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Top 10 Best Weapons in ARC Raiders
Choosing the right weapon in ARC Raiders can be the difference between a clean extraction and losing your entire stash to a rogue raider or an ARC patrol. With dozens of firearms ranging from precision rifles to heavy launchers, some stand far above the rest for their damage, versatility, and reliability under pressure. Whether you prefer sniping from rooftops or storming extraction sites, these ten weapons deliver the best balance of firepower and survival potential.
While every gun has its strengths, their performance can vary depending on the situation. In PvE, you’ll need weapons capable of destroying armored ARC units and surviving swarm attacks. In PvP, accuracy, recoil control, and quick reloads often matter more than raw damage. This list weighs both modes to highlight weapons that perform consistently across all raid types, so whether you are fighting robots or rival raiders, you’ll know exactly what to bring into battle. Here are the top ten best weapons in ARC Raiders, ranked from strong to unbeatable.
Important Reminder: Don’t be afraid of losing your gear. Always upgrade your weapons to IV and use weapon modifications. This is a high-risk high reward game.
10 Best Weapons in ARC Raiders
10. Hullcracker
Stats: Damage: 100 | Fire Rate: 20.3 | DPS: 2,030 | Range: 38.9
The Hullcracker earns its spot on this list for one simple reason: nothing else in ARC Raiders delivers explosive power quite like it. This pump-action launcher fires heavy shells that obliterate armored ARC units, making it indispensable for tough PvE encounters such as Bastion fights or swarm defenses. When used correctly, a single shot can clear entire clusters of drones or heavily damage a Rocketeer before it gets close.
Its biggest drawback is versatility. The Hullcracker’s slow reload time and limited ammo reserve make it risky in PvP, where mobility and precision often win over raw firepower. Still, for coordinated squads or solo players focused on resource farming and boss takedowns, this launcher remains a devastating choice that turns any encounter into a fireworks show.
9. Osprey
Stats: Damage: 45 | Fire Rate: 17.7 | DPS: 796.5 | Range: 80.3
If precision and patience are your weapons of choice, the Osprey is your best friend. This bolt-action rifle delivers some of the highest single-shot damage, capable of downing most raiders with a clean headshot and crippling ARC drones from a distance. Its long effective range makes it a go-to weapon for players who prefer scouting roles or like to engage before enemies even spot them.
In PvE, the Osprey excels at dismantling aerial threats such as Wasps and Snitches, allowing your squad to move safely across open terrain. However, its slow rate of fire and reload speed make it unforgiving in PvP, where a missed shot can be fatal. It’s a specialist’s weapon: lethal in steady hands, punishing in careless ones.
8. Bobcat
Stats: Damage: 6 | Fire Rate: 66.7 | DPS: 400 | Range: 44
The Bobcat is the definition of a close-quarters shredder. This light-ammo SMG boasts a blistering fire rate and tight handling, making it ideal for urban combat and building interiors. It may lack the raw impact of heavier rifles, but when fights get frantic, the Bobcat’s quick time-to-kill and minimal recoil turn it into one of the most reliable weapons for mid- to short-range combat.
In PvE, the Bobcat can efficiently tear through smaller ARC patrols and crowd-control drones, especially when fitted with stability or recoil mods. In PvP, its fast reloads and high DPS make it a favorite for aggressive solo players who rely on movement and surprise. While it lacks range, few weapons feel this smooth or satisfying in a close gunfight.
7. Vulcano
Stats: Damage: 49.5 | Fire Rate: 26.3 | DPS: 1,302.9 | Range: 26
The Vulcano is the ultimate equalizer in close-quarters combat. As a semi-automatic shotgun, it combines heavy stopping power with faster follow-up shots than its pump-action rival, the Il Toro. Every blast delivers devastating spread damage that can delete both ARC units and enemy raiders before they have time to react.
In PvE, the Vulcano shines in indoor or low-visibility missions where enemies rush in waves. In PvP, its wide pellet spread and one-shot potential make it a brutal choice for ambushes or building clears, though its limited range leaves you vulnerable in open fights. For players who like to live dangerously up close, nothing feels more satisfying than a well-timed Vulcano blast.
6. Venator
Stats: Damage: 18 | Fire Rate: 36.7 | DPS: 660.6 | Range: 48.4
Small but deadly, the Venator is the pistol that refuses to play second fiddle. This semi-automatic sidearm offers remarkable accuracy, a strong headshot multiplier, and a firing speed that rivals some SMGs. Its manageable recoil makes it ideal for quick, controlled bursts, allowing players to win duels even against better-armed opponents.
In PvP, the Venator is an exceptional backup weapon, capable of finishing enemies between reloads or when you’re caught without your primary gun. In PvE, its efficiency at medium range helps conserve primary ammo while still dropping drones and scouts with ease. It’s the perfect example of how precision can trump brute force when every bullet counts.
5. Renegade
Stats: Damage: 35 | Fire Rate: 21 | DPS: 735 | Range: 68.8
A lever-action rifle with serious bite, the Renegade rewards accuracy, timing, and steady aim. Each shot hits like a freight train, boasting one of the highest per-bullet damages among medium-ammo weapons. Its iron sights are clean and easy to track with, and the weapon feels balanced across multiple engagement ranges.
In PvE, it’s great for dismantling mid-tier ARC units before they close in, while in PvP, it excels at ambushing enemies from cover. The Renegade’s rhythmic reload cycle demands patience, but players who master it will find it delivers some of the most satisfying kills in ARC Raiders. It’s a weapon for sharpshooters who like to make every shot count.
4. Bettina
Stats: Damage: 14 | Fire Rate: 32 | DPS: 448 | Range: 51.3
The Bettina is the workhorse of the heavy-ammo category. This fully-automatic assault rifle combines stopping power with stability, producing one of the most balanced damage outputs in the game. Its recoil pattern is easy to manage, and with the right attachments, it can cut through both raiders and ARC robots like paper.
In PvE, the Bettina’s sustained fire makes it invaluable against swarming enemies or shielded bots. In PvP, it’s a reliable mid-range weapon that performs well in nearly every scenario, offering the accuracy of a rifle with the pressure of an LMG. If you want one gun that can handle anything the game throws at you, the Bettina won’t let you down.
3. Tempest
Stats: Damage: 10 | Fire Rate: 36.7 | DPS: 367 | Range: 55.9
The Tempest is the definition of reliability in ARC Raiders. This fully automatic rifle offers consistent accuracy, fast handling, and a solid rate of fire, making it a flexible choice for any loadout. Whether you’re covering teammates or pushing an extraction zone, the Tempest delivers dependable performance without the recoil or ammo waste that plagues other automatics.
In PvE, its balanced DPS helps you chip away at tougher ARC units while keeping enough mobility to dodge incoming fire. In PvP, its stability and quick reloads make it one of the best weapons for sustained firefights. If you can only take one rifle into the field, the Tempest will always have your back.
2. Ferro
Stats: Damage: 40 | Fire Rate: 6.6 | DPS: 264 | Range: 53.1
Few weapons hit as hard as the Ferro. This break-action heavy rifle is all about raw stopping power, firing high-impact rounds that can erase enemies with a single, well-placed shot. It’s slower than most rifles, but every pull of the trigger feels thunderous and decisive.
In PvE, the Ferro excels at dismantling heavily armored ARC targets, from Bastions to Rocketeers, while conserving ammunition thanks to its high per-shot damage. In PvP, it demands composure and timing, but when mastered, it can drop an opponent before they even know you’re there. It’s not for everyone, but in the right hands, the Ferro defines domination through precision.
1. Anvil
Stats: Damage: 40 | Fire Rate: 16.3 | DPS: 652 | Range: 50.2
The Anvil stands at the top for good reason. Combining the precision of a marksman rifle with the punch of a heavy weapon, it strikes a perfect balance between accuracy, control, and sheer lethality. Its steady recoil pattern and superior damage per shot make it lethal across all distances, turning every encounter into an opportunity rather than a risk.
In PvE, it can take on any ARC threat without compromise, while in PvP, it provides the versatility needed to handle both long-range duels and mid-range skirmishes. Whether you’re extracting loot or defending a train platform, the Anvil is the ultimate weapon of choice for any raider who values consistency, power, and survival.
Conclusion
Success in ARC Raiders often comes down to preparation. The right weapon can turn a desperate extraction into a flawless victory, whether you’re facing towering ARC machines or outsmarting rival raiders. From the explosive power of the Hullcracker to the unmatched balance of the Anvil, these ten weapons prove that survival isn’t just about luck, it’s about choosing the right tool for every fight.
If you’re looking to upgrade your setup before diving into ARC Raiders, check out the latest Acer Predator and Nitro gaming laptops available on the Acer Store. Students can also enjoy extra savings through the Acer Student Discount Program, making it easier to experience high-performance gaming without breaking the bank. Equip yourself with the right hardware and bring that same precision from your weapon stats to your gameplay.
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10 Most Important People in the History of Computers
From punch cards and vacuum tubes to artificial intelligence and quantum computing, the history of computers is defined by the minds that shaped it. Across nearly two centuries, brilliant inventors, software engineers, and computer scientists have transformed abstract theories into the digital world we now live in. Their innovations laid the groundwork for everything from email to smartphones, and their legacies continue to influence how we communicate, create, and compute. Whether you're curious about who invented the computer or simply want to learn more about famous IT inventors and technology scientists, this list covers ten individuals who made lasting contributions to computer technology.
Here are ten of the most important figures in computing history, spanning pioneers of the past and leaders of today.
1. Charles Babbage (1791–1871)
Known for: Designing the first mechanical computer and laying the foundation for programmable machines.
Charles Babbage is widely regarded as the first person to conceptualize a programmable computer. Often called the “father of the computer,” he designed the Analytical Engine in the 1830s, a mechanical general-purpose computer that included many elements found in modern machines, such as a memory unit and arithmetic logic. Although his designs were never fully built during his lifetime, Babbage’s vision laid the foundation for future development in computer architecture. When discussing who invented the computer, Babbage’s name is one of the most essential starting points.
2. Alan Turing (1912–1954)
Known for: Cracking the Enigma code and developing the theoretical framework for modern computing and artificial intelligence.
Alan Turing was a British mathematician, cryptanalyst, and theoretical computer scientist whose work shaped the fields of computation and artificial intelligence. During World War II, Turing played a key role in cracking the German Enigma code, shortening the war and saving countless lives. He later developed the concept of the Turing Machine, a theoretical model for general-purpose computing that still forms the basis of modern computer science. Turing is also considered one of the earliest technology scientists to explore machine learning and AI, long before these ideas became mainstream.
3. John von Neumann (1903–1957)
Known for: Creating the architecture that defines how modern computers operate.
John von Neumann was a Hungarian-American mathematician and computer scientist who introduced the concept of a stored-program architecture, now known as the von Neumann architecture. This design separates data and instructions and stores them in the same memory, enabling the sequential processing model that nearly all modern computers still follow. His influence extended into physics, economics, and game theory, but in computing, his legacy is foundational. Von Neumann’s ideas helped bridge the gap between theoretical machines and real, functioning hardware, making him one of the most influential technology scientists in history.
4. Grace Hopper (1906–1992)
Known for: Creating the first compiler and pioneering programming languages.
Rear Admiral Grace Hopper was a trailblazing computer scientist and one of the most famous software engineers of the 20th century. She developed the first compiler, a tool that translates human-readable code into machine language, making programming more accessible. Hopper also played a critical role in the development of COBOL, a language that powered government and business computing for decades. Known for her practical mindset and technical brilliance, Hopper helped transform computers from obscure machines into tools that ordinary people could work with. She also popularized the term "debugging" after removing an actual moth from a computer relay.
5. Tim Berners-Lee (1955)
Known for: Inventing the World Wide Web and shaping the way information is shared online.
Sir Tim Berners-Lee is a British computer scientist best known as the inventor of the World Wide Web. In 1989, while working at CERN, he proposed a system that used hypertext to allow researchers to share information across different computers. This idea evolved into the web as we know it, combining URLs, HTML, and HTTP into a single, open-access platform. Berners-Lee didn’t just change computing—he changed how the world communicates, collaborates, and accesses knowledge. As one of the most influential living technology scientists, his emphasis on openness and decentralization continues to shape the internet’s future.
6. Dennis Ritchie (1941–2011)
Known for: Creating the C programming language and co-developing the Unix operating system.
Dennis Ritchie was an American computer scientist whose work underpins nearly every modern software system. He created the C programming language in the early 1970s, which became the foundation for many later languages including C++, Java, and Python. At the same time, Ritchie and his colleagues developed the Unix operating system, which introduced core concepts like modularity, portability, and user permissions. Today, Unix-based systems (including Linux and macOS) run on everything from smartphones to servers. As a famous IT inventor and one of the most quietly influential minds in computing, Ritchie’s legacy is embedded deep in the digital infrastructure we rely on daily.
7. Steve Jobs (1955–2011)
Known for: Revolutionizing personal computing and consumer electronics through design and usability.
Steve Jobs was the visionary co-founder of Apple Inc. and one of the most famous IT inventors in the consumer technology space. While not a programmer or engineer in the traditional sense, Jobs played a pivotal role in popularizing the graphical user interface, the computer mouse, and sleek, intuitive product design. His influence can be seen in products like the Macintosh, iPhone, and iPad—devices that brought computing into everyday life. Jobs had a unique ability to merge technology and art, transforming how people interact with computers and setting new standards for usability and innovation.
8. Bill Gates (1955)
Known for: Making personal computing accessible through Microsoft and the Windows operating system.
Bill Gates is one of the most famous software engineers and co-founders of Microsoft. His work in developing the Windows operating system helped make personal computers mainstream, affordable, and user-friendly. Gates also helped drive the standardization of office software with Microsoft Office, which became a staple for businesses and schools around the world. Under his leadership, Microsoft became one of the most influential tech companies in history. Gates’s focus on software as a product changed the economics of the computer industry and continues to influence how software is developed and sold today.
9. Linus Torvalds (1969)
Known for: Creating the Linux operating system kernel and transforming open-source software development.
Linus Torvalds is a Finnish-American software engineer best known as the creator of Linux. In 1991, while still a university student, Torvalds released the Linux kernel as an open-source project, inviting developers worldwide to contribute. This collaborative model became the foundation of the open-source software movement. Today, Linux powers everything from servers and smartphones to embedded devices and supercomputers. Torvalds also created Git, the version control system used by millions of developers. As one of the most famous software engineers of the modern era, his work continues to shape the global tech infrastructure.
10. Sam Altman (1985)
Known for: Leading OpenAI and making artificial intelligence tools accessible to the public.
Sam Altman is an American entrepreneur, investor, and CEO of OpenAI, the company behind ChatGPT and other groundbreaking AI models. Under his leadership, OpenAI transitioned from a research lab into a commercial force driving the generative AI revolution. Altman has become one of the most influential technology scientists of the 21st century, helping to push artificial intelligence into the mainstream. By making AI tools available for education, business, and creative work, he has redefined how people interact with computers, paving the way for the next chapter in computing history.
Conclusion
The history of computers is not the story of a single invention, but a tapestry of ideas, breakthroughs, and people who dared to imagine what technology could become. From mechanical engines and early programming languages to cloud infrastructure and artificial intelligence, each of these ten individuals helped push the boundaries of what computers can do. Whether you’re exploring the legacy of famous IT inventors or following the rise of modern computer scientists like Sam Altman, it’s clear that innovation in computing never stands still. These pioneers not only shaped the tools we use today but also laid the foundation for the future we are building together.
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Bringing AI to the Desktop with Acer Veriton GN100
Introduction
Artificial intelligence doesn’t have to live in the cloud or come with hyperscale costs. The Acer Veriton GN100 brings workstation-grade AI to your desktop, powered by NVIDIA’s Grace Blackwell GB10 Superchip, it delivers petaFLOP-class performance that enables developers, universities, data scientists, and researchers to run large language models, AI agents, and computer vision workloads efficiently and securely - all on local hardware. This makes high-throughput, cost-efficient AI accessible without relying on expensive, continuously billed cloud infrastructure.
Misconceptions & Reality
However, the issue is that many still assume that serious AI development requires massive cloud bills or hyperscale servers. Some other possible issues include:
* AI is only possible in the cloud: Traditional thinking equates powerful AI with huge data centers, making developers believe local machines can’t handle modern AI workloads.
* Running large models locally is prohibitively expensive: High-end GPUs and specialized hardware are often seen as cost-prohibitive, reinforcing the idea that AI experimentation is reserved for large companies.
* Only full-scale training is valuable: Many assume that without training massive models from scratch, local AI workstations have limited value.
These days, that couldn’t be further from the truth. The reality is that running large language models, AI agents, or computer vision workloads locally can now be more cost-effective than paying per-token cloud fees, while at the same time giving teams more control over data, security, and workflows.
AI Workstations like the Acer Veriton GN100 are at the forefront of challenging these perceptions. Powered by the NVIDIA Grace Blackwell GB10 Superchip, the GN100 delivers up to 1 petaFLOP of FP4 AI performance, enabling high throughput, lower energy use, and reduced cost per action, all from its mini PC form factor. With 128 GB unified memory and up to 4 TB NVMe storage, it can handle models up to 200 billion parameters, scaling to 405 billion parameters when two units are linked. This allows simultaneous utilization of large pre-trained or distilled LLMs in the 70B–120B range, including models such as DeepSeek R1 (70B parameters), gpt-oss (120B parameters), or comparable instruction-tuned and distilled LLMs optimized for local inference.
The Veriton GN100 is fully capable of operating as a standalone workstation or a network-connected AI resource, making it an efficient way to offload workloads that exceed standard office PC capabilities. What previously required data-center-scale hardware can now run locally, securely, and efficiently, empowering teams to experiment, innovate, and deploy AI on their own terms.
FP4 & Cost-Efficient Inference
As outlined above, much of the Veriton GN100’s advantage comes from how efficiently it can run modern AI models. A key part of this efficiency is numerical precision.
While FP16 has long been the standard for training and high-accuracy tasks, and FP8 offers a balanced mix of performance and precision for large-model inference, FP4 pushes efficiency even further. FP4 uses half the bits of FP8 and a quarter of FP16, allowing models to run faster, use less memory, and deliver significantly higher throughput - all while maintaining useful model accuracy for inference.
The Veriton GN100 is engineered to take full advantage of this. With support for FP4 and FP8 precision, it delivers high-throughput inference for large language models and autonomous agent workflows by reducing memory requirements and accelerating core computation. FP4’s ultra-low precision dramatically boosts token throughput and lowers power consumption, allowing the GN100 to deliver more inferences per second and more actions per watt than traditional FP16-based systems - a distinct advantage when trying to take advantage of local AI hardware.
Potential Use Cases
Now that high-throughput inference is possible at the local level, the Veriton GN100 enables practical AI applications in a variety of different environments. Here are a couple:
Startups: Low Barrier of Entry for AI Applications
Startups especially are able to take advantage of the Veriton GN100, as it offers a low-cost path to AI adoption by removing the need for ongoing cloud fees. Its high-performance local compute enables teams to prototype, test, and refine AI applications affordably - making it easier to innovate and scale without the financial barriers typically associated with cloud-based development.
Businesses: Local AI Agents
Organizations can deploy local AI agents to fulfill a variety of functions - from data analysis and predictive modeling to image, video, and audio processing. Powered by pre-trained models designed for tasks such as summarization, detection, or classification, these agents run entirely on-premise, keeping sensitive information secure without relying on external cloud services. Thanks to high-throughput FP4 inference, the Veriton GN100 delivers fast, predictable performance for continuous agent loops and multi-agent applications, turning advanced AI workloads into fixed, controllable costs.
Education: Research and Experimentation
Universities, labs, schools, and more can use the Veriton GN100 as a shared AI resource for researchers, scientists, and students alike as they explore pre-trained LLMs specialized for fields like biology, engineering, or data science, along with computer vision and generative AI models. This enables academic teams to experiment, prototype, and run advanced workloads securely on campus infrastructure, reducing reliance on cloud budgets and giving hands-on experience with modern AI tools and skills.
Developer Ecosystem & Resources
The value of the Veriton GN100 extends beyond hardware performance. NVIDIA’s developer ecosystem provides a comprehensive set of tools, playbooks, and workflow examples that help teams make the most of local AI deployment. Through resources available at their DGX Spark website, developers can access optimized model runtimes, sample pipelines, and task-specific configurations designed to accelerate experimentation and development.
These resources make it easier to deploy custom agent workflows without starting from scratch. Whether used as a standalone workstation or a shared node in a larger lab environment, the Veriton GN100 benefits from NVIDIA’s continuously expanding software stack - enabling organizations to prototype, refine, and scale AI workloads directly from this mini form factor PC, clearing the way for eventual adoption of advanced servers or even cloud infrastructure.
Conclusion
All these things taken together, the Acer Veriton GN100 angles itself to bring high-performance AI to the desktop, while making advanced workflows both accessible and cost-efficient. By running pre-trained LLMs, customized AI agents, and computer vision tasks locally, teams can achieve high throughput, reduced energy use, and lower operational costs - all without relying on cloud infrastructure.
With its miniature form factor, scalable architecture, and support for FP4/FP8 inference, the Veriton GN100 demonstrates that AI is no longer confined to hyperscale servers. AI is no longer a distant dream - it’s an accessible, affordable path for businesses, developers, and creators to realize more innovation and creation. Local AI workstations now empower organizations to experiment, innovate, and deploy intelligent solutions securely, efficiently, and on their own terms.
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