AI-powered B2B pricing platform Mondrio has raised a $3.75 million funding round led by Heartcore Capital, with participation from Pretiosum VC, Hersir Ventures, Cambrena Capital and Momo VC, alongside angel investors with experience in pricing, CPQ, AI and payments.

Founded in 2026 by Gregor Biljardt and Joep van den Nieuwenhoff, Mondrio operates across Amsterdam and San Francisco. The company develops an AI-powered platform designed to help businesses develop and execute pricing strategies, optimise revenue and automate related workflows.

As AI accelerates product development, businesses are introducing new features, products and business models at a pace that traditional pricing processes often struggle to match. Pricing strategies that previously remained relevant for extended periods can quickly become outdated as market conditions, customer expectations and competitive dynamics change.

The growing adoption of AI also introduces new pricing challenges, particularly for software companies. Unlike traditional software products with relatively low marginal costs, AI-powered services can generate variable costs with each interaction, making effective pricing increasingly important for maintaining profitability.

Mondrio aims to address these challenges by combining AI agents with pricing expertise to help businesses continuously adapt their pricing strategies. Its platform analyses product changes, customer behaviour, competitive intelligence and market signals to identify pricing opportunities and recommend adjustments.

The platform consists of two complementary products. Pricing Studio supports the design and optimisation of product packaging, pricing models and price levels, while Deal Engine brings pricing intelligence into individual transactions, providing guidance on quotes, discounts, negotiations and renewals. It also automates quoting and approval processes within predefined parameters.

By connecting pricing strategy with deal execution, Mondrio enables information from individual transactions to inform future pricing decisions. Businesses can use the platform to support their existing pricing teams or access Mondrio's pricing experts for additional assistance.

AI is moving beyond answering questions to proactively identifying opportunities and taking action. For the first time, we can build agents that combine quantitative data with qualitative insights, such as customer conversations and market feedback, opening up entirely new possibilities for how companies make pricing decisions,

said Gregor Biljardt, Mondrio’s co-founder and CEO.

Mondrio's platform also addresses changes in B2B purchasing, as AI increasingly influences how businesses research products, compare solutions and negotiate commercial terms. The company aims to help businesses manage pricing decisions when interacting with both human buyers and AI-powered purchasing tools.

With the new funding, Mondrio plans to expand its AI, engineering and pricing teams, advance its agent capabilities and further connect pricing strategy with deal execution. The company also intends to strengthen its commercial presence in the United States and Europe, while expanding its reach beyond B2B technology into manufacturing and professional services.

Skydance will sell HBO Max and Paramount+ as a bundle from early 2027. It also plans to merge the two services’ technology within a year, using AI tools to move faster. The company set out the plan on 9 November with its first results since Paramount bought Warner Bros. Discovery. The details are in the […]

SoftBank Group swung to a net loss of ¥1.12tn ($7.1bn) in the July to September quarter. The biggest single hit was a $3.7bn writedown on power equipment for US AI data centres. SoftBank had paid for it in advance, then changed its plans. The SoftBank loss compares with a ¥2.5tn profit a year earlier. Analysts […]

UK banking infrastructure fintech Griffin has raised $20m in new funding, it said today, and is now valued at over $100m. The $20m Series B funding round was led by Octagon Partners with participation from Notion Capital, A+ Ventures, Nordic Ninja, Breega and other existing investors.

Griffin, whose CEO David Jarvis is a former Airbnb executive, has now raised around $95m in total.

Griffin is what is called a banking-as-a-service provider. It has a UK banking licence, which allows fintechs and businesses to offer banking services to their customers without them having to acquire the necessary banking licences.

Its tech allows companies to integrate bank accounts and payments into their own apps and platforms, as well as offering services such as KYC and anti-money-laundering. It says that since launching as a licenced bank two years ago, more than 80 companies are building on its infrastructure, including Uber.

The London-based fintech says it will use the funds to expand its suite of banking services, such as card issuing and stablecoin services. The funds, it says, will also help steer the UK fintech through to making a full-year profit.

Jarvis, CEO and co-founder, Griffin, said: “This round lets us go further: cards and stablecoins are the natural next layer for our infrastructure, and the response from investors so far reflects the scale of the opportunity ahead of us. We’re delighted to have Octagon leading this round alongside our existing investors."

Elvis Presley’s music owners and Eminem’s publisher have filed two more lawsuits against Suno, the $5.4bn AI music generator. They join a growing line of rights holders suing Suno. Their complaints spell out two different grievances: the songs, and the voice. The plaintiffs filed both suits on 6 November in federal court in Northern California, […]

European spacetech companies attracted approximately €2.8 billion in funding during H1 2026, reflecting continued investor interest in satellite infrastructure, space intelligence, launch services and advanced propulsion technologies.

Investment was concentrated in a relatively small number of large transactions, with France and Finland attracting the largest shares of funding, followed by Germany and Spain. Meanwhile, smaller rounds supported emerging companies developing technologies for orbital mobility, space manufacturing and satellite data services.

Debt financing also played a significant role, reflecting the sector's capital-intensive nature and the need to finance infrastructure development, technological advancement and commercial expansion.

For further insights into funding trends across the European technology ecosystem, explore Tech.eu's Funding Explorer, which is free and open to everyone.

Here are the European spacetech companies that raised the most funding in H1 2026.

Amount raised in H1 2026: €975M Paris-based Eutelsat provides satellite communications and broadcasting services to customers worldwide. Following its combination with OneWeb, the company operates both geostationary and low Earth orbit satellite networks, serving the video, mobile connectivity, fixed connectivity and government sectors. Its OneWeb constellation supports connectivity services through hundreds of LEO satellites. In February 2026, Eutelsat secured €975 million in debt financing from commercial banks, backed by a French state guarantee through Bpifrance Assurance Export. The financing will support the procurement of 340 new Airbus-built LEO satellites to replace ageing spacecraft in its OneWeb constellation and maintain service continuity.

Amount raised in H1 2026: €900M Finnish spacetech company ICEYE develops and operates synthetic aperture radar (SAR) satellites that capture high-resolution images of Earth regardless of weather conditions or daylight. Its satellite constellation provides monitoring and intelligence capabilities for defence, security, environmental monitoring, insurance and disaster response. ICEYE also supplies sovereign satellite systems to governments seeking independent Earth observation capabilities. During H1 2026, ICEYE announced €900 million in financing, comprising a €150 million Series E, a €300 million revolving credit facility and a €450 million Series F. The funding will support satellite production, constellation expansion, sovereign intelligence deployments and international growth, while the credit facility provides financial flexibility and guarantees for customer contracts.

Amount raised in H1 2026: €270M Isar Aerospace develops launch vehicles designed to provide access to orbit for commercial and government satellite operators. Its Spectrum rocket is intended to carry small and medium-sized satellites into space. The company combines rocket development with manufacturing and launch infrastructure, including a production facility near Munich and launch operations from Andøya, Norway. In June 2026, Isar Aerospace closed a €270 million Series D round to finance serial production of its Spectrum rocket, expand manufacturing capacity and support international operations and launch infrastructure development.

Amount raised in H1 2026: €210M Spanish spacetech company PLD Space develops reusable launch vehicles and space transportation systems for commercial and institutional customers. The company designs, manufactures and tests its own rockets, including MIURA 5, a two-stage launch vehicle intended to transport small satellites into orbit. Its activities also include developing industrial and launch infrastructure to support regular commercial missions. In H1 2026, PLD Space secured €210 million in financing, consisting of a €180 million Series C equity round led by Mitsubishi Electric and a €30 million venture debt loan from the European Investment Bank. The financing will support the final development and testing of MIURA 5, expand manufacturing and launch infrastructure, and advance the company's transition to commercial launch operations.

Amount raised in H1 2026: $140M EOS-X Space is a Spanish aerospace company developing stratospheric balloon-based tourism experiences designed to take passengers to high altitudes on flights lasting approximately five hours. Beyond tourism, the company is expanding into technology solutions for civil and defence applications, focusing on artificial intelligence, advanced data management and infrastructure security. It is also pursuing aerospace projects involving satellite networks for civilian and military uses. In May 2026, EOS-X Space raised $140 million in Series D funding to support its expansion into AI, data analytics and aerospace technology, ahead of a potential New York stock market listing in 2027.

Amount raised in H1 2026: €110M Italian spacetech company D-Orbit develops orbital transportation and logistics solutions for satellites and other spacecraft. Its ION Satellite Carrier enables operators to transport and deploy satellites into designated orbits, supporting more flexible and efficient space missions. The company also provides services related to satellite operations, mission management and in-orbit infrastructure. In H1 2026, D-Orbit secured €110 million through an investment club deal arranged by Azimut. The financing is intended to support the company's growth and development in the space logistics sector.

Amount raised in H1 2026: $40M PAVE Space is a Swiss space infrastructure company developing orbital transfer vehicles designed to transport satellites between different orbits. Its technology aims to reduce the time needed to move satellites from low Earth orbit to higher destinations, including geostationary and lunar orbits. The company is developing a flagship kickstage vehicle and a smaller platform for flexible satellite repositioning, serving commercial satellite operators, telecommunications providers and defence organisations. In March 2026, PAVE Space raised $40 million in seed funding, led by Visionaries Club and Creandum. The investment will accelerate spacecraft development, support initial demonstration missions, expand engineering capabilities and prepare for commercial deployments.

Amount raised in H1 2026: €27M French spacetech company UNIVITY is developing satellite-based telecommunications infrastructure to provide high-speed, low-latency internet connectivity. Its approach combines very low Earth orbit satellites with existing 5G networks, enabling telecom operators to extend their services to remote and underserved areas. Rather than selling connectivity directly to consumers, UNIVITY aims to provide shared space infrastructure that operators can integrate into their existing networks while maintaining control over customer relationships and services. In April 2026, UNIVITY raised €27 million in Series A funding, backed by Blast, Expansion, Bpifrance's Deeptech 2030 fund and two family offices. The investment will support its uniShape demonstration programme, including the development and orbital testing of two satellites to validate space-based 5G connectivity.

Amount raised in H1 2026: €25.7M Germany-based ATMOS Space Cargo develops spacecraft for transporting payloads into orbit and returning them safely to Earth. Its PHOENIX platform combines orbital operations with controlled atmospheric re-entry, using an inflatable decelerator that functions as both a heat shield and an aerodynamic brake. The technology is designed to support research, commercial space activities and government missions, including the recovery of materials, hardware and data from orbit. In April 2026, ATMOS Space Cargo closed a €25.7 million Series A round to build and operate three PHOENIX 2 vehicles, establish its ATMOS WORKS business for government and defence customers, and advance the development of its larger PHOENIX 3 spacecraft.

Amount raised in H1 2026: €22.5M Founded in Vienna in 2016, Enpulsion specialises in electric propulsion systems for nano- and microsatellites. Its technology enables small spacecraft to perform orbital manoeuvres, adjust their positions and manage their operations in space. The company develops propulsion solutions for satellite manufacturers and operators, addressing the growing need for reliable and efficient mobility as satellite constellations expand. In March 2026, Enpulsion received a €22.5 million investment from Nordwind Growth to support the development of integrated space mobility solutions and the company's expansion in the US space industry.

The US Justice Department has sued Lyft over riders with disabilities. It alleges that the ride-hailing company and its drivers routinely refuse to serve them, including blind riders with guide dogs and people who use stowable wheelchairs. The department filed its 36-page complaint on 9 November in federal court in Northern California. It accuses Lyft […]

UFORCE, a defencetech company founded in Ukraine and headquartered in London, with major hubs in Kyiv and Washington, DC, today announced a $700 million Series A financing round at a $6 billion valuation.  

UFORCE builds autonomous uncrewed platforms across sea, land and air, and the AI software,  orchestration, and command-and-control (C2) layer that operates them. Its goal is to make defence a  hundred times cheaper than offensive operations.  

Its products include the MAGURA family of uncrewed surface vessels, the NEMESIS family of strike platforms, the LIUT family of ground robotic platforms, the PREDATOR turret family counter-UAS systems, and C2, the software that controls them. The MAGURA Unmanned Surface Vessel (USV) family has contributed to the destruction of more than a dozen Russian warships in the Black Sea and has shot down multiple helicopters and fighter aircraft in combat. The Ukrainian armed forces have used MAGURAs as a mobile maritime base for multi-domain operations, launching NEMESIS UAVs for long-range strikes against targets like air defence systems.

NEMESIS Class 1 heavy strike UAV platforms, both multi-use and one-way attack, are among the most widely deployed bombers and strike UAVs on the Ukrainian battlefield, with more than 300,000 combat flights and adopted across 100+ units.  

Valor Equity Partners and the UK National Wealth Fund (NWF) co-led the funding round, with participation from the US–Ukraine Reconstruction Investment Fund (URIF). The round also drew leading investors from across Silicon Valley, Europe, and Asia, including Menlo Ventures, Xantium, and Hiro Capital. Existing investors, including Shield Capital, Ballistic Ventures,  Lakestar, and Squadra, also increased their stakes in UFORCE.

According to Oleg Rogynskyy, Chief Executive Officer of UFORCE, the war in Ukraine has shown that in an increasingly volatile world, effective defence requires systems that can keep improving as threats change.  

“Governments and the technology ecosystem need to come together to develop cost-effective,  interoperable, and autonomous platforms that are ready to fight now, and can evolve to meet future needs. They are doing that by investing in UFORCE.

This investment will help us scale production for Ukraine and  bring to allies solutions they can field, integrate and sustain at the speed of modern combat. UFORCE and  our investors are united in our determination to make aggression unaffordable.”

The funding round will empower UFORCE to expand and distribute its production capacity across the US,  Europe, Asia-Pacific and the Middle East, manufacturing its platforms close to the theaters where they are needed while helping allied nations expand their sovereign manufacturing capabilities.  

This distributed capacity will enable UFORCE to maintain continuous production and supply front-line troops with uncrewed systems despite continued attacks in Ukraine, while bringing advanced capabilities to the battlefield. ​

General (Ret.) Christopher G. Cavoli, former NATO Supreme Allied Commander Europe and Partner at Valor Equity Partners:

“Ukraine has shown the world how quickly battlefield innovation can move when engineers work side by side with the people who rely on their systems. UFORCE turns that hard-won frontline experience into both unmanned systems and the operational know-how to use them effectively.  

I’m proud to join the board and look forward to supporting the team as it strengthens Ukraine’s defence and that of its allies”.

Oliver Holbourn, Chief Executive Officer of the UK National Wealth Fund, said:

"Today’s investment is a testament to the special relationship that the UK and Ukraine have fostered. With the National Wealth Fund’s support, UFORCE’s expansion is bringing the production, engineering, and application of combat-tested autonomous systems to the UK.

It will help create high-skilled jobs, strengthen domestic  supply chains and reinforce the UK’s position as a leading centre for innovation in technologies that are increasingly important to national security and economic resilience.”

Google’s one judicial win against Brussels may not survive, as an adviser to the EU’s top court said on Thursday that the General Court erred in 2024 when it annulled the company’s €1.49B ($1.7B) AdSense fine, and proposed that the judgment be set aside and the case sent back for a fresh ruling. The fine, […]

Gama, the French company building ultra-light deployable solar arrays for satellites, today announced €15 million in Seed funding from Transition, Planet A, Draper Associates, and Manta Ray. 

Power is becoming the bottleneck in orbit. Direct-to-device networks, broadband constellations and orbital data centres need far more electrical power per satellite than previous generations.  Every watt comes from solar array surface area, and all of that area has to fold into a rocket fairing for launch.

Gama's deployable solar array Wing packs very large arrays into a small stowed volume. Designed for simplicity and scale production, it aims to achieve an industry-leading cost per watt. Wing is designed as a complete power system: solar generation, sun-tracking array rotation, power management and optional energy storage, all in one integrated unit.

Gama also supplies the control algorithms that keep a satellite stable with such a large array attached, to run on the customer's flight computer. Supply has not kept pace with that demand.

Most satellite makers still rely on specialised III-V solar cells, made in small volumes by a handful of suppliers, with lead times of a year or more. Gama instead takes high-volume terrestrial silicon cells, the kind made by the billion for rooftops, and makes them ready for space to break the cell supply and cost bottleneck. 

Because Gama develops both the deployable hardware and the software that controls these very large surfaces in orbit, the Wing architecture is designed to scale to much higher power levels as satellites grow.

"For years the hard part of space was getting there. Launch has become dramatically cheaper, unlocking vast new applications, and the constraint has moved to power," said Andrew Nutter, CEO and cofounder of Gama. 

"The next generation of satellites needs far more of it, and every array still has to fit inside a fairing. Wing is built to solve that problem at volume.

Demand from constellation builders is arriving faster than we planned, so we have brought forward our investment in production capacity. This round lets us build the line and the team to deliver it on an aggressive schedule."

Gama targets six-month lead times for Wing once its production line is running, with lead times dropping further as volumes grow.

In September 2026, Gama and Eclipse Space, a provider of customer-owned satellite constellations founded by former SpaceX Starlink engineers, announced a partnership under which Gama will supply deployable solar arrays as the power layer for Eclipse's satellite platforms.

Gama will deliver its first demonstration unit in summer 2027.

Gama's engineering team is led by CTO Daniel Chapman and VP of Engineering Duncan Adams, both of whom built Starlink hardware and production lines at SpaceX.

The new funding will be used to:

• Bring forward investment in Gama's first Wing production line in Ivry-sur-Seine, to meet customer demand
• Expand in-house development, functional and environmental testing capabilities
• Recruit around 60 exceptional engineers across mechanical, power electronics, software, production and test

"At SpaceX we learned that building one great piece of hardware is not the hard part. Building thousands is," said Daniel Chapman, CTO of Gama.

"We started with a blank sheet and designed Wing from first principles to be fast, easy and cost-effective to manufacture.

And because we build both the hardware and the software that controls these large structures, the same architecture scales to much higher power levels as satellites continue to grow ever larger in size and capability, to keep pace with ever-increasing demand for connectivity and other orbital services.

Now we are hiring the engineers who want to build that factory with us and continue on to the larger deployable products on the roadmap."

"Energy in orbit is becoming critical infrastructure, and the way it is produced matters," said Nick de la Forge, Co-founder and GP at Planet A.

"Gama's lighter arrays mean less launch mass and less material for every watt in orbit, and they are built efficiently at volume. What sets the team apart is its culture: humble and hungry, SpaceX-style ambition and speed, combined with the depth of French engineering.

Engineers design, build and test under one roof, so a new idea becomes tested hardware in days or even hours."

"Europe needs companies that can build strategic space hardware at industrial scale," said Ari Helgason, Co-founder and GP at Transition.

"Gama's leadership has done this before.That experience is why they have reached a customer partnership with constellation builders so quickly, and why we are backing them to become the reference supplier of power for the new space economy."

Lead image: Andrew Nutter, CEO, and Daniel Chapman, CTO.

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Poste Italiane has launched a co-investment fund targeting €600M ($665M) for digital infrastructure projects, including data centres, according to the company’s third-quarter earnings presentation on Thursday. The fund, approved by the Bank of Italy in September, will finance new data centres alongside other investors. The start is modest: an initial project covers facilities with a […]

Adobe has shown 10 research projects at its MAX Sneaks session in Miami Beach. Most of them let creators edit with a brush, a drag or a gesture instead of a typed prompt. Anyone can already try two of them in a new Adobe Labs Playground. Actor Terry Crews hosted the session on Wednesday evening. […]

Griffin, the UK bank that lets fintechs and platforms embed accounts and payments into their own products, has raised a $20M Series B led by Octagon Partners. The round values the London-based company at over $100M and will fund its expansion into card issuing and stablecoin services. Notion Capital, A+ Ventures, Nordic Ninja, Breega, and […]

SE3, the Munich startup building spatial intelligence software for autonomous systems, has raised a $30M Series A led by Accel, with Keen, Lakestar, and Seedcamp participating. The round comes just five months after the company emerged from stealth with a €5.5M seed. SE3’s pitch starts from a gap: AI can automate swathes of knowledge work, […]

Vilnius-based Biomatter has raised $18M in a Series A round to scale its AI enzyme design platform. Astanor led the oversubscribed round. Existing investors UVC Partners, Inventure and Metaplanet also took part. The company announced the round in a press release distributed by Business Wire on 12 November. It did not disclose a valuation. TNW […]

Agile Robots has raised $500 million in a funding round led by SoftBank, valuing the Munich-based robotics company at $8.5 billion. The company announced the investment in a statement Bloomberg reported, bringing total funding to around $2 billion. Nvidia, Hitachi, and T.Capital also participated in the round. The investment comes five months after reports emerged […]

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Biomatter, a company specialising in custom enzyme design, has raised $18 million in an oversubscribed Series A funding round led by Astanor, with participation from existing investors UVC Partners, Inventure and Metaplanet.

Biomatter develops computational technology to design enzymes tailored to specific chemical reactions and industrial applications. Rather than modifying existing natural enzymes, the company focuses on creating enzymes based on the chemistry required for a particular process.

Enzymes play an important role in industries such as pharmaceuticals, diagnostics, agriculture and industrial biotechnology. However, conventional enzyme development can take months or even years, particularly when naturally occurring enzymes are unsuitable for specific applications.

To address these challenges, Biomatter combines computational models with laboratory testing to develop enzymes with properties suited to customers' requirements. Its technology draws on a proprietary dataset of experimentally characterised enzymes, which expands with each development programme. According to the company, its enzyme design process currently takes weeks rather than months or years.

Biomatter has developed custom enzymes for enterprise customers across Europe, the United States and Japan, including AstraZeneca, BASF, Sanofi and Tereos. Its technology is also used in commercial products, including an enzyme developed in collaboration with Thermo Fisher Scientific to improve stability for molecular biology and mRNA research applications.

The company has also designed a methylase for mRNA vaccine manufacturing that operates without S-adenosylmethionine (SAM), an expensive additive required by naturally occurring methylases, enabling a chemical reaction not found in nature.

Our goal is to make a custom enzyme as easy to order as a catalog product, including for reactions that don’t have one today,

said Laurynas Karpus, CEO and co-founder of Biomatter.

With the new funding, Biomatter plans to establish a 2,000-square-metre enzyme design and testing facility in Vilnius, scheduled to open in 2027. The facility is intended to bring more development and testing activities in-house and reduce enzyme development timelines from weeks to days.

The company will also expand its commercial team and presence in the United States, while continuing to develop its computational platform and proprietary enzyme dataset.

Nebuly, a platform that helps enterprises measure the business value of their AI agents, has raised $21 million in a Series A funding round led by Planven. The round included participation from Exor Ventures, Tenacity Capital, TGVG Capital and Fastweb+Vodafone (via Founders Factory), alongside returning investors and angel investors. CDP Venture Capital SGR also supported the round through its Digital Transition Fund, backed by the European Union's NextGenerationEU programme.

As businesses increase their investment in artificial intelligence, measuring its impact on productivity, operational efficiency and revenue has become an important challenge. While AI agents are increasingly used to support employees, handle customer enquiries and automate everyday tasks, many organisations still struggle to determine the returns on these investments.

The challenge is particularly complex for enterprises using AI agents from multiple providers alongside internally developed solutions. Traditional metrics, such as the number of users, prompts or responses, provide insight into adoption but do not necessarily show whether AI is saving time, improving workflows or generating additional revenue.

Nebuly addresses this gap through a platform that analyses how AI agents are used across an organisation, bringing together data from employee-facing tools and customer-facing assistants to measure their business impact.

For internal AI applications, the platform evaluates efficiency gains, including time saved and additional capacity, as well as new tasks that employees can perform with AI assistance. It also identifies how different teams use AI, whether it is being applied to high-value activities and where additional training could improve its effectiveness.

For customer-facing AI assistants, Nebuly measures AI-influenced revenue and identifies potential customer churn risks and upselling opportunities. The platform also allows leadership and finance teams to review and adjust the assumptions behind its calculations.

Every enterprise is about to face the same question from its board: what is AI actually worth to us? Nebuly exists to answer it.
Until now, companies have measured AI by counting users, prompts and responses, which has fueled the recent rise of ‘tokenmaxxing’, where usage itself becomes the goal. None of that tells you whether an employee got an hour of work back or a customer got the answer they needed. Companies are now making decisions about hiring and headcount based on assumptions about AI productivity, not evidence. Decisions of that weight need real data,

said Francesco Signorato, co-founder and CEO of Nebuly.

Nebuly integrates with existing enterprise AI systems, including custom-built tools and assistants based on Claude, ChatGPT and Microsoft Copilot. Its models analyse agent behaviour at scale and can operate on-premises or within a customer's private cloud, allowing organisations to process enterprise data without sending it to external model APIs.

With the new funding, Nebuly plans to expand its go-to-market team across the United States and Europe and further develop its platform to support enterprises in measuring the business value of AI.

Nvidia’s board met late on Wednesday to consider whether Jensen Huang should remain chief executive, a source familiar with the matter told Reuters. Yet, no decision had been announced by the end of the night. The meeting followed a Wall Street Journal report that Nvidia was preparing to remove its co-founder. The company’s shares fell […]