note:

One date I would put on the calendar is September 8, 2026

IonQ has scheduled an Investor Day following the SkyWater closing. That should be one of the first opportunities for management to explain in detail how SkyWater, Nexus, Lightsynq and Oxford Ionics fit into the unified architecture.

Tuesday, August 11, 2026

Volatus Aerospace Q2 report positive!

 




VOLATUS AEROSPACE (TSX: FLT)

Q2 2026 Investment Note — A Potential Inflection Quarter

Investment Thesis

Volatus Aerospace enters its upcoming Q2 2026 report in a considerably stronger strategic position than it began the year. The company is increasingly transitioning from a commercial drone-services business toward an integrated Canadian aerospace and autonomous-systems company encompassing drone manufacturing, defence technology, ISR, autonomous logistics, software, training and conventional aviation operations.

Q2 therefore matters less as a single earnings report than as an early test of whether Volatus' increasingly compelling strategic position is beginning to translate into financial performance.

What We Expect From Q2

Q1 revenue was only approximately C$5.6 million, partly because the initial C$4.5 million tranche of a C$9 million NATO-allied ISR training-system contract was delayed into Q2.

Consequently, Q2 should show a substantial sequential revenue improvement.

Our principal benchmarks are:

Q2 2026Benchmark
RevenueC$10–12M+
Gross margin33–38%
Adjusted EBITDALoss narrowing toward C$2–3M
Cash/liquidityStrong
Defence contributionMeaningfully higher
H2 outlookAccelerating

We would consider C$11M+ revenue combined with approximately 35% gross margins and improving EBITDA a good quarter.

Revenue above C$12M, particularly if accompanied by strong defence revenue and improving margins, would constitute an excellent result.


Why the Balance Sheet Has Changed

One of the most important developments occurred during Q2.

Volatus completed its C$34.5 million bought-deal financing at C$0.65 per share, issuing approximately 53.1 million shares.

Combined with approximately C$31.7 million of cash reported at March 31, this substantially reduces near-term financing risk and provides capital for:

  • Mirabel manufacturing expansion
  • autonomous aircraft development
  • defence R&D
  • working capital for larger contracts
  • strategic acquisitions

The financing was backed by a substantial underwriting syndicate led by Desjardins Capital Markets and Stifel, with participation from RBC, Scotia, Canaccord, Cormark, Haywood and Ventum.

This represents an important evolution for FLT: institutional capital is increasingly participating in the story.

The question is therefore shifting from:

“Can Volatus finance its ambitions?”

to:

“How successfully can Volatus deploy its capital?”


What Matters More Than EPS

We are considerably less concerned with whether Volatus loses one or two cents per share this quarter than with evidence of operating leverage.

Five developments will be particularly important.

1. Canadian Armed Forces Procurement

Any indication that discussions with the CAF are progressing toward funded trials, demonstrations, procurement programs or production contracts could become the most important catalyst for FLT.

Volatus' new 200,000-square-foot Mirabel Innovation Centre and Drone Manufacturing Hub increasingly appears strategically aligned with Canada's push to establish sovereign domestic drone and autonomous-systems capabilities.

Recent engagement between senior Canadian defence leadership and the Mirabel operation reinforces that positioning.

2. Mirabel Production

Investors now need evidence that manufacturing capacity is turning into actual production.

Volatus is developing or integrating systems applicable to:

  • ISR
  • persistent surveillance
  • autonomous logistics
  • counter-UAS
  • Arctic operations
  • critical-infrastructure monitoring

A meaningful production ramp would begin moving Volatus from a drone-services valuation toward an aerospace/defence technology valuation.

3. Defence Backlog

The critical question is whether Volatus' increasingly large defence opportunity pipeline is becoming firm, funded orders.

One C$20–50M multi-year defence program would potentially be more important to the valuation than several quarters of incremental commercial growth.

4. Profitability

Q1 produced a strong 35% gross margin, but Volatus remains unprofitable.

If revenue increases while gross margins remain around 35% and operating losses narrow, investors should begin to see the operating leverage inherent in the business model.

5. 2027 Revenue Visibility

This could ultimately matter more than Q2 itself.

Contracts signed during H2 2026 that provide recurring revenue into 2027 would substantially improve the quality and predictability of Volatus' earnings profile.


The Q2 Scorecard

🟢 BULLISH RESULT

Revenue: C$12M+
Gross margin: 35%+
EBITDA: Loss clearly narrowing
Defence backlog: Increasing materially
Cash: Strong
Management outlook: Accelerating H2/2027

Such a result would provide the first significant financial confirmation that the Volatus defence/autonomy strategy is working.

It would strengthen the case for a substantial valuation re-rating.


🟡 ACCEPTABLE RESULT

Revenue: C$10–12M
Gross margin: 32–35%
EBITDA: C$2–3M loss
Defence pipeline: Strong but contracts still developing

This would keep the investment thesis intact.

Attention would shift toward Q3/Q4 contract announcements and Mirabel production.


🔴 DISAPPOINTING RESULT

Revenue: Below ~C$9M
Gross margin: Below ~30%
EBITDA losses: Increasing
ISR delivery: Further delayed
Defence contracts: Little evidence of conversion

That would indicate that the strategic story remains considerably ahead of the financial results.

It would not necessarily invalidate the long-term thesis, but it would push the expected inflection point further into 2027.


The Bigger Picture

Q2 ended June 30.

That is important because some of Volatus' most interesting strategic developments are occurring after the quarter being reported.

The company continues to advance:

  • sovereign Canadian drone manufacturing
  • autonomous VTOL cargo/logistics
  • Arctic operations
  • ISR
  • counter-drone technology
  • AI/autonomy software
  • NATO-related training
  • persistent intelligence capabilities
  • partnerships such as the Kraus Hamdani Aerospace initiative

These developments will primarily affect H2 2026 and 2027, rather than the Q2 income statement.

Consequently, Q2 results may actually understate the strategic position of the company today.


Investment Outlook

We view Q2 as potentially the beginning of a transition from:

“promising Canadian drone company”

to:

“emerging Canadian autonomous aerospace and defence company.”

The distinction is extremely important for valuation.

If Volatus can demonstrate:

C$11–12M+ quarterly revenue → ~35% margins → declining EBITDA losses → larger defence backlog → credible profitability

the investment case becomes considerably stronger.

The next major step would then be conversion of Canada's sovereign-drone strategy into substantial procurement.

A meaningful Canadian Armed Forces contract, Arctic surveillance/logistics program or broader NATO adoption would provide the validation necessary for investors to begin valuing Volatus on expected future defence revenue rather than its relatively modest historical revenue base.

Conclusion

We enter the Q2 report constructive but focused on execution.

The balance sheet is stronger. Institutional capital has arrived. Mirabel provides manufacturing capacity. Defence relationships are developing. The technology portfolio increasingly matches Canadian and NATO priorities.

Now the financial results must begin catching up.

Our Q2 number to watch: C$11–12 million revenue with gross margins near or above 35%.

If Volatus clears those benchmarks and management provides evidence of accelerating defence business into H2 and 2027, we would regard Q2 as an important confirmation of the investment thesis.

If that is subsequently followed by a material CAF/NATO procurement award and a visible path toward profitability, the case for a significant FLT re-rating during 2027 becomes substantially stronger.

Q2 results update - Aug 13:

Volatus Aerospace (TSXV:FLT) (OTCQB:TAKOF) reported strong Q2 2025 financial results, with revenue reaching $10.59 million, up 49% year-over-year. The company achieved a gross margin of 32% and significantly improved its Adjusted EBITDA loss to $276,259, an 85% improvement from Q2 2024.

Ed Note:

These results are very close to our "best case" scenario and indicate real growth.

The most useful next step will be to score the actual Q2 numbers against this green/yellow/red framework and reassess the C$2.50–C$3.00 12-month scenario.