CyberSwarm, Inc.

An energy-efficient and versatile solution to power consumption and computing placement challenges.

[Mihai Raneti @Mihairaneti]

29 company patents, team led by 80-patent inventor, Intel-connected advisors, automotive partnerships - building next-gen computing that's 100x more efficient. AI will happen at the edge. #TechBreakthrough #AI

[CyberSwarm, Inc. @CyberSwarmInc]

It’s anchored in the fact that learning and value come from acting in the real world.

[CyberSwarm, Inc. @CyberSwarmInc]

Smart factories, logistics fleets, and remote operations need intelligence that works offline.

Our #hardware embeds #AI into #machinery, giving it the capacity to see, listen, and act. For partners, that means reduced downtime, lower energy costs, and richer data streams.

[CyberSwarm, Inc. @CyberSwarmInc]

For investors, it’s a durable business model, not a passing app. We’re building an ecosystem by teaming up with integrators who know their domains. Multiple approaches distinguish us from consumer gadgets and position us as the brain inside technology.

[CyberSwarm, Inc. @CyberSwarmInc]

We act quickly because models that cannot plan or understand the world will be overtaken by devices that can. Evidence speaks louder than hype; you’ll see that in our field deployments.

[CyberSwarm, Inc. @CyberSwarmInc]

The race for embodied intelligence is heating up.

While some prepare voice assistants on watches, we’re carving out a category: AI #hardware that solves real‑world problems.

[CyberSwarm, Inc. @CyberSwarmInc]

Our playbook is simple: define our mission (#AI that is #built in equipment), claim our edge (power‑aware, adaptive processors), move fast (launch before incumbents), and shift perceptions (from start‑up to standard bearer

[CyberSwarm, Inc. @CyberSwarmInc]

This architecture cuts power budgets and latency, bringing intelligence to places where bandwidth is scarce and hazards are real.

[CyberSwarm, Inc. @CyberSwarmInc]

Today’s chatbots ace the bar exam yet struggle to pour a cup of coffee. That paradox drives our engineering: we’ve designed #neuromorphic chips that run #inference on devices and #adapt by doing.

[CyberSwarm, Inc. @CyberSwarmInc]

We eliminated the “data center loop”: instead of pinging the cloud twice, our devices adapt once and act. Form follows function—a rugged module for mines, a sealed unit for ships, and a zero‑g platform for orbit.

[CyberSwarm, Inc. @CyberSwarmInc]

We are building #hardware that brings #intelligence into the real world.

[CyberSwarm, Inc. @CyberSwarmInc]

Thank you to the U.S. Embassy for having us!

[CyberSwarm, Inc. @CyberSwarmInc]

Happy Independence Day!
CyberSwarm was honored to participate in the Independence Day celebration at the U.S. Embassy in Romania.
We joined leaders from government, diplomacy, and global innovation to mark the strong and lasting bond between the United States and Romania. 🇺🇸🇷🇴

[CyberSwarm, Inc. @CyberSwarmInc]

Acording to @WIRED #AI could use up to 82 terawatt-hours of #electricity this year — about as much as an entire country like Switzerland.

We believe that AI needs a new foundation, and we're building it.

📎 Read the full article here:
https://t.co/ovIzAlUJmj
#sustainability

[CyberSwarm, Inc. @CyberSwarmInc]

Excited to have @TimDraper ’s digital twin talking about us!

[DeFiance Media @defiancemediatv]

@CyberSwarmInc is building a brain-inspired AI engine 🧠⚡️

✔️ Real-time learning
✔️ Ultra-low power
✔️ No internet needed

Memristor-based synapses = next-gen AI.

#NeuromorphicComputing #AIInnovation #EdgeAI #Memristor #DecentralizedAI #TechNews #DraperDecentralized #DraperAssociates

[CyberSwarm, Inc. @CyberSwarmInc]

Understanding the brain for better computing

See more on YouTube

https://t.co/m6Q3GKXBik

[CyberSwarm, Inc. @CyberSwarmInc]

Neuromorphic Computing Explained
See more on YouTube
https://t.co/chKjOjrc5Z

[CyberSwarm, Inc. @CyberSwarmInc]

Now, at CyberSwarm, we’re pushing what machines can be —

Brain-inspired, adaptive, energy-efficient.

[CyberSwarm, Inc. @CyberSwarmInc]

At the Computer History Museum, we saw the roots of everything we build on —

the microprocessor revolution, and the rise of personal computing.

Each era pushed the limits of what machines could do.